mhurhangee/ep-ind-claims huggingface dataset:
An interventional medical system comprising: an implantable medical device and a delivery tool facilitating deployment of the implantable device, the device including an attachment structure and a fixation member, the fixation member being configured to engage tissue at an implant site and thereby fix the device at the implant site; and the tool comprising an outer tube and a core, the outer tube comprising a distal-most portion sized to receive the device therein, the core extending within the outer tube, and wherein the core comprises: a distal member located within the distal-most portion of the outer tube; and characterised by the distal member being configured to form a snap fit with the attachment structure of the device, the snap fit temporarily attaching the device to the tool; and wherein the snap fit of the distal member disengages to release the attached device, only when a tug force, applied to the core of the tool, is greater than or equal to a predetermined force, the predetermined force corresponding to a minimum adequate fixation force of the engaged fixation member fixing the device at the implant site. a distal member located within the distal-most portion of the outer tube; and characterised by the distal member being configured to form a snap fit with the attachment structure of the device, the snap fit temporarily attaching the device to the tool; and wherein the snap fit of the distal member disengages to release the attached device, only when a tug force, applied to the core of the tool, is greater than or equal to a predetermined force, the predetermined force corresponding to a minimum adequate fixation force of the engaged fixation member fixing the device at the implant site.
Domestic appliance cover plate having a support plate made of glass or glass ceramic with at least one at least partially transparent region for covering a display element and with a coating, wherein the coating comprises at least one semi-transparent metallic layer with a layer thickness between 10 nm and 50 nm and at least one further metallic layer (22a - 22c), which is separated from the semi-transparent metallic layer by a dielectric separation layer (32, 32a, 32b), characterised in that at least one of the metallic layers (22a - 22c) features a break in proximity to a region for covering a touch sensor for the electrical isolation of the region, wherein the region lies directly above the touch sensor and in its immediate vicinity.
A cutting blade for machines for slicing food products, in particular for high-speed slicers, comprising a base body; a cutting edge which is formed directly thereat and which defines a cutting plane; and at least one stiffening body connected to the base body, wherein at least one hollow space is formed between the base body and the stiffening body, characterized in that the hollow space is formed at least partly by a recess of the base body which is covered at least partly by the stiffening body.
A method of managing execution threads launched by processes being executed in a computer unit having at least one calculation core connected to a shared memory, the method being characterized in that it comprises the steps of: · using a zone of the shared memory that is accessible to all of the processes and execution threads for the purpose of managing calculation tokens; · when a thread associated with a task seeks to execute, causing the thread to verify whether a calculation token is available; · if a calculation token is available, causing the thread to allocate itself the calculation token by updating the shared memory, followed by the thread executing, and then by the thread releasing the calculation token at the end of its execution; · if no token is available, causing the thread for execution to go on standby until a calculation token is released by a thread that has terminated its execution; · when a calculation token is released by a thread, causing that thread to identify the next thread to which the token is to be transferred, and to transfer the token thereto, where appropriate; and · each execution thread has a priority index allocated thereto, and each thread having a task that is being executed is caused periodically to verify that a thread has not been put on standby that has a priority index higher than its own, and where appropriate, causing the thread that is executing to stop executing and release the corresponding calculation token. · using a zone of the shared memory that is accessible to all of the processes and execution threads for the purpose of managing calculation tokens; · when a thread associated with a task seeks to execute, causing the thread to verify whether a calculation token is available; · if a calculation token is available, causing the thread to allocate itself the calculation token by updating the shared memory, followed by the thread executing, and then by the thread releasing the calculation token at the end of its execution; · if no token is available, causing the thread for execution to go on standby until a calculation token is released by a thread that has terminated its execution; · when a calculation token is released by a thread, causing that thread to identify the next thread to which the token is to be transferred, and to transfer the token thereto, where appropriate; and · each execution thread has a priority index allocated thereto, and each thread having a task that is being executed is caused periodically to verify that a thread has not been put on standby that has a priority index higher than its own, and where appropriate, causing the thread that is executing to stop executing and release the corresponding calculation token.
