mhurhangee/ep-ind-claims huggingface dataset:
A blood state evaluation system comprising: a measurement unit comprising a pair of electrodes, the measurement unit being configured to chronologically measure an electrical characteristic of blood being an evaluation target, in a plurality of frequency bands, one of the frequency bands being a first frequency band, and at least one or both of a higher frequency band and a lower frequency band to the first frequency band, by changing the frequency of an alternating voltage applied between the electrodes; and an evaluation unit configured: to evaluate a state of the blood on the basis of chronological change data of the electrical characteristic of the blood in each of the plurality of frequency bands at each of a plurality of time intervals; and to predict a risk of thrombosis based on the evaluated state of the blood in the first frequency band compared to the evaluated state of the blood in one or both of the higher frequency band and the lower frequency band. a measurement unit comprising a pair of electrodes, the measurement unit being configured to chronologically measure an electrical characteristic of blood being an evaluation target, in a plurality of frequency bands, one of the frequency bands being a first frequency band, and at least one or both of a higher frequency band and a lower frequency band to the first frequency band, by changing the frequency of an alternating voltage applied between the electrodes; and an evaluation unit configured: to evaluate a state of the blood on the basis of chronological change data of the electrical characteristic of the blood in each of the plurality of frequency bands at each of a plurality of time intervals; and to predict a risk of thrombosis based on the evaluated state of the blood in the first frequency band compared to the evaluated state of the blood in one or both of the higher frequency band and the lower frequency band. to evaluate a state of the blood on the basis of chronological change data of the electrical characteristic of the blood in each of the plurality of frequency bands at each of a plurality of time intervals; and to predict a risk of thrombosis based on the evaluated state of the blood in the first frequency band compared to the evaluated state of the blood in one or both of the higher frequency band and the lower frequency band.
A process for preparing 2-alkylpolyisobutenylphenols and their Mannich adducts, by a) contacting at least one 2-alkylhydroxyaromatic compound selected from compounds of the general formula I where R 1 is C 1 -C 20 -alkyl and R 2 is hydrogen, C 1 -C 20 -alkyl, hydroxyl or C 2 -C 4000 -alkyl which is interrupted by at least one moiety which is selected from O, S and NR 3 where R 3 is hydrogen, alkyl, cycloalkyl or aryl with a catalytically active amount of a BF 3 source which is capable of complex formation with the 2-alkylhydroxy compound, and alkylating with substantially monoethylenically unsaturated and substantially homopolymeric polyisobutenes having a number-average molecular weight M n in the range from 200 to 500 000 and comprising at least 50 mol%, based on the total number of polyisobutene macromolecules, of terminal double bonds that are either vinyl double bonds or vinylidene double bonds, wherein the BF 3 source used in step a) is selected from BF 3 complexes with at least one of the 2-alkylhydroxyaromatic compounds used in step a). a) contacting at least one 2-alkylhydroxyaromatic compound selected from compounds of the general formula I where R 1 is C 1 -C 20 -alkyl and R 2 is hydrogen, C 1 -C 20 -alkyl, hydroxyl or C 2 -C 4000 -alkyl which is interrupted by at least one moiety which is selected from O, S and NR 3 where R 3 is hydrogen, alkyl, cycloalkyl or aryl with a catalytically active amount of a BF 3 source which is capable of complex formation with the 2-alkylhydroxy compound, and alkylating with substantially monoethylenically unsaturated and substantially homopolymeric polyisobutenes having a number-average molecular weight M n in the range from 200 to 500 000 and comprising at least 50 mol%, based on the total number of polyisobutene macromolecules, of terminal double bonds that are either vinyl double bonds or vinylidene double bonds, wherein the BF 3 source used in step a) is selected from BF 3 complexes with at least one of the 2-alkylhydroxyaromatic compounds used in step a).
