mhurhangee/ep-ind-claims huggingface dataset:
A pulse wave detection apparatus configured to detect a pulse wave in a noninvasive manner by pressing an elongated sensor chip having a pressure sensor array formed thereon against a measurement site through which an artery passes, the elongated sensor chip comprising: an elongated substrate that has a pair of short sides (10c, 10d); the pressure sensor array that is formed by a plurality of pressure sensor elements (41, 41,...) arranged side-by-side on the elongated substrate and aligned in the elongated direction of the elongated substrate; a processing circuit formed in an integrated manner on the substrate, the processing circuit comprising: a multiplexer configured to select output of the pressure sensor elements (41, 41,...); a low pass filter configured to receive outputs from the multiplexer; and an amplifier configured to receive outputs from the low pass filter; and an electrode terminal array (50A, 50B) electrically connected to the pressure sensor elements (41, 41,...), the multiplexer, the low pass filter and the amplifier, wherein the electrode terminal array (50A, 50B) includes a plurality of electrode terminals arranged side-by-side along the short sides (10c, 10d) and is aligned in a direction perpendicular to the pressure sensor elements (41, 41,...), wherein the processing circuit is configured to process output from the pressure sensor elements of the pressure sensor array and to transmit the processed output to the electrode terminals of an electrode terminal array (50A, 50B, wherein the electrode terminal array (50A, 50B) comprises a first group of electrode terminals (E6-E11) for controlling operations of the multiplexer such that a pressure signal that is to be selected and retrieved by the multiplexer from among the pressure signals of the pressure sensor elements (41, 41,...) is determined by a combination of high level and low level of the signals received by the electrode terminals (E6-E11) of the first group, and a second group of electrode terminals (E12, E13) for outputting the selected pressure signal outside of the sensor chip. an elongated substrate that has a pair of short sides (10c, 10d); the pressure sensor array that is formed by a plurality of pressure sensor elements (41, 41,...) arranged side-by-side on the elongated substrate and aligned in the elongated direction of the elongated substrate; a processing circuit formed in an integrated manner on the substrate, the processing circuit comprising: a multiplexer configured to select output of the pressure sensor elements (41, 41,...); a low pass filter configured to receive outputs from the multiplexer; and an amplifier configured to receive outputs from the low pass filter; and a multiplexer configured to select output of the pressure sensor elements (41, 41,...); a low pass filter configured to receive outputs from the multiplexer; and an amplifier configured to receive outputs from the low pass filter; and an electrode terminal array (50A, 50B) electrically connected to the pressure sensor elements (41, 41,...), the multiplexer, the low pass filter and the amplifier,
A computer implemented data processing method of using a dynamic anatomic atlas for matching a patient image and an atlas image or for matching two patient images, comprising the following step: • an information on a dynamic property (5a, 5b, 5c) of at least one atlas segment (4a, 4b, 4c) is used as a constraint for the matching, wherein the dynamic anatomic atlas comprises • static atlas data describing atlas segments (4a, 4b, 4c); and • dynamic atlas data comprising the information on the dynamic property (5a, 5b, 5c) which information is respectively linked to the atlas segments (4a, 4b, 4c). • an information on a dynamic property (5a, 5b, 5c) of at least one atlas segment (4a, 4b, 4c) is used as a constraint for the matching, wherein the dynamic anatomic atlas comprises • static atlas data describing atlas segments (4a, 4b, 4c); and • dynamic atlas data comprising the information on the dynamic property (5a, 5b, 5c) which information is respectively linked to the atlas segments (4a, 4b, 4c).
