mhurhangee/ep-ind-claims huggingface dataset:
A wheel assembly comprising: an attachment module having a plurality of coupling elements; a motor module and a battery module, characterized in that the motor and battery modules are each releasably coupled to one of the coupling elements; and the wheel assembly further comprises: a wheel rotatably coupled to the attachment module about a rotational axis of the wheel and extending around the attachment, motor, and battery modules (32, 34, 36); wherein the motor and battery modules (34, 36) are identically shaped in a direction along the rotational axis. an attachment module having a plurality of coupling elements; a motor module and a battery module, characterized in that the motor and battery modules are each releasably coupled to one of the coupling elements; and the wheel assembly further comprises: a wheel rotatably coupled to the attachment module about a rotational axis of the wheel and extending around the attachment, motor, and battery modules (32, 34, 36); wherein the motor and battery modules (34, 36) are identically shaped in a direction along the rotational axis. a wheel rotatably coupled to the attachment module about a rotational axis of the wheel and extending around the attachment, motor, and battery modules (32, 34, 36); wherein the motor and battery modules (34, 36) are identically shaped in a direction along the rotational axis.
A process for the production of semi-hard cheese or hard cheese, comprising or consisting of the following steps: (i) providing milk; (ii) coagulating the milk while adding starter cultures and/or rennet material; (iii) separating the coagulated milk of step (ii) into whey and curd; (iv) processing the whey obtained in step (iii) with fine curd particles contained therein into a stable suspension, wherein the curd particles have a diameter of less than 250 μm; and (v) further processing of the curd obtained in step (iii) into cheese, wherein (a) before separating the whey and curd, the process comprises a further step of subjecting milk to filtration and/or bactofugation, obtaining a bacterial concentrate and a treated milk; (b) sterilising the bacterial concentrate obtained in step (a), and re-adding the sterilised bacterial concentrate to the treated milk; and (c) adding the suspension produced in step (iv) to the bactofugate obtained in step (a). (i) providing milk; (ii) coagulating the milk while adding starter cultures and/or rennet material; (iii) separating the coagulated milk of step (ii) into whey and curd; (iv) processing the whey obtained in step (iii) with fine curd particles contained therein into a stable suspension, wherein the curd particles have a diameter of less than 250 μm; and (v) further processing of the curd obtained in step (iii) into cheese, wherein (a) before separating the whey and curd, the process comprises a further step of subjecting milk to filtration and/or bactofugation, obtaining a bacterial concentrate and a treated milk; (b) sterilising the bacterial concentrate obtained in step (a), and re-adding the sterilised bacterial concentrate to the treated milk; and (c) adding the suspension produced in step (iv) to the bactofugate obtained in step (a). (a) before separating the whey and curd, the process comprises a further step of subjecting milk to filtration and/or bactofugation, obtaining a bacterial concentrate and a treated milk; (b) sterilising the bacterial concentrate obtained in step (a), and re-adding the sterilised bacterial concentrate to the treated milk; and (c) adding the suspension produced in step (iv) to the bactofugate obtained in step (a).
Imaging apparatus having a tubular receptacle for receiving an object that is to be examined by the imaging apparatus, wherein the imaging apparatus has an air channel device which is configured to draw air from the tubular receptacle at an intake device of the air channel device, to guide the drawn-in air through an air filter device of the air channel device for the purpose of decontamination, and to output the decontaminated air into the tubular receptacle at an output device of the air channel device, characterised in that the air channel device is configured to guide a main airstream of the air along the tubular receptacle from the output device to the intake device, wherein the main airstream runs through the tubular receptacle towards a receptacle opening of the tubular receptacle. the imaging apparatus has an air channel device which is configured to draw air from the tubular receptacle at an intake device of the air channel device, to guide the drawn-in air through an air filter device of the air channel device for the purpose of decontamination, and to output the decontaminated air into the tubular receptacle at an output device of the air channel device, characterised in that the air channel device is configured to guide a main airstream of the air along the tubular receptacle from the output device to the intake device, wherein the main airstream runs through the tubular receptacle towards a receptacle opening of the tubular receptacle.
Endoventricular device for treating dilating cardiomyopathy by correcting the geometry of the left ventricular cavity without the removal of cardiac mass, wherein the endoventricular device (6; 7; 8) is resilient, comprises at least one element whose shape is substantially similar to that of the perimeter of the portion of endocardium to which it is applicable, and is designed so as to reduce one or more diameters, as well as the volume of the ventricle, by reducing its mitral annulus and/or equatorial circumference and/or apex; said element being equipped with means for attaching it to the internal wall of the ventricle and/or the mitral valve annulus, the endoventricular device (6; 7; 8) being characterised in that said element comprises a closed or open helicoidal spring.