A fastening device for fastening at least one mounting element on a threaded bolt, comprising - a nut with a threaded bore, and - a clamping element having an opening and cooperating with the nut, wherein the nut comprises an outside, conical support area with which it engages in the mounted state at least partially into the opening of the clamping element and rests there on a complementary inner cone comprised by the clamping element, and wherein the nut has at least one slot which interrupts the nut wall over a partial area of its axial extension, wherein the at least one slot empties at the axial end of the nut which is closer to the larger diameter than to the smaller diameter of the conical support area, and which is designated as the upper end, wherein the at least one slot extends starting from there over a length which is between 20% and 95% of the total axial length of the nut, characterized in that the clamping element comprises an outer threading at least in a partial area with which it can be screwed into a mounting element, and that the fastening device comprises two nuts and two clamping elements which cooperate in pairs, wherein it comprises a preferably tubular mounting element which has two inner threaded areas into which one of the two clamping elements can be screwed. - a nut with a threaded bore, and - a clamping element having an opening and cooperating with the nut,
A method for manufacturing coal briquettes to be charged with reduced irons into a melter-gasifier with a dome-shaped upper portion for manufacturing molten iron by melting the reduced irons, the method comprising the steps of: providing as a first coal group fine coals with a grain size of not more than 8mm; mixing a second coal group having a mean reflectance (Rm) of 0.8 or higher into the fine coals; drying mixed coals and performing a grain size selection to the mixed coals; adding a hardening agent to the mixed coals and mixing the hardening agent and the mixed coals; adding a molasses binder to the mixed coals and mixing the molasses binder and the mixed coals; and manufacturing coal briquettes by molding the mixed coals, wherein in the step of mixing a second coal group into the fine coals, the second coal group is mixed to 15-80wt% of the mixed coals. providing as a first coal group fine coals with a grain size of not more than 8mm; mixing a second coal group having a mean reflectance (Rm) of 0.8 or higher into the fine coals; drying mixed coals and performing a grain size selection to the mixed coals; adding a hardening agent to the mixed coals and mixing the hardening agent and the mixed coals; adding a molasses binder to the mixed coals and mixing the molasses binder
A device for generating electric energy, the device comprising: a panel for receiving incident light and being at least partially transmissive for visible light, the panel having first and second surfaces and having a peripheral region comprising at least one edge (150, 155) and/or corner, the panel being arranged such that a portion of light incident on the panel is redirected within the panel towards the peripheral region of the panel; characterized in that it further comprises a flexible photovoltaic element comprising first and second portions separated by a bend, the bend being located adjacent the edge or corner of the panel whereby the first and second portions of the flexible photovoltaic element are disposed with different orientations within the device. a panel for receiving incident light and being at least partially transmissive for visible light, the panel having first and second surfaces and having a peripheral region comprising at least one edge (150, 155) and/or corner, the panel being arranged such that a portion of light incident on the panel is redirected within the panel towards the peripheral region of the panel; characterized in that it further comprises a flexible photovoltaic element comprising first and second portions separated by a bend, the bend being located adjacent the edge or corner of the panel whereby the first and second portions of the flexible photovoltaic element are disposed with different orientations within the device.
A TIG welding system comprising: a power source having a controller in communication therewith, the controller having a memory storing at least one waveform (190; 200); a welding torch including an electrode electrically connected to the controller, the electrode having a length and a diameter; an amperage input in communication with the controller and adapted to receive a user-selected welding amperage; wherein in the controller is programmed to select one of the at least one waveform (190; 200) based on the user-selected amperage and apply power from the power source to the electrode according to the selected at least one waveform; and characterized in that the at least one waveform (190; 200) includes an arc initiation stage (Fig. 4; 5) including at least one pulse (P1; P2), wherein during the arc initiation stage, the controller is configured to prevent user control of an arc current or voltage, wherein upon attaining a steady state at the user-selected welding amperage, the controller is configured to permit user control of the arc current or voltage applied to the electrode and, preferably, wherein the waveform includes a pulse height parameter, and a pulse duration parameter. a power source having a controller in communication therewith, the controller having a memory storing at least one waveform (190; 200); a welding torch including an electrode electrically connected to the controller, the electrode having a length and a diameter; an amperage input in communication with the controller and adapted to receive a user-selected welding amperage; wherein in the controller is programmed to select one of the at least one waveform (190; 200) based on the user-selected amperage and apply power from the power source to the electrode according to the selected at least one waveform; and characterized in that the at least one waveform (190; 200) includes an arc initiation stage (Fig. 4; 5) including at least one pulse (P1; P2), wherein during the arc initiation stage, the controller is configured to prevent user control of an arc current or voltage, wherein upon attaining a steady state at the user-selected welding amperage, the controller is configured to permit user control of the arc current or voltage applied to the electrode and, preferably, wherein the waveform includes a pulse height parameter, and a pulse duration parameter.
