mhurhangee/ep-ind-claims huggingface dataset:
A stackable container (1, 200, 401), in particular a container (1, 200, 401) for liquids that tapers from an open side (3, 203, 403) towards the bottom (5, 205, 405) opposite the open side (3, 203, 403), wherein the container (1, 200, 401) includes a first bulge (9, 209, 409) as well as at least one additional second bulge (11, 211, 411) on a lateral side (7, 207) with respect to the opening (3, 203, 403) of the container (1, 200, 401), wherein the first bulge (9, 209, 409) and the at least second bulge (11, 211, 411) are formed towards the inside of the container, and wherein in particular the first bulge and the at least one second bulge are arranged such that when stacking with a second container (1', 200', 401') according to the invention the second container (1', 200', 401') according to the invention comes in contact with a surface (9a, 409a) of the first bulge (9, 209, 409) facing the open side (3, 203, 403) and a surface (11a, 411a) of the at least second bulge (11, 211, 411) of the first container (1, 200, 401) according to the invention facing the open side (3, 203, 403), characterized in that the first bulge (11, 211, 411) includes a first interface (11, 211, 411) for attaching an outlet fitting. wherein the container (1, 200, 401) includes a first bulge (9, 209, 409) as well as at least one additional second bulge (11, 211, 411) on a lateral side (7, 207) with respect to the opening (3, 203, 403) of the container (1, 200, 401), wherein the first bulge (9, 209, 409) and the at least second bulge (11, 211, 411) are formed towards the inside of the container, and wherein in particular the first bulge and the at least one second bulge are arranged such that when stacking with a second container (1', 200', 401') according to the invention the second container (1', 200', 401') according to the invention comes in contact with a surface (9a, 409a) of the first bulge (9, 209, 409) facing the open side (3, 203, 403) and a surface (11a, 411a) of the at least second bulge (11, 211, 411) of the first container (1, 200, 401) according to the invention facing the open side (3, 203, 403), characterized in that the first bulge (11, 211, 411) includes a first interface (11, 211, 411) for attaching an outlet fitting.
A method for forming a drive axle shaft, comprising: inserting a tubular blank in a first die including an outlet end having a die orifice; extruding the tubular blank through the die orifice to form an elongate tubular body with a longitudinal axis; selectively heating a first longitudinal end portion of the tubular body; inserting the tubular body into a bore of a support apparatus such that the first longitudinal end portion of the tubular body projects outwardly from the bore and the body is substantially supported by the support apparatus, the support apparatus defining a second die at one end surrounding the bore; providing a third die comprising a mandrel configured to be received within the tubular body; and forming a wheel flange including a wheel mount configured to receive and support a vehicle wheel by moving at least one of the support apparatus and the third die toward the other of the support apparatus and the third die to sandwich the first longitudinal end portion of the tubular body between the second and third dies; wherein selectively heating the first longitudinal end portion of the tubular body occurs prior to forming the wheel flange to allow forming thereof. inserting a tubular blank in a first die including an outlet end having a die orifice; extruding the tubular blank through the die orifice to form an elongate tubular body with a longitudinal axis; selectively heating a first longitudinal end portion of the tubular body; inserting the tubular body into a bore of a support apparatus such that the first longitudinal end portion of the tubular body projects outwardly from the bore and the body is substantially supported by the support apparatus, the support apparatus defining a second die at one end surrounding the bore; providing a third die comprising a mandrel configured to be received within the tubular body; and forming a wheel flange including a wheel mount configured to receive and support a vehicle wheel by moving at least one of the support apparatus and the third die toward the other of the support apparatus and the third die to sandwich the first longitudinal end portion of the tubular body between the second and third dies; wherein selectively heating the first longitudinal end portion of the tubular body occurs prior to forming the wheel flange to allow forming thereof.
Method for applying a shrink film sleeve to a container, with the following steps: a) perforating the shrink film sleeve at predetermined intervals by means of a perforation device, b) unfolding the perforated shrink film sleeve by means of an unfolding device, in particular an unfolding mandrel, c) transporting the unfolded shrink film sleeve along the unfolding device with a pair of conveyor rollers (4a, b), d) tearing off the shrink film sleeve at the perforation with a downstream pair of dispensing rollers (5a, b) whose transportation speed (V Abreiß) is at least temporarily greater than the transportation speed (V Förder) of the pair of conveyor rollers (4a, b), and e) launching the detached shrink film sleeve onto the container, wherein prior to step b), the perforated shrink film sleeve is supplied to a buffer device, characterised in that the shrink-film sleeve is launched by the pair of dispensing rollers (5a, b), and that the buffer device is arranged downstream of the perforation device. a) perforating the shrink film sleeve at predetermined intervals by means of a perforation device, b) unfolding the perforated shrink film sleeve by means of an unfolding device, in particular an unfolding mandrel, c) transporting the unfolded shrink film sleeve along the unfolding device with a pair of conveyor rollers (4a, b), d) tearing off the shrink film sleeve at the perforation with a downstream pair of dispensing rollers (5a, b) whose transportation speed (V Abreiß) is at least temporarily greater than the transportation speed (V Förder) of the pair of conveyor rollers (4a, b), and e) launching the detached shrink film sleeve onto the container,
Arrangement for reducing exhaust gas emissions of an internal combustion piston engine comprising a first gas treatment section arranged in a first enclosure comprising a gas inlet and a gas outlet, and a second gas treatment section arranged in a second enclosure comprising a gas inlet and a gas outlet, in which the first enclosure is enclosed by the second enclosure and that the gas inlet and the gas outlet of the first enclosure open outside the second enclosure, characterized in that first gas treatment section comprises an oxidation catalyst and a second gas treatment section comprises a SCR unit.
