mhurhangee/ep-ind-claims huggingface dataset:
Fire-prevention control unit comprising several circuit boards (1, 3, 4) and a dedicated communication bus for communication between said circuit boards, with said circuit boards comprising at least one processing board, at least one input board and at least one output board, said at least one processing board being intended to process input data received from said at least one input board and to generate commands to send to said at least one output board, said at least one input board and said at least one output board being configured to communicate with one or more devices to be monitored or controlled, characterized in that each circuit board (1, 3, 4) comprises two substantially identical and physically distinct functional logic units, said functional logic units being adapted to perform the same function and where each functional logic unit comprises means for direct communication with the communication bus.
A method of shielding an apparatus comprising an implantable lead coupled to an implantable lead extension comprising a shield, the method comprising: providing a non-conductive housing at a distal end of the implantable lead extension that includes an opening, a shield connector within the opening, and a housing shield extending to the shield connector to establish continuity of the shielding from the shield connector to the shield within the implantable lead extension; providing a shield electrode on a proximal end of the implantable lead that has a lead RF pathway to a shield within the implantable lead; and inserting the proximal end of the implantable lead into the opening to establish contact between the connector of the implantable lead extension and the shield electrode of the implantable lead; wherein providing the non-conductive housing comprises providing a housing outer layer and a housing inner layer, wherein the housing shield continues through the housing outer layer while surrounding the housing inner layer. providing a non-conductive housing at a distal end of the implantable lead extension that includes an opening, a shield connector within the opening, and a housing shield extending to the shield connector to establish continuity of the shielding from the shield connector to the shield within the implantable lead extension; providing a shield electrode on a proximal end of the implantable lead that has a lead RF pathway to a shield within the implantable lead; and inserting the proximal end of the implantable lead into the opening to establish contact between the connector of the implantable lead extension and the shield electrode of the implantable lead; wherein providing the non-conductive housing comprises providing a housing outer layer and a housing inner layer, wherein the housing shield continues through the housing outer layer while surrounding the housing inner layer.
Medical device for the treatment of human or animal bodies, with at least one electrical connector, which is designed connectable to a complementary mating connector of another medical device and which is arranged projecting upwards in an active position at the top of the device, whereby the connector is designed to be moved from the active position into a passive position, whereby the connector is removed from the top of the device and the top is closed in a fluid-tight way in the passive position.
Method for the operation of a motorized flap arrangement of a motor vehicle, wherein the flap arrangement has a flap which is pivotable relative to a car body, wherein the flap arrangement has a reversible drive arrangement for motorized adjustment of the flap and a control arrangement for controlling the drive arrangement, wherein a predetermined flap deflection, in particular caused by gravity, from a deenergized intermediate position of the flap is detected by means of the control arrangement in a monitoring routine and on detection of the predetermined flap deflection a holding routine is triggered, in which the drive arrangement is controlled to a holding flap position in a holding control circuit.
Device for signature adaptation, comprising a surface element (100A; 100B; 100C; 100D; 100E; 100F, 500) arranged to assume a determined thermal distribution, wherein said surface element comprises at least one temperature generating element (150; 150:5, 150:6, 150:7), having an outer portion (150:A) arranged to generate at least one predetermined temperature gradient to a portion of a first heat conducting layer of said surface element, characterized by that said device for signature adaptation comprises a liquid cooling element arranged to provide at least one liquid flow, thermally contacting an inner portion (150:B) of said at least one temperature generating element so that thermal energy is dispersed from the inner portion of said at least one temperature generating element in order to generate the at least one predetermined temperature gradient to the portion of the first heat conducting layer.