Moulding device for the moulding of moulded articles, comprising - two mould elements (3, 5), in particular of an injection-moulding tool, die-casting tool or punching tool, - a fine centring unit for tool and mould production, for the fine centring of the at least two mould elements (3, 5), wherein the fine centring unit comprises: - a first guide element (13a, b, c, d), which has at least two sliding surfaces (39a, b) and can be coupled to the first mould element, and - a second guide element (31a, b, c, d), which can be coupled to the second mould element, wherein the second guide element comprises a guide channel (33a, b, c, d) with a shape complementing the at least two sliding surfaces of the first guide element (13a, b, c, d), and, during the opening and closure of the mould elements (3, 5), the first guide element (13a, b, c, d) slides at least partially in the guide channel (33a, b, c, d), wherein the first guide element (13a, b, c, d), at its end opposite the first mould element, comprises an obliquely extending front face for enlarging the sliding surfaces (39a, b), such that the end has a wedge-shaped design, characterized in that the second guide element (31a, b, c, d), at its end of the guide channel directed towards the second mould element, comprises a complementary obliquely extending front face, wherein both obliquely extending front faces (43, 55) approach each other during the closure of the mould halves (3, 5). - two mould elements (3, 5), in particular of an injection-moulding tool, die-casting tool or punching tool, - a fine centring unit for tool and mould production, for the fine centring of the at least two mould elements (3, 5), wherein the fine centring unit comprises: - a first guide element (13a, b, c, d), which has at least two sliding surfaces (39a, b) and can be coupled to the first mould element, and - a second guide element (31a, b, c, d), which can be coupled to the second mould element, wherein the second guide element comprises a guide channel (33a, b, c, d) with a shape complementing the at least two sliding surfaces of the first guide element (13a, b, c, d), and, during the opening and closure of the mould elements (3, 5), the first guide element (13a, b, c, d) slides at least partially in the guide channel (33a, b, c, d), - a first guide element (13a, b, c, d), which has at least two sliding surfaces (39a, b) and can be coupled to the first mould element, and - a second guide element (31a, b, c, d), which can be coupled to the second mould element, wherein the second guide element comprises a guide channel (33a, b, c, d) with a shape complementing the at least two sliding surfaces of the first guide element (13a, b, c, d), and, during the opening and closure of the mould elements (3, 5), the first guide element (13a, b, c, d) slides at least partially in the guide channel (33a, b, c, d),
A method, performed in a source node, of supporting re-distribution of load from a source cell to a target cell associated with a target node in a wireless network, wherein the target cell is a combined cell comprising a plurality of spatially separated target sectors that are configured for downlink and/or uplink communication on a same carrier within each cell, the plurality of spatially separated target sectors being defined by respective spatially separated radio resource units using the same cell identity, wherein each target sector broadcasts a specific Channel State Information Reference Signal, CSI-RS, the method comprising: - receiving from the target node, a load report comprising traffic load in one or more of the plurality of spatially separated target sectors comprised in the target cell, and - retrieving, from one or more wireless device served by the source node, reference signal measurements defining radio conditions for one or more of the target sectors comprised in the target cell, wherein the reference signal measurements comprise respective Channel State Information Reference Signal, CSI-RS, measurements. - receiving from the target node, a load report comprising traffic load in one or more of the plurality of spatially separated target sectors comprised in the target cell, and - retrieving, from one or more wireless device served by the source node, reference signal measurements defining radio conditions for one or more of the target sectors comprised in the target cell, wherein the reference signal measurements comprise respective Channel State Information Reference Signal, CSI-RS, measurements.
A method for fast channel change of an audio/video receiver device receiving an audio/video stream over an Internet Protocol network, characterized in that the method is implemented by said audio/video receiver device, and in that the method comprises: receiving a channel change command; transmitting a request for burst delivery of said audio/video stream corresponding to a new channel; initializing a decoder's decoding clock in said audio/video receiver device with a value of a Program Clock Reference plus an offset, wherein the value of a Program Clock Reference is the value of a last Program Clock Reference comprised in said burst delivery before receipt of a video Presentation Time Stamp comprised in said burst delivery, and wherein said offset is a function of a drift between video frames and corresponding audio frames in said burst and of a duration of excess data delivery of said burst delivery defined as a duration of a part of said burst delivery during which data is received in excess compared to a delivery at playout rate; and receiving said audio/video stream at said playout rate after end of said burst delivery. receiving a channel change command; transmitting a request for burst delivery of said audio/video stream corresponding to a new channel; initializing a decoder's decoding clock in said audio/video receiver device with a value of a Program Clock Reference plus an offset, wherein the value of a Program Clock Reference is the value of a last Program Clock Reference comprised in said burst delivery before receipt of a video Presentation Time Stamp comprised in said burst delivery, and wherein said offset is a function of a drift between video frames and corresponding audio frames in said burst and of a duration of excess data delivery of said burst delivery defined as a duration of a part of said burst delivery during which data is received in excess compared to a delivery at playout rate; and receiving said audio/video stream at said playout rate after end of said burst delivery.
Method for amplifying optical signal waves guided in a first multicore optical fibre, in which the first multicore optical fibre comprises a plurality of cores with a prescribed core spacing and a prescribed geometry of the cores relative to one another, and at least one signal wave mode that is capable of propagation in each core, and each signal wave being amplified in an optically pumped gain-active optical fibre, wherein a first optical field transformation is carried out in which each signal wave is coupled out from a respective core of the first multicore optical fibre, and the spacing of the signal waves of different cores from one another is increased relative to the prescribed core spacing of the first multicore optical fibre, and a second optical field transformation, in particular one inverse to the first, is carried out in the case of which the increased spacing of the signal waves of different cores is reduced to a prescribed core spacing of a second multicore optical fibre, and each signal wave is coupled into the corresponding core of said second multicore optical fibre, a pump wave supplied individually for each core being coaxially superimposed on each signal wave of each core between the first and the second optical field transformation (FT1, FT2).