Agricultural apparatus, in particular a distribution machine, comprising - a plurality of sensor units (26a-26f, 28a-28e) which are arranged along the machine width of the agricultural implement and are each configured to acquire information, in particular vegetation information, within a detection region (30a-30f, 32a-32e); the sensor units (26a-26f, 28a-28e) comprising at least one overview sensor unit (26a-26f) and at least one precision sensor unit (28a-28e), the detection region (30a-30f) of the at least one overview sensor unit (26a-26f) being larger than the detection region (32a-32e) of the at least one precision sensor unit (28a-28e), characterized in that an evaluation device is configured to compare the sensor data from the at least one overview sensor unit (26a-26f) and the at least one precision sensor unit (28a-28e) for an overlap region (34a-34j) and to examine the detection region (30a-30f) of the at least one overview sensor unit (26a-26f) for harmful plants on the basis of the comparison result. - a plurality of sensor units (26a-26f, 28a-28e) which are arranged along the machine width of the agricultural implement and are each configured to acquire information, in particular vegetation information, within a detection region (30a-30f, 32a-32e);
A medical apparatus comprising: an output unit for outputting whether the medical apparatus is in an abnormal state; a first control unit for controlling the medical apparatus; and a monitoring unit for detecting an operation abnormality in the first control unit; wherein the first control unit is configured to perform operation monitoring of the monitoring unit and, when detecting an operation abnormality, cause the output unit to output an abnormal state, the monitoring unit is configured to perform operation monitoring of the first control unit and, when detecting an operation abnormality, cause the output unit to output an abnormal state, the first control unit, the monitoring unit, and the output unit are processing units operable by a power supply system capable of continuously supplying power, the first control unit is operable by a first battery capable of continuously supplying power or an attachable and detachable removable battery, the monitoring unit is operable by a second battery capable of continuously supplying power or the removable battery, the medical apparatus further comprises a second control unit operable by the removable battery, the second control unit controlling the medical apparatus, and at least one of the first control unit and the second control unit is configured to perform operation monitoring of the other control unit and, when detecting an operation abnormality, cause the output unit to output an abnormal state. an output unit for outputting whether the medical apparatus is in an abnormal state; a first control unit for controlling the medical apparatus; and a monitoring unit for detecting an operation abnormality in the first control unit; wherein the first control unit is configured to perform operation monitoring of the monitoring unit and, when detecting an operation abnormality, cause the output unit to output an abnormal state, the monitoring unit is configured to perform operation monitoring of the first control unit and, when detecting an operation abnormality, cause the output unit to output an abnormal state, the first control unit, the monitoring unit, and the output unit are processing units operable by a power supply system capable of continuously supplying power, the first control unit is operable by a first battery capable of continuously supplying power or an attachable and detachable removable battery, the monitoring unit is operable by a second battery capable of continuously supplying power or the removable battery, the medical apparatus further comprises a second control unit operable by the removable battery, the second control unit controlling the medical apparatus, and at least one of the first control unit and the second control unit is configured to perform operation monitoring of the other control unit and, when detecting an operation abnormality, cause the output unit to output an abnormal state.
Device for making optical glass fibers from preforms, in particular multicomponent glass fibers, having a fiber furnace which has heating bushes, having a tracking device for holding and tracking the preforms in the heating bushes, and having a drawing and sizing installation for forwarding the glass fibers to a finishing device, characterized in the heating bushes in the fiber furnace have a matrix-like arrangement for simultaneously accommodating a plurality of preforms, the matrix main axes (23, 24) of the arrangement are arranged with a predetermined offset angle (α) with respect to one another, the offset angle of the matrix axes α is smaller than 90°, and the glass fibers drawn from the heating bushes are receivable by the drawing and sizing installation in the form of a band lying next to one another.
A sliding bearing assembly comprising at least one sliding bearing element which is arranged in a bearing receptacle, wherein the bearing receptacle is part of a bearing structure, and wherein the bearing structure has at least one sensor which is connected to a data transmission device for, in particular wireless, data transmission to a receiver of the data, and has an energy generating device for supplying the sensor and/or the data transmission device with electrical energy in a self-sufficient manner, wherein the energy generating device has at least one piezo element and the energy generating device is the sensor, characterized in that the piezo element can be acted upon by the lubricant pressure in the lubrication gap between the sliding bearing element and a shaft or the bearing receptacle, for which purpose the sensor is arranged in the lubrication gap of the sliding bearing assembly as part of a sliding layer of the sliding bearing element or is hydrostatically connected to the lubrication gap.
