mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the communication of data through a solid rigid substrate, comprising: a first acoustic transducer mounted on one face of the substrate; a second acoustic transducer, mounted on a second face of the substrate, positioned to receive acoustic signals emitted by the first acoustic transducer; energising means for energising the first transducer with a continuous wave carrier signal modulated with data; and a demodulator for detecting data modulated in an acoustic signal detected by the second transducer, characterised in that the dimensions of the first and second transducers and the frequency of the carrier signal are selected so as to reduce the interference by triple transit signals through the substrate to a level sufficiently low to enable continuous communication of data through the substrate at a bit rate of at least 1MHz. a first acoustic transducer mounted on one face of the substrate; a second acoustic transducer, mounted on a second face of the substrate, positioned to receive acoustic signals emitted by the first acoustic transducer; energising means for energising the first transducer with a continuous wave carrier signal modulated with data; and a demodulator for detecting data modulated in an acoustic signal detected by the second transducer, characterised in that the dimensions of the first and second transducers and the frequency of the carrier signal are selected so as to reduce the interference by triple transit signals through the substrate to a level sufficiently low to enable continuous communication of data through the substrate at a bit rate of at least 1MHz.
Insect screen handlebar with disappearing retractable brush wherein the handlebar includes a handlebar body suitable for engaging, for the movement, the end of the protection net of an insect screen and wherein the handlebar body, in correspondence with the head ends, is provided with one first head terminal and with one second head terminal and wherein at least the handlebar body includes at least one recessed seat housing at least one brush said at least one brush is engaged, for the movement at least in retraction, to at least one movement lever characterised in that said at least one movement lever is hinged to at least one of said first and second head terminals (23, 24).
A multilayered composite tube having a heat transfer coefficient, according to the determination of heat transfer coefficient specified in the description, of > 500 W/m 2 /K comprising at least two layers which in its construction over the cross section of the wall of the composite tube comprises as an inner layer a zero-open-porosity monolithic oxide ceramic surrounded by an outer layer of oxidic fiber composite ceramic, wherein this outer layer has an open porosity ε according to DIN V ENV 1389 of 5% < ε < 50 %, preferably 10% < ε < 30 %, and which on the inner surface of the composite tube comprises a plurality of depressions oriented towards the outer wall of the composite tube.
A battery pack, comprising: a case assembly comprising a case, a thermally conductive beam and a temperature control component, the thermally conductive beam being disposed in the case and connected to a bottom region of the case, and the temperature control component being disposed in the bottom region of the case; a thermally conductive cover connected to the thermally conductive beam and located above the thermally conductive beam along a height direction of the battery pack, wherein the thermally conductive cover, the case and the thermally conductive beam enclose and form a first chamber; and a plurality of battery cells integrally forming a battery assembly, the battery assembly being disposed in the first chamber and located above the temperature control component; wherein the thermally conductive cover and a top surface of the battery assembly adopt thermal contact heat transfer; and at least one of the thermally conductive beam and the thermally conductive cover, and a side surface of the battery assembly away from a pole (242; 243) adopt thermal contact heat transfer. a case assembly comprising a case, a thermally conductive beam and a temperature control component, the thermally conductive beam being disposed in the case and connected to a bottom region of the case, and the temperature control component being disposed in the bottom region of the case; a thermally conductive cover connected to the thermally conductive beam and located above the thermally conductive beam along a height direction of the battery pack, wherein the thermally conductive cover, the case and the thermally conductive beam enclose and form a first chamber; and a plurality of battery cells integrally forming a battery assembly, the battery assembly being disposed in the first chamber and located above the temperature control component; wherein the thermally conductive cover and a top surface of the battery assembly adopt thermal contact heat transfer; and at least one of the thermally conductive beam and the thermally conductive cover, and a side surface of the battery assembly away from a pole (242; 243) adopt thermal contact heat transfer.