A bodywork structure for a passenger car, the B-pillar reinforcements of which are designed as hollow steel profiles which in each case have an upper attachment portion for attaching to the roof region (110, 120) and a lower attachment portion for attaching to the floor assembly or a side sill, wherein the B-pillar reinforcements are formed as one-piece tubes made of a high-strength steel material, characterised in that the tubes are produced by cold roll-forming of a high-strength starting steel sheet material and laser seam welding and have between their lower attachment portions and their upper attachment portions an arcuate course with a substantially constant radius of curvature, in such a way that the tubes over their entire axial course are designed with a constant radius of curvature and thus have a curved course of constant radius.
A tunable photonic crystal composition comprising: particles of tunable photonic crystal, each particle having a polymer network with a periodic modulation of refractive indices, the polymer network having a reflectance wavelength, wherein the periodic modulation of refractive indices is responsive to an external stimulus and the reflectance wavelength is shifted in response to the external stimulus, the particles of tunable photonic crystal having an average particle size between about 1 μm and 200 μm; and at least one carrier in which the particles are dispersed, which is selected from the group consisting of: a binder, a solvent, a filler, and a curing agent, wherein in response to application of the external stimulus, a reflected wavelength of at least a portion of the composition shifts from a first reflected wavelength to a second reflected wavelength due to shifting of the reflectance wavelength of the polymer networks of said particles of tunable photonic crystal. particles of tunable photonic crystal, each particle having a polymer network with a periodic modulation of refractive indices, the polymer network having a reflectance wavelength, wherein the periodic modulation of refractive indices is responsive to an external stimulus and the reflectance wavelength is shifted in response to the external stimulus, the particles of tunable photonic crystal having an average particle size between about 1 μm and 200 μm; and at least one carrier in which the particles are dispersed, which is selected from the group consisting of: a binder, a solvent, a filler, and a curing agent, wherein in response to application of the external stimulus, a reflected wavelength of at least a portion of the composition shifts from a first reflected wavelength to a second reflected wavelength due to shifting of the reflectance wavelength of the polymer networks of said particles of tunable photonic crystal.
A swinging bucket centrifuge comprising: - a rotor comprising at least one mounting end and - at least one bucket mounted to the at least one mounting end of the rotor, wherein - the at least one bucket is mounted to the at least one mounting end of the rotor by at least one clevis pin held in a clevis so that the bucket is pivotable about the clevis pin; - an engaging element comprising a through-hole is arranged between two clevis arms of the clevis; - each of said two clevis arms comprises a through-hole; - the clevis pin is arranged within the two through-holes of the two clevis arms and within the through-hole of the engaging element; and characterised in that - the through-hole of the bucket in which the clevis pin is arranged comprises an elongated cross section. - a rotor comprising at least one mounting end and - at least one bucket mounted to the at least one mounting end of the rotor, wherein - the at least one bucket is mounted to the at least one mounting end of the rotor by at least one clevis pin held in a clevis so that the bucket is pivotable about the clevis pin; - an engaging element comprising a through-hole is arranged between two clevis arms of the clevis; - each of said two clevis arms comprises a through-hole; - the clevis pin is arranged within the two through-holes of the two clevis arms and within the through-hole of the engaging element; and characterised in that - the through-hole of the bucket in which the clevis pin is arranged comprises an elongated cross section.
An information processing program that when executed by an information processing apparatus, causes the information processing apparatus to execute a process, the process comprising: receiving input of a distribution destination for a document; retaining an image in a retention unit in correspondence with information on the distribution destination received and information on a retention start time point, the image representing the document; acquiring information on an image retention period corresponding to the distribution destination; and deleting the image retained in the retention unit from the retention unit after the image retention period acquired by the acquiring for the corresponding distribution destination has elapsed since the corresponding retention start time point, wherein the deleting includes regularly determining whether or not to delete the image from the retention unit, and setting intervals of execution of the regular determination to be shorter as a remaining capacity of the retention unit is smaller. receiving input of a distribution destination for a document; retaining an image in a retention unit in correspondence with information on the distribution destination received and information on a retention start time point, the image representing the document; acquiring information on an image retention period corresponding to the distribution destination; and deleting the image retained in the retention unit from the retention unit after the image retention period acquired by the acquiring for the corresponding distribution destination has elapsed since the corresponding retention start time point, wherein the deleting includes regularly determining whether or not to delete the image from the retention unit, and setting intervals of execution of the regular determination to be shorter as a remaining capacity of the retention unit is smaller.