A computer-implemented method of providing context aware audio prompts on an electronic device, the electronic device comprising a plurality of services utilizing audio, the method comprising: determining (9305, 9310, 9320) whether an audio session is active where a first audio service of the plurality of services is cognitively listening to a user voice, and the first audio service is currently receiving a voice input from a user; if the first audio service is currently receiving the voice input from the user, suppressing all audio prompts; if the first audio service is not currently receiving voice input from the user, determining whether a conversational audio session comprising sending and receiving spoken words is currently active on a second audio service of the plurality of services; if the conversational audio session is currently active, allowing (9325, 9345, 9350) non-verbal audio prompts; and if the first audio service is not currently receiving the voice input and the conversational audio session is currently not active on the second audio service, allowing (9335, 9340) verbal audio prompts. determining (9305, 9310, 9320) whether an audio session is active where a first audio service of the plurality of services is cognitively listening to a user voice, and the first audio service is currently receiving a voice input from a user; if the first audio service is currently receiving the voice input from the user, suppressing all audio prompts; if the first audio service is not currently receiving voice input from the user, determining whether a conversational audio session comprising sending and receiving spoken words is currently active on a second audio service of the plurality of services; if the conversational audio session is currently active, allowing (9325, 9345, 9350) non-verbal audio prompts; and if the first audio service is not currently receiving the voice input and the conversational audio session is currently not active on the second audio service, allowing (9335, 9340) verbal audio prompts.
A substrate for mounting electronic element, comprising: a first substrate comprising a first surface and a second surface opposed to the first surface, the first substrate being made of an insulating material; a second substrate comprising a third surface and a fourth surface opposed to the third surface, the second substrate being made of a carbon material; at least one surface metal layer located on the first surface, the at least one surface metal layer comprising at least one mounting portion for at least one electronic element; and a bonding metal layer located on the second surface, in a transparent plan view of the substrate for mounting electronic element, the at least one mounting portion being rectangular in shape, the third surface being connected to at least the second surface via the bonding metal layer at position overlapped with the at least one mounting portion in the transparent plan view of the substrate for mounting electronic element, wherein a joining material is located between the bonding metal layer and the third surface, heat conduction of the second substrate in a direction perpendicular to a longitudinal direction of the at least one mounting portion being greater than heat conduction of the second substrate in the longitudinal direction of the at least one mounting portion, a width of the bonding metal layer being greater than or equal to a maximum width of the at least one surface metal layer in a direction perpendicular to the longitudinal direction of the at least one mounting portion. a first substrate comprising a first surface and a second surface opposed to the first surface, the first substrate being made of an insulating material; a second substrate comprising a third surface and a fourth surface opposed to the third surface, the second substrate being made of a carbon material; at least one surface metal layer located on the first surface, the at least one surface metal layer comprising at least one mounting portion for at least one electronic element; and a bonding metal layer located on the second surface, in a transparent plan view of the substrate for mounting electronic element, the at least one mounting portion being rectangular in shape, the third surface being connected to at least the second surface via the bonding metal layer at position overlapped with the at least one mounting portion in the transparent plan view of the substrate for mounting electronic element, wherein a joining material is located between the bonding metal layer and the third surface, heat conduction of the second substrate in a direction perpendicular to a longitudinal direction of the at least one mounting portion being greater than heat conduction of the second substrate in the longitudinal direction of the at least one mounting portion, a width of the bonding metal layer being greater than or equal to a maximum width of the at least one surface metal layer in a direction perpendicular to the longitudinal direction of the at least one mounting portion.
Method for controlling the speed of a baler, comprising the following steps: sensing and mapping at least one property of harvested material and/or data derived therefrom during the harvesting of a field by means of a combine harvester, during which residues of harvested material are deposited in a swathe, and controlling the speed of the baler as the swathe is picked up, while taking into account the mapped property of the harvested material and/or the data derived therefrom. sensing and mapping at least one property of harvested material and/or data derived therefrom during the harvesting of a field by means of a combine harvester, during which residues of harvested material are deposited in a swathe, and controlling the speed of the baler as the swathe is picked up, while taking into account the mapped property of the harvested material and/or the data derived therefrom.
