mhurhangee/ep-ind-claims huggingface dataset:
Sewing machine - comprising a sewing machine housing with a cast main housing part, which is configured openly on an operator side, wherein the main housing part is manufactured by core-free casting, wherein the main housing part is configured in one piece and comprises the support housing section, the arm housing section and the head housing section, wherein the sewing machine is provided - with a sewing machine housing having an arm housing section, ending in a head housing section, - with stitch formation tools (7, 8) available in the region of the head housing section, which are driven via an arm shaft, characterized in that the sewing machine further on is provided - with an arm shaft drive motor, which is in operative connection with the arm shaft via a drive means, - wherein the arm shaft drive motor is mounted in a fixed manner to the housing in the region of the arm housing section, - wherein a drive shaft of the arm shaft drive motor extends in a spaced parallel manner to the arm shaft, - wherein the drive means is arranged on a side of the arm shaft drive motor opposing the head housing section. - comprising a sewing machine housing with a cast main housing part, which is configured openly on an operator side, wherein the main housing part is manufactured by core-free casting, wherein the main housing part is configured in one piece and comprises the support housing section, the arm housing section and the head housing section, wherein the sewing machine is provided - with a sewing machine housing having an arm housing section, ending in a head housing section, - with stitch formation tools (7, 8) available in the region of the head housing section, which are driven via an arm shaft, characterized in that the sewing machine further on is provided - with an arm shaft drive motor, which is in operative connection with the arm shaft via a drive means, - wherein the arm shaft drive motor is mounted in a fixed manner to the housing in the region of the arm housing section, - wherein a drive shaft of the arm shaft drive motor extends in a spaced parallel manner to the arm shaft, - wherein the drive means is arranged on a side of the arm shaft drive motor opposing the head housing section.
A device for occluding an aperture in a body of a patient, comprising: a frame comprising a plurality of elongate members able to assume a collapsed and an enlarged configuration, and a hub component comprising a hub (102, 119, 800) and a plurality of attachment members pivotally attached to the hub, wherein for each elongate member of the plurality of elongate members a first, proximal end at a proximal portion of the elongate member is fixedly attached to an attachment member of the plurality of attachment members at an attachment region; wherein in the enlarged configuration a proximal-facing portion of the device comprising the proximal portions of the elongate members and a proximal-facing surface of the hub form an occlusion member having the shape of a disc and comprising a planar face so that no components of the frame protrude beyond a proximal end of the hub, wherein in the enlarged configuration, the distal portions of the elongate members form a support member for supporting the device in the aperture; and each attachment member of the plurality of attachment members is configured to pivot with respect to the hub, such that each attachment region is movable with respect to the hub. a frame comprising a plurality of elongate members able to assume a collapsed and an enlarged configuration, and a hub component comprising a hub (102, 119, 800) and a plurality of attachment members pivotally attached to the hub, wherein for each elongate member of the plurality of elongate members a first, proximal end at a proximal portion of the elongate member is fixedly attached to an attachment member of the plurality of attachment members at an attachment region; wherein in the enlarged configuration a proximal-facing portion of the device comprising the proximal portions of the elongate members and a proximal-facing surface of the hub form an occlusion member having the shape of a disc and comprising a planar face so that no components of the frame protrude beyond a proximal end of the hub, wherein in the enlarged configuration, the distal portions of the elongate members form a support member for supporting the device in the aperture; and each attachment member of the plurality of attachment members is configured to pivot with respect to the hub, such that each attachment region is movable with respect to the hub.
An elevator group management control device, comprising: a determination section which, for a plurality of elevators including a one-shaft multicar system elevator in which a plurality of cars (2a to 2f) are arranged in a same shaft (1a to 1c), determines whether services to elevator calls have been completed; and an instruction section in which, in a case where services of a plurality of cars (2a to 2f) of a one-shaft multicar system elevator have been completed, as floors at which a plurality of cars (2a to 2f) in question are each put on standby, any of patterns is set among a first pattern in which a main floor in a vicinity of a bottom floor and a floor lower than the main floor are set, a second pattern in which the main floor and an upper floor are set, and a third pattern in which upper floors are set, characterised in that the instruction section puts a plurality of cars (2a to 2f) of three one-shaft multicar system elevators on standby by the first pattern, the second pattern, and the third pattern, respectively. a determination section which, for a plurality of elevators including a one-shaft multicar system elevator in which a plurality of cars (2a to 2f) are arranged in a same shaft (1a to 1c), determines whether services to elevator calls have been completed; and an instruction section in which, in a case where services of a plurality of cars (2a to 2f) of a one-shaft multicar system elevator have been completed, as floors at which a plurality of cars (2a to 2f) in question are each put on standby, any of patterns is set among a first pattern in which a main floor in a vicinity of a bottom floor and a floor lower than the main floor are set, a second pattern in which the main floor and an upper floor are set, and a third pattern in which upper floors are set, characterised in that the instruction section puts a plurality of cars (2a to 2f) of three one-shaft multicar system elevators on standby by the first pattern, the second pattern, and the third pattern, respectively.
