mhurhangee/ep-ind-claims huggingface dataset:
Floating bearing for a steering gear, having an inner ring for receiving a pinion shaft of the steering gear and having an outer ring, which surrounds the inner ring, for the mounting of the floating bearing in a housing of the steering gear, wherein the outer ring and the inner ring form an annular gap between them, and wherein the outer ring and the inner ring are connected to one another by way of at least one flexible connecting part so as to be movable relative to one another in at least one radial direction, characterized in that the outer ring and/or the inner ring form(s), within the connecting part, at least one projection which projects into the annular gap such that the spacing between outer ring and inner ring is smaller in the region of the projection then in the remaining section of the annular gap.
An attraction system, comprising: a fluid source configured to emit a fluid stream with a geometry that facilitates internal reflection; a transmitter configured to transmit a signal through the fluid stream such that the signal is enclosed in the fluid stream via the internal reflection, wherein the signal comprises a parameter; a sensor configured to receive the signal via the fluid stream and provide data indicative of the parameter; and a control system communicatively coupled to the sensor, wherein the control system comprises a processor and a memory, wherein the memory comprises instructions that cause the processor to: receive the data indicative of the parameter from the sensor; and operate the attraction system based on the parameter. a fluid source configured to emit a fluid stream with a geometry that facilitates internal reflection; a transmitter configured to transmit a signal through the fluid stream such that the signal is enclosed in the fluid stream via the internal reflection, wherein the signal comprises a parameter; a sensor configured to receive the signal via the fluid stream and provide data indicative of the parameter; and a control system communicatively coupled to the sensor, wherein the control system comprises a processor and a memory, wherein the memory comprises instructions that cause the processor to: receive the data indicative of the parameter from the sensor; and operate the attraction system based on the parameter. receive the data indicative of the parameter from the sensor; and operate the attraction system based on the parameter.
A computer-implemented method comprising: receiving 1) a first input medical image of a patient depicting an abnormality at a first time and 2) a second input medical image of the patient depicting the abnormality at a second time; registering the second input medical image with the first input medical image; segmenting the abnormality from a) the first input medical image to generate a first segmentation map and b) the registered second input medical image to generate a second segmentation map; combining the first segmentation map and the second segmentation map to generate a combined map which identifies specific regions where the abnormality is located in either the first segmentation map or the second segmentation map; extracting features from the first input medical image and the registered second input medical image based on the combined map; assessing expansion of the abnormality based on the extracted features using a trained machine learning based network; and outputting results of the assessment. receiving 1) a first input medical image of a patient depicting an abnormality at a first time and 2) a second input medical image of the patient depicting the abnormality at a second time; registering the second input medical image with the first input medical image; segmenting the abnormality from a) the first input medical image to generate a first segmentation map and b) the registered second input medical image to generate a second segmentation map; combining the first segmentation map and the second segmentation map to generate a combined map which identifies specific regions where the abnormality is located in either the first segmentation map or the second segmentation map; extracting features from the first input medical image and the registered second input medical image based on the combined map; assessing expansion of the abnormality based on the extracted features using a trained machine learning based network; and outputting results of the assessment.
A method comprising: accessing a first media access control address associated with a first communication on a first port of a first network device; accessing a second media access control address associated with a second communication on a second port of a second network device, wherein the first port of the first network device is communicatively coupled with a first device, and wherein the second port of the second network device is communicatively coupled with a second device, and wherein the first MAC address is associated with the first device; determining a match of the first MAC address and the second MAC address; clearing a first record associated with the first MAC address and a second record associated with the second MAC address after the second communication; sending a first request to the first device for a third communication associated with the first MAC address; accessing information associated with the third communication associated with the first MAC address on the first port of the first network device; sending a second request to the second device for a fourth communication associated with the second MAC address; accessing information associated with the fourth communication associated with the second MAC address on the second port of the second network device; and performing an action associated with the second port of the second network device based on the second MAC address matching the first MAC address and based on the information associated with the third communication and the information associated with the fourth communication. accessing a first media access control address associated with a first communication on a first port of a first network device; accessing a second media access control address associated with a second communication on a second port of a second network device, wherein the first port of the first network device is communicatively coupled with a first device, and wherein the second port of the second network device is communicatively coupled with a second device, and wherein the first MAC address is associated with the first device; determining a match of the first MAC address and the second MAC address; clearing a first record associated with the first MAC address and a second record associated with the second MAC address after the second communication; sending a first request to the first device for a third communication associated with the first MAC address; accessing information associated with the third communication associated with the first MAC address on the first port of the first network device; sending a second request to the second device for a fourth communication associated with the second MAC address; accessing information associated with the fourth communication associated with the second MAC address on the second port of the second network device; and performing an action associated with the second port of the second network device based on the second MAC address matching the first MAC address and based on the information associated with the third communication and the information associated with the fourth communication.
