mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of a trim panel for the interior of a motor vehicle, 1.1 wherein the trim panel is at least partially manufactured of a plastic material and has a first component, implemented as a decorative layer, and at least one second component, which is mo0lded onto the first component by means of an injection process, 1.2 in which, as a preparatory step, the first component is placed or molded into a moveable mold and 1.3 in which, later, the second component is molded onto the first component, 1.4 this in a single stage, wherein 1.5 as a further preparatory step, before the subsequent molding of the second component, a third component, namely a structural element implemented as a semifinished reinforcing product, for example, a woven fabric, a non-crimp fabric or a knitted fabric, is placed or molded into a stationary mold, 1.6 during the subsequent molding, the molds (20, 21) are moved toward and/or away from each other, wherein the properties "stationary" and "moveable" of the molds are mutually exchangeable, and both molds (20, 21) may also have the property "moveable", and wherein the second component is introduced into an intermediate space between the first component and the third component by means of an injection process and is thereby molded over the first component, and 1.7 during the method step 1.3 "molding", cavities of the stationary mold are accessed through the third component for the injected plastic, by means of which the connection is not only secured by adhesion but, in addition, by a positive fit. 1.1 wherein the trim panel is at least partially manufactured of a plastic material and has a first component, implemented as a decorative layer, and at least one second component, which is mo0lded onto the first component by means of an injection process, 1.2 in which, as a preparatory step, the first component is placed or molded into a moveable mold and 1.3 in which, later, the second component is molded onto the first component, 1.4 this in a single stage, wherein 1.5 as a further preparatory step, before the subsequent molding of the second component, a third component, namely a structural element implemented as a semifinished reinforcing product, for example, a woven fabric, a non-crimp fabric or a knitted fabric, is placed or molded into a stationary mold, 1.6 during the subsequent molding, the molds (20, 21) are moved toward and/or away from each other, wherein the properties "stationary" and "moveable" of the molds are mutually exchangeable, and both molds (20, 21) may also have the property "moveable", and wherein the second component is introduced into an intermediate space between the first component and the third component by means of an injection process and is thereby molded over the first component, and 1.7 during the method step 1.3 "molding", cavities of the stationary mold are accessed through the third component for the injected plastic, by means of which the connection is not only secured by adhesion but, in addition, by a positive fit.
A method for producing a metal particle, which comprises the steps of: mixing a metal salt and a polycarboxylic acid in a liquid phase; adding a reducing agent to the resultant mixture to deposit metal particles; and drying the deposited metal particles, wherein the metal constituting the metal salt is selected from the group consisting of silver, copper, gold, nickel, and palladium; the method being characterized in that 10 to 100 parts by mass of the polycarboxylic acid is incorporated, relative to 100 parts by mass of the metal salt.
A cable guide channel, comprising a plurality of similar link bodies which are hingedly connected on both sides to adjacent link bodies in the direction of the cable, wherein the link bodies each form a frame keeping clear and stabilizing a cable guide opening, and wherein each frame has a substantially rectangular cross-section which is made up from opposing pivoting surfaces, each having two hinge axes, which are connected to one another via opposing spreading surfaces, wherein both the pivoting surfaces and the spreading surfaces of adjacent link bodies overlap one another, the spreading surfaces being stepped and an overlapping step of a link body at least partially covering an underlapping step of an adjacent link body, thus forming an outer wall, which is continuously closed at any degree of bending, and wherein the spreading surfaces of the link bodies are substantially S-shaped, characterized in that the ends of the S-shape can be used as stops for a maximum degree of bending, so that the free ends of adjacent S-shaped spreading surfaces form a mutual stop. wherein both the pivoting surfaces and the spreading surfaces of adjacent link bodies overlap one another, the spreading surfaces being stepped and an overlapping step of a link body at least partially covering an underlapping step of an adjacent link body, thus forming an outer wall, which is continuously closed at any degree of bending, and wherein the spreading surfaces of the link bodies are substantially S-shaped, characterized in that the ends of the S-shape can be used as stops for a maximum degree of bending, so that the free ends of adjacent S-shaped spreading surfaces form a mutual stop.
