mhurhangee/ep-ind-claims huggingface dataset:
Hydrostatic axial piston machine with inclined-axis construction having a drive shaft which is arranged within a housing so as to be rotatable about an axis of rotation and which is provided with a drive flange, and having a cylinder drum which is arranged within the housing of the axial piston machine so as to be rotatable about an axis of rotation, wherein the cylinder drum is provided with a plurality of piston recesses in each of which a piston connected to the drive flange is arranged in a longitudinally displaceable manner, wherein the pistons are fastened to the drive flange in an articulated manner, and in each case a ball joint connection is provided to fasten the pistons to the drive flange in an articulated manner, which ball joint connection is formed from a hollow ball-shaped receiving cup in an end face of the drive flange and from a ball head on the piston, wherein the hollow ball-shaped receiving cup in the end face of the drive flange is configured to wrap around the ball head by more than 180° degrees, and a bevel which delimits the hollow ball-shaped receiving cup is formed on the end face of the drive flange, characterized in that the bevel which delimits the hollow ball-shaped receiving cup is displaced outwardly with respect to the hollow ball-shaped receiving cup in the direction of the radius of the axis of rotation of the drive flange and is thus arranged eccentrically and off-centre on the receiving cup, wherein the centre point of the bevel in relation to the centre point of the hollow ball-shaped receiving cup is spaced radially outwards with respect to the axis of rotation of the drive flange.
A capsule type endoscope system comprising a capsule endoscope including a camera module to capture an image and transmit the image to the outside and two permanent magnets (311, 312) which are placed in perpendicular to each other and form magnetization inclined within a range of an acute angle δ with 0° <δ<90° relative to a so called v-axis given by the length direction of the capsule endoscope; and an operation control system (100, 200) comprising: a first coil unit having three coil portions (111;112;113) which are fixed to three axes being at right angles to each other and generate magnetic fields in axis directions, respectively; a second coil unit which is disposed to generate a gradient magnetic field in any direction relative to the magnetic field generated by the first coil unit; a coil driving portion configured to drive the second coil unit to adjust the orientation of the gradient magnetic field; and a control unit including a receiving portion configured to receive an image signal transmitted from the capsule endoscope and a control portion configured to control electric currents supplied to the first and second coil units (110;120) to adjust the generated magnetic field and controls operation of the coil driving portion, characterized in that the operation control system (100, 200) is arranged to perform precession of the capsule endoscope by rotating magnetic field generated by the first coil unit and a spiral motion that is carried out in contiguity with a tube wall when the capsule endoscope moves along a tubular organ using momentum by the gradient magnetic field generated by the second coil unit added to said rotating magnetic field. a first coil unit having three coil portions (111;112;113) which are fixed to three axes being at right angles to each other and generate magnetic fields in axis directions, respectively; a second coil unit which is disposed to generate a gradient magnetic field in any direction relative to the magnetic field generated by the first coil unit; a coil driving portion configured to drive the second coil unit to adjust the orientation of the gradient magnetic field; and a control unit including a receiving portion configured to receive an image signal transmitted from the capsule endoscope and a control portion configured to control electric currents supplied to the first and second coil units (110;120) to adjust the generated magnetic field and controls operation of the coil driving portion, characterized in that the operation control system (100, 200) is arranged to perform precession of the capsule endoscope by rotating magnetic field generated by the first coil unit and a spiral motion that is carried out in contiguity with a tube wall when the capsule endoscope moves along a tubular organ using momentum by the gradient magnetic field generated by the second coil unit added to said rotating magnetic field.
A method of producing an extract from sweet blackberry leaves ( Rubus suavissimus) containing less than 95 wt. % rubusoside based on dry matter, wherein at least a part of the rubusoside is glycosylated, said method comprising an extraction of sweet blackberry leaves and an enzymatic glycosylation simultaneously carried out during extraction with a transglucosidase enzyme under addition of a co-substrate as a glucose donor.
A method for controlling a smart card, comprising: transmitting a suspension command to a smart card; receiving a recovery information keyword returned by the smart card according to the suspension command, and the recovery information keyword is used to recover the smart card from a suspended state; and characterized by sending a turn-off instruction to a power supply of the smart card. transmitting a suspension command to a smart card; receiving a recovery information keyword returned by the smart card according to the suspension command, and the recovery information keyword is used to recover the smart card from a suspended state; and characterized by sending a turn-off instruction to a power supply of the smart card.