A method for producing a non-woven textile, wherein said method comprises the following steps: i) applying a layer of a dispersion comprising dispersion medium and biobased first fibers on a support, wherein the biobased first fibers are fibers derived from a micro-organism cultured in a liquid culture medium, and wherein, prior to said applying, a plasticizer has been added to the dispersion; ii) depositing reinforcing second fibers on the layer of the dispersion, wherein the reinforcing second fibers are separate fibers which are not part of a fabric, and wherein the second fibers have an average length that is at least 10x longer than the average length of the first fibers; and iii) eliminating the dispersion medium to form the non-woven textile comprising a web of biobased first fibers. i) applying a layer of a dispersion comprising dispersion medium and biobased first fibers on a support, wherein the biobased first fibers are fibers derived from a micro-organism cultured in a liquid culture medium, and wherein, prior to said applying, a plasticizer has been added to the dispersion; ii) depositing reinforcing second fibers on the layer of the dispersion, wherein the reinforcing second fibers are separate fibers which are not part of a fabric, and wherein the second fibers have an average length that is at least 10x longer than the average length of the first fibers; and iii) eliminating the dispersion medium to form the non-woven textile comprising a web of biobased first fibers.
A system for instructing a device within a wellbore of a subterranean well, the system including: a drill string extending into the subterranean well from a terranean surface, the drill string having an actuator assembly; characterized in that the actuator assembly has: a first pipe member with a segment formed of a first material; a second pipe member coaxially aligned with the first pipe member; a plurality of bearings positioned between the first pipe member and the second pipe member, each of the plurality of bearings including a second material, where the first material is reactive to the second material, and where at least one of the plurality of bearings is a changeable bearing that includes a dissolvable material; and where the actuator assembly is operable to instruct an operation of the device by generating an instruction signal by rotating the first pipe member relative to the second pipe member and interpreting a pattern of a reaction of the segment as the plurality of bearings rotate past the segment. a drill string extending into the subterranean well from a terranean surface, the drill string having an actuator assembly; characterized in that the actuator assembly has: a first pipe member with a segment formed of a first material; a second pipe member coaxially aligned with the first pipe member; a plurality of bearings positioned between the first pipe member and the second pipe member, each of the plurality of bearings including a second material, where the first material is reactive to the second material, and where at least one of the plurality of bearings is a changeable bearing that includes a dissolvable material; and where a first pipe member with a segment formed of a first material; a second pipe member coaxially aligned with the first pipe member; a plurality of bearings positioned between the first pipe member and the second pipe member, each of the plurality of bearings including a second material, where the first material is reactive to the second material, and where at least one of the plurality of bearings is a changeable bearing that includes a dissolvable material; and where the actuator assembly is operable to instruct an operation of the device by generating an instruction signal by rotating the first pipe member relative to the second pipe member and interpreting a pattern of a reaction of the segment as the plurality of bearings rotate past the segment.
Protective plate, in particular for special protective vehicles, wherein the protective plate consists of bullet-resistant steel and has a spatial structuring, wherein the structuring consists of a regular arrangement, extending in the X and Y directions, of elevations on a front side of the protective plate and of depressions arranged between and adjoining these elevations, and wherein the protective plate is formed over the entire sheet thickness in the region of its structuring, characterized in that the elevations are designed in the manner of spherical segments and have a first radius, and in that the depressions are formed in the manner of spherical segments and have a second radius, wherein the first radius and the second radius merge tangentially into one another and the outwardly facing elevations form the larger radius and the depressions, which are formed by the radius, are rounded with a smaller radius on the second side facing the vehicle interior, and wherein the depth (t) of the elevations and/or of the depressions correspond to 0.5 to 1.5 times the sheet thickness of the protective plate.
Coffee machine with a brew zone, a ground coffee storage tank arranged above the brew zone and a device for transferring the grind from the storage tank to the brew zone through an orifice and a control system comprising at least one element for selection of a quantity of grind to be dispensed and means of measuring and/or evaluating said quantity of grind to be dispensed, said grind transfer device comprising a dispensing element driven in rotation by a motor, the grind transfer device comprising: an element controlling operation of an opening and closing device of the orifice, said opening and closing device being free to move between an open position and a closed position, the operating element being free to move between an active position in which the opening and closing device is in the open position and a rest position in which the opening and closing device is in the closed position, characterized in that the control system comprises: an element for detection of the open position of the opening and closing device and a means for switching the motor power supply off, the control system to detect the open position with the detection element to supply power to the motor and transfer the quantity of grind to be dispensed and the control system to cut off the power supply to the motor when the measuring and/or evaluation means detect that the quantity of grind dispensed corresponds to the selected quantity of grind to be dispensed.
A fire extinguishing nozzle, the fire extinguishing nozzle comprising a mixing chamber, a ventilation chamber and a foaming chamber, wherein - said ventilation chamber is coupled to said mixing chamber, and comprises a first hollow cylindrical body comprising at least three air inlet holes, said air inlet holes are arranged on the circumference of, and are directed into the first hollow cylindrical body, - said foaming chamber comprises a second hollow cylindrical body having an axial length and an inner diameter (d), which foaming chamber is coupled to said ventilation chamber, and - said ventilation chamber and/or said foaming chamber comprise a mesh, wherein said mesh is oriented in the radial plane of the inner cross-section of the ventilation chamber and/or foaming chamber, characterized in that, the ratio of the axial length over the inner diameter (L:d) of the second hollow cylindrical body is comprised between 4:5 and 9:5 for extinguishing class A fires, or between 6:1 and 10:1 for extinguishing class B fires, wherein the foaming chamber comprises a foam separator element suited to separate a foamed foam in the foaming chamber into at least two streams, wherein the foam separator element is oriented in the radial plane of the inner cross-section of the foaming chamber. - said ventilation chamber is coupled to said mixing chamber, and comprises a first hollow cylindrical body comprising at least three air inlet holes, said air inlet holes are arranged on the circumference of, and are directed into the first hollow cylindrical body, - said foaming chamber comprises a second hollow cylindrical body having an axial length and an inner diameter (d), which foaming chamber is coupled to said ventilation chamber, and - said ventilation chamber and/or said foaming chamber comprise a mesh, wherein said mesh is oriented in the radial plane of the inner cross-section of the ventilation chamber and/or foaming chamber, characterized in that, the ratio of the axial length over the inner diameter (L:d) of the second hollow cylindrical body is comprised between 4:5 and 9:5 for extinguishing class A fires, or between 6:1 and 10:1 for extinguishing class B fires, wherein the foaming chamber comprises a foam separator element suited to separate a foamed foam in the foaming chamber into at least two streams, wherein the foam separator element is oriented in the radial plane of the inner cross-section of the foaming chamber.
Assembly for turbomachine comprising: a fire extinguishing system configured to release an extinguishing agent into the turbomachine, and a combustible fluid supply system for a turbomachine comprising: a fluid tank, a downstream part located downstream from the tank, and a cutoff valve located between the tank and the downstream part, the cutoff valve being configured to limit/prevent a fluid flow towards the downstream part, characterised in that the assembly comprises fluid communication means forming a fluid connection between the fire extinguishing system and the cutoff valve, the cutoff valve being configured to close in response to an increase in the pressure of an extinguishing agent in the fluid communication means. a fire extinguishing system configured to release an extinguishing agent into the turbomachine, and a combustible fluid supply system for a turbomachine comprising: a fluid tank, a downstream part located downstream from the tank, and a cutoff valve located between the tank and the downstream part, the cutoff valve being configured to limit/prevent a fluid flow towards the downstream part, a fluid tank, a downstream part located downstream from the tank, and a cutoff valve located between the tank and the downstream part, the cutoff valve being configured to limit/prevent a fluid flow towards the downstream part, characterised in that the assembly comprises fluid communication means forming a fluid connection between the fire extinguishing system and the cutoff valve, the cutoff valve being configured to close in response to an increase in the pressure of an extinguishing agent in the fluid communication means.
Profile element for supporting at least one wall partition, in particular at least one drywall plasterboard partition, comprising a web, a first flange and a second flange, wherein at least one first additional fastening surface is provided on the web for fastening a wall section, in particular for fastening a plasterboard, and at least one second additional fastening surface is provided at a distal end of the first flange and/or the second flange for fastening a wall section, in particular for fastening a plasterboard, characterised in that the first and second additional surfaces are flush-aligned.
Housing for a battery cell, comprising a varnish coating for electrical insulation, characterized in that the varnish coating contains adhesive-containing particles, the adhesive of which can be activated under defined conditions.