A data compression method, comprising: (a) obtaining a first reading nucleotide sequence and a second reading nucleotide sequence from an identical source by a receiving unit; (b) comparing the first reading nucleotide sequence with the second reading nucleotide sequence according to a comparison condition to generate a sequence comparison result by a processor; and (c) outputting a final template sequence according to the sequence comparison result by the processor, (d) comparing the final template sequence to each of the first and second reading nucleotide sequences, to generate a respective difference between the final template sequence and each of the first and second reading nucleotide sequences by the processor; and (e) compressing the first and second reading nucleotide sequences according to the final template sequences and all generated differences between the final template sequence and the first and second reading nucleotide sequences, to generate a compression file by the processor, wherein the comparison condition is set according to a first seed table of the first reading nucleotide sequence comprising a plurality of first seeds with a specific length constituting a plurality of first seed sets with different seeding start sites and a second seed table of the second reading nucleotide sequence comprising a plurality of second seeds with a specific length constituting a plurality of second seed sets with different seeding start sites, wherein a seed is a segment of the sequence, wherein a seed table of a sequence is built by dividing a sequence into a plurality of seed sets from the different start sites of the sequence, respectively, by per seed K-mers, representing a specific length of the seeds, wherein K is a positive integer of greater than 2, and a content and a position of each seed are recorded, and wherein the specific length of the first seeds of the first seed table and the specific length of the second seeds of the second seed table are of the same specific length. (a) obtaining a first reading nucleotide sequence and a second reading nucleotide sequence from an identical source by a receiving unit; (b) comparing the first reading nucleotide sequence with the second reading nucleotide sequence according to a comparison condition to generate a sequence comparison result by a processor; and (c) outputting a final template sequence according to the sequence comparison result by the processor, (d) comparing the final template sequence to each of the first and second reading nucleotide sequences, to generate a respective difference between the final template sequence and each of the first and second reading nucleotide sequences by the processor; and (e) compressing the first and second reading nucleotide sequences according to the final template sequences and all generated differences between the final template sequence and the first and second reading nucleotide sequences, to generate a compression file by the processor,
A refrigeration compressor which comprises a shell containing lubricant oil and carrying a cylinder block journalling a crankshaft; an electric motor having a stator affixed to the cylinder block and a rotor mounted around the crankshaft; an oil pump coupled to the crankshaft and having: a tubular sleeve having an upper tubular portion affixed to one of the parts of crankshaft and rotor; a pump body disposed in the interior of the tubular sleeve and having a lower end portion carried by the assembly defined by the cylinder block and stator, so as to be freely displaced in the interior of the tubular sleeve in radial directions orthogonal to the rotation axis of the rotor and rotatively locked in relation to the rotor; and a tubular connector mounting and retaining the tubular sleeve in one of the parts of rotor and crankshaft, and being fitted and rotatively and axially retained on the upper tubular portion of the tubular sleeve, and in which the rotor is provided with a central axial hole having a lower extension not occupied by the crankshaft, characterized in that the upper tubular portion of the tubular sleeve is provided with a circumferential groove inside which the tubular connector is fitted and rotatively and axially retained and that the tubular connector is a metallic connector which presents an outer circumferential face radially projecting beyond the contour of the tubular sleeve and which is fitted and retained in the interior of the lower extension of the central axial hole of the rotor.