A method for controlling a caching mechanism based on single-power, wherein the caching mechanism based on single-power comprising a drive roll, a driving motor, a driven roll (4, 8) and a tape, and the drive roll and the driven roll (4, 8) being connected with each other through the tape, characterized in that the drive roll is disposed on the driving motor, wherein the method comprises: detecting the moment of inertia I 1 of the drive roll, the radius R of the drive roll, the radius r of the driven roll (4, 8) and the moment of inertia I 2 of the driven roll (4, 8) when the driving motor is needed to be stopped; controlling a brake torque M 1 of the driving motor to be M 1 ≤I 1 ×r×M 2 /(I 2 ×R), wherein M 2 is the torque moment of the driven roll (4, 8). detecting the moment of inertia I 1 of the drive roll, the radius R of the drive roll, the radius r of the driven roll (4, 8) and the moment of inertia I 2 of the driven roll (4, 8) when the driving motor is needed to be stopped; controlling a brake torque M 1 of the driving motor to be M 1 ≤I 1 ×r×M 2 /(I 2 ×R), wherein M 2 is the torque moment of the driven roll (4, 8).
A control system for controlling one or more torque generating devices (320, 340) on a heavy-duty vehicle, the system (300, 500) comprising a primary sensor system with a primary sensor control unit (220, 385) configured to interpret an output signal of the primary sensor system, wherein the primary sensor control unit (220, 385) is configured to determine a first load value associated with the heavy-duty vehicle, and one or more tyre sensor devices mounted on one or more tyres (120, 140, 160, 180) of the heavy-duty vehicle, and a tyre sensor control unit configured to interpret an output signal of the one or more tyre sensor devices, wherein the tyre sensor control unit (220, 385) is configured to determine a second load value associated with the heavy-duty vehicle, characterized in that the control system is arranged to base control of the heavy-duty vehicle on the second load value in case of malfunction in the primary sensor system and/or in the primary sensor control unit (220, 385), and on the first load value otherwise. a primary sensor system with a primary sensor control unit (220, 385) configured to interpret an output signal of the primary sensor system, wherein the primary sensor control unit (220, 385) is configured to determine a first load value associated with the heavy-duty vehicle, and one or more tyre sensor devices mounted on one or more tyres (120, 140, 160, 180) of the heavy-duty vehicle, and a tyre sensor control unit configured to interpret an output signal of the one or more tyre sensor devices, wherein the tyre sensor control unit (220, 385) is configured to determine a second load value associated with the heavy-duty vehicle, characterized in that the control system is arranged to base control of the heavy-duty vehicle on the second load value in case of malfunction in the primary sensor system and/or in the primary sensor control unit (220, 385), and on the first load value otherwise.
Method for restoring defective containers, filled with a solid-free liquid, by means of a container restoration agent which consists of an aqueous dispersion, the liquid phase of which is a water-glass solution, and the solid phase of which consists of fibre powder particles which are insoluble in the water-glass solution at temperatures of up to 50 °C, the composition having 95-98 wt.% water-glass solution and 2-5 wt.% fibre powder, characterised by the following method steps: a) the agent is added to the container liquid in an amount of between 0.4 to 4 litres per 1000 litres at a temperature of between 10 and 30 °C, b) the agent is continuously circulated in the container liquid over a period of between 1 and 5 days, c) the liquid loss of the container is monitored during this time period at regular intervals, d) if it is found that liquid is no longer being lost from the container, the circulation of the container liquid is stopped, and the excess fibre powder that is still present therein is filtered out of the container. a) the agent is added to the container liquid in an amount of between 0.4 to 4 litres per 1000 litres at a temperature of between 10 and 30 °C, b) the agent is continuously circulated in the container liquid over a period of between 1 and 5 days, c) the liquid loss of the container is monitored during this time period at regular intervals, d) if it is found that liquid is no longer being lost from the container, the circulation of the container liquid is stopped, and the excess fibre powder that is still present therein is filtered out of the container.