Method for calibrating a current sensor that is set up to determine, in an onboard power supply system of a vehicle, an electric operating current flowing through a measuring resistor based on a comparison of a voltage drop across the measuring resistor brought about by the operating current and a rule dependent on the measuring resistor, comprising: - determination of an operating voltage drop brought about across the measuring resistor by the operating current; - impression of a known electric calibration current into the measuring resistor, - detection of a total voltage drop brought about across the measuring resistor by the calibration current and the operating current, - filtering of the operating voltage drop from the total voltage drop, so that a calibration voltage drop brought about by the calibration current remains, and - calibration of the rule dependent on the measuring resistor based on a comparison of the calibration current and the calibration voltage drop, a) wherein the calibration current is a current pulse having a pulse width, characterized in that b) the operating voltage drop is detected by detecting at least two operating voltage measured values (49, 50) that lie outside the current pulse and the current pulse lies between the operating voltage measured values (49, 50), c) a mean value is formed between these at least two operating voltage measured values (49, 50). - determination of an operating voltage drop brought about across the measuring resistor by the operating current; - impression of a known electric calibration current into the measuring resistor, - detection of a total voltage drop brought about across the measuring resistor by the calibration current and the operating current, - filtering of the operating voltage drop from the total voltage drop, so that a calibration voltage drop brought about by the calibration current remains, and - calibration of the rule dependent on the measuring resistor based on a comparison of the calibration current and the calibration voltage drop, a) wherein the calibration current is a current pulse having a pulse width, characterized in that b) the operating voltage drop is detected by detecting at least two operating voltage measured values (49, 50) that lie outside the current pulse and the current pulse lies between the operating voltage measured values (49, 50), c) a mean value is formed between these at least two operating voltage measured values (49, 50). a) wherein the calibration current is a current pulse having a pulse width, characterized in that b) the operating voltage drop is detected by detecting at least two operating voltage measured values (49, 50) that lie outside the current pulse and the current pulse lies between the operating voltage measured values (49, 50), c) a mean value is formed between these at least two operating voltage measured values (49, 50).
A polyester comprising: - 2,5-furandicarboxylic acid moieties; - ethylene glycol moieties; - 1,4: 3,6-dianhydrohexitol moieties; - alicyclic diol moieties other than the 1,4: 3,6-dianhydrohexitol moieties; wherein the molar ratio / [ + +] is greater than 0.2. - 2,5-furandicarboxylic acid moieties; - ethylene glycol moieties; - 1,4: 3,6-dianhydrohexitol moieties; - alicyclic diol moieties other than the 1,4: 3,6-dianhydrohexitol moieties;
Control method for a traction battery, which is configured as a high-power battery, for a mobile working machine, wherein the traction battery has power connections, of which at least one power connection can be switched by way of a switching device to zero voltage by a battery management system of the traction battery, and a communication link for linking to a controller of a connection partner of the traction battery, wherein the battery management system is integrated with the high-power battery to form one unit, is fixedly incorporated therein and the power connections are switched to zero voltage by the battery management system when the traction battery is not operated, characterized by the steps of: - checking the communication link for identification data by way of the battery management system, wherein the identification data are data from which a clear identification of the respective connection partner or a clear identification of the permissible combination of traction battery and connection partner is made possible, - comparing the identification data with stored comparison data of permissible connection partners by way of the battery management system and - switching on the power connections by means of the switching device by way of the battery management system in the case of a permissible connection partner. - checking the communication link for identification data by way of the battery management system, wherein the identification data are data from which a clear identification of the respective connection partner or a clear identification of the permissible combination of traction battery and connection partner is made possible, - comparing the identification data with stored comparison data of permissible connection partners by way of the battery management system and - switching on the power connections by means of the switching device by way of the battery management system in the case of a permissible connection partner.
Apparatus for tracking an object, comprising: a position transducer, which is adapted to be fixed to the object; a field sensor, which is adapted to sense a magnetic field and to generate a signal responsively thereto; and a processor, which is coupled to receive and process the signal in order to determine coordinates of the position transducer; and characterised in that the position transducer comprises: a digital microcontroller, comprising a plurality of output pins, and which is operative to generate an alternating digital output at a selected frequency on at least one of the output pins; and at least one transmit antenna coupled directly to the at least one of the output pins, so that the at least one antenna transmits the magnetic field at the selected frequency responsively to the alternating digital output. a position transducer, which is adapted to be fixed to the object; a field sensor, which is adapted to sense a magnetic field and to generate a signal responsively thereto; and a processor, which is coupled to receive and process the signal in order to determine coordinates of the position transducer; and characterised in that the position transducer comprises: a digital microcontroller, comprising a plurality of output pins, and which is operative to generate an alternating digital output at a selected frequency on at least one of the output pins; and at least one transmit antenna coupled directly to the at least one of the output pins, so that the at least one antenna transmits the magnetic field at the selected frequency responsively to the alternating digital output.