A radio network node, for channel estimation of a channel used for wireless signal communication between a user equipment and the radio network node in a wireless communication system, which radio network node comprises a multiple antenna array configured for beamforming, spatial multiplexing and Multiple Input Multiple Output, MIMO, transmission, wherein the radio network node further comprises: a receiver, configured for receiving a first pilot signal from the user equipment, and a wireless signal from an interferer; and also configured for receiving a second pilot signal from the user equipment at a determined angle of arrival, filtered by a receiver pre-filter; and a processor configured for spatial analysing the received first pilot signal; and configured for selecting the first pilot signal from the user equipment, based on the spatial analysis; and additionally configured for determining an angle of arrival for the selected first pilot signal; and furthermore configured for designing the receiver pre-filter, for isolating the first pilot signal received from the determined angle of arrival; and also further configured for estimating the channel, based on the received second pilot signal; wherein the first pilot signal of the user equipment is comprised in a set of orthogonal pilot signals coordinated between the radio network node and a neighbour network node, and the second pilot signal is not comprised in the set of orthogonal pilot signals coordinated between the radio network node and the neighbour network node. a receiver, configured for receiving a first pilot signal from the user equipment, and a wireless signal from an interferer; and also configured for receiving a second pilot signal from the user equipment at a determined angle of arrival, filtered by a receiver pre-filter; and a processor configured for spatial analysing the received first pilot signal; and configured for selecting the first pilot signal from the user equipment, based on the spatial analysis; and additionally configured for determining an angle of arrival for the selected first pilot signal; and furthermore configured for designing the receiver pre-filter, for isolating the first pilot signal received from the determined angle of arrival; and also further configured for estimating the channel, based on the received second pilot signal; wherein the first pilot signal of the user equipment is comprised in a set of orthogonal pilot signals coordinated between the radio network node and a neighbour network node, and the second pilot signal is not comprised in the set of orthogonal pilot signals coordinated between the radio network node and the neighbour network node.
A system for metering a plurality of seeds, the system comprising: a seed meter comprising; a seed disk housing having a seed inlet, a seed outlet, and a chamber therebetween and a seed disk mounted within the chamber of the seed disk housing; the system further comprising a motor having an output shaft and a gear mounted thereon, the gear being engageable with the seed disk and operable to rotate the seed disk relative to the seed disk housing; and a mount fixed relative to the motor, the mount having a non-planar engagement surface; characterized in that the seed meter further comprises a hook attached to the seed disk housing, the hook having a non-planar engagement surface engageable with the engagement surface of the mount. a seed meter comprising; a seed disk housing having a seed inlet, a seed outlet, and a chamber therebetween and a seed disk mounted within the chamber of the seed disk housing; the system further comprising a motor having an output shaft and a gear mounted thereon, the gear being engageable with the seed disk and operable to rotate the seed disk relative to the seed disk housing; and a mount fixed relative to the motor, the mount having a non-planar engagement surface; characterized in that the seed meter further comprises a hook attached to the seed disk housing, the hook having a non-planar engagement surface engageable with the engagement surface of the mount.
Composite casing of an axial-flow turbomachine, in particular for a compressor (4; 6), the casing comprising a generally circular wall having a matrix and a woven fibrous reinforcement, the fibrous reinforcement exhibiting, along its thickness, two external layers and one central layer positioned between the external layers, said layers comprising fibres extending generally in the axial direction of the circular wall, and fibres extending generally around the circumference of the circular wall, characterized in that at least one of the external layers comprises a difference in proportion between the axial fibres and the circumferential fibres, the axial fibres making up the majority.
A method for selecting a lactic acid bacterial strain useful for reducing infantile colic, said method comprising determining the ability of a lactic acid bacterial strain to increase IL-10 levels.
