mhurhangee/ep-ind-claims huggingface dataset:
An acoustic drum kit, comprising a bass drum, a snare drum and a hi-hat stand, characterized in that the snare drum has a globally parallelepiped outer shape, in that the hi-hat stand includes a base having a globally parallelepiped outer shape, in that the bass drum includes two parts (11, 12) that are movable with respect to one another between: - a spaced-apart position, in which the two parts of the bass drum jointly give the bass drum a globally parallelepiped outer shape and jointly define between them a bass drum resonance volume that is substantially parallelepiped, and in which the snare drum is removably fastened to the base drum and to the base of the hi-hat stand such that the acoustic drum kit is in a playing configuration, and - a compact position, in which the two parts of the bass drum jointly give the bass drum a globally parallelepiped outer shape and jointly define between them a housing volume which is substantially parallelepiped, which is smaller than the bass drum resonance volume and which is occupied by the hi-hat stand and the snare drum that is housed inside the base of the hi-hat stand, such that the acoustic drum kit is in a storage and transport configuration, in that the bass drum and the snare drum are provided with first fastening means (114, 27) suitable for removably fastening the snare drum on the bass drum in the playing configuration of the acoustic drum kit, and in that the base of the hi-hat stand and the snare drum are provided with second fastening means (36, 28), which are separate from the first fastening means (114, 27) and which are suitable for removably fastening the snare drum on the base of the hi-hat stand in the playing configuration of the acoustic drum kit. - a spaced-apart position, in which the two parts of the bass drum jointly give the bass drum a globally parallelepiped outer shape and jointly define between them a bass drum resonance volume that is substantially parallelepiped, and in which the snare drum is removably fastened to the base drum and to the base of the hi-hat stand such that the acoustic drum kit is in a playing configuration, and - a compact position, in which the two parts of the bass drum jointly give the bass drum a globally parallelepiped outer shape and jointly define between them a housing volume which is substantially parallelepiped, which is smaller than the bass drum resonance volume and which is occupied by the hi-hat stand and the snare drum that is housed inside the base of the hi-hat stand, such that the acoustic drum kit is in a storage and transport configuration,
An optical fiber unit (1, 1A to 1F), comprising: an assembly in which a plurality of optical fiber ribbons in which a plurality of optical fibers (11, 11A to 11F) are disposed in parallel are assembled; and a coating for covering the periphery of the assembly in a state of having a space inside, wherein the Young's modulus of the coating is 400 MPa or less, characterised in that the coating is interrupted at a part in a circumferential direction of the optical fiber unit (1, 1A to 1F), and an opening part is formed, and in that a size of the opening part is smaller than half of a size of the optical fiber unit (1, 1A to 1F) in the circumferential direction, wherein more than half in the circumferential direction of the optical fiber unit (1, 1A to 1F) is covered with the coating. an assembly in which a plurality of optical fiber ribbons in which a plurality of optical fibers (11, 11A to 11F) are disposed in parallel are assembled; and a coating for covering the periphery of the assembly in a state of having a space inside, wherein the Young's modulus of the coating is 400 MPa or less, characterised in that the coating is interrupted at a part in a circumferential direction of the optical fiber unit (1, 1A to 1F), and an opening part is formed, and in that a size of the opening part is smaller than half of a size of the optical fiber unit (1, 1A to 1F) in the circumferential direction, wherein more than half in the circumferential direction of the optical fiber unit (1, 1A to 1F) is covered with the coating.
A cylindrical battery, comprising: a battery case having a cylindrical shape; an electrode group disposed in the battery case, the electrode group comprising a positive electrode, a negative electrode, and a separator, the electrode group having a pair of flat outer side surfaces (3a to 3d; 31a to 31d; 32a, 32b) opposed to each other; a spacer (6, 61, 62) disposed between an inner peripheral surface of the battery case and each of the flat outer side surfaces (3a to 3d; 31a to 31d; 32a, 32b) of the electrode group, characterized in that the cylindrical battery is an alkaline storage battery, and the spacer (6, 61, 62) has a space defined to be communicated from a top to a bottom. a battery case having a cylindrical shape; an electrode group disposed in the battery case, the electrode group comprising a positive electrode, a negative electrode, and a separator, the electrode group having a pair of flat outer side surfaces (3a to 3d; 31a to 31d; 32a, 32b) opposed to each other; a spacer (6, 61, 62) disposed between an inner peripheral surface of the battery case and each of the flat outer side surfaces (3a to 3d; 31a to 31d; 32a, 32b) of the electrode group, characterized in that the cylindrical battery is an alkaline storage battery, and the spacer (6, 61, 62) has a space defined to be communicated from a top to a bottom.
A solid catalyst component for use in olefinic polymerization, comprising: a titanium, compound, a magnesium compound, halogen and an internal electron donor compound, wherein the internal electron donor compound comprises a compound represented by a general formula: wherein R 1 and R 2 are independently hydrogen, C 1 - C 20 linear or branched alkyl, C 3 -C 20 cycloalkyl, phenyl, C 7 - C 20 arylalkyl, or C 7 - C 20 alkylaryl groups; and R 3 - R 7 are independently hydrogen, or C 1 - C 4 linear or branched alkyl groups, and wherein the solid catalyst component is obtained by a method comprising - dissolving the magnesium compound in a solvent mixture comprising the internal donor, an organic epoxy compound and an organic phosphorous compound to form a homogenous solution and carrying out solid precipitation with the titanium compound to form a solid catalyst component. wherein the internal electron donor compound comprises a compound represented by a general formula: wherein R 1 and R 2 are independently hydrogen, C 1 - C 20 linear or branched alkyl, C 3 -C 20 cycloalkyl, phenyl, C 7 - C 20 arylalkyl, or C 7 - C 20 alkylaryl groups; and R 3 - R 7 are independently hydrogen, or C 1 - C 4 linear or branched alkyl groups, and wherein the solid catalyst component is obtained by a method comprising - dissolving the magnesium compound in a solvent mixture comprising the internal donor, an organic epoxy compound and an organic phosphorous compound to form a homogenous solution and carrying out solid precipitation with the titanium compound to form a solid catalyst component. - dissolving the magnesium compound in a solvent mixture comprising the internal donor, an organic epoxy compound and an organic phosphorous compound to form a homogenous solution and carrying out solid precipitation with the titanium compound to form a solid catalyst component.
Method for operating a vehicle, wherein, when the adaptive cruise control is activated, the method involves switching to an accelerator pedal-controlled distance controller in response to an acceleration request of a driver of the vehicle indicated by an override of an accelerator pedal of the vehicle, wherein the adaptive cruise control controls a power setpoint value for a drive of the vehicle as a function of a current speed of the vehicle and as a function of a current distance to a vehicle ahead in such a way that the distance remains within a distance tolerance range if the distance substantially corresponds to a speed-dependent setpoint distance, wherein the distance controller converts the acceleration request into the power setpoint value as a function of the current distance, wherein a change in the power setpoint value becomes smaller, the closer the current distance is to a distance target value, wherein the distance target value is less than the setpoint distance, characterized in that, in response to an end of the acceleration request, the method involves switching from the accelerator pedal-controlled distance controller back to the use of the adaptive cruise control, so that the vehicle travels again with the setpoint distance to the third-party vehicle as soon as the driver takes their foot off the accelerator pedal. wherein the adaptive cruise control controls a power setpoint value for a drive of the vehicle as a function of a current speed of the vehicle and as a function of a current distance to a vehicle ahead in such a way that the distance remains within a distance tolerance range if the distance substantially corresponds to a speed-dependent setpoint distance, wherein the distance controller converts the acceleration request into the power setpoint value as a function of the current distance, wherein a change in the power setpoint value becomes smaller, the closer the current distance is to a distance target value, wherein the distance target value is less than the setpoint distance, characterized in that, in response to an end of the acceleration request, the method involves switching from the accelerator pedal-controlled distance controller back to the use of the adaptive cruise control, so that the vehicle travels again with the setpoint distance to the third-party vehicle as soon as the driver takes their foot off the accelerator pedal.