Dosage form comprising a) a core, comprising a biologically active ingredient which is stable to a degree of at least 95 % at pH 3 for 2 hours at 22 °C, wherein the degree of stability of the biologically active ingredient is tested in an assay which is a thin-layer chromatographic identification test, a spectrometric identification test, a nuclear magnetic resonance spectroscopy, a near-infrared spectroscopy or a Raman spectroscopy, b) an intermediate coating layer onto or above the core, comprising an alkaline agent and c) an enteric coating layer onto or above the intermediate coating layer, comprising an enteric polymer is selected from anionic (meth)acrylate copolymers, anionic celluloses, anionic polysaccharides and polyvinyl acetate phthalates or any mixtures thereof, wherein the relation in weight percent of the alkaline agent in the ICL to the enteric polymer in the ECL is 5 to 95 % when calculated by the formula: quantity of alkaline agent in grams in the ICL × 100 quantity of alkaline agent in grams in the ICL + quantity of enteric polymer in grams in the ECL a) a core, comprising a biologically active ingredient which is stable to a degree of at least 95 % at pH 3 for 2 hours at 22 °C, wherein the degree of stability of the biologically active ingredient is tested in an assay which is a thin-layer chromatographic identification test, a spectrometric identification test, a nuclear magnetic resonance spectroscopy, a near-infrared spectroscopy or a Raman spectroscopy, b) an intermediate coating layer onto or above the core, comprising an alkaline agent and c) an enteric coating layer onto or above the intermediate coating layer, comprising an enteric polymer is selected from anionic (meth)acrylate copolymers, anionic celluloses, anionic polysaccharides and polyvinyl acetate phthalates or any mixtures thereof,
A pavement surface element for a roller test bench, comprising - a pavement surface, and - at least two fastening portions for fastening and fixing said pavement surface element to the outer periphery of a roller of said roller test bench, wherein said pavement surface includes a pavement layer having a test bench roller outer surface, said pavement layer is configured to be at least partly permeable to air, and said test bench roller outer surface forms an area of contact with a tire while rolling. - a pavement surface, and - at least two fastening portions for fastening and fixing said pavement surface element to the outer periphery of a roller of said roller test bench,
Use of a closed system for providing and on-site creating of a germicidal composition, said system comprising a sodium chloride solution mixed with water, an electrolytic cell, additional agents, and at least one chamber, wherein the electrolytic cell is configured to generate the germicidal composition comprising a combination of chlorine, hypochlorine, hypochlorous acid and chlorine dioxide, wherein the electrolytic cell is configured to a) receive the sodium chloride solution mixed with water, b) remove hydrogen from said sodium chloride solution mixed with water through electro-chemical energy conversion, c) generate the germicidal composition, wherein said chamber is configured to receive said germicidal composition generated with said electrolytic cell, wherein said additional agents are stored in a manner permitting combination of said generated germicidal composition with any combination of said two or more additional agents, said combination being configured to occur automatically, for the preparation of a germicidal pre-milking udder composition, said additional agents being water, a detergent polymer, a surfactant, a hydrotrope, and a dye, or for the preparation of a germicidal post-milking teat composition, said additional agents being water, a detergent polymer, citric acid, a surfactant, an emollient, a sequestration agent, and a dye. a) receive the sodium chloride solution mixed with water, b) remove hydrogen from said sodium chloride solution mixed with water through electro-chemical energy conversion, c) generate the germicidal composition, wherein said chamber is configured to receive said germicidal composition generated with said electrolytic cell, wherein said additional agents are stored in a manner permitting combination of said generated germicidal composition with any combination of said two or more additional agents, said combination being configured to occur automatically, for the preparation of a germicidal pre-milking udder composition, said additional agents being water, a detergent polymer, a surfactant, a hydrotrope, and a dye, or for the preparation of a germicidal post-milking teat composition, said additional agents being water, a detergent polymer, citric acid, a surfactant, an emollient, a sequestration agent, and a dye.
