mhurhangee/ep-ind-claims huggingface dataset:
A display system, comprising: a base panel; a collapsible structure having a pair of modular display panels with a pair of panel connectors receiving one another; and a support base connector connecting the collapsible structure to the base panel and having a plate body with a plurality of fastener receiving passageways and a plurality of fasteners, wherein the plate body further includes: a first planar body section, a second planar body section, and a third planar body section, wherein the first planar body section, the second planar body section, and the third planar body section are joined at right angles, and wherein the third planar body section is an L-shaped planar panel with an orthogonal edge connecting to adjacent sides of the first planar body section and the second planar body section. a base panel; a collapsible structure having a pair of modular display panels with a pair of panel connectors receiving one another; and a support base connector connecting the collapsible structure to the base panel and having a plate body with a plurality of fastener receiving passageways and a plurality of fasteners, wherein the plate body further includes: a first planar body section, a second planar body section, and a third planar body section, wherein the first planar body section, the second planar body section, and the third planar body section are joined at right angles, and wherein the third planar body section is an L-shaped planar panel with an orthogonal edge connecting to adjacent sides of the first planar body section and the second planar body section. a first planar body section, a second planar body section, and a third planar body section, wherein the first planar body section, the second planar body section, and the third planar body section are joined at right angles, and wherein the third planar body section is an L-shaped planar panel with an orthogonal edge connecting to adjacent sides of the first planar body section and the second planar body section.
A transport cart having a base assembly, two opposing side assemblies disposed on the base assembly, and a wheel disposed on each of the side assemblies, the transport cart being operable between a packing mode, in which each wheel is arranged in a folded position and each side assembly is arranged in a folded position, and a first operating mode in which each wheel is arranged in an unfolded position and each side assembly is arranged in an unfolded position, wherein movement of each side assembly between the folded position and the unfolded position is coupled to movement of the corresponding wheel between the folded position and the unfolded position such that as each side assembly is moved between the folded position and the unfolded position, the corresponding wheel is moved between the folded position and the unfolded position, wherein the transport cart further comprises a support on each side assembly.
A method of synchronizing a plurality of wireless devices, comprising: sending a first set of multiple reference messages from an access point to each of the plurality of wireless devices (34-36; 34, 35); recording, at each of the wireless devices (34-36; 34, 35), a timestamp corresponding to each of the reference messages that is received; and characterised by: in response to a request from the access point, sending from each of the wireless devices (34-36; 34, 35) a response to the access point that includes the timestamps corresponding to the reference messages received at each of the wireless devices (34-36; 34, 35); and determining, at the access point, relative clock offsets between each of the wireless devices (34-36; 34, 35) using the timestamps. recording, at each of the wireless devices (34-36; 34, 35), a timestamp corresponding to each of the reference messages that is received; and characterised by: in response to a request from the access point, sending from each of the wireless devices (34-36; 34, 35) a response to the access point that includes the timestamps corresponding to the reference messages received at each of the wireless devices (34-36; 34, 35); and determining, at the access point, relative clock offsets between each of the wireless devices (34-36; 34, 35) using the timestamps.
A sound enhancement method of obtaining a frequency-domain output signal in which a sound from a desired position determined by a direction and a distance is enhanced by applying, for each frequency, a filter enhancing the sound from the desired position to frequency-domain signals transformed from M picked-up sounds picked up with M microphones (200-1,..., 200-M), where M is an integer greater than or equal to two, wherein each of transfer functions a i,g is obtained by the sum of a transfer function of a direct sound that comes from the position determined by the direction i and the distance g and directly arrives at the M microphones and a transfer function of one or more reflected sounds whose decays due to reflection and arrival time differences with respect to the direct sound are corrected, the one or more reflected sounds being produced by reflection of the direct sound off a reflective object and arriving at the M microphones, the method comprising: a filter design step to obtain one or a plurality of filters; and a filter applying step (S26, S36) of applying, for each frequency, for a desired position that is a target of a sound enhancement, a filter obtained at the filter design step to frequency-domain signals transformed from M picked-up sounds picked up with the M microphones to obtain a frequency-domain output signal in which a sound from the desired position is enhanced; wherein the filter design step (S21, S35) uses the transfer function a i,g of a sound that comes from each of one or a plurality of predetermined positions that are assumed to be sound sources and arrives at each of the microphones to obtain, for each frequency and for each of one or a plurality of predetermined positions, a respective filter for the respective predetermined position as a target of a sound enhancement before picking up the M picked-up sounds with the M microphones (200-1,..., 200-M), where i denotes a direction and g denotes a distance for identifying each of the positions. a filter design step to obtain one or a plurality of filters; and a filter applying step (S26, S36) of applying, for each frequency, for a desired position that is a target of a sound enhancement, a filter obtained at the filter design step to frequency-domain signals transformed from M picked-up sounds picked up with the M microphones to obtain a frequency-domain output signal in which a sound from the desired position is enhanced; wherein the filter design step (S21, S35) uses the transfer function a i,g of a sound that comes from each of one or a plurality of predetermined positions that are assumed to be sound sources and arrives at each of the microphones to obtain, for each frequency and for each of one or a plurality of predetermined positions, a respective filter for the respective predetermined position as a target of a sound enhancement before picking up the M picked-up sounds with the M microphones (200-1,..., 200-M), where i denotes a direction and g denotes a distance for identifying each of the positions.
