mhurhangee/ep-ind-claims huggingface dataset:
A filter device (10, 20, 30), comprising: a filtering part (1, 1', 1") having a first end and a second end opposite to each other; a stent part (3, 5) having a first end and a second end opposite to each other, the first end of the stent part being connected to the second end of the filtering part (1, 1', 1") and the stent part being disposed coaxial with the filtering part (1, 1', 1"); a degradable constraining part configured to constrain the first end of the filtering part (1, 1', 1") and the second end of the stent part; and a connecting part configured to be connected to an external mechanism; when the connecting part is connected to the external mechanism, and before the filtering part (1, 1', 1") loses constraint from the degradable constraining part, the filter device (10, 20, 30) is able to be pulled through the connecting part, so that the filter device (10, 20, 30) is taken out from human body; wherein the connecting part is disposed only at the second end of the stent part, or the connecting part is disposed at the second end of the stent part and the first end of the filtering part (1, 1', 1"). a filtering part (1, 1', 1") having a first end and a second end opposite to each other; a stent part (3, 5) having a first end and a second end opposite to each other, the first end of the stent part being connected to the second end of the filtering part (1, 1', 1") and the stent part being disposed coaxial with the filtering part (1, 1', 1"); a degradable constraining part configured to constrain the first end of the filtering part (1, 1', 1") and the second end of the stent part; and a connecting part configured to be connected to an external mechanism; when the connecting part is connected to the external mechanism, and before the filtering part (1, 1', 1") loses constraint from the degradable constraining part, the filter device (10, 20, 30) is able to be pulled through the connecting part, so that the filter device (10, 20, 30) is taken out from human body; wherein the connecting part is disposed only at the second end of the stent part, or the connecting part is disposed at the second end of the stent part and the first end of the filtering part (1, 1', 1").
Procedure for the radar-based measurement of a level of a medium, wherein said medium is located within a measuring range (h) in a vessel, wherein an initial selection area is defined within the measuring range (h), and wherein said procedure comprises the following procedural steps which are repeated in consecutive measuring cycles (n): - Transmission of a microwave signal (S HF) in the direction of the medium, - Reception of a reception signal (E HF) following the reflection of the microwave signal (S HF) inside the vessel, - Creation of an evaluation curve using at least the reception signal (E HF), - Formation of a differential curve (Diff) using the evaluation curve and a predefined reference curve (Ref), - Determination of the level within the selection area using the evaluation curve or using the differential curve (Diff), - Check of whether the differential curve (Diff) satisfies a predefined criterion at least at one point (d), - Redefinition of the selection area at the point (d) where the criterion is satisfied, for the subsequent measuring cycle (n), provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d), and - Setting of the evaluation curve as the new reference curve (Ref) for the subsequent measuring cycle (n) provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d). - Transmission of a microwave signal (S HF) in the direction of the medium, - Reception of a reception signal (E HF) following the reflection of the microwave signal (S HF) inside the vessel, - Creation of an evaluation curve using at least the reception signal (E HF), - Formation of a differential curve (Diff) using the evaluation curve and a predefined reference curve (Ref), - Determination of the level within the selection area using the evaluation curve or using the differential curve (Diff), - Check of whether the differential curve (Diff) satisfies a predefined criterion at least at one point (d), - Redefinition of the selection area at the point (d) where the criterion is satisfied, for the subsequent measuring cycle (n), provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d), and - Setting of the evaluation curve as the new reference curve (Ref) for the subsequent measuring cycle (n) provided that the differential curve (Diff) satisfies the predefined criterion at the at least one point (d).
An electronic device comprising: a shared Dynamic Random Access Memory, DRAM configured to be accessed by at least one data processing circuit, wherein the DRAM is associated with an access load; and wherein each of the at least one data processing circuit is configured to be allocated a data throughput for accessing the DRAM and configured to be controlled to adjust a data throughput on the basis of the access load of the DRAM and the respective data throughput, wherein the electronic device further comprises a communication bus configured to connect each data processing circuit with the DRAM, wherein each of the at least one data processing circuit comprises a local controller configured to adjust the data throughput of a respective data processing circuit in response to receiving a controlling signal. a shared Dynamic Random Access Memory, DRAM configured to be accessed by at least one data processing circuit, wherein the DRAM is associated with an access load; and wherein each of the at least one data processing circuit is configured to be allocated a data throughput for accessing the DRAM and configured to be controlled to adjust a data throughput on the basis of the access load of the DRAM and the respective data throughput, wherein the electronic device further comprises a communication bus configured to connect each data processing circuit with the DRAM, wherein each of the at least one data processing circuit comprises a local controller configured to adjust the data throughput of a respective data processing circuit in response to receiving a controlling signal.
A data processing method, comprising: configuring, by an operating system, address information of a Peripheral Component Interconnect Express (PCI-E) memory of multiple PCI-E devices, so that each of the multiple PCI-E devices stores data received by the PCI-E device in the PCI-E memory; determining, by the operating system, a Central Processing Unit of a plurality of CPUs that is used for accessing the data stored in the PCI-E memory by pre-specifying the CPU that is used for accessing the data stored in the PCI-E memory; and controlling, by the operating system, the CPU to access the data stored in the PCI-E memory, so that the CPU processes the data. configuring, by an operating system, address information of a Peripheral Component Interconnect Express (PCI-E) memory of multiple PCI-E devices, so that each of the multiple PCI-E devices stores data received by the PCI-E device in the PCI-E memory; determining, by the operating system, a Central Processing Unit of a plurality of CPUs that is used for accessing the data stored in the PCI-E memory by pre-specifying the CPU that is used for accessing the data stored in the PCI-E memory; and controlling, by the operating system, the CPU to access the data stored in the PCI-E memory, so that the CPU processes the data.
A method to operate a first electronic device located on a body of a human or an animal, the method comprising: measuring within the first electronic device, at multiple frequencies, a property of an AC electrical signal propagating through the body to the first electronic device, to obtain a set of measurements; wherein the property depends at least on a frequency of the AC signal; and configuring the first electronic device, at least based on a predetermined pair of locations on the body at which are located the first electronic device and a second electronic device that transmits the AC signal, the predetermined pair of locations being selected based on the set of measurements, from among a plurality of predetermined pairs of locations possible for the second electronic device and the first electronic device. measuring within the first electronic device, at multiple frequencies, a property of an AC electrical signal propagating through the body to the first electronic device, to obtain a set of measurements; wherein the property depends at least on a frequency of the AC signal; and configuring the first electronic device, at least based on a predetermined pair of locations on the body at which are located the first electronic device and a second electronic device that transmits the AC signal, the predetermined pair of locations being selected based on the set of measurements, from among a plurality of predetermined pairs of locations possible for the second electronic device and the first electronic device.
A vision system comprising: - an image sensor for capturing an image; - at least one of a sensor setting ascertaining means (3, 4) for establishing an image sensor parameter (par1, par2, 91) and an image analysis means for analysing an image taken by the image sensor and establishing an image parameter (par3, par4, par5, 92); - an image dividing means (6, 4) for dividing the image into areas as a function of the established image sensor parameter and/or the established image parameter, and for assigning to each area a number of frames to be stored in a memory characterized in that the image sensor further comprising a wide-angle lens and the image dividing means is further for dividing the image into areas as a function of a lens parameter of the wide-angle lens. - an image sensor for capturing an image; - at least one of a sensor setting ascertaining means (3, 4) for establishing an image sensor parameter (par1, par2, 91) and an image analysis means for analysing an image taken by the image sensor and establishing an image parameter (par3, par4, par5, 92); - an image dividing means (6, 4) for dividing the image into areas as a function of the established image sensor parameter and/or the established image parameter, and for assigning to each area a number of frames to be stored in a memory characterized in that the image sensor further comprising a wide-angle lens and the image dividing means is further for dividing the image into areas as a function of a lens parameter of the wide-angle lens.
Method for measuring a fluid flow of a fluid (g), comprising the steps of: i) guiding the fluid (g) through a flow sensor device, the flow sensor device comprising a first flow sensor arrangement for intermittently measuring a flow rate of said fluid (g); ii) monitoring said fluid flow by means of a second sensor comprised by the flow sensor device, the second sensor being designed to use less energy for its measurement than the first flow sensor arrangement uses for its measurement, and being configured and arranged to measure a parameter, the parameter being indicative of said flow rate or of a change in said flow rate or in the flow measurement signal representing the flow rate and being measured by the first flow sensor arrangement, and to generate at least one second measurement signal thereof; characterized in that iii) upon receiving said at least one second measurement signal by means of a control unit comprised by the flow sensor device: comparing by means of said control unit said at least one second measurement signal with a predefined threshold value and generating a control signal by means of said control unit if said comparison gives a predefined result; iv) triggering with said control signal a measurement of the flow rate by means of said first flow sensor arrangement. i) guiding the fluid (g) through a flow sensor device, the flow sensor device comprising a first flow sensor arrangement for intermittently measuring a flow rate of said fluid (g); ii) monitoring said fluid flow by means of a second sensor comprised by the flow sensor device, the second sensor being designed to use less energy for its measurement than the first flow sensor arrangement uses for its measurement, and being configured and arranged to measure a parameter, the parameter being indicative of said flow rate or of a change in said flow rate or in the flow measurement signal representing the flow rate and being measured by the first flow sensor arrangement, and to generate at least one second measurement signal thereof; characterized in that iii) upon receiving said at least one second measurement signal by means of a control unit comprised by the flow sensor device: comparing by means of said control unit said at least one second measurement signal with a predefined threshold value and generating a control signal by means of said control unit if said comparison gives a predefined result; iv) triggering with said control signal a measurement of the flow rate by means of said first flow sensor arrangement.
A processor-implemented method for calibrating a vehicle cabin camera, said camera having: a pitch angle X around a transverse axis of a 3D vehicle coordinate space, a yaw angle Y around a vertical axis of said 3D vehicle coordinate space and a roll angle Z around a longitudinal axis of said 3D vehicle coordinate space; and a field of view capturing a plurality of vehicle cabin features which are symmetric about a vertical plane running longitudinally through the vehicle across a range of pitch, yaw and roll positions of said camera, the camera being located substantially on said vertical plane, the method comprising: selecting a set of points from within an image of the vehicle cabin acquired by said cabin camera, projecting each of said points onto a 3D unit circle in accordance with a camera projection model, for each of one or more rotations R YZ of a set of candidate yaw and roll rotations, rotating the projected points with the rotation R YZ; flipping the rotated points about an X axis; counter-rotating the projected points with an inverse of the rotation R YZ; and mapping the counter-rotated points back into an image plane to provide a set of transformed point locations; and selecting a candidate rotation which provides a best match between the set of transformed point locations and the locations of the selected set of points in the image plane as the YZ rotation of the camera. selecting a set of points from within an image of the vehicle cabin acquired by said cabin camera, projecting each of said points onto a 3D unit circle in accordance with a camera projection model, for each of one or more rotations R YZ of a set of candidate yaw and roll rotations, rotating the projected points with the rotation R YZ; flipping the rotated points about an X axis; counter-rotating the projected points with an inverse of the rotation R YZ; and mapping the counter-rotated points back into an image plane to provide a set of transformed point locations; and rotating the projected points with the rotation R YZ; flipping the rotated points about an X axis; counter-rotating the projected points with an inverse of the rotation R YZ; and mapping the counter-rotated points back into an image plane to provide a set of transformed point locations; and selecting a candidate rotation which provides a best match between the set of transformed point locations and the locations of the selected set of points in the image plane as the YZ rotation of the camera.
Process for the preparation of drospirenone comprising the single-step conversion of a compound selected from 17α-(3-hydroxypropyl)-6β,7β,15β,16β-dimethylen-5β-androstan-3β,5,17β-triol, alone or in a mixture with its lactols, and 3β,5-dihydroxy-6β,7β;15β,16β-dimethylen-5β,17α-pregna-21,17-carbolactone: using oxygen gas in the presence of a palladium compound having the +2 oxidation state, an organic base and molecular sieves in an organic solvent inert under the reaction conditions, at a temperature between 60 and 140 °C.
Steering device of an industrial truck having a driver's workplace, in particular a driver's platform, wherein the steering device is embodied as a steering wheel which has a steering wheel rim which is arranged on a steering device console, which is arranged so as to rotate about a rotational axis, wherein at least one annular rotatable operator control element (B1; B2) for controlling the traction drive of the industrial truck is arranged on the steering wheel rim, which operator control element (B1; B2) can be activated by an operator, whose hand (HL; HR) engages around the steering wheel rim, by means of the thumb of the hand (HL; HR) engaging around the steering wheel rim, wherein at least one additional operator control element (30a; 31a; 30b; 31b) is arranged spaced apart from the steering wheel rim on the rotatable steering device console in such a way that an operator whose hand (HL; HR) engages around the steering wheel rim can activate the operator control element (B1; B2) by means of the thumb of the hand (HL; HR) engaging around the steering wheel rim, in order to control the traction drive, and the at least one additional operator control element (30a; 31a; 30b; 31b) can be activated by means of the spread-out index finger and/or the spread-out middle finger of the hand (HL; HR) engaging around the steering wheel rim, characterized in that the at least one additional operator control element (30a; 31a; 30b; 31b) is arranged on an end side of a carrier (35a; 35b) which is arranged on the steering device console and extends radially outwards in a spoke-like manner.
A wood-based board (10; 10'; 10"), comprising a base layer (14; 14a, 14b) comprising lignocellulosic particles and a first binder, a surface layer comprising cellulosic particles and a second binder, wherein the cellulosic particles are particles comprising no or less than 5% lignin, and characterised in that the wood-based board comprises a portion wherein cellulosic particles from the surface layer are mixed with lignocellulosic particles from the base layer (14; 14a, 14b). a base layer (14; 14a, 14b) comprising lignocellulosic particles and a first binder, a surface layer comprising cellulosic particles and a second binder, wherein the cellulosic particles are particles comprising no or less than 5% lignin, and characterised in that the wood-based board comprises a portion wherein cellulosic particles from the surface layer are mixed with lignocellulosic particles from the base layer (14; 14a, 14b).
An implantable endoprosthesis delivery system, comprising: an inner member having a first region with an outer circumference having a polygonal transverse cross-section; and an outer member at least partially surrounding the inner member with an inner circumference, characterised in that the inner member has a second region with an outer circumference having a non-polygonal transverse cross-section, wherein the inner member and the outer member are configured so that an implantable medical endoprosthesis can be disposed between the outer member and the outer circumference of the second region of the inner member, and in that a relative length of the first region to the second region is from 0.5:1 to 15:1. an inner member having a first region with an outer circumference having a polygonal transverse cross-section; and an outer member at least partially surrounding the inner member with an inner circumference, characterised in that the inner member has a second region with an outer circumference having a non-polygonal transverse cross-section, wherein the inner member and the outer member are configured so that an implantable medical endoprosthesis can be disposed between the outer member and the outer circumference of the second region of the inner member, and in that a relative length of the first region to the second region is from 0.5:1 to 15:1.
Suction housing for an internal combustion engine, in particular for arrangement between a first and a second compressor of an internal combustion engine, wherein the suction housing has an interior space which is encompassed by a base element, by a first and a second side wall element, which side wall elements are situated opposite one another and project upward from the base element, and by a first and a second face wall element, which face wall elements are situated opposite one another and project upward from the base element, wherein, opposite the base element, there is formed an open end with an inlet opening for the admission of charge air into the interior space of the suction housing, wherein, in the interior space, there is formed a web element which is arranged between the first and second side wall elements and which projects upward from the base element and which connects the first and the second face wall element to one another, and wherein the first side wall element has a first outlet opening and the second side wall element has a second outlet opening, in each case for a flow to a compressor inlet (2b, 3b), characterized in that the base element has a rib element which projects from said base element in the direction of the interior space and which is arranged transversely, in particular perpendicularly, with respect to the web element.
A saddle riding type vehicle having a helmet holder, the saddle riding type vehicle including: a vehicle body frame; and a riding seat disposed upwardly of the vehicle body frame, the riding seat being mounted so as to be removable relative to the vehicle body frame, the helmet holder comprising: a hook section disposed at a substantially central position in a vehicle width direction on the vehicle body frame, the hook section being capable of holding a helmet; a lateral masking section for covering at least vehicle lateral outer sides of the hook section; and an upward masking section for covering the hook section from above, characterized in that the riding seat includes a front seat disposed on a forward side of the vehicle and a rear seat disposed on a rearward side of the vehicle, the front seat and the rear seat being disposed on vertical levels different from each other, the hook section being disposed between the front and rear seats (12, 13), and the lateral masking section is formed on one of the front or rear seat (12, 13) whichever is disposed on the lower level, and the upward masking section is formed on one of the front or rear seat (12, 13) whichever is disposed on the higher level. a vehicle body frame; and a riding seat disposed upwardly of the vehicle body frame, the riding seat being mounted so as to be removable relative to the vehicle body frame, the helmet holder comprising: a hook section disposed at a substantially central position in a vehicle width direction on the vehicle body frame, the hook section being capable of holding a helmet; a lateral masking section for covering at least vehicle lateral outer sides of the hook section; and an upward masking section for covering the hook section from above, characterized in that the riding seat includes a front seat disposed on a forward side of the vehicle and a rear seat disposed on a rearward side of the vehicle, the front seat and the rear seat being disposed on vertical levels different from each other, the hook section being disposed between the front and rear seats (12, 13), and the lateral masking section is formed on one of the front or rear seat (12, 13) whichever is disposed on the lower level, and the upward masking section is formed on one of the front or rear seat (12, 13) whichever is disposed on the higher level. a hook section disposed at a substantially central position in a vehicle width direction on the vehicle body frame, the hook section being capable of holding a helmet; a lateral masking section for covering at least vehicle lateral outer sides of the hook section; and an upward masking section for covering the hook section from above,