A method for channel state information, CSI, reporting in LTE-Advanced networks, comprising a user equipment, UE, transmitting to a LTE cellular base station, eNodeB, a CSI report containing quality information including CQI, PMI and RI indicators, on an uplink radio channel in a periodic manner using a physical uplink shared channel, PUSCH, wherein the method is characterised in that it comprises activating based on a low mobility estimation of said UE an incremental CSI reporting, said low mobility estimation being performed by said eNodeB, and in that said incremental CSI reporting comprises: - a first CSI report type containing detailed CSI information in the form of discrete wavelet transform or DWT of the channel impulse responses as well as average CQI indications for the codewords in use, some of the DWT coefficients being admissible to be discarded for increased compression; and - a second CSI report type containing differences in coefficients of said DWT for each of said channel impulse responses, and differences in the average of said CQI values. - a first CSI report type containing detailed CSI information in the form of discrete wavelet transform or DWT of the channel impulse responses as well as average CQI indications for the codewords in use, some of the DWT coefficients being admissible to be discarded for increased compression; and - a second CSI report type containing differences in coefficients of said DWT for each of said channel impulse responses, and differences in the average of said CQI values.
Headrest for a motor vehicle seat, said headrest comprising: - a frame linking it to the backrest of said seat, - a housing made of moulded plastic material for absorbing energy, mounted at the top of said frame, - a block of padding material, made in particular, from elastically compressible foam, in particular polyurethane, disposed against a front face of said housing, - a layer of covering material covering said block, said layer comprising a peripheral strip folded back against a rear peripheral area of said housing, said strip being attached to said area by attachment means, - a masking shell associated at the rear of said housing, said shell being clamped at the periphery of said layer, said headrest being characterised in that: - said shell comprises at least one upper, - respectively lower -, anchoring tab projecting from its rear face, said tab being in the form of a hook comprising a first portion inserted into an opening provided at the rear of said housing and a second portion pointing upwards, - respectively downwards -, bearing on the inner periphery of said opening in such a way as to clamp said shell, - said shell further comprises, projecting from its rear face, at least one lower, - respectively upper -, means for interlocking with a reciprocal means provided at the rear of said housing, said means being arranged so that the interlocking takes place along a substantially longitudinal axis. - a frame linking it to the backrest of said seat, - a housing made of moulded plastic material for absorbing energy, mounted at the top of said frame, - a block of padding material, made in particular, from elastically compressible foam, in particular polyurethane, disposed against a front face of said housing, - a layer of covering material covering said block, said layer comprising a peripheral strip folded back against a rear peripheral area of said housing, said strip being attached to said area by attachment means, - a masking shell associated at the rear of said housing, said shell being clamped at the periphery of said layer, - said shell comprises at least one upper, - respectively lower -, anchoring tab projecting from its rear face, said tab being in the form of a hook comprising a first portion inserted into an opening provided at the rear of said housing and a second portion pointing upwards, - respectively downwards -, bearing on the inner periphery of said opening in such a way as to clamp said shell, - said shell further comprises, projecting from its rear face, at least one lower, - respectively upper -, means for interlocking with a reciprocal means provided at the rear of said housing, said means being arranged so that the interlocking takes place along a substantially longitudinal axis.
A method for monitoring impairment indicators, the method comprising: during a first time window, measuring a first movement signal related to movement of a worker with a movement sensor associated with the worker, and measuring a first biological signal of the worker with a biological sensor attached to the worker; electronically storing at least one numerical descriptor derived from the first movement signal and at least one numerical descriptor derived from the first biological signal as reference data for the worker; during a second time window, measuring a second signal related to movement of the worker with the movement sensor, and measuring a second biological signal of the worker with the biological sensor, wherein the movement sensor is housed in a housing, which is a vest or hard hat that are personal protection equipment worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second signal and at least one numerical descriptor derived from the second biological signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations. during a first time window, measuring a first movement signal related to movement of a worker with a movement sensor associated with the worker, and measuring a first biological signal of the worker with a biological sensor attached to the worker; electronically storing at least one numerical descriptor derived from the first movement signal and at least one numerical descriptor derived from the first biological signal as reference data for the worker; during a second time window, measuring a second signal related to movement of the worker with the movement sensor, and measuring a second biological signal of the worker with the biological sensor, wherein the movement sensor is housed in a housing, which is a vest or hard hat that are personal protection equipment worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second signal and at least one numerical descriptor derived from the second biological signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations.