mhurhangee/ep-ind-claims huggingface dataset:
Guidewire for minimally invasive interventions, with a distal wire endpiece (3, 11) adjoining a wire main piece, wherein a) the guidewire (1, 10) has, at least in the distal wire endpiece (3, 11), an inner shaft (4, 14) and at least one protective layer enveloping the inner shaft (4, 14), b) the inner shaft (4, 14) has a first fiber composite material, and c) at least in the distal wire endpiece (3, 11), the inner shaft (4, 14) has a multiplicity of weakened sites (8, 18), which are generated by mechanical interventions, characterized in that d) the inner shaft (4, 14) has a core (5, 15) and at least one envelope layer (6, 16) surrounding the core (5, 15), e) the core (5, 15) has the first fiber composite material, wherein the first fiber composite material has glass fibers, f) the at least one envelope layer (6, 16) or at least one of the envelope layers (6, 16) has a second fiber composite material, wherein the second fiber composite material has aramid fibers which are encased by a matrix material of synthetic resin, g) the weakened sites (8, 18) are generated by buckling loads, bending loads and/or breaking loads, and h) a free proximal wire endpiece is given which adjoins the end of the wire main piece opposite the distal wire endpiece. a) the guidewire (1, 10) has, at least in the distal wire endpiece (3, 11), an inner shaft (4, 14) and at least one protective layer enveloping the inner shaft (4, 14), b) the inner shaft (4, 14) has a first fiber composite material, and c) at least in the distal wire endpiece (3, 11), the inner shaft (4, 14) has a multiplicity of weakened sites (8, 18), which are generated by mechanical interventions, d) the inner shaft (4, 14) has a core (5, 15) and at least one envelope layer (6, 16) surrounding the core (5, 15), e) the core (5, 15) has the first fiber composite material, wherein the first fiber composite material has glass fibers, f) the at least one envelope layer (6, 