A device for acquiring and recording data captured in an aircraft, comprising: - a plurality of sources (202 to 205) of data streams to be recorded; - at least one source of time-stamped recording parameter values; and - recording means (220, 230, 235) for recording of the data originating from the data streams and from the parameter values on at least one non-volatile information medium, wherein the recording means (220, 230, 235) are capable of storing the data of the different data streams associated with said time-stamped recording parameter values in separate files, each datum of data streams being recorded in association with the universal time at which it was acquired. - a plurality of sources (202 to 205) of data streams to be recorded; - at least one source of time-stamped recording parameter values; and - recording means (220, 230, 235) for recording of the data originating from the data streams and from the parameter values on at least one non-volatile information medium, wherein the recording means (220, 230, 235) are capable of storing the data of the different data streams associated with said time-stamped recording parameter values in separate files, each datum of data streams being recorded in association with the universal time at which it was acquired.
A method for transmitting and receiving a signal by a base station in a wireless communication system, the method characterized by comprising: receiving a downlink signal transmitted from the base station without receiving an uplink signal from a user equipment during a dedicated transmission time interval during which uplink signals are not transmitted; estimating a self-interference channel based on the received downlink signal; receiving a self-interference signal and the uplink signal after the dedicated transmission time interval; and cancelling the self-interference signal based on the estimated self-interference channel. receiving a downlink signal transmitted from the base station without receiving an uplink signal from a user equipment during a dedicated transmission time interval during which uplink signals are not transmitted; estimating a self-interference channel based on the received downlink signal; receiving a self-interference signal and the uplink signal after the dedicated transmission time interval; and cancelling the self-interference signal based on the estimated self-interference channel.
Polymeric-enveloped microparticles, containing: a. at least one acrylic copolymer of the HASE type containing: - at least one anionic monomer having a polymerizable vinyl function and a carboxyl group, - at least one non-ionic hydrophobic monomer having a polymerizable vinyl function and - at least one oxyalkylated associative macro monomer having a polymerizable vinyl function and a hydrophobic hydrocarbon chain, b. at least one solid-liquid phase change material having a phase transition temperature varying from 20 to 90°C and c. at least one active agent. a. at least one acrylic copolymer of the HASE type containing: - at least one anionic monomer having a polymerizable vinyl function and a carboxyl group, - at least one non-ionic hydrophobic monomer having a polymerizable vinyl function and - at least one oxyalkylated associative macro monomer having a polymerizable vinyl function and a hydrophobic hydrocarbon chain, - at least one anionic monomer having a polymerizable vinyl function and a carboxyl group, - at least one non-ionic hydrophobic monomer having a polymerizable vinyl function and - at least one oxyalkylated associative macro monomer having a polymerizable vinyl function and a hydrophobic hydrocarbon chain, b. at least one solid-liquid phase change material having a phase transition temperature varying from 20 to 90°C and c. at least one active agent.
A functional lipid construct of the structure F-S-L where F is a functional moiety; L is phosphatidylethanolamine; S is a spacer covalently linking F to L; and the structure of the functional lipid construct includes the partial structure: where M is H or CH 3; g is the integer 1, 2 or 3; h is the integer 1, 2, 3 or 4; v is the integer 3, 4 or 5; M' is a monovalent cation; * is other than H; and R 1 and R 2 are independently selected from the group consisting of the alkyl or alkenyl substituents of the fatty acids trans- 3-hexadecenoic acid, cis -5-hexadecenoic acid, cis -7-hexadecenoic acid, cis -9-hexadecenoic acid, cis -6-octadecenoic acid, cis -9-octadecenoic acid, trans -9-octadecenoic acid, trans -11-octadecenoic acid, cis -11-octadecenoic acid, cis -11-eicosenoic acid or cis -13-docsenoic acid.