Method for managing revocation status of a token while protecting the privacy of the token's user, wherein the revocation status of the token is managed through a revocation management system (RM SYS), wherein the revocation management system (RM_SYS) is configured to create or update at least one status attribute stored in the token, said at least one status attribute comprising a value indicating if the token is revoked or not from at least one service provider terminal (SP_T) of a service provider system, wherein; a service provider terminal (SP_T) is adapted to: - request from said token the at least one status attribute after one of its services (Sv) has been requested by the user of said token; said token being adapted to: - transmit the value of the status attribute to the service provider terminal (SP_T) upon request of said service provider terminal (SP_T); the service provider terminal (SP_T) is further adapted to: - verify if said token is revoked or not, said verification being based on the value of said one status attribute received from said token. - grant access to said service (Sv) if said the value is not a revocation value. a service provider terminal (SP_T) is adapted to: - request from said token the at least one status attribute after one of its services (Sv) has been requested by the user of said token; - request from said token the at least one status attribute after one of its services (Sv) has been requested by the user of said token; said token being adapted to: - transmit the value of the status attribute to the service provider terminal (SP_T) upon request of said service provider terminal (SP_T); - transmit the value of the status attribute to the service provider terminal (SP_T) upon request of said service provider terminal (SP_T); the service provider terminal (SP_T) is further adapted to: - verify if said token is revoked or not, said verification being based on the value of said one status attribute received from said token. - grant access to said service (Sv) if said the value is not a revocation value. - verify if said token is revoked or not, said verification being based on the value of said one status attribute received from said token. - grant access to said service (Sv) if said the value is not a revocation value.
An aerosol generating apparatus comprising an at least partially spherical powder chamber for loading and mixing powder with pressurized gas having one or several compartments; at least two inlet conduits (18A, 18B) operably connected to a pressure chamber for introducing at inlet orifices pressurized gas to the powder chamber by at least two inlet orifices; and an ejection conduit opening at an exit orifice to ambient pressure, wherein (i) the apparatus has a main axis of rotational symmetry; (ii) the at least two inlet conduits have each a symmetry axis extending into projection lines (18A', 18B'); (iii) the inlet conduit projection lines are equidistant to a plane intersecting the apparatus main axis of symmetry termed inlet conduit parallel plane (B-B'); (iv) the inlet conduit projection lines form acute angles (α, β) with a normal plane to the inlet conduit parallel plane, termed the inlet conduit normal plane (C-C'); and wherein (v) the at least two inlet conduits (18A, 18B) have inlet orifices located in the at least partially spherical part of the powder chamber; characterised in that the at least two inlet conduits are arranged to admit inlet flows in opposite directions. (i) the apparatus has a main axis of rotational symmetry; (ii) the at least two inlet conduits have each a symmetry axis extending into projection lines (18A', 18B'); (iii) the inlet conduit projection lines are equidistant to a plane intersecting the apparatus main axis of symmetry termed inlet conduit parallel plane (B-B'); (iv) the inlet conduit projection lines form acute angles (α, β) with a normal plane to the inlet conduit parallel plane, termed the inlet conduit normal plane (C-C'); and wherein (v) the at least two inlet conduits (18A, 18B) have inlet orifices located in the at least partially spherical part of the powder chamber;
A cassette for the synthesis of a plurality of batches of an [ 18 F]-labelled positron-emission tomography tracer wherein said cassette comprises: (i) an anion exchange column (3, 4) for each of said plurality of batches; (ii) a reaction vessel; (iii) a vial containing an aliquot of eluent for each of said plurality of batches; (iv) a vial containing an aliquot of a precursor compound for each of said plurality of batches; (v) reagent vials (7, 8, 9) wherein each reagent vial contains an aliquot of reagent for each of said plurality of batches; (vi) optionally, a solid-phase extraction column for deprotection and/or one or more SPE columns for purification (11, 12); and, (vii) means for cleaning said reaction vessel and said SPE columns; wherein the components (i)-(vii) of the cassette are selectively fluidly connected along a linear fluid pathway made from a rigid pharmaceutical grade polymeric material that is resistant to radiation. (i) an anion exchange column (3, 4) for each of said plurality of batches; (ii) a reaction vessel; (iii) a vial containing an aliquot of eluent for each of said plurality of batches; (iv) a vial containing an aliquot of a precursor compound for each of said plurality of batches; (v) reagent vials (7, 8, 9) wherein each reagent vial contains an aliquot of reagent for each of said plurality of batches; (vi) optionally, a solid-phase extraction column for deprotection and/or one or more SPE columns for purification (11, 12); and, (vii) means for cleaning said reaction vessel and said SPE columns;
A non-pneumatic structurally supported wheel for a non-pneumatic tire comprising: a hub portion, said hub portion comprising: one mounting disk possessing a generally circular outer periphery and an axially elongated toroidal structure securely mounted concentrically with said mounting disk and encapsulating said outer periphery of said mounting disk; a compliant load supporting band disposed radially outward and concentrically with said hub portion; a plurality of tension based web elements extending between said hub portion and said complainant load supporting band; wherein said mounting disk possesses a plurality of wheel hub fastener apertures placed in a circular pattern; wherein said mounting disk is constructed of a material that has a modulus of elasticity greater than the modulus of elasticity of the material used to construct said outer toroidal structure. a hub portion, said hub portion comprising: one mounting disk possessing a generally circular outer periphery and an axially elongated toroidal structure securely mounted concentrically with said mounting disk and encapsulating said outer periphery of said mounting disk; a compliant load supporting band disposed radially outward and concentrically with said hub portion; a plurality of tension based web elements extending between said hub portion and said complainant load supporting band; wherein said mounting disk possesses a plurality of wheel hub fastener apertures placed in a circular pattern; wherein said mounting disk is constructed of a material that has a modulus of elasticity greater than the modulus of elasticity of the material used to construct said outer toroidal structure.