An aqueous ink composition for a writing instrument, containing: water, and microspheres each having a matrix composed of a polymer and a water-insoluble dye; wherein the water-insoluble dye is more densely present within the matrix than on the surface of the matrix, wherein circularity coefficient of the microspheres as measured by image analysis is 0.6 to 1.0, and this circularity coefficient is the average value of 500 particles, calculated from the formula: {4π × (area of a microsphere depicted in an image)}/(perimeter of a microsphere depicted in an image) 2, and wherein 10% strength of the microspheres as determined by a micro-compression test is 5 MPa to 30 MPa, and the 10% strength can be calculated according to the equation indicated below: C x = 2.48 × P / π × d 2 wherein, C(x) represents 10% strength (MPa), P represents testing force during 10% displacement of particle diameter, and d represents particle diameter (mm). water, and microspheres each having a matrix composed of a polymer and a water-insoluble dye; wherein the water-insoluble dye is more densely present within the matrix than on the surface of the matrix, wherein circularity coefficient of the microspheres as measured by image analysis is 0.6 to 1.0, and this circularity coefficient is the average value of 500 particles, calculated from the formula: {4π × (area of a microsphere depicted in an image)}/(perimeter of a microsphere depicted in an image) 2, and wherein 10% strength of the microspheres as determined by a micro-compression test is 5 MPa to 30 MPa, and the 10% strength can be calculated according to the equation indicated below: C x = 2.48 × P / π × d 2
Load handling equipment (100, 200, 300) comprising vertical support structures (101a, 101b) between which transport means (106, 108, 906) are mounted to be moved along a horizontal support structure between the vertical support structures to move a load (102, 104, 202, 302) relative to the support structures (101a, 101b, 103, 217, 317), and a distance-measuring device (116, 216, 316, 416, 417, 916) capable of generating distance measurement data is mounted in at least one of said support structures, whereby the distance-measuring device is arranged to generate distance measurement data on at least two of the following objects relative to their mounting place, the objects comprising: a vehicle (114, 414, 914) positioned beneath or on a side of the load handling equipment (100, 200, 300), the door of a vehicle, a person, a load (102, 104, 202, 302), a reflector and transport means (106, 108, 906) for moving a load, characterized in that a fan (218, 318, 419) formed by the measurement directions (118a, 118b, 918a, 918b, 918c, 918d, 918e) of the distance-measuring device is configured to be adjusted to be large, when a traffic lane (130a, 130b, 214, 314, 432, 930) is measured by the distance-measuring device while data is being received on a vehicle (114, 414, 914) approaching the traffic lane, and focused, when the vehicle has stopped on the traffic lane where it is loaded or unloaded, such that the spread angle of the large fan is greater than the spread angle of the focused fan.
Light sheet microscope for recording 3D images of a specimen, comprising a light sheet generator and sheet scanning unit that produces a light sheet that is scanned through the specimen, an objective lens and an image detector and characterized in that it further comprises a wavefront encoder element or system positioned between the objective lens and the image detector at the exit pupil plane or a conjugated plane of the objective lens, for extending the depth of field of the objective lens, and further comprising a synchronisation unit for synchronizing the image detector with the scanning unit for acquiring with the light sheet, at any position in the z direction, the point spread functions and the 2D images, and a digital processing unit for decoding the 2D images with an adequate deconvolution process, using the point spread functions at different depths which have been measured upfront at different position of the light sheet in the z direction, and transforming the 2D deconvolved images into a 3D image.
Fan wheel for conveying a gaseous fluid, having a plurality of blades which are arranged in a predeterminable angular division in an annular spatial volume about an axis of rotation and which are each fixed with their axial, mutually opposite end regions (11, 12) to carrier means (3, 4), wherein a first carrier means is constructed as a disc-shaped circular blank which is coaxial with the axis of rotation and comprises a hub arrangement and wherein a second carrier means is constructed as a ring which is coaxial with the axis of rotation, wherein a support disc is arranged at a distance from the first carrier means, which support disc is coaxial with the axis of rotation and forms an annular gap with the first carrier means, and wherein the support disc is penetrated by at least one inlet opening which allows a radially outwardly directed fluid flow in the annular gap, characterised in that projections (27, 28) extending in the axial direction into the annular gap are formed on the supporting disc and/or on the first carrier means respectively, which are fixed to an opposite surface of the supporting disc or of the first carrier means.