Device for use in the detection of binding affinities, the device comprising a planar waveguide arranged on a substrate, the planar waveguide having an outer surface and a plurality of incoupling lines for coupling a beam of coherent light into the planar waveguide in a manner such that in operation a parallel beam of coherent light propagates along the planar waveguide with an evanescent field propagating along the outer surface thereof, wherein the plurality of incoupling lines are curved and arranged to have an increasing distance between adjacent incoupling lines when viewed in the direction of propagation of the parallel beam of coherent light along the planar waveguide, the arrangement of the plurality of incoupling lines and the distance between adjacent incoupling lines being such that in operation a divergent beam of coherent light of a predetermined wavelength coming from a predetermined first focal location and impinging on the plurality of incoupling lines is coupled into the planar waveguide in a manner such that the parallel beam of coherent light propagates along the planar waveguide, wherein a plurality of binding sites capable of binding a target sample is attached to the outer surface along diffraction lines of a plurality of diffraction lines arranged in an outcoupling section of the planar waveguide such that in operation a portion of the evanescent field is diffracted at the binding sites bound to the target sample, the plurality of diffraction lines comprising a plurality of curved outcoupling lines which are arranged to have a decreasing distance between adjacent curved outcoupling lines when viewed in the direction of propagation of the coherent light impinging thereon so as to be capable of diffracting a portion of the coherent light of the predetermined wavelength impinging on the curved outcoupling lines to decouple it from the planar waveguide in a manner such that the decoupled portion of coherent light of the predetermined wavelength converges into a predetermined second focal location to provide at the second focal location a signal representative of the binding affinity between the binding sites and the target sample, and wherein the plurality of incoupling lines is arranged at a first surface portion of the outer surface of the planar waveguide and the plurality of curved outcoupling lines is arranged at a second surface portion of the outer surface of the planar waveguide, the first surface portion including a blank section in which there are no lines and the second surface portion including a further blank section in which there are no lines, the blank sections being formed to avoid a second-order Bragg reflection.
System for inserting a self-expandable occluder into a patient and for releasing the occluder in the left atrial appendage of the patient, the system comprising the occluder and an insertion unit which has a drive unit and has an insertion catheter comprising an outer tube and an inner tube extending through the outer tube, wherein a proximal end region of the occluder is movement-coupled to the outer tube, and wherein a distal end region of the occluder is movement-coupled to the inner tube, wherein, in order to release the occluder, the drive unit interacts with the inner tube and the outer tube such that, when actuated, the inner tube can be moved in a distal or proximal direction and the outer tube can be moved in the proximal direction or distal direction, so that the distal end and the proximal end of the occluder can be moved away from or toward one another, characterized in that during insertion of the occluder, a distal end of the outer tube is disposed inside the occluder, wherein the outer tube comprises at least one elastically yielding latching finger-like portion at its distal end region, wherein the latching finger-like portion cooperates with the proximal end region of the occluder only when the inner tube is disposed inside the outer tube, and wherein the latching finger-like portion is configured such that, after the insertion of the inner tube through the outer tube, it is deflected from a rest position and cannot deflect radially inward.
Steam ironing apparatus comprising a pressurised steam generator and an iron comprising an ironing soleplate covered by a body in which a steam distribution circuit is provided which conveys the flow of steam produced by the steam generator to steam outlet holes of the soleplate, characterised in that the steam distribution circuit comprises at least one expansion chamber (11, 13) comprising studs (58, 65) protruding from two facing surfaces.
A coated plywood panel, having a length (I p), a width (w p), and a thickness (t p), wherein the thickness (t p) is less than the smaller of the length (I p) and the width (w p), the coated plywood panel comprising - a first veneer layer, a second veneer layer, and a third veneer layer, wherein - the third veneer layer is arranged in between the first veneer layer and the second veneer layer in the direction of the thickness (t p) of the plywood panel, - the veneer layers (110, 120, 130) have been attached to each other with adhesive, the coated plywood panel further comprising a first covering comprising - a first layer comprising hardened resin, a third layer, and a second layer that is arranged in between the third layer and first layer, wherein - the first layer bonds the second layer to the first veneer layer, whereby - the first covering forms a first surface of the coated plywood panel, characterized in that - the second is layer made of such a plastic polymer material that has a water absorption of at least 5 wt% as measurable according to ASTM D570 as an equilibrium value using water having a temperature of 23 °C and a melting point of at least 200 °C, and - the third layer comprises hardened phenol formaldehyde resin. - a first veneer layer, a second veneer layer, and a third veneer layer, wherein - the third veneer layer is arranged in between the first veneer layer and the second veneer layer in the direction of the thickness (t p) of the plywood panel, - the veneer layers (110, 120, 130) have been attached to each other with adhesive, the coated plywood panel further comprising a first covering comprising - a first layer comprising hardened resin, a third layer, and a second layer that is arranged in between the third layer and first layer, wherein - the first layer bonds the second layer to the first veneer layer, whereby - the first covering forms a first surface of the coated plywood panel, - the second is layer made of such a plastic polymer material that has a water absorption of at least 5 wt% as measurable according to ASTM D570 as an equilibrium value using water having a temperature of 23 °C and a melting point of at least 200 °C, and - the third layer comprises hardened phenol formaldehyde resin.
