mhurhangee/ep-ind-claims huggingface dataset:
An internal combustion engine including a telemetry system including a circuit structure (24, 30) affixed to a moving part of said engine and being disposed for processing information sensed about the temperature of said moving part, said circuit structure being adapted for the high temperature environment of said engine and comprising: a thermocouple disposed on said moving part for sensing a temperature thereof and providing a signal representative of the temperature sensed; an amplifier (111, 112) having an input coupled to an output of said thermocouple and being disposed for amplifying the signal representative of the temperature sensed by said thermocouple; a square wave oscillator disposed for generating a square wave signal having a frequency indicative of a local temperature of said circuit structure; a chopper disposed for converting an output signal of said amplifier into an alternating current signal, said chopper having a first gating input coupled to an output of said square wave oscillator and a second input coupled to an output of said amplifier, said chopper having an output providing a signal having a frequency representative of the local temperature of said circuit and an amplitude representative of the temperature sensed by said thermocouple. a thermocouple disposed on said moving part for sensing a temperature thereof and providing a signal representative of the temperature sensed; an amplifier (111, 112) having an input coupled to an output of said thermocouple and being disposed for amplifying the signal representative of the temperature sensed by said thermocouple; a square wave oscillator disposed for generating a square wave signal having a frequency indicative of a local temperature of said circuit structure; a chopper disposed for converting an output signal of said amplifier into an alternating current signal, said chopper having a first gating input coupled to an output of said square wave oscillator and a second input coupled to an output of said amplifier, said chopper having an output providing a signal having a frequency representative of the local temperature of said circuit and an amplitude representative of the temperature sensed by said thermocouple.
Transport device (2, 50, 56, 88) for transporting a coil, comprising - a coil transport cart having a chassis and having a coil support, which is height-adjustable relative to the chassis, - a movable fastening device having a clamping unit for pressing the coil to be transported against the coil support, wherein the clamping unit is height-adjustable relative to the coil support and is able to be at least partly inserted into a coil eye of the coil characterized in that - the fastening device is fastened to the coil support or to the chassis of the coil transport cart and - the coil support has a cut-out, into which the clamping unit can be at least partly lowered. - a coil transport cart having a chassis and having a coil support, which is height-adjustable relative to the chassis, - a movable fastening device having a clamping unit for pressing the coil to be transported against the coil support, wherein the clamping unit is height-adjustable relative to the coil support and is able to be at least partly inserted into a coil eye of the coil - the fastening device is fastened to the coil support or to the chassis of the coil transport cart and - the coil support has a cut-out, into which the clamping unit can be at least partly lowered.
An output unit for a provision individually per track of sheet material for placing beneath products fed on two or multiple tracks, in particular beneath food portions, said output unit comprising a draw-in device which is configured to draw in individually per track a respective one material web (24a, 24b) of the sheet material per track (14a, 14b) and which in particular has at least one driven draw-in shaft (48a, 48b) and at least one draw-in pressure unit (52a, 52b); a separation device which is configured to separate the sheet material from the material webs (24a, 24b); and an ejection device which is configured to discharge sheet material on two or multiple tracks, characterized in that the ejection device comprises a driven ejection roller and an ejection counter-unit which forms an ejection gap for the sheet material together with the ejection roller, wherein the ejection roller is jointly associated with at least two tracks (14a, 14b). said output unit comprising a draw-in device which is configured to draw in individually per track a respective one material web (24a, 24b) of the sheet material per track (14a, 14b) and which in particular has at least one driven draw-in shaft (48a, 48b) and at least one draw-in pressure unit (52a, 52b); a separation device which is configured to separate the sheet material from the material webs (24a, 24b); and an ejection device which is configured to discharge sheet material on two or multiple tracks, the ejection device comprises a driven ejection roller and an ejection counter-unit which forms an ejection gap for the sheet material together with the ejection roller, wherein the ejection roller is jointly associated with at least two tracks (14a, 14b).
A streaming content providing method in an electronic device including a streaming application and a proxy module, the method comprising operations of: determining (701, 801) a data provision time interval, the data provision time interval being an interval of time at which each of a plurality of data constituting streaming content is provided to the streaming application via the proxy module; downloading (703, 803), via the proxy module, first data, which is a fragment of the streaming content, from an external device and storing said first data; determining whether the streaming application requests the first data from the external device, and if so performing the following steps: comparing the determined data provision time interval with a data request time interval, wherein the data request time interval is an interval between a request time for the first data and a request time for second data which is a fragment next to the first data in the streaming content; wherein if the data request time interval is equal to or longer than the data provision time interval, immediately providing the stored data via the proxy module to the streaming application; if the data request time interval is shorter than the data provision time interval, providing the stored data via the proxy module to the streaming application after delaying for a predetermined time. determining (701, 801) a data provision time interval, the data provision time interval being an interval of time at which each of a plurality of data constituting streaming content is provided to the streaming application via the proxy module; downloading (703, 803), via the proxy module, first data, which is a fragment of the streaming content, from an external device and storing said first data; determining whether the streaming application requests the first data from the external device, and if so performing the following steps: comparing the determined data provision time interval with a data request time interval, wherein the data request time interval is an interval between a request time for the first data and a request time for second data which is a fragment next to the first data in the streaming content; wherein if the data request time interval is equal to or longer than the data provision time interval, immediately providing the stored data via the proxy module to the streaming application; if the data request time interval is shorter than the data provision time interval, providing the stored data via the proxy module to the streaming application after delaying for a predetermined time.
A truck or tractor semi-trailer combination interconnected via a fifth wheel, comprising a cabin and a pressurized fuel storage, situated between a rear end of the cabin and the semi-trailer, wherein the pressurized fuel storage is formed by a pack of a plurality of cylinder vessels, the cylinder vessels having uniform diameters configured in a rectangular or triangular configuration, the fuel storage extending in height above the fifth wheel, wherein the pressurized fuel storage is confined by the rear boundary of the cabin and a rear side of the storage, characterized in that the fuel pressurized storage is formed by a dense pack of a contiguously packed plurality of cylinder vessels, and in that the rear side of the storage has a perimeter that recedes with increasing height, to provide for a forward inclination of the semi-trailer relative to the fifth wheel, defined by a pitch degree of freedom, between the semi-trailer and a rear boundary of the cabin.
Granular food composition comprising • from 15 to 50 wt% fat wherein the fat has a solid fat content at 20 °C of between 10 and 90 wt%., based on the weight of the fat, • from 35 to 85 wt% of starch wherein the food composition comprises gas, and wherein the density of the composition is less than 1 kg/L at 20 °C. • from 15 to 50 wt% fat wherein the fat has a solid fat content at 20 °C of between 10 and 90 wt%., based on the weight of the fat, • from 35 to 85 wt% of starch
A method of producing a test body for diffusion tensor imaging, which comprises a plurality of channels in a structuring material, the channels preferably having a maximum cross-section of 625 μm 2, wherein a virtual model of the test body is created and the virtual model is fed to a structuring device which produces the test body by means of a 3D printing-based, in particular lithography-based, structuring process, the structuring process being designed as a multiphoton lithography process, in particular as a multiphoton absorption process, in which the structuring material containing a photosensitizer or photoinitiator is irradiated in a location-selective manner, wherein the radiation is successively focused on focal points lying within the structuring material, resulting in that in each case a volume element of the material located in the focal point is subjected to a change in state by means of a photochemical reaction as a result of multiphoton absorption and in that the plurality of channels is created in the structuring material.
A method for determining additional mechanical loads of a transmission power line conductor, wherein the two ends of the conductor are attached to the consoles of neighbouring transmission power line towers (1, 9) so as to define two attachment points T1 and T2, the method characterised in that it comprises the following steps: determining the initial geometry of a conductor catenary by measuring the catenary at different temperatures of the conductor and saving the results of geometry measurements in a database for a computer program, subsequently, for determining additional mechanical loads, measuring the temperature of the conductor with a measurement device attached to the conductor at a point T 4 and simultaneously measuring an inclination angle (α) of the conductor, determining, based on the measured temperature, a calculated inclination angle (α'), comparing the calculated inclination angle (α') to the measured inclination angle (α), determining additional mechanical loads based on the deviation between the calculated inclination angle (α') from the measured inclination angle (α).
A redox flow battery comprising: a cathode cell comprising a catholyte, and an anode cell comprising an anolyte, wherein the anolyte comprises an electrolyte solution comprising an aqueous solvent and an electrolyte which is a perylene diimide or a derivative thereof, wherein the electrolyte is soluble in the solvent. a cathode cell comprising a catholyte, and an anode cell comprising an anolyte, wherein the anolyte comprises an electrolyte solution comprising an aqueous solvent and an electrolyte which is a perylene diimide or a derivative thereof, wherein the electrolyte is soluble in the solvent.