A feeding set suitable for use with an enteral feeding pump to deliver nutritional liquid to a patient, the enteral feeding pump including a reader operatively connected to a processor and configured to read an identification member of the feeding set to identify at least one characteristic of the nutritional liquid associated with the feeding set upon engagement of the feeding set with a housing of the feeding pump, the feeding set comprising: a container having the nutritional liquid; tubing in fluid communication with the container and being adapted for mounting on the enteral feeding pump, the tubing providing a fluid pathway for delivering the nutritional liquid from the container to the patient; and characterised in that the feeding set further comprises: the identification member representative of the nutritional liquid in the container, the identification member configured to permit identification by the enteral feeding pump of at least one characteristic of the nutritional liquid upon mounting of the identification member on the enteral feeding pump; wherein the at least one characteristic comprises viscosity of the nutritional liquid, or caloric content of the nutritional liquid. a container having the nutritional liquid; tubing in fluid communication with the container and being adapted for mounting on the enteral feeding pump, the tubing providing a fluid pathway for delivering the nutritional liquid from the container to the patient; and characterised in that the feeding set further comprises: the identification member representative of the nutritional liquid in the container, the identification member configured to permit identification by the enteral feeding pump of at least one characteristic of the nutritional liquid upon mounting of the identification member on the enteral feeding pump; wherein the at least one characteristic comprises viscosity of the nutritional liquid, or caloric content of the nutritional liquid. the identification member representative of the nutritional liquid in the container, the identification member configured to permit identification by the enteral feeding pump of at least one characteristic of the nutritional liquid upon mounting of the identification member on the enteral feeding pump; wherein the at least one characteristic comprises viscosity of the nutritional liquid, or caloric content of the nutritional liquid.
Method for producing a card-type data carrier, wherein initially a semifinished product is manufactured, which is laminated, after inserting of an electronic module, with further films, the semifinished product has at least one film (3, 4) made from plastics, which has a cutout (10, 11), wherein the module is arranged in said cutout (10, 11), the cutout (10, 11) being produced such that an interspace remains between the periphery of the module and the cutout (10, 11) after the module has been inserted into the cutout (10, 11), characterized in that for producing the semifinished product, after the module has been inserted into the cutout (10, 11), the at least one film (3, 4) is only locally heated and densified around the module, such that the at least one film (3, 4) closes the interspace.
Vibrating inertial angular sensor of MEMS type comprising a support and at least two masses which are mounted movably with respect to the support, and at least one electrostatic actuator and at least one electrostatic detector which are designed to respectively produce and detect a vibration of the masses, the sensor comprising a frame connected by first suspension means to the support and each mass being connected to the frame by second suspension means, the sensor being characterised in that the suspension means (5, 7) are produced so as to exhibit sizable stiffness along the axis normal to a plane of the sensor so as to eliminate the degrees of freedom of the masses and of the frame outside of the plane so that each mass and the frame have only three degrees of freedom relatively to the support, the plane wherein said degrees of freedom are defining the plane of suspension of the masses of the sensor.
A transcatheter valve prosthesis comprising: a tubular stent having a compressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a skirt coupled to the tubular stent, a first portion of the skirt being attached to and covering an inner circumferential surface of the tubular stent and a second portion of the skirt being attached to and covering an outer circumferential surface of an inflow end of the tubular stent, wherein the skirt is continuous from the first portion to the second portion such that the first and second portions (850A, 850B) do not overlap; and a prosthetic valve component disposed within and secured to the first portion of the skirt. a tubular stent having a compressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a skirt coupled to the tubular stent, a first portion of the skirt being attached to and covering an inner circumferential surface of the tubular stent and a second portion of the skirt being attached to and covering an outer circumferential surface of an inflow end of the tubular stent, wherein the skirt is continuous from the first portion to the second portion such that the first and second portions (850A, 850B) do not overlap; and a prosthetic valve component disposed within and secured to the first portion of the skirt.
A large and small diameter optical fiber carrying cable (10, 50, 60, 70, 80, 90, 100, 110, 210) comprising: a cable body (12, 52, 66, 83, 96, 108, 112) including an inner surface defining a channel within the cable body; a first group of optical fibers comprising a plurality of first optical fibers (18, 214) located within the channel, wherein each of the first optical fibers has an optical core having a first core diameter; and a second group of optical fibers comprising a plurality of second optical fibers (20, 220) located within the channel, wherein each of the second optical fibers has an optical core having a second core diameter; wherein the first core diameter is larger than the second core diameter; wherein the first group of optical fibers and the second group of optical fibers are arranged within the channel such that each of the first optical fibers is next to at least one of the second optical fibers in at least one direction within the cable. a cable body (12, 52, 66, 83, 96, 108, 112) including an inner surface defining a channel within the cable body; a first group of optical fibers comprising a plurality of first optical fibers (18, 214) located within the channel, wherein each of the first optical fibers has an optical core having a first core diameter; and a second group of optical fibers comprising a plurality of second optical fibers (20, 220) located within the channel, wherein each of the second optical fibers has an optical core having a second core diameter; wherein the first core diameter is larger than the second core diameter; wherein the first group of optical fibers and the second group of optical fibers are arranged within the channel such that each of the first optical fibers is next to at least one of the second optical fibers in at least one direction within the cable.