A welding apparatus for welding first and second sheets of material (102, 102a, 102b) together, the apparatus comprising: a seal die (110, 110a) made of a conductive material configured to impart thermal-mechanical energy to the first and second sheets of material, wherein the seal die includes: a bottom surface configured to contact the first sheet of material, an inner edge, and a chamfer extending between the bottom surface and the inner edge, wherein the chamfer has an orientation angle with respect to the bottom surface; a support surface (110b, 120) configured to support the second sheet of material; a control unit programmed to cause the seal die to be directed towards the support surface such that the seal die compresses the first and second sheets of material together between the seal die and the support surface; and a power source adapted to provide energy to the seal die such that the seal die imparts thermal energy welding the first and second sheets of material together. characterized in that the chamfer is a straight chamfer and the seal die further includes: a first blend radius extending between the straight chamfer and the bottom surface and a second blend radius extending between the straight chamfer and the inner edge. a seal die (110, 110a) made of a conductive material configured to impart thermal-mechanical energy to the first and second sheets of material, wherein the seal die includes: a bottom surface configured to contact the first sheet of material, an inner edge, and a chamfer extending between the bottom surface and the inner edge, wherein the chamfer has an orientation angle with respect to the bottom surface; a bottom surface configured to contact the first sheet of material, an inner edge, and a chamfer extending between the bottom surface and the inner edge, wherein the chamfer has an orientation angle with respect to the bottom surface; a support surface (110b, 120) configured to support the second sheet of material; a control unit programmed to cause the seal die to be directed towards the support surface such that the seal die compresses the first and second sheets of material together between the seal die and the support surface; and a power source adapted to provide energy to the seal die such that the seal die imparts thermal energy welding the first and second sheets of material together. characterized in that the chamfer is a straight chamfer and the seal die further includes: a first blend radius extending between the straight chamfer and the bottom surface and a second blend radius extending between the straight chamfer and the inner edge.
An antenna system, comprising: a phased array antenna having an emission surface; and a dielectric lens arrangement; wherein the dielectric lens arrangement is arranged to magnify the effective aperture of the phased array antenna, wherein the dielectric lens arrangement is a single solid dielectric lens comprising a convex surface and a concave surface, the concave surface being closer to the phased array, the convex surface being further away from the phased array, the convex surface being larger than the concave surface, characterised in that the convex surface is substantially spherical, with the centre of the emission surface of the phased array being approximately placed at the centre of the sphere defining the spherical shaping of the outer curved surface, and the concave surface is curved with a focal point behind the phased array antenna, wherein the dielectric lens arrangement is provided with concentric troughs and ridges at the concave and convex surfaces for providing impedance matching, and wherein the side of the dielectric lens arrangement closest to the phased array antenna is positioned within the near field of the phased array antenna. a phased array antenna having an emission surface; and a dielectric lens arrangement; wherein the dielectric lens arrangement is arranged to magnify the effective aperture of the phased array antenna,
An aptamer consisting of any one of polynucleotides of SEQ ID Nos. 1 to 7 and 41, wherein the aptamer is capable of binding to prostate-specific antigen.
A device for transporting and placing a bridge of an offshore oil rig onto a floating or stationary structure, said device comprising two parallel floating barges for mounting the bridge, each barge having a set of vertical movement rams situated on the longitudinal axis of the barge for moving said bridge between a position of bearing on the barges and a position of bearing on the floating or stationary structure, characterized in that each barge comprises at least one assembly for monitoring the roll of each barge in relation to the bridge during the placement of said bridge onto the mounting structure, the assembly comprising at least two rams that are carried by the barge and located on both sides of the longitudinal axis of the barge, each ram being able to be connected to the bridge by a connecting member that has rigid pull and flexible compression.
A method for determining a wake up indicator, wherein the wake up indicator measures the risk of a user waking up in an undesirable state, the method comprising: determining a sleep inertia estimation based on at least one physiological signal of the user for estimating if the user is in NREM sleep, wherein the sleep inertia estimation is an estimation of sleep depth; determining an atonia estimation based on at least one physiological signal of the user for estimating if the user is in REM sleep or for detecting muscle activity, wherein the atonia estimation is based on the duration of a current REM sleep episode or an amount of muscle activity; and using the inertia estimation and the atonia estimation to determine the wake up indicator, wherein the wake up indicator is an indicator for a time when it is suitable to wake up the user in a way which avoids arousal from a deep sleep state or from REM sleep. determining a sleep inertia estimation based on at least one physiological signal of the user for estimating if the user is in NREM sleep, wherein the sleep inertia estimation is an estimation of sleep depth; determining an atonia estimation based on at least one physiological signal of the user for estimating if the user is in REM sleep or for detecting muscle activity, wherein the atonia estimation is based on the duration of a current REM sleep episode or an amount of muscle activity; and using the inertia estimation and the atonia estimation to determine the wake up indicator, wherein the wake up indicator is an indicator for a time when it is suitable to wake up the user in a way which avoids arousal from a deep sleep state or from REM sleep.