Process for the preparation of crosslinkable vinyl ester copolymers by free-radical-initiated polymerization of a) one or more vinyl esters and b) one or more ethylenically unsaturated, epoxy-functional monomers, and subsequent polymer-analogous reaction of the resultant parent polymers with one or more ethylenically unsaturated acids g), so that at least one ethylenically unsaturated, polymerizable group is introduced per parent polymer, characterized in that the polymer-analogous reaction of the parent polymers with one or more ethylenically unsaturated acids g) takes place in the melt, and the molar masses Mn of the crosslinkable vinyl ester copolymers are ≥ 6500 g/mol. a) one or more vinyl esters and b) one or more ethylenically unsaturated, epoxy-functional monomers, and subsequent polymer-analogous reaction of the resultant parent polymers with one or more ethylenically unsaturated acids g), so that at least one ethylenically unsaturated, polymerizable group is introduced per parent polymer, characterized in that the polymer-analogous reaction of the parent polymers with one or more ethylenically unsaturated acids g) takes place in the melt, and the molar masses Mn of the crosslinkable vinyl ester copolymers are ≥ 6500 g/mol.
A device for stimulating the tracheobronchial air of a patient suffering from an obstructive ventilatory disorder and able to modify the rheology of his tracheobronchial mucus, which comprises: (i) a negative pressure generator; (ii) a physiological interface able to interface the device with the patient's respiratory apparatus; (iii) a connecting pipe connecting the physiological interface to the negative pressure generator; and (iv) a control circuit capable of controlling said negative pressure generator, generating a passive expiration by applying a succession of alternating negative pressure and venting impulses, with a determined frequency; characterized in that: (v) said control circuit defines a first parameter, named expiration cycle, corresponding to a period during which said negative pressure impulses are applied to the patient, and a second parameter, named duty cycle, corresponding to a ratio between the time during which negative pressure is applied to the patient and the total duration of an expiration cycle; (vi) said control circuit repeats a defined number of exhalation cycles, controlling said generator with a first frequency of the order of 10 to 15 Hz and a first duty cycle of 0.2 to 0.7 during a first part of said expiration cycles, then with a second frequency of the order of 4 to 7 Hz and a second duty cycle of 0.5 to 0.8, during a second part of the expiration cycles. (i) a negative pressure generator; (ii) a physiological interface able to interface the device with the patient's respiratory apparatus; (iii) a connecting pipe connecting the physiological interface to the negative pressure generator; and (iv) a control circuit capable of controlling said negative pressure generator, generating a passive expiration by applying a succession of alternating negative pressure and venting impulses, with a determined frequency; (v) said control circuit defines a first parameter, named expiration cycle, corresponding to a period during which said negative pressure impulses are applied to the patient, and a second parameter, named duty cycle, corresponding to a ratio between the time during which negative pressure is applied to the patient and the total duration of an expiration cycle; (vi) said control circuit repeats a defined number of exhalation cycles, controlling said generator with a first frequency of the order of 10 to 15 Hz and a first duty cycle of 0.2 to 0.7 during a first part of said expiration cycles, then with a second frequency of the order of 4 to 7 Hz and a second duty cycle of 0.5 to 0.8, during a second part of the expiration cycles.
An image forming method for forming an image on fabric, comprising: a treatment step of applying a treatment agent on fabric; an image printing step of printing an image on a treatment agent-applied area with an ink; and a heat-fixing step of heat-fixing the ink on the fabric, wherein the treatment agent used in the treatment step comprises at least one of the following component A and the following component B: Component A: a diallyldimethylammonium chloride-sulfur dioxide copolymer Component B: a mixture of an allylamine-diallylamine copolymer and sodium chloride. a treatment step of applying a treatment agent on fabric; an image printing step of printing an image on a treatment agent-applied area with an ink; and a heat-fixing step of heat-fixing the ink on the fabric, wherein the treatment agent used in the treatment step comprises at least one of the following component A and the following component B: Component A: a diallyldimethylammonium chloride-sulfur dioxide copolymer Component B: a mixture of an allylamine-diallylamine copolymer and sodium chloride. Component A: a diallyldimethylammonium chloride-sulfur dioxide copolymer Component B: a mixture of an allylamine-diallylamine copolymer and sodium chloride.
A moveable backrest (100, 200) intended for a use in combination with a wheeled mobility device securement system in a wheelchair accessible vehicle, the moveable backrest (100, 200) comprising: a contact member (170, 270), characterized in that the contact member (170, 270) is supported by a mechanism that permits the contact member (170,270) to move in a first direction but precludes the contact member (170, 270) from moving in an opposite direction, whereby the contact member (170,270) is capable of closely following a wheeled mobility device during a forward excursion and providing support for the back of an occupant during a subsequent rearward excursion rebound event.
Chassis for a utility vehicle, having at least one longitudinal member, which has an obliquely laterally outwardly extending subregion (1.1), and having a tank for accommodating fuel or reducing agent, wherein the tank has a side wall with an oblique side wall region (3.1), and the oblique side wall region (3.1) extends along the oblique subregion (1.1) of the longitudinal member, characterized in that the tank is arranged behind a front wheelarch and/or in front of a rear wheelarch and has a front wall and a rear wall, wherein the front wall, at least in sections, is curved and adapted to the shape of the front wheelarch and/or the rear wall, at least in sections, is curved and adapted to the shape of the rear wheelarch, wherein the tank extends laterally inwardly under the longitudinal member in the direction of the centre of the chassis.