A radiation image converting panel including a converting portion that converts a radiation image to an optical image on a support, the support comprising: an aluminum substrate; an aluminum oxide layer formed on a surface of the aluminum substrate; a metal film, provided on the aluminum oxide layer, having a radiation transparency and a light reflectivity; an oxide layer covering the metal film and having a radiation transparency and a light transparency; and a protective film having a radiation transparency and a light transparency, characterized in that the protective film is totally sealing the aluminum substrate, the aluminum oxide layer, the metal film and the oxide layer. an aluminum substrate; an aluminum oxide layer formed on a surface of the aluminum substrate; a metal film, provided on the aluminum oxide layer, having a radiation transparency and a light reflectivity; an oxide layer covering the metal film and having a radiation transparency and a light transparency; and a protective film having a radiation transparency and a light transparency, characterized in that the protective film is totally sealing the aluminum substrate, the aluminum oxide layer, the metal film and the oxide layer.
A herbicidal composition comprising: a. at least one herbicide; b. at least one carrier; c. at least one polycarboxylate; d. at least one taurate; e. at least one lignosulfate; f. at least one urea-formaldehyde polymer condensate; and g. Cloquintocet-mexyl, wherein the at least one carrier is selected from calcite, talcum, kaolin, pyrophyllite clay, silica, attapulgus clay, kieselguhr, chalk, diatomaceous earth, lime, calcium carbonate, bentonite clay, Fuller's earth, cotton seed hulls, wheat flour, soybean flour, pumice, wood flour, walnut shell flour, lignin, montmorillonite, and attapulgite. a. at least one herbicide; b. at least one carrier; c. at least one polycarboxylate; d. at least one taurate; e. at least one lignosulfate; f. at least one urea-formaldehyde polymer condensate; and g. Cloquintocet-mexyl,
A virtual golf simulation apparatus to perform a virtual golf simulation on a virtual golf course, comprising: - a sensing device to sense a golf ball placed on a golf mat and to sense movement of the golf ball after the golf ball is hit; - an image processing unit to realize a simulation image regarding a trajectory of the golf ball on a virtual golf course based on results sensed by the sensing device; wherein the apparatus further comprises a control unit configured to adjust a ball flight distance based on the trajectory of the ball simulated according to a landform in which the golf ball is placed on the virtual golf course, wherein the control unit controls simulation to be performed according to a ball flight distance decreasing rate preset with respect to a corresponding landform based on whether the golf ball is placed in a fairway, a rough, or a bunker on the virtual golf course of the simulation image, and wherein the golf mat is configured to have a fairway region and a trouble region, and the control unit is configured to adjust the ball flight distance based on the trajectory of the ball simulated according to the landform in which the golf ball is placed on the virtual golf course and the region of the golf mat in which the golf ball sensed by the sensing device is placed. - a sensing device to sense a golf ball placed on a golf mat and to sense movement of the golf ball after the golf ball is hit; - an image processing unit to realize a simulation image regarding a trajectory of the golf ball on a virtual golf course based on results sensed by the sensing device; wherein the apparatus further comprises a control unit configured to adjust a ball flight distance based on the trajectory of the ball simulated according to a landform in which the golf ball is placed on the virtual golf course, wherein the control unit controls simulation to be performed according to a ball flight distance decreasing rate preset with respect to a corresponding landform based on whether the golf ball is placed in a fairway, a rough, or a bunker on the virtual golf course of the simulation image, and wherein the golf mat is configured to have a fairway region and a trouble region, and the control unit is configured to adjust the ball flight distance based on the trajectory of the ball simulated according to the landform in which the golf ball is placed on the virtual golf course and the region of the golf mat in which the golf ball sensed by the sensing device is placed.