A method in a network that includes a device, the method comprising: Selecting, by the device, one or more cells in the network; and wherein the method is characterized by: Coordinating, by the device, transmissions from the selected one or more cells, and transmissions from neighbor cells of the selected one or more cells, so that transmissions of the selected one or more cells do not interfere with reference signals transmitted by the neighbor cells at designated times; Receiving (830,840), by the device and from a user equipment served by the selected one or more cells, measurement reports associated with the reference signals transmitted by the neighbor cells; Determining, by the device, signal strengths of the neighbor cells based on the measurement reports; and Determining, by the device and based on the signal strengths, whether network coverage is sufficient when coverage of the selected one or more cells is reduced or when the selected one or more cells are out of service. Selecting, by the device, one or more cells in the network; and wherein the method is characterized by: Coordinating, by the device, transmissions from the selected one or more cells, and transmissions from neighbor cells of the selected one or more cells, so that transmissions of the selected one or more cells do not interfere with reference signals transmitted by the neighbor cells at designated times; Receiving (830,840), by the device and from a user equipment served by the selected one or more cells, measurement reports associated with the reference signals transmitted by the neighbor cells; Determining, by the device, signal strengths of the neighbor cells based on the measurement reports; and Determining, by the device and based on the signal strengths, whether network coverage is sufficient when coverage of the selected one or more cells is reduced or when the selected one or more cells are out of service. Coordinating, by the device, transmissions from the selected one or more cells, and transmissions from neighbor cells of the selected one or more cells, so that transmissions of the selected one or more cells do not interfere with reference signals transmitted by the neighbor cells at designated times; Receiving (830,840), by the device and from a user equipment served by the selected one or more cells, measurement reports associated with the reference signals transmitted by the neighbor cells; Determining, by the device, signal strengths of the neighbor cells based on the measurement reports; and Determining, by the device and based on the signal strengths, whether network coverage is sufficient when coverage of the selected one or more cells is reduced or when the selected one or more cells are out of service.
Monitoring unit for monitoring a graphical user interface, comprising - a digital image data interface for connection to an image data line for the transmission of computer-generated image data from a computer to a display, in particular an LVDS interface, an HDMI interface or the like; - at least one computing component (41; 42) which implements a safety function and reads out at least parts of the image data via the image data interface; characterized in that the monitoring unit has a two-stage computing architecture with - a first computing component, which is configured to receive computer-generated image data on an input side, and modify at least part of the image data depending on a safety function, which are intended to be displayed in a predetermined image area, and to provide image data on an output side for a display, and with - a second computing component configured to check image data provided by the first computing component by calculating a check code for image data intended to be displayed in the predetermined image area, and - in that the monitoring unit is configured to compare calculated check codes respectively with at least one prestored reference code, in particular for the purpose of checking an intended modification of the image data, such as an intended highlighting, by the first computing component and/or for the purpose of inducing a safety-oriented reaction. - a digital image data interface for connection to an image data line for the transmission of computer-generated image data from a computer to a display, in particular an LVDS interface, an HDMI interface or the like; - at least one computing component (41; 42) which implements a safety function and reads out at least parts of the image data via the image data interface; characterized in that the monitoring unit has a two-stage computing architecture with - a first computing component, which is configured to receive computer-generated image data on an input side, and modify at least part of the image data depending on a safety function, which are intended to be displayed in a predetermined image area, and to provide image data on an output side for a display, and with - a second computing component configured to check image data provided by the first computing component by calculating a check code for image data intended to be displayed in the predetermined image area, and - in that the monitoring unit is configured to compare calculated check codes respectively with at least one prestored reference code, in particular for the purpose of checking an intended modification of the image data, such as an intended highlighting, by the first computing component and/or for the purpose of inducing a safety-oriented reaction.
A room bounded off from an external environment for the display of photographs in an inner area of the room, with at least one wall area comprising at least four walls, a base area, a ceiling area and a closable entry area and with a wooden structure (5, 18, 19) for the stabilization of at least the wall area and the base area of the room, characterized in that the room and the entry area are substantially impervious to sound and light, and in the base area the wooden structure (5, 18, 19) has at least one first wooden plate and a base plate arranged at a distance above it, wherein a plurality of pieces of amber are arranged between the base plate and the first wooden plate.