An antenna device comprising: a leaky wave antenna structure comprising: a waveguide structure extending in a first plane along a first axis, wherein the waveguide structure comprises two opposite end portions along the first axis; a first feed point and a second feed point arranged at opposite end portions of the waveguide structure; the antenna device being characterized in that it further comprises a dispersive lens structure having an edge extending along the waveguide structure in the first plane, the dispersive lens structure having an extension along a second axis extending in the first plane in a second direction perpendicular to the first axis, wherein the dispersive lens structure is arranged such that a first main beam direction (9a, 9c) associated with an excitation of a first feed point is at an angle θ ±20%, relative to the second axis; and a second beam direction (9b, 9d) associated with an excitation of a second feed point is at an angle -θ ±20%, relative to the second axis, wherein the dispersive lens structure is in the form of an isosceles triangle having two angles γ (11, 12), wherein the angles γ are equal to θ ±20%; wherein the waveguide structure comprises a plurality of discontinuities along an interface between the waveguide structure and the dispersive lens structure for leaking electromagnetic energy into dispersive lens structure. a waveguide structure extending in a first plane along a first axis, wherein the waveguide structure comprises two opposite end portions along the first axis; a first feed point and a second feed point arranged at opposite end portions of the waveguide structure; the antenna device being characterized in that it further comprises a dispersive lens structure having an edge extending along the waveguide structure in the first plane, the dispersive lens structure having an extension along a second axis extending in the first plane in a second direction perpendicular to the first axis, wherein the dispersive lens structure is arranged such that a first main beam direction (9a, 9c) associated with an excitation of a first feed point is at an angle θ ±20%, relative to the second axis; and a second beam direction (9b, 9d) associated with an excitation of a second feed point is at an angle -θ ±20%, relative to the second axis, wherein the dispersive lens structure is in the form of an isosceles triangle having two angles γ (11, 12), wherein the angles γ are equal to θ ±20%; wherein the waveguide structure comprises a plurality of discontinuities along an interface between the waveguide structure and the dispersive lens structure for leaking electromagnetic energy into dispersive lens structure.
A composition comprising at least one functionalized ethylene/α-olefin multi-block interpolymer, wherein the interpolymer is prepared from an ethylene/α-olefin multi-block interpolymer having a melt viscosity less than 50,000 mPa.s (cP) at 177°C (350°F), determined by ASTM D3236, using a Brookfield Laboratories DVII+Viscometer and an SC-31 spindle, that comprises, in polymerized form, at least 50 mole percent ethylene, and one or more copolymerizable comonomers, and wherein said multi-block interpolymer comprises two or more segments, or blocks, differing in comonomer content, crystallinity, density, melting point or glass transition temperature, and wherein the multi-block interpolymer is functionalized with at least one compound selected from the group consisting of unsaturated compounds containing at least one heteroatom.
Adhesive wafer suitable for attachment to the skin or a wound, the wafer comprising - a dressing sheet comprising a layer of skin-friendly adhesive, the adhesive layer being provided with a backing layer on the non-skin-facing surface thereof, - and a releasable flexible protection layer on the skin-facing surface of the adhesive layer, the protection layer protecting the adhesive layer before use of the wafer and the protection layer being attached to the adhesive layer in such a way that it is releasable and wherein the protection layer is in the form of a porous material being a foam and having a thickness of 500 μm - 3 mm. - a dressing sheet comprising a layer of skin-friendly adhesive, the adhesive layer being provided with a backing layer on the non-skin-facing surface thereof, - and a releasable flexible protection layer on the skin-facing surface of the adhesive layer, the protection layer protecting the adhesive layer before use of the wafer and the protection layer being attached to the adhesive layer in such a way that it is releasable and wherein the protection layer is in the form of a porous material being a foam and having a thickness of 500 μm - 3 mm.
Grill dish having a dish body and having a handle, characterised by a bayonet catch by means of which the handle is detachably mounted on the dish body in a usage position, wherein the bayonet catch comprises at least one circular segment-shaped slot, which is moulded in the dish body or in the handle and which is radially tapered in the circumferential direction by at least one projection, and at least one tab, which is arranged on the handle or the dish body and engages behind the projection in the usage position.