A device for real-time evaluation of duodenal ablation, the device comprising a catheter comprising: an expandable member configured to stretch the duodenal wall and to generate a fixed distance between a center of the catheter and the duodenal wall; a laser transmitting element coupled with the catheter body and configured to transmit a first laser beam and a second laser beam; wherein the first laser beam has a first wavelength and a first spot diameter and is configured to cause ablative damage in a region of the duodenal wall as a result of its impingement thereon, and wherein the second laser beam has a second wavelength and a second spot diameter and is configured to detect modifications in the region of the duodenal wall resulting from the impingement of the first laser beam thereon; and a deflective optical element functionally coupled with the laser emitting element and configured to direct the laser beam to a region on and/or beneath the duodenal wall; characterised in that: the second spot diameter is larger than the first spot diameter, thereby enabling evaluation of ablative damage caused to tissue directly and indirectly affected by the first laser beam. an expandable member configured to stretch the duodenal wall and to generate a fixed distance between a center of the catheter and the duodenal wall; a laser transmitting element coupled with the catheter body and configured to transmit a first laser beam and a second laser beam; wherein the first laser beam has a first wavelength and a first spot diameter and is configured to cause ablative damage in a region of the duodenal wall as a result of its impingement thereon, and wherein the second laser beam has a second wavelength and a second spot diameter and is configured to detect modifications in the region of the duodenal wall resulting from the impingement of the first laser beam thereon; and a deflective optical element functionally coupled with the laser emitting element and configured to direct the laser beam to a region on and/or beneath the duodenal wall; characterised in that: the second spot diameter is larger than the first spot diameter, thereby enabling evaluation of ablative damage caused to tissue directly and indirectly affected by the first laser beam.
Use of a hose with - a support layer containing a polyurethane and - a reinforcing layer surrounding the support layer, - wherein the support layer is welded internally to a polyamide-containing diffusion barrier layer, - wherein the support layer has a Shore A hardness of 70 to 80 and a layer thickness S T of 1 to 3 mm, for transporting a fluid in the form of a coolant in plant and equipment construction. - a support layer containing a polyurethane and - a reinforcing layer surrounding the support layer, - wherein the support layer is welded internally to a polyamide-containing diffusion barrier layer, - wherein the support layer has a Shore A hardness of 70 to 80 and a layer thickness S T of 1 to 3 mm,
A positive electrode active material for a nonaqueous electrolyte secondary battery, comprising particles of a lithium-transition metal composite oxide that contains nickel in the composition thereof and has a layered structure, the particles having an average particle size D SEM based on electron microscopic observation in a range of 1 μm to 7 μm, wherein a ratio D 50 /D SEM of a 50% particle size D 50 in volume-based cumulative particle size distribution to the average particle size based on electron microscopic observation is in a range of 1 to 4, and a ratio D 90 /D 10 of a 90% particle size D 90 to a 10% particle size D 10 in volume-based cumulative particle size distribution is 4 or less; and wherein the D SEM is to be determined as follows: observing an image at a magnification of 1,000 to 10,000 using a scanning electron microscope, selecting 100 particles having recognizable outlines, calculating the equivalent spherical diameters of the selected particles using an image processing software, and determining the arithmetic average of the obtained equivalent spherical diameters as D SEM.
A digital device provided with a multitask operating system for executing by program executing means as one execution unit a first task including application functions and system library functions and a second task to abort the first task, wherein the device further comprises: task state setting means arranged to set that the first task now exists in an abort disabled section when a function currently executed in the first task issues an abort disable instruction; task attribute information storage means arranged to store attribute information indicating that a function currently executed in the first task, whenever the function is changed, is a system library function or an application function predetermined by the operating system; task execution determination means for determining whether or not the first task exists in the abort disabled section when the first task has received an abort instruction issued from the second task; current function execution determination means for determining, based on the task attribute information storage means, the attribute information of the function currently executed in the first task, when it is determined that the state of the first task exists in the abort disabled section; wherein the program executing means is arranged to abort the first task when the attribute information of the first task is the application function, and to continue the first task when the attribute information of the first task is the system library function. task state setting means arranged to set that the first task now exists in an abort disabled section when a function currently executed in the first task issues an abort disable instruction; task attribute information storage means arranged to store attribute information indicating that a function currently executed in the first task, whenever the function is changed, is a system library function or an application function predetermined by the operating system; task execution determination means for determining whether or not the first task exists in the abort disabled section when the first task has received an abort instruction issued from the second task; current function execution determination means for determining, based on the task attribute information storage means, the attribute information of the function currently executed in the first task, when it is determined that the state of the first task exists in the abort disabled section; wherein the program executing means is arranged to abort the first task when the attribute information of the first task is the application function, and to continue the first task when the attribute information of the first task is the system library function.