A method for receiving signals in multi-user system, the method comprising: receiving signals from a first mobile station and a second mobile station using 'k'-th radio resource and 'k+m'-th radio resource; estimating a channel matrix using the received signals; calculating weight values so that the channel matrix have orthogonality to the signals from each of the mobile stations; transmitting the weight values to each of the mobile stations; and receiving signals to which the weight values are applied by each of the mobile stations, characterized in that the received signals r k and r k + m are as follows: r k r k + m = w 11 ⋅ h 1, k w 12 ⋅ h 2, k w 21 ⋅ h 1, k + m − w 22 ⋅ h 2, k + m s 1 s 2 + n k n k + m, where s 1 is a signal of the first mobile station and s 2 is a signal of the second mobile station, h 1, k, h 2,k, h 1,k+m and h 2,k+m are respective channel values, n k and n k + m are additive white Gaussian noises, and the weight values are as follows: w 11 = w 12 = w 21 =1, w 22 = h 1, k * h 2, k h 1, k + m * h 2, k + m. receiving signals from a first mobile station and a second mobile station using 'k'-th radio resource and 'k+m'-th radio resource; estimating a channel matrix using the received signals; calculating weight values so that the channel matrix have orthogonality to the signals from each of the mobile stations; transmitting the weight values to each of the mobile stations; and receiving signals to which the weight values are applied by each of the mobile stations, characterized in that the received signals r k and r k + m are as follows: r k r k + m = w 11 ⋅ h 1, k w 12 ⋅ h 2, k w 21 ⋅ h 1, k + m − w 22 ⋅ h 2, k + m s 1 s 2 + n k n k + m, where s 1 is a signal of the first mobile station and s 2 is a signal of the second mobile station, h 1, k, h 2,k, h 1,k+m and h 2,k+m are respective channel values, n k and n k + m are additive white Gaussian noises, and the weight values are as follows: w 11 = w 12 = w 21 =1, w 22 = h 1, k * h 2, k h 1, k + m * h 2, k + m.
Lighting and/or signalling device for a motor vehicle, having an internal chamber accommodating an optical system and at least one element (1, 6) made of polymer material having a surface oriented towards the interior of the chamber, said surface oriented towards the interior of the chamber is equipped with a sealed layer forming a barrier to the passage of water molecules towards the interior of the chamber, characterized in that the sealed layer is a surface layer of the element (1, 6) made of polymer material, said surface layer being crosslinked by ion bombardment, so as to be sealed against the passage of water molecules.
A system for evaluating a vessel of a patient, comprising: a first instrument sized and shaped for introduction into the vessel of the patient; a second instrument sized and shaped for introduction into the vessel of the patient; a computing device in communication with the first and second instruments, the computing device configured to: obtain pressure measurements from the first and second instruments while the second instrument is moved longitudinally through the vessel of the patient from a first position to a second position while the first instrument is maintained in a fixed longitudinal position with respect to the vessel; visually depict the vessel on a display based on a pressure differential calculated as the ratio of the pressure measurements obtained from the first instrument and the pressure measurements obtained from the second instrument; and modify the visual depiction of the vessel to simulate one or more treatment options based on expected results of the one or more treatment options on the pressure differential. a first instrument sized and shaped for introduction into the vessel of the patient; a second instrument sized and shaped for introduction into the vessel of the patient; a computing device in communication with the first and second instruments, the computing device configured to: obtain pressure measurements from the first and second instruments while the second instrument is moved longitudinally through the vessel of the patient from a first position to a second position while the first instrument is maintained in a fixed longitudinal position with respect to the vessel; visually depict the vessel on a display based on a pressure differential calculated as the ratio of the pressure measurements obtained from the first instrument and the pressure measurements obtained from the second instrument; and modify the visual depiction of the vessel to simulate one or more treatment options based on expected results of the one or more treatment options on the pressure differential. obtain pressure measurements from the first and second instruments while the second instrument is moved longitudinally through the vessel of the patient from a first position to a second position while the first instrument is maintained in a fixed longitudinal position with respect to the vessel; visually depict the vessel on a display based on a pressure differential calculated as the ratio of the pressure measurements obtained from the first instrument and the pressure measurements obtained from the second instrument; and modify the visual depiction of the vessel to simulate one or more treatment options based on expected results of the one or more treatment options on the pressure differential.