Switch unit for an Ethernet network, comprising a switch and a microprocessor, wherein the switch has at least three ports (PA-PD) which are connected to inputs and outputs (EA/A-EA/D) of the switch unit, characterized in that a signal detector and generator for capturing and initiating bus activity is respectively arranged between the ports (PA-PD) and the inputs and outputs (EA/A-EA/D) of the switch unit, wherein the switch unit also has a storage unit, wherein the storage unit stores, for each input and output (EA/A-EA/D), an assignment rule with respect to the other inputs and outputs (EA/A-EA/D) of the switch unit, wherein the switch unit is designed such that, if bus activity is captured at a signal detector and generator, the assigned inputs and outputs (EA/A-EA/D) of this input and output (EA/A-EA/D) are read from the storage unit and the associated signal detectors and generators are woken up, with the result that they themselves generate bus activity at their inputs and outputs (EA/A-EA/D).
A supporting structure for concurrently supporting a plurality of containers for substances for medical, pharmaceutical or cosmetic applications, comprising a flat, rectangular-shaped carrier having a plurality of apertures or receptacles, characterized by a plurality of supporting members, which are releasably coupled to the carrier, which are each formed as a strip and which extend in the direction of a longitudinal side of the carrier, wherein the supporting members are configured to support a plurality of containers to said carrier by a positive-fit, which is formed by coupling the respective supporting member with the carrier in such a manner that the containers supported on the carrier extend into the apertures or receptacles of the carrier.
A silicone-based composition comprises: a silicone polymer and at least one acid neutralizer comprising a metal oxide, an ion exchanger, or a combination thereof, wherein the silicone-based composition has a pH of least 5 after at least one dose of irradiation between 10 kGy and 200 kGy via Cobalt-60 ( 60 Co) when measured by a pH meter.
A method for preserving a sample of a set of aerobic and anaerobic bacteria other than lactic acid bacteria, in particular intestinal microbiota bacteria, said method comprising the following successive steps, wherein: a) said sample of a set of said bacteria is prepared by means of dilution in an aqueous preservation medium comprising a combination of protective agents consisting of a combination of antioxidant compounds chosen from ascorbic acid, uric acid and glutathione and at least two different sugar consisting of sucrose and trehalose, and milk proteins, and b) freezing said sample recovered in step a) in liquid nitrogen at approximately -196°C for no more than two minutes, preferably for 30 to 50 seconds, and c) carrying out lyophilisation of said sample frozen in this way, in order to obtain a lyophilisate. a) said sample of a set of said bacteria is prepared by means of dilution in an aqueous preservation medium comprising a combination of protective agents consisting of a combination of antioxidant compounds chosen from ascorbic acid, uric acid and glutathione and at least two different sugar consisting of sucrose and trehalose, and milk proteins, and b) freezing said sample recovered in step a) in liquid nitrogen at approximately -196°C for no more than two minutes, preferably for 30 to 50 seconds, and c) carrying out lyophilisation of said sample frozen in this way, in order to obtain a lyophilisate.
Closure (1, 19, 20, 21, 22, 29, 30, 31, 47, 48, 51) for a container, comprising, a tab attached by rivet means to a closure part to be displaced for forming an opening in the closure, which opening is at least partly defined by a score line formed in the closure, the tab comprises a tab body connected to the rivet means, a tab rear part for finger gripping, and a tab front part of which a tab nose is located near or at the score line, such that during a closure opening procedure, comprising finger gripping the tab rear part, lifting the tab rear part thereby pressing the tab nose against the closure on or near the score line, popping the score line, and scoring the score line, an opening is formed in the closure, characterized in that the score line comprises score line parts (8.2, 37.2, 38.2, 40.2-45.2, 49.2) separated by a popping score line part (8.1, 37.1, 38.1, 40.1-45.1, 49.1) to be popped by the tab nose, wherein the score line parts (8.2, 37.2, 38.2, 40.2-45.2, 49.2) have a residual thickness (r) which is greater than the residual thickness (rp) of the popping score line part (8.1, 37.1, 38.1, 40.1-45.1, 49.1), and by stiffening means stiffening closure parts neighboring the stronger score line parts (8.2, 37.2, 38.2, 40.2-45.2, 49.2), and wherein the popping score line part (8.2, 37.2, 38.2, 40.2-45.2, 49.2) has a length in the range of 2 - 20 mm.