A method for communicating between a client software module and a partner software module, the method executed by the partner software module comprising: generating an identifier using a common algorithm; embedding the identifier in an internet-accessible computer readable medium; embedding an internet address in the internet-accessible computer readable medium in a relation to the identifier; and communicating with a client software module, characterised in that: said client software module initiates the communication on the basis of the embedded internet address which was found by generating a duplicate of the identifier using the common algorithm, submitting the identifier to an internet search engine and parsing the embedded internet address out of the result of the search engine. said client software module initiates the communication on the basis of the embedded internet address which was found by generating a duplicate of the identifier using the common algorithm, submitting the identifier to an internet search engine and parsing the embedded internet address out of the result of the search engine.
A display, comprising: a relief structure forming layer having a major surface which is provided with a relief type diffractive structure that displays an image of a three-dimensional object as a diffraction image; and a reflective layer at least partially covering a region of the major surface where the diffractive structure is provided, wherein the region includes a first region and a second region; a portion of the relief type diffractive structure in the first region includes a plurality of first linear parts arrayed in a width direction thereof, a plurality of second linear parts arrayed in a width direction thereof and intersecting the plurality of first linear parts to form a first lattice together with the plurality of first linear parts, and a plurality of first parts arranged in a plurality of respective gaps in the first lattice, the plurality of first and second linear parts each having a solid line shape and forming a first pattern; and a portion of the relief type diffractive structure in the second region includes a plurality of third linear parts and a plurality of fourth linear parts alternately arranged in a width direction thereof, the plurality of third linear parts each having a dashed line shape, the plurality of fourth linear parts each having a dashed line or a dotted shape, the plurality of third and fourth linear parts forming a second pattern. a relief structure forming layer having a major surface which is provided with a relief type diffractive structure that displays an image of a three-dimensional object as a diffraction image; and a reflective layer at least partially covering a region of the major surface where the diffractive structure is provided, wherein the region includes a first region and a second region; a portion of the relief type diffractive structure in the first region includes a plurality of first linear parts arrayed in a width direction thereof, a plurality of second linear parts arrayed in a width direction thereof and intersecting the plurality of first linear parts to form a first lattice together with the plurality of first linear parts, and a plurality of first parts arranged in a plurality of respective gaps in the first lattice, the plurality of first and second linear parts each having a solid line shape and forming a first pattern; and a portion of the relief type diffractive structure in the second region includes a plurality of third linear parts and a plurality of fourth linear parts alternately arranged in a width direction thereof, the plurality of third linear parts each having a dashed line shape, the plurality of fourth linear parts each having a dashed line or a dotted shape, the plurality of third and fourth linear parts forming a second pattern.
A vehicular door apparatus comprising: a door body for opening and closing a door opening of a vehicle body; a handle device to be attached to a door panel of the door body; a lock unit for engaging the door body with the vehicle body; a cable interconnecting the handle device and the lock unit; a cable holding member attached to the handle device and movable between an engaging position in which the cable holding member engages the cable and a non-engaging position in which the cable holding member does not engage the cable, characterised in that the door panel has an interference portion to interfere with the cable holding member in the non-engaging position and avoid interfering with the cable holding member in the engaging position when the handle device is attached to the door panel.
A method of detecting or monitoring an adrenal tumour comprising measuring the concentration or amount in urine of THS (tetrahydro-11-desoxycortisol), 5-PT (5-pregnenetriol) and 5-PD (pregnenediol).