A carton containing a plurality of articles, the carton comprising: a plurality of panels (11, 13, 15, 23, 29) that extends at least partially around an interior of the carton, the plurality of panels (11, 13, 15, 23, 29) comprising a top panel, at least a portion of the top panel defining at least a portion of a top wall of the carton; an end flap (51, 53) foldably connected to at least one panel of the plurality of panels (11, 13, 15, 23, 29), the end flap (51, 53) at least partially closing an end (67, 69) of the carton; a handle comprising a handle panel extending in at least the top panel and a handle flap (141, 143) extending in at least the end flap (51, 53), wherein the handle panel comprises a central portion and an end portion (119, 121) foldably connected to the central portion, wherein the handle panel is mounted to the handle flap (141, 143), at least a portion of the end portion (119, 121) of the handle panel being in substantially face-to-face contact with at least a portion of the handle flap (141, 143) and the end portion (119, 121) of the handle panel is secured to an interior surface of the handle flap (141, 143), the handle flap (141, 143) is circumscribed by a remainder of the end flap (51, 53) and spaced apart from the top wall of the carton, and the handle further comprises article-receiving features (138, 139, 148, 149) extending in at least one of the end portion (119, 121) of the handle panel and the handle flap (141, 143), the article-receiving features (138, 139, 148, 149) being for receiving at least a portion of at least one article of the plurality of articles. a plurality of panels (11, 13, 15, 23, 29) that extends at least partially around an interior of the carton, the plurality of panels (11, 13, 15, 23, 29) comprising a top panel, at least a portion of the top panel defining at least a portion of a top wall of the carton; an end flap (51, 53) foldably connected to at least one panel of the plurality of panels (11, 13, 15, 23, 29), the end flap (51, 53) at least partially closing an end (67, 69) of the carton; a handle comprising a handle panel extending in at least the top panel and a handle flap (141, 143) extending in at least the end flap (51, 53), wherein the handle panel comprises a central portion and an end portion (119, 121) foldably connected to the central portion, wherein the handle panel is mounted to the handle flap (141, 143), at least a portion of the end portion (119, 121) of the handle panel being in substantially face-to-face contact with at least a portion of the handle flap (141, 143) and the end portion (119, 121) of the handle panel is secured to an interior surface of the handle flap (141, 143), the handle flap (141, 143) is circumscribed by a remainder of the end flap (51, 53) and spaced apart from the top wall of the carton, and the handle further comprises article-receiving features (138, 139, 148, 149) extending in at least one of the end portion (119, 121) of the handle panel and the handle flap (141, 143), the article-receiving features (138, 139, 148, 149) being for receiving at least a portion of at least one article of the plurality of articles.
An integrated circuit, comprising: a first input for receiving from a first microphone (M1, M1A, M1B) a first microphone signal containing speech; a sidetone circuit (30, 42) for generating a sidetone signal (st) from the first microphone signal, wherein the sidetone circuit (30, 42) has at least one adjustable coefficient for altering a relationship between the first microphone signal and the sidetone signal (st), wherein the adjustable coefficient of the sidetone circuit determines a frequency-dependent response (H ST) applied to the first microphone signal to generate the sidetone signal (st); an output for providing an output signal containing downlink audio (ds) and the sidetone signal (st) to a transducer (SPKR) for reproduction at an ear of a listener; a second input for receiving from a second microphone (M2, M2A, M2B) a second microphone signal indicative of an output of the transducer (SPKR) as delivered to the ear of the listener; and a calibration circuit for estimating a response of the second microphone signal to the sidetone signal (st) and adjusting the adjustable coefficient of the sidetone circuit (30, 42) in conformity with the estimated response. a first input for receiving from a first microphone (M1, M1A, M1B) a first microphone signal containing speech; a sidetone circuit (30, 42) for generating a sidetone signal (st) from the first microphone signal, wherein the sidetone circuit (30, 42) has at least one adjustable coefficient for altering a relationship between the first microphone signal and the sidetone signal (st), wherein the adjustable coefficient of the sidetone circuit determines a frequency-dependent response (H ST) applied to the first microphone signal to generate the sidetone signal (st); an output for providing an output signal containing downlink audio (ds) and the sidetone signal (st) to a transducer (SPKR) for reproduction at an ear of a listener; a second input for receiving from a second microphone (M2, M2A, M2B) a second microphone signal indicative of an output of the transducer (SPKR) as delivered to the ear of the listener; and a calibration circuit for estimating a response of the second microphone signal to the sidetone signal (st) and adjusting the adjustable coefficient of the sidetone circuit (30, 42) in conformity with the estimated response.