Sliding door having a door frame which has a ground sill and two frames extending upwards at the ends of the ground sill, and at least one sliding leaf (4, 4', 4"), which is movable along a running rail (5, 30) on the ground sill, wherein a separate compensating profile (17, 17', 17") is fixed to the ground sill at a longitudinal edge on an inner side, wherein the compensating profile (17, 17', 17") is substantially rectangular in cross-section and is held on the ground sill (2, 2') via latching means, characterized in that a flush alignment of a surface of the compensation profile (17, 17', 17") and an inner surface of the sliding leaf (4, 4', 4") is provided on the inside of the ground sill by mounting the compensation profile (17, 17', 17").
Foam particles that have a bulk density in the range of 30-250 kg/m 3 and are based on polyamides, comprising 85% to 100% by weight of at least one copolyamide obtainable by polymerizing the following components: 15% to 84% by weight of at least one lactam, 16% to 85% by weight of a monomer mixture comprising the following components: at least one C 32 -C 40 dimer acid and at least one C 4 -C 12 diamine, wherein the monomer mixture comprises in the range from 45 to 55 mol% of component and in the range from 45 to 55 mol% of component, based on the total molar amount of the monomer mixture, and the sum total of the components of and is 100% by weight. 15% to 84% by weight of at least one lactam, 16% to 85% by weight of a monomer mixture comprising the following components: at least one C 32 -C 40 dimer acid and at least one C 4 -C 12 diamine, at least one C 32 -C 40 dimer acid and at least one C 4 -C 12 diamine,
An image forming apparatus, comprising: a plurality of devices,,, configured to carry out different jobs simultaneously; a camera configured to image a user around the image forming apparatus; a database configured to store a face image, a user identification information and a user feature information in association with each other; a job management section configured to store the user identification information of a user of a job carried out by more than one of the plurality of devices,,, in association with a job category; an authentication section configured to perform face authentication based on an image from the camera and the user face image in the database, identify a user in the vicinity of the image forming apparatus, and output the user identification information of the user in the vicinity of the image forming apparatus; a determination section configured to determine second user identification information different from first user identification information indicating the user of the job carried out by the plurality of devices,,, and the job category that can processed in parallel with the job carried out by the plurality of devices,,,; and a display section configured to display the second user identification information and the job category of the job that can be processed in parallel with the job carried out by the plurality of devices,,,; and, a controller (21, 209),configured to carry out the instructed job when the user instructs to carry out the job that can be processed in parallel with the job carried out by the plurality of devices,,,. a plurality of devices,,, configured to carry out different jobs simultaneously; a camera configured to image a user around the image forming apparatus; a database configured to store a face image, a user identification information and a user feature information in association with each other; a job management section configured to store the user identification information of a user of a job carried out by more than one of the plurality of devices,,, in association with a job category; an authentication section configured to perform face authentication based on an image from the camera and the user face image in the database, identify a user in the vicinity of the image forming apparatus, and output the user identification information of the user in the vicinity of the image forming apparatus; a determination section configured to determine second user identification information different from first user identification information indicating the user of the job carried out by the plurality of devices,,, and the job category that can processed in parallel with the job carried out by the plurality of devices,,,; and a display section configured to display the second user identification information and the job category of the job that can be processed in parallel with the job carried out by the plurality of devices,,,; and, a controller (21, 209),configured to carry out the instructed job when the user instructs to carry out the job that can be processed in parallel with the job carried out by the plurality of devices,,,.
A relay node comprising: one or more components configured to measure a signal strength of sounding reference signals received from a mobile station, and in response to the signal strength being above a predetermined threshold, to transmit a first request to an access node, wherein the first request establishes one type of association selected from the group consisting of: the mobile station being associated with the access node only, the mobile station being associated with one or more relay nodes only, and the mobile station being associated with both the access node and the one or more relay nodes; and wherein the one or more components are further configured to transmit a second request to the access node after the first request, wherein the second request is transmitted in response to the signal strength falling below a second predetermined threshold, and wherein the second request is for the access node to disassociate the mobile station with the access node, one or more relay nodes, or both the access node and the one or more relay nodes. one or more components configured to measure a signal strength of sounding reference signals received from a mobile station, and in response to the signal strength being above a predetermined threshold, to transmit a first request to an access node, wherein the first request establishes one type of association selected from the group consisting of: the mobile station being associated with the access node only, the mobile station being associated with one or more relay nodes only, and the mobile station being associated with both the access node and the one or more relay nodes; and wherein the one or more components are further configured to transmit a second request to the access node after the first request, wherein the second request is transmitted in response to the signal strength falling below a second predetermined threshold, and wherein the second request is for the access node to disassociate the mobile station with the access node, one or more relay nodes, or both the access node and the one or more relay nodes.