Vehicle comprising a platform and at least one box (4, 5, 6) fixed to said platform, wherein said platform comprises at least one support zone intended to hold a box (4, 5, 6), said zone having two rails and fixing means positioned between said two rails, the two rails being parallel and each extending along a transverse axis Y of the vehicle, said at least one box (4, 5, 6) having a complementary fixing means and being positioned between the two rails such that the rails closely hug the box (4, 5, 6) and the complementary fixing means of said box (4, 5, 6) collaborates with the fixing means situated between the two rails in order to attach the box (4, 5, 6) to the platform, the vehicle being characterized in that the platform comprises at least two support zones intended to hold two boxes (4, 5, 6) and aligned along a longitudinal axis X of the vehicle, each zone comprising two rails such that the rails of said two zones are all parallel.
A flexible intravascular stent for use in a body lumen, comprising: a plurality of cylindrical rings aligned along a common longitudinal axis and interconnected to form the stent, each cylindrical ring having a first delivery diameter and a second implanted diameter, at least some of the cylindrical rings having a plurality of first peaks and second peaks, each of the peaks (260, 261) having a height, the second peaks being shorter than the first peaks; and at least one undulating link attaching each cylindrical ring to an adjacent cylindrical ring, the undulating links having a curved portion extending transverse to the stent longitudinal axis toward the second peak, the height of the second peak being sized so that as the stent is compressed to the first delivery diameter, the curved portion of the undulating link is longitudinally aligned with the second peak, characterised in that in order to prevent contact between the at least one undulating link and the second peak when the stent is compressed to the first delivery diameter the undulating link has an angled portion on one side at a peak of the curved portion such that the undulating link has two different bends as opposed to a rounded curved portion with symmetric bends. a plurality of cylindrical rings aligned along a common longitudinal axis and interconnected to form the stent, each cylindrical ring having a first delivery diameter and a second implanted diameter, at least some of the cylindrical rings having a plurality of first peaks and second peaks, each of the peaks (260, 261) having a height, the second peaks being shorter than the first peaks; and at least one undulating link attaching each cylindrical ring to an adjacent cylindrical ring, the undulating links having a curved portion extending transverse to the stent longitudinal axis toward the second peak, the height of the second peak being sized so that as the stent is compressed to the first delivery diameter, the curved portion of the undulating link is longitudinally aligned with the second peak, characterised in that in order to prevent contact between the at least one undulating link and the second peak when the stent is compressed to the first delivery diameter the undulating link has an angled portion on one side at a peak of the curved portion such that the undulating link has two different bends as opposed to a rounded curved portion with symmetric bends.
A medical system, comprising at least a first implantable device and a second implantable device, wherein each implantable device (10, 20) comprises a communication unit (11, 21) configured to transmit an ultrasonic signal to the communication unit (21, 11) of another implantable device (20, 10) of the medical system, wherein every cardiac cycle the first implantable device is configured to either apply a pacing pulse to the atrium or to sense an cardiac event, wherein the first implantable device is configured to transmit a broadcast message to at least the second implantable device in the form of an ultrasonic signal using the communication unit of the first implantable device after passing of a pre-defined time period after said cardiac event or pacing pulse, wherein said broadcast message indicates whether a cardiac event or a pacing pulse has occurred in the atrium, and wherein the respective implantable device (10, 20) is configured to start a timer when it receives a broadcast message indicating an occurrence of the cardiac event or the spacing pulse, wherein the timer of each implantable device (10, 20) is configured to let a time duration pass before ending with a timeout, wherein the respective time duration is a unique time duration that differs from the time durations of the other implantable device of the system.
Roller mill for comminuting granular material having a first mill roller and a second mill roller, which are arranged opposite each other and can be driven in opposite directions, wherein a milling gap is formed between the mill rollers (12, 14) and wherein at least one of the mill rollers (12, 14) has an edge element (18, 20) in an end region (22, 24, 26, 28) of the mill roller (12, 14), which is designed such that it extends over the milling gap and at least partially covers the end face of the opposing mill roller (12, 14), characterised in that a scraper element (42, 44) for at least partially removing material, which is stationary relative to the mill rollers, is arranged in the end region (22, 24, 26, 28) of the mill roller (12, 14) provided with an edge element (18, 20), wherein the roller mill has at least two scraper elements (42, 44), which are arranged in end regions of different roller ends of the mill roller (12, 14). a first mill roller and a second mill roller, which are arranged opposite each other and can be driven in opposite directions, wherein a milling gap is formed between the mill rollers (12, 14) and wherein at least one of the mill rollers (12, 14) has an edge element (18, 20) in an end region (22, 24, 26, 28) of the mill roller (12, 14), which is designed such that it extends over the milling gap and at least partially covers the end face of the opposing mill roller (12, 14), characterised in that a scraper element (42, 44) for at least partially removing material, which is stationary relative to the mill rollers, is arranged in the end region (22, 24, 26, 28) of the mill roller (12, 14) provided with an edge element (18, 20), wherein the roller mill has at least two scraper elements (42, 44), which are arranged in end regions of different roller ends of the mill roller (12, 14).
A method of illumination control for masking certain parts of a control area of a venue from certain characteristics of a dynamic lighting effect that is part of a light show or a stage effect, the method comprising: obtaining information of the dynamic lighting effect having at least one light variation characteristic comprising at least a light level intensity change, said information obtained for a target portion of a control area illuminated by said dynamic lighting effect, wherein said target portion of the control area is pre-established or determined by reference to audience data or in response to audience inputs; analysing said obtained information to identify one or more light variation characteristics comprising at least the light level intensity change, characterized by determining, based on the identified one or more light variation characteristics, a modifying lighting pattern, and controlling one or more luminaires to output the modifying lighting pattern selectively to only said target portion of the control area, such that said target portion of the control area is thus illuminated by a combination or superposition of the dynamic lighting effect and the modifying lighting effect, thereby reducing at least one of the identified one or more light variation characteristics, comprising at least a reduction in light level intensity change, rendered or perceived at said target portion of the control area, while leaving the identified one or more light variation characteristics of the dynamic lighting effect unaffected elsewhere. obtaining information of the dynamic lighting effect having at least one light variation characteristic comprising at least a light level intensity change, said information obtained for a target portion of a control area illuminated by said dynamic lighting effect, wherein said target portion of the control area is pre-established or determined by reference to audience data or in response to audience inputs; analysing said obtained information to identify one or more light variation characteristics comprising at least the light level intensity change, characterized by determining, based on the identified one or more light variation characteristics, a modifying lighting pattern, and controlling one or more luminaires to output the modifying lighting pattern selectively to only said target portion of the control area, such that said target portion of the control area is thus illuminated by a combination or superposition of the dynamic lighting effect and the modifying lighting effect, thereby reducing at least one of the identified one or more light variation characteristics, comprising at least a reduction in light level intensity change, rendered or perceived at said target portion of the control area, while leaving the identified one or more light variation characteristics of the dynamic lighting effect unaffected elsewhere.
Latent heat store having a container, having one or more phase change materials as sole or almost sole constituent part of the heat store medium, and having one or more electrically operable heating elements, wherein at least the respectively effective part of said heating element(s) is arranged in a space region, filled with the heat store medium, in the lower part of the container, and having one or more heat-conducting structures which are arranged in the container and which have a heat-conducting connection to the heat store medium, wherein at least the lower wall and lateral wall at least of the lower part of the container has a heat insulator, and wherein an air space region without heat store medium is situated in the upper part of the container, which air space region exists both in the solid and in the liquid state of aggregation of the at least one phase change material, and into which air space region, from the lower part of the container, at least one of the heat-conducting structures for heat conduction projects upward by more than 2 centimetres, and, in the upper and/or a lateral delimitation of the upper part of the container, there are situated at least one open or re-closably openable region for the entry of air into the air space region in the upper part of the container and at least one open or re-closably openable region for the exit of air out of the air space region, characterized in that at least one of the heat-conducting structures has a heat-conducting connection to at least one of the heating elements.
A turbofan engine, comprising: a high spool including a high pressure compressor coupled to a high pressure turbine through a high spool shaft; a low spool including a low pressure compressor coupled to a low pressure turbine through a low spool shaft; a first generator coupled to the high spool shaft; a first clutch operable to selectively decouple the first generator from the high spool when in a first engine operating condition; a second generator coupled to the low spool shaft, the second generator generating electric power in a first engine operating condition and the first generator generating power in a second engine operating condition, a second clutch operable to selectively decouple the second generator from the low spool when in the second engine operating condition; a controller that directs operation of the first generator, the first clutch, the second generator, and the second clutch, wherein in the second operating condition, the controller operates the second clutch and the first generator to generate electric power within a rotational speed range corresponding to non-idle operation of the high spool and in the first engine operating condition where the first clutch decouples the first generator from the high spool, the second generator is operated within a rotational speed range to generate electric power within a rotation speed range corresponding with idle operation of the low spool. a high spool including a high pressure compressor coupled to a high pressure turbine through a high spool shaft; a low spool including a low pressure compressor coupled to a low pressure turbine through a low spool shaft; a first generator coupled to the high spool shaft; a first clutch operable to selectively decouple the first generator from the high spool when in a first engine operating condition; a second generator coupled to the low spool shaft, the second generator generating electric power in a first engine operating condition and the first generator generating power in a second engine operating condition, a second clutch operable to selectively decouple the second generator from the low spool when in the second engine operating condition; a controller that directs operation of the first generator, the first clutch, the second generator, and the second clutch, wherein in the second operating condition, the controller operates the second clutch and the first generator to generate electric power within a rotational speed range corresponding to non-idle operation of the high spool and in the first engine operating condition where the first clutch decouples the first generator from the high spool, the second generator is operated within a rotational speed range to generate electric power within a rotation speed range corresponding with idle operation of the low spool.
A method for detecting surface cracks using differential surface scanning, comprising the following steps: - Determining at least a first distance signal between a detector device and a scanned surface, at least at a first measuring point; - Determining at least a second distance signal between the detector device and the scanned surface, at least at a second measuring point; - Determining at least one location dependent comparison value between the first distance signal and the second distance signal as a function of location coordinates of the first and/or second measuring point, wherein a discontinuity and/or a singularity of the location dependent comparison value is determined for crack detection, characterized in that a set of location independent comparison values is being generated, wherein a differential surface profile is generated from the set of the location dependent comparison values, and discontinuities and/or singularities are determined in the differential surface profile, wherein a position and shape of local maxima and minima and a sequence between local maxima and minima is determined and used in a portion of the respectively determined discontinuity and/or singularity within the differential surface profile to differentiate a crack from other surface inhomogeneities, in particular a burr or a groove - Determining at least a first distance signal between a detector device and a scanned surface, at least at a first measuring point; - Determining at least a second distance signal between the detector device and the scanned surface, at least at a second measuring point; - Determining at least one location dependent comparison value between the first distance signal and the second distance signal as a function of location coordinates of the first and/or second measuring point, wherein a discontinuity and/or a singularity of the location dependent comparison value is determined for crack detection,
A gearbox assembly which includes a gearbox, and a gearbox isolator device which comprises: a breather bladder positioned within a breather canister and fluidly connected to the gearbox and adapted to store and return gas from the gearbox, a reservoir assembly fluidly connected to the gearbox comprising a desiccant filter positioned in a reservoir gas canister, the reservoir gas canister including vacuum check valve, the reservoir assembly adapted to provide make-up air to the gearbox filtered by the desiccant filter from atmosphere, and a pressure check valve fluidly connected to the gearbox and adapted to allow gas from the gearbox to vent to atmosphere when the breather bladder cannot take in additional air, characterised in that the assembly includes a four way connector tee which defines (a) a first connection passage which is connected to the bladder within the breather canister, (b) a second connection passage which is connected to the filter within the reservoir canister, (c) a third connection passage which is connected to the pressure check valve, and (d) a fourth connection passage which is connected to the gearbox. a breather bladder positioned within a breather canister and fluidly connected to the gearbox and adapted to store and return gas from the gearbox, a reservoir assembly fluidly connected to the gearbox comprising a desiccant filter positioned in a reservoir gas canister, the reservoir gas canister including vacuum check valve, the reservoir assembly adapted to provide make-up air to the gearbox filtered by the desiccant filter from atmosphere, and a pressure check valve fluidly connected to the gearbox and adapted to allow gas from the gearbox to vent to atmosphere when the breather bladder cannot take in additional air, characterised in that the assembly includes a four way connector tee which defines (a) a first connection passage which is connected to the bladder within the breather canister, (b) a second connection passage which is connected to the filter within the reservoir canister, (c) a third connection passage which is connected to the pressure check valve, and (d) a fourth connection passage which is connected to the gearbox.