A laminated vehicle windshield (100 to 700) including one or more internal luminous signs, comprising: - a first curved glazing with a first main face called F1, which face is in particular intended to be exterior side of the vehicle, and an opposite second main face called F2, of thickness E1 of preferably at most 2.5 mm; - a second curved glazing with a third main face called F3 and an opposite fourth main face called F4, which face is in particular intended to be interior side of the vehicle, of thickness E'1 of preferably at most 2.2 mm, at least one of the first and second glazings being made of mineral glass said first and second glazings being connected together via the faces F2 and F3 by a lamination interlayer (3, 33, 34, 35) made of a thermoformable and thermoplastic polymeric material, said interlayer including a first bonding main face, face F2 side and a second bonding main face, face F3 side; - a first peripheral layer called the interior masking layer made of opaque material, which is between the second bonding face and the face F3 or that is on face F4, said interior masking layer being discontinuous and thus comprising one or more first discontinuities, the one or more first discontinuities form a first sign, made up of one or more symbols and/or letters; - a second peripheral layer called the exterior masking layer made of opaque material, between the first bonding face and the face F2, facing the interior masking layer and the one or more first discontinuities; and - a first radiation source for the first sign, characterized in that the first light source includes a first curved organic-light-emitting-diode device called an OLED device between the faces F2 and F3, able to emit a first emission in the visible spectrum, illuminating the first sign. - a first curved glazing with a first main face called F1, which face is in particular intended to be exterior side of the vehicle, and an opposite second main face called F2, of thickness E1 of preferably at most 2.5 mm; - a second curved glazing with a third main face called F3 and an opposite fourth main face called F4, which face is in particular intended to be interior side of the vehicle, of thickness E'1 of preferably at most 2.2 mm, at least one of the first and second glazings being made of mineral glass - a first peripheral layer called the interior masking layer made of opaque material, which is between the second bonding face and the face F3 or that is on face F4, said interior masking layer being discontinuous and thus comprising one or more first discontinuities, the one or more first discontinuities form a first sign, made up of one or more symbols and/or letters; - a second peripheral layer called the exterior masking layer made of opaque material, between the first bonding face and the face F2, facing the interior masking layer and the one or more first discontinuities; and - a first radiation source for the first sign,
A device for in vivo sampling of biological species, comprising: - a capture support in a nanoporous material, having a surface for the capture of said species, - a grasping rod, the sampling device being characterized in that the capture support is borne by a plate, and in that it further comprises a joint comprising a first member coupled with the grasping rod and a second member removably coupled with the plate bearing the capture support, so as to make it possible to replace said plate, so that the capture surface is selectively orientable relatively to the grasping rod, so as to adjust the orientation of the capture support relatively to the grasping rod. - a capture support in a nanoporous material, having a surface for the capture of said species, - a grasping rod,
Use of polyether-modified short-chain siloxanes of formula M a D b D' c Formula with M = R 1 3 SiO 1/2, D = R 1 2 SiO 2/2, D' = R 1 R 2 SiO 2/2, where a is 2, b is 0 to 0.5, c is 1 to 3, R 1 is independently hydrocarbyl having 1 to 8 carbon atoms, R 2 is independently a polyether radical of the formula -R 3 O[CH 2 CH 2 O] m [CH 2 CH(CH 3)O] n R 5 Formula where m = 2 to 30, n = 0 to 10, but with the provisos that: R 3 are independently divalent hydrocarbyl radicals having 2 to 8 carbon atoms, R 5 is independently a hydrocarbyl radical having 1 to 16 carbon atoms or hydrogen, and, if n is greater than 0, m/n = is 1 to 30 and for all values of n claimed, if c is greater than or equal to 1.2, c ∗ (m+n) = 12 to 50, in the root area for increasing agronomic yield, wherein the application is free from herbicides, fungicides, nematicides and insecticides. a is 2, b is 0 to 0.5, c is 1 to 3, R 1 is independently hydrocarbyl having 1 to 8 carbon atoms, R 2 is independently a polyether radical of the formula m = 2 to 30, n = 0 to 10, but with the provisos that: R 3 are independently divalent hydrocarbyl radicals having 2 to 8 carbon atoms, R 5 is independently a hydrocarbyl radical having 1 to 16 carbon atoms or hydrogen, and, if n is greater than 0, R 3 are independently divalent hydrocarbyl radicals having 2 to 8 carbon atoms, R 5 is independently a hydrocarbyl radical having 1 to 16 carbon atoms or hydrogen, and, if n is greater than 0, m/n = is 1 to 30 and for all values of n claimed, if c is greater than or equal to 1.2, c ∗ (m+n) = 12 to 50, in the root area for increasing agronomic yield, wherein the application is free from herbicides, fungicides, nematicides and insecticides.