A method of creating a lattice structure for a part formed via additive manufacturing, the method comprising the steps of: - receiving a computer model of the part via a processor of a computer modeling system, the computer model having an overall shape; - storing the computer model in a non-transitory computer-readable memory of the computer modeling system; - generating a finite element mesh corresponding to the overall shape of the part via the processor, the finite element mesh having a plurality of mesh elements; - storing the finite element mesh in the non-transitory computer-readable memory; - generating a lattice cellular component via the processor, the lattice cellular component corresponding to a mesh element of the finite element mesh; - storing the lattice cellular component in the non-transitory computer-readable memory; - generating a lattice structure based on the lattice cellular component via the processor; and - storing the lattice structure in the non-transitory computer-readable memory; - deforming the lattice structure such that the lattice structure has a cellular periodicity corresponding to the mesh elements of the finite element mesh so that the lattice structure conforms to the shape of the part. - receiving a computer model of the part via a processor of a computer modeling system, the computer model having an overall shape; - storing the computer model in a non-transitory computer-readable memory of the computer modeling system; - generating a finite element mesh corresponding to the overall shape of the part via the processor, the finite element mesh having a plurality of mesh elements; - storing the finite element mesh in the non-transitory computer-readable memory; - generating a lattice cellular component via the processor, the lattice cellular component corresponding to a mesh element of the finite element mesh; - storing the lattice cellular component in the non-transitory computer-readable memory; - generating a lattice structure based on the lattice cellular component via the processor; and - storing the lattice structure in the non-transitory computer-readable memory; - deforming the lattice structure such that the lattice structure has a cellular periodicity corresponding to the mesh elements of the finite element mesh so that the lattice structure conforms to the shape of the part.
A preparation method for silver nanowires with a uniform aspect ratio, comprising the following steps: dissolving 0.16 g silver nitrate at room temperature in 20 ml of glycerol to get a solution A; dissolving 5 g polyvinylpyrrolidone at room temperature in 80 ml of glycerol to get a solution B; mixing uniformly the solution A and the solution B to form a solution C; and adding 5 ml of an ultrapure water into the solution C and mixing uniformly to form a solution D, finally, transferring the solution D into a reaction kettle, putting the reaction kettle into an oven with a set temperature of 160°C, and ending the reaction after a certain time of reaction; diluting a silver nanowire mother solution in the reaction kettle with alcohol and centrifuging twice to obtain precipitated silver nanowires having a diameter of 30-40 nm and a length of 10-20 μm, as determined using scanning electron microscopy. dissolving 0.16 g silver nitrate at room temperature in 20 ml of glycerol to get a solution A; dissolving 5 g polyvinylpyrrolidone at room temperature in 80 ml of glycerol to get a solution B; mixing uniformly the solution A and the solution B to form a solution C; and adding 5 ml of an ultrapure water into the solution C and mixing uniformly to form a solution D, finally, transferring the solution D into a reaction kettle, putting the reaction kettle into an oven with a set temperature of 160°C, and ending the reaction after a certain time of reaction; diluting a silver nanowire mother solution in the reaction kettle with alcohol and centrifuging twice to obtain precipitated silver nanowires having a diameter of 30-40 nm and a length of 10-20 μm, as determined using scanning electron microscopy.
A method of channel sounding in a collaborative service set CSS, the CSS facilitating collaboration among multiple access points located nearby in a wireless local area network, the method comprising: broadcasting, by a first access point AP, a first null data packet announcement NDPA comprising a short identification number ID of a first station; broadcasting, by the first AP, a first null data packet NDP after broadcasting the first NDPA; receiving, by the first AP from a second AP, a second NDPA; receiving, by the first AP from the second AP, a second NDP after receiving the second NDPA; transmitting, by the first AP to the first station, a first polling frame after transmitting the first NDP and receiving the second NDP; and receiving, by the first AP from the first station, a first feedback report after transmitting the first polling frame. broadcasting, by a first access point AP, a first null data packet announcement NDPA comprising a short identification number ID of a first station; broadcasting, by the first AP, a first null data packet NDP after broadcasting the first NDPA; receiving, by the first AP from a second AP, a second NDPA; receiving, by the first AP from the second AP, a second NDP after receiving the second NDPA; transmitting, by the first AP to the first station, a first polling frame after transmitting the first NDP and receiving the second NDP; and receiving, by the first AP from the first station, a first feedback report after transmitting the first polling frame.