A stent delivery system, which comprises: a handle defining a channel; an elongate catheter extending from the handle, the elongate catheter defining a leading end and a trailing end, and having a longitudinal axis (k), the elongate catheter including: an inner member; an outer member mounted about the inner member and adapted for longitudinal movement relative to the inner member from an extended position to a retracted position; and a stent mounted about the inner member; a thumbwheel mounted to the handle and operatively connected to the outer member, the thumbwheel adapted for rotational movement to cause corresponding movement of the outer member from the extended position to the retracted position; a clip secured to the outer member, wherein the clip includes at least one anti-rotation wing configured to be received within the channel of the handle and dimensioned to traverse the channel upon longitudinal movement of the clip in response to rotation of the thumbwheel; and a lock member releasably mountable to the handle, the lock member adapted to engage the thumbwheel to prevent movement thereof when the lock member is secured relative to the handle, and adapted to release the thumbwheel when the lock member is released relative to the handle. a handle defining a channel; an elongate catheter extending from the handle, the elongate catheter defining a leading end and a trailing end, and having a longitudinal axis (k), the elongate catheter including: an inner member; an outer member mounted about the inner member and adapted for longitudinal movement relative to the inner member from an extended position to a retracted position; and a stent mounted about the inner member; an inner member; an outer member mounted about the inner member and adapted for longitudinal movement relative to the inner member from an extended position to a retracted position; and a stent mounted about the inner member; a thumbwheel mounted to the handle and operatively connected to the outer member, the thumbwheel adapted for rotational movement to cause corresponding movement of the outer member from the extended position to the retracted position; a clip secured to the outer member, wherein the clip includes at least one anti-rotation wing configured to be received within the channel of the handle and dimensioned to traverse the channel upon longitudinal movement of the clip in response to rotation of the thumbwheel; and a lock member releasably mountable to the handle, the lock member adapted to engage the thumbwheel to prevent movement thereof when the lock member is secured relative to the handle, and adapted to release the thumbwheel when the lock member is released relative to the handle.
A laminate material for reinforcement able to be bonded to and integrated with a surface to be reinforced of a structure to reinforce the structure, the laminate material for reinforcement of the structure having: a fiber-reinforced composite member; a high-elongation elastic resin layer formed on a surface on a bonding side to the structure of the fiber-reinforced composite member; and an intermediate resin layer disposed between the fiber-reinforced composite member and the high-elongation elastic resin layer, wherein the intermediate resin layer has a tensile elasticity when cured of 1000 N/mm 2 or more and 10000 N/mm 2 or less. a fiber-reinforced composite member; a high-elongation elastic resin layer formed on a surface on a bonding side to the structure of the fiber-reinforced composite member; and an intermediate resin layer disposed between the fiber-reinforced composite member and the high-elongation elastic resin layer, wherein the intermediate resin layer has a tensile elasticity when cured of 1000 N/mm 2 or more and 10000 N/mm 2 or less.
A wideband radio-frequency transceiver front-end comprising: an antenna port, a transmission path coupled to the antenna port comprising a power amplifier and a first matching network, a reception path coupled to the antenna port comprising a low noise amplifier and a second matching network, an impedance inverter coupled in-between the antenna port and the second matching network, and a controller comprising switching arrangement for a gate and a drain of the power amplifier, characterized in that the controller is configured to initiate a first reception mode by connecting the gate of the power amplifier to ground and by connecting the drain of the power amplifier to a supply voltage. an antenna port, a transmission path coupled to the antenna port comprising a power amplifier and a first matching network, a reception path coupled to the antenna port comprising a low noise amplifier and a second matching network, an impedance inverter coupled in-between the antenna port and the second matching network, and a controller comprising switching arrangement for a gate and a drain of the power amplifier, characterized in that the controller is configured to initiate a first reception mode by connecting the gate of the power amplifier to ground and by connecting the drain of the power amplifier to a supply voltage.