Method of validating the detection of a correlation peak between: - a signal transmitted by a plurality of navigation satellites and received by an RNSS radio navigation satellite system receiver, said signal corresponding to a sum of signals each sent by a satellite and each modulated by a spectrally spread signal characteristic of said satellite, - a local replica generated by said receiver, said replica being the replica of a spectrally spread signal characteristic of a satellite being sought, said method comprising a step of determining the correlation function as a function of the time between said signal received and said local replica, said method being characterised in that it also comprises a step of comparing said correlation function with the theoretical auto-correlation function as a function of the time of said spectrally spread signal characteristic of said satellite being sought over the entirety of the support of the correlation function, and in that said step of comparing said correlation function with the theoretical auto-correlation function comprises a step of comparing the secondary peaks (5, 7) of each of said functions. - a signal transmitted by a plurality of navigation satellites and received by an RNSS radio navigation satellite system receiver, said signal corresponding to a sum of signals each sent by a satellite and each modulated by a spectrally spread signal characteristic of said satellite, - a local replica generated by said receiver, said replica being the replica of a spectrally spread signal characteristic of a satellite being sought,
Current output unit for a charging device for electrically charging a traction battery of an electrically driveable vehicle, having - a first interface for electrically connecting to a first charging unit which during operation supplies a first current to the current output unit via the first interface, - a second interface for electrically connecting to a second charging unit which during operation supplies a second current to the current output unit via the second interface, - a summing unit, and - a charging interface for outputting the total current for charging the traction battery, characterized in that during operation the summing unit sums the first current and the second current to form a total current. - a first interface for electrically connecting to a first charging unit which during operation supplies a first current to the current output unit via the first interface, - a second interface for electrically connecting to a second charging unit which during operation supplies a second current to the current output unit via the second interface, - a summing unit, and - a charging interface for outputting the total current for charging the traction battery,
LED lamp having a base and having a first printed circuit board, at least one plug connector (10, 12) which is electrically connected to the base and is connected to the printed circuit board via a plug section being provided, characterized in that the plug connector is a press-fit connector (10, 12) and the plug section is accommodated in a recess in the printed circuit board, and a through hole being arranged in the plug section, and the press-fit connector (10, 12) being designed as a mechanically rigid press-fit pin.
A honeycomb substrate for a catalyst support used for exhaust gas purification comprising: a honeycomb body; and an oxide film having α-alumina as a main component formed on a surface of the honeycomb body, wherein the oxide film includes a large number of oxide projections formed on a surface of the film in a scattered manner, the large number of oxide projections each having a tapered shape portion (41a, 42a, 43a) with a width decreasing toward the honeycomb body, the large number of oxide projections are formed to let a catalyst layer adhere to the oxide film without an adhesive layer, and a formation density of the oxide projections on the film surface is 0.20 (projections/μm 2) or more and 3.00 (projections/μm 2) or less. a honeycomb body; and an oxide film having α-alumina as a main component formed on a surface of the honeycomb body, wherein the oxide film includes a large number of oxide projections formed on a surface of the film in a scattered manner, the large number of oxide projections each having a tapered shape portion (41a, 42a, 43a) with a width decreasing toward the honeycomb body, the large number of oxide projections are formed to let a catalyst layer adhere to the oxide film without an adhesive layer, and a formation density of the oxide projections on the film surface is 0.20 (projections/μm 2) or more and 3.00 (projections/μm 2) or less.
Exenatide for use in a method of treating a disease or disorder, the method comprising: administering to a subject, via an implantable delivery device, a continuous subcutaneous dose of exenatide, wherein: the subject is orally co-administered a drug after implantation of the implantable delivery device and during continuous subcutaneous dosing of the exenatide; wherein the orally co-administered drug is acetaminophen, ethinyl estradiol, or levonorgestrel; and wherein the orally co-administered drug is administered without dose adjustment. wherein the orally co-administered drug is acetaminophen, ethinyl estradiol, or levonorgestrel; and wherein the orally co-administered drug is administered without dose adjustment.
A method, comprising: transmitting, from a first cache controller of a first cache to a second cache controller of a second cache, an unused bandwidth message representing an unused bandwidth between the first cache and the second cache during a first cycle; preemptively writing back, during a second cycle, a cache line containing dirty data from the second cache to the first cache based on the unused bandwidth message; and writing over, in response to a cache miss to the second cache, the cache line in the second cache. transmitting, from a first cache controller of a first cache to a second cache controller of a second cache, an unused bandwidth message representing an unused bandwidth between the first cache and the second cache during a first cycle; preemptively writing back, during a second cycle, a cache line containing dirty data from the second cache to the first cache based on the unused bandwidth message; and writing over, in response to a cache miss to the second cache, the cache line in the second cache.