Pneumatic vehicle tyre having a thread having a cap and base construction, wherein the tread base is based on a sulfur-vulcanized rubber mixture free from aromatic process oils which contains - 50-95 phr (parts by weight based on 100 parts by weight of the total rubber composition) of cis-1,4-polyisoprene, - 5-50 phr of polybutadiene having a cis-1,4 proportion > 90 mol%, - up to a maximum of 5 phr of a further diene rubber, - 3-30 phr of at least one mineral oil plasticizer having a content of polycyclic aromatic compounds determined with the DMSO extract according to the IP 346 method of less than 3% by weight based on the total weight of the mineral oil plasticizer and - 30-100 phr of at least one carbon black having an iodine adsorption number of 100-180 g/kg and a DBP number of 100-150 cm 3 /100g. - 50-95 phr (parts by weight based on 100 parts by weight of the total rubber composition) of cis-1,4-polyisoprene, - 5-50 phr of polybutadiene having a cis-1,4 proportion > 90 mol%, - up to a maximum of 5 phr of a further diene rubber, - 3-30 phr of at least one mineral oil plasticizer having a content of polycyclic aromatic compounds determined with the DMSO extract according to the IP 346 method of less than 3% by weight based on the total weight of the mineral oil plasticizer and - 30-100 phr of at least one carbon black having an iodine adsorption number of 100-180 g/kg and a DBP number of 100-150 cm 3 /100g.
A clock generation circuit, comprising a first clock source, a second clock source, and a logic gate circuit, wherein the first clock source is coupled to the logic gate circuit and the second clock source is coupled to the logic gate circuit, the first clock source comprises a first oscillation circuit and a first direct current bias circuit, the first oscillation circuit is coupled to the first direct current bias circuit, and the first direct current bias circuit is coupled to the logic gate circuit, wherein the first oscillation circuit is configured to generate a first clock signal; the first direct current bias circuit is configured to: remove a direct current component from the first clock signal, and superimpose a first direct current voltage on the first clock signal obtained after the direct current component is removed, to generate a second clock signal, wherein a voltage value of the first direct current voltage is greater than a high-level decision threshold of the logic gate circuit, and the voltage value of the first direct current voltage is less than a difference between a low-level decision threshold of the logic gate circuit and a low-level voltage value of the first clock signal; the second clock source is configured to generate a third clock signal, wherein an absolute value of a difference between a frequency of the third clock signal and a frequency of the second clock signal is less than a first preset value; and the logic gate circuit is configured to: receive the second clock signal and the third clock signal, and perform an AND logical operation on the second clock signal and the third clock signal to generate a fourth clock signal.
Protective helmet comprising: • a crown comprising: ∘ a main part made from expanded polypropylene defining a through hole on the top part thereof, ∘ a shock absorbing part filling the through hole, • a shell fixed to the top part of the crown and covering the through hole, characterized in that the shock absorbing part is mechanically bonded to the main part and chemically bonded with the shell, so that the main part, the shock absorbing part and the shell are interdependent, and in that the shell is placed on the top part of the crown only. • a crown comprising: ∘ a main part made from expanded polypropylene defining a through hole on the top part thereof, ∘ a shock absorbing part filling the through hole, ∘ a main part made from expanded polypropylene defining a through hole on the top part thereof, ∘ a shock absorbing part filling the through hole, • a shell fixed to the top part of the crown and covering the through hole,
A heat exchange or drying device for an iron core, comprising a sprayer configured to introduce airflow, wherein the sprayer is provided with a plurality of spray holes, the sprayer comprises an annular spray pipe matching with an annular shape of the iron core, the annular spray pipe is provided at an axial end of the iron core, and the plurality of spray holes are provided in a circumferential direction of the annular spray pipe; and wherein windings are accommodated in slots of the iron core, the windings are wound at the axial end of the iron core to form winding end portions, characterized in that the annular spray pipe is inserted into a through hole formed by all the winding end portions at the axial end of the iron core. the sprayer comprises an annular spray pipe matching with an annular shape of the iron core, the annular spray pipe is provided at an axial end of the iron core, and the plurality of spray holes are provided in a circumferential direction of the annular spray pipe; and wherein windings are accommodated in slots of the iron core, the windings are wound at the axial end of the iron core to form winding end portions, characterized in that the annular spray pipe is inserted into a through hole formed by all the winding end portions at the axial end of the iron core.