A method of aging smoking materials for constituting at least a portion of a smoking material portion of a smoking article, the method comprising: preparing (S10, S20) an oak barrel and the smoking materials; putting the smoking materials into an inner space of the oak barrel; and sealing the oak barrel to age the smoking materials; characterized in that, the putting of the smoking materials into the oak barrel includes: stacking the smoking materials in the inner space of the oak barrel to form a first smoking material layer; pressing an upper surface of the first smoking material layer, which is formed by stacking the smoking materials, with a predetermined pressure; forming a first oak piece layer using oak pieces, which consist of at least one of oak sticks, oak chips, oak plates, and oak sawdust, on the pressed upper surface of the first smoking material layer; and stacking the smoking materials to cover the first oak piece layer on the upper surface of the first smoking material layer to form a second smoking material layer. preparing (S10, S20) an oak barrel and the smoking materials; putting the smoking materials into an inner space of the oak barrel; and sealing the oak barrel to age the smoking materials; stacking the smoking materials in the inner space of the oak barrel to form a first smoking material layer; pressing an upper surface of the first smoking material layer, which is formed by stacking the smoking materials, with a predetermined pressure; forming a first oak piece layer using oak pieces, which consist of at least one of oak sticks, oak chips, oak plates, and oak sawdust, on the pressed upper surface of the first smoking material layer; and stacking the smoking materials to cover the first oak piece layer on the upper surface of the first smoking material layer to form a second smoking material layer.
Auto-injector for administering a dose of a liquid medicament, comprising: - an elongate case, - a carrier subassembly comprising a tubular carrier slidably arranged inside the case, the carrier adapted to contain a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, wherein the syringe is lockable for joint axial translation with the carrier, - a control spring arranged around the carrier for translating the carrier in a proximal direction for advancing the needle beyond a proximal end of the auto-injector, - a trigger button for releasing the control spring on actuation, wherein the drive spring biases the plunger in the proximal direction against the carrier, wherein at least one resilient arm is arranged on either the carrier or the plunger and in a ramped engagement to the other of the carrier or the plunger so as to disengage them under load of the drive spring, wherein a peg is arranged to be coupled to the case at least after actuation of the trigger button so as to be positioned to support the resilient arm preventing disengagement of the carrier from the plunger and thus release of the drive spring when the carrier is in a distal position, wherein the peg is arranged to remain in position when the carrier is translated for advancing the needle so as to pull the resilient arm away from the peg thus allowing deflection of the resilient arm due to the ramped engagement under load of the drive spring for disengaging the plunger from the carrier and releasing the drive spring for drug delivery when the carrier has reached a predefined position during needle advance, wherein either: - the trigger button is arranged distally on the case, wherein the peg protrudes from a distal end face of the trigger button in the proximal direction, wherein the trigger button abuts the case after actuation so as to remain in position relative to the case when the carrier is translated for advancing the needle, or wherein: - the peg is attached to the case. - an elongate case, - a carrier subassembly comprising a tubular carrier slidably arranged inside the case, the carrier adapted to contain a syringe with a hollow injection needle, a drive spring and a plunger for forwarding load of the drive spring to a stopper of the syringe, wherein the syringe is lockable for joint axial translation with the carrier, - a control spring arranged around the carrier for translating the carrier in a proximal direction for advancing the needle beyond a proximal end of the auto-injector, - a trigger button for releasing the control spring on actuation, - the trigger button is arranged distally on the case, wherein the peg protrudes from a distal end face of the trigger button in the proximal direction, wherein the trigger button abuts the case after actuation so as to remain in position relative to the case when the carrier is translated for advancing the needle, or wherein: - the peg is attached to the case.
A resource indication method, adapted for indicating service flows in a frame of an E-MBS system, the method comprising: indicating, at E-MBS MAP of the E-MBS region, the location of each one of at least a service flow in the E-MBS region,wherein the resource units of a first service flow are allocated following the end of E-MBS MAP of the E-MBS region, and the resource units of an m +1th service flow are allocated following the m th service flow, wherein m is an integer greater than or equal to 1, and wherein the method further comprises: indicating, at the E-MBS MAP of the E-MBS region, the time domain index and the frequency domain index at the end of each one of the at least a service flow.