A method of producing a heat-resistant composite material which uses chemical vapor deposition or chemical vapor infiltration to allow precursor gas, additive gas, and carrier gas to flow in a reaction furnace accommodating a preform and deposit silicon carbide on the preform for film formation, the preform including a plurality of fiber bundles, each having a plurality of fibers, the method comprising the steps of: depositing silicon carbide between the fibers to integrate the fibers constituting each fiber bundle; and depositing silicon carbide between the fiber bundles to integrate the fiber bundles. depositing silicon carbide between the fibers to integrate the fibers constituting each fiber bundle; and depositing silicon carbide between the fiber bundles to integrate the fiber bundles.
A gas-insulated switchgear comprising: a main circuit conductor forming a bus line; a tank having a tubular main body in which the bus line is arranged at its center; and a branch pipe (34; 61) connected to the main body, in which a branch line (32; 6) branching from the bus line is provided, wherein a surface of the main body is spherical, and has an opening that allows the branch line (32; 6) to pass therethrough on the surface, and a direction the opening is facing is inclined with respect to an axial direction of the main body at an angle other than 90°, characterized in that the branch line is a movable contact of a grounding switch, a fixed electrode of the grounding switch is provided at a section midway of the bus line, the movable contact has a circular cross-section, and the fixed electrode is spherical, portions of the fixed electrode to be connected to the bus line are flat, and a circular hole that allows insertion of the movable contact thereinto is formed in a spherical portion of the fixed electrode. a main circuit conductor forming a bus line; a tank having a tubular main body in which the bus line is arranged at its center; and a branch pipe (34; 61) connected to the main body, in which a branch line (32; 6) branching from the bus line is provided, wherein a surface of the main body is spherical, and has an opening that allows the branch line (32; 6) to pass therethrough on the surface, and a direction the opening is facing is inclined with respect to an axial direction of the main body at an angle other than 90°, characterized in that the branch line is a movable contact of a grounding switch, a fixed electrode of the grounding switch is provided at a section midway of the bus line, the movable contact has a circular cross-section, and the fixed electrode is spherical, portions of the fixed electrode to be connected to the bus line are flat, and a circular hole that allows insertion of the movable contact thereinto is formed in a spherical portion of the fixed electrode.
Method for determining matching suspension member/suspension member component combinations in an elevator comprising an elevator car and a suspension arrangement having at least one suspension member for suspending and/or moving the elevator car, wherein for operation of the elevator a suspension member component is to be applied to the suspension member, characterized in that - first a component identifier is applied to the suspension member component, - then the suspension member component is applied to the suspension member, whereby it is checked beforehand that the identifier of the suspension member component matches with the suspension member in question. - first a component identifier is applied to the suspension member component, - then the suspension member component is applied to the suspension member,
A solid pharmaceutical composition characterised in that it comprises a cation-exchange resin, as the active ingredient, the content of which is comprised between 95% and 99.8% by weight with respect of the total weight of the composition, hydroxypropyl methylcellulose and pregelatinized starch.
Dual-clutch transmission for a vehicle, with a hydraulic system for actuating hydraulic cylinders of the clutches (K1, K2) and the gearshift elements of the dual-clutch transmission, said hydraulic system comprising a pressure accumulator for providing an accumulator pressure (p s) in the hydraulic system, wherein a control valve (35, 37) which is controllable by a control unit is arranged in each pressure line (31, 33) routed to the hydraulic cylinders of the first clutch and the second clutch, the control valves being configured to adjust the hydraulic pressure applied to the first and second clutch (K1, K2), first and second pressure sensors (41, 43) being allocated to the control unit for detecting the hydraulic pressure applied to the first and second clutch (K1, K2), and said control unit configured to activate a pressure reduction mode when detecting an extended downtime of the vehicle, so as to reduce the accumulator pressure (p s) provided by the pressure accumulator, characterized in that in the pressure reduction mode, the control unit continuously opens the control valve associated with the first clutch, and that the pressure sensor associated to the first clutch is integrated together with the control unit in a control loop, in which the first pressure sensor assumes a detection of an actual value of the accumulator pressure (p Ist).
A polyamide resin, whose relative viscosity in 98% sulfuric acid solution with a 0.01 g/ml content and at 25°C is 1.8 to 4.5, obtained by the thermal polycondensation of pentamethylenediamine containing 0.10 wt% or less of 2,3,4,5-tetrahydropyridine and piperidine in total and an aliphatic dicarboxylic acid with 7 or more carbon atoms as main ingredients.