A sun visor assembly comprising a sun visor that is configured to rotate about a rod between a stowage position and a usage position wherein, for biasing the sun visor into the stowage position, the sun visor assembly comprises a spring cage characterized in that the sun visor assembly comprises a spring cage disposed about at least a portion of a carriage having a rod contact surface and coil springs acting as rod biasing members, said coil springs being configured to urge the spring cage against the rod such that a contact surface of the spring cage and the rod contact surface of the carriage are driven against the rod thereby compressing the rod, wherein the contact surface of the spring cage is substantially flat and configured to interact with a substantially flat surface of the rod, wherein, for transition the sun visor to the usage position, a force is applicable to the sun visor sufficient to cause the rod to drive the spring cage in an upward direction relative to the carriage along a vertical axis against the force of the coil springs, thereby facilitating rotation of the sun visor about the rod.
A robotic catheter system cassette comprising: a cassette configured to be mounted to a base, the cassette including: a housing; a rotational drive assembly coupled to the housing and configured to impart rotational movement to a guide wire; and a release structure (554, 556, 558) permitting the rotational drive assembly to be decoupled and removed from the housing without removing the guide wire from a patient, wherein the rotational drive assembly is removable over the proximal end of the guide wire following decoupling from the housing. a housing; a rotational drive assembly coupled to the housing and configured to impart rotational movement to a guide wire; and a release structure (554, 556, 558) permitting the rotational drive assembly to be decoupled and removed from the housing without removing the guide wire from a patient, wherein the rotational drive assembly is removable over the proximal end of the guide wire following decoupling from the housing.
A protective garment comprising a hood comprising an outer protective apparel fabric, the hood adapted to be worn on a user's head, the hood having an inside surface and an outside surface, and including a face side, a back side, and a neck portion extending around the user's neck forming an opening for the neck; the face side provided with hood portions for covering the front side of the head and defining an opening for the face; the back side provided with hood portions for covering the back side of the head and comprising a hood crown portion and first and second side hood portions, the first and second side hood portions meeting along the centerline plane of the hood; the back side further having a first resilient strap secured to the inside of the back side of the hood while under tension, extending from the first side portion to the second side portion, the first resilient strap positioned generally perpendicular to, and centered on, the centerline plane of the hood, the first resilient strap extending horizontally on each side portion no further than a vertical plane positioned halfway between the hood front and a vertical plane drawn through the center point of the hood, adapting the hood to the curved occipital bone at the back and lower part of the cranium to keep the hood positioned upright on the head. the face side provided with hood portions for covering the front side of the head and defining an opening for the face; the back side provided with hood portions for covering the back side of the head and comprising a hood crown portion and first and second side hood portions, the first and second side hood portions meeting along the centerline plane of the hood; the back side further having a first resilient strap secured to the inside of the back side of the hood while under tension, extending from the first side portion to the second side portion, the first resilient strap positioned generally perpendicular to, and centered on, the centerline plane of the hood, the first resilient strap extending horizontally on each side portion no further than a vertical plane positioned halfway between the hood front and a vertical plane drawn through the center point of the hood, adapting the hood to the curved occipital bone at the back and lower part of the cranium to keep the hood positioned upright on the head.
Device for measuring and/or detecting a contaminant product in a gas, in particular air quality measuring station, said measuring device comprising at least one sensor for measuring and/or detecting said contaminant product, said device further comprising means for draining a capsule containing a gaseous calibration mixture, said draining means being configured to put said sensor in the presence of said gaseous mixture, said device being configured to calibrate said sensor, said draining means comprising a housing intended to hold said capsule, said draining means further comprising a draining duct, said housing being configured to position said capsule in relation to said draining duct, so that it is located opposite a chosen zone of the capsule, being characterised in that said draining duct comprises at the level of its distal end, an electrical connector in the form of a hook, configured to pierce said capsule, and configured to be stowed inside the capsule.
A method for controlling access to resources in a social graph associated with a first user, comprising: receiving information for configuring a query in response to a service being invoked, wherein the service is configured to use the query to request access to resources of said social graph, wherein a subset of the resources is associated with a node in a portion of the social graph; attaching the query to the node (205, 210, 220), so that the query operates on the subset of the resources of the social graph associated with the node, and applying the query wherein the query returns information indicating whether a request to access the subset of the resources is granted or denied depending on a current state of the social graph. receiving information for configuring a query in response to a service being invoked, wherein the service is configured to use the query to request access to resources of said social graph, wherein a subset of the resources is associated with a node in a portion of the social graph; attaching the query to the node (205, 210, 220), so that the query operates on the subset of the resources of the social graph associated with the node, and applying the query wherein the query returns information indicating whether a request to access the subset of the resources is granted or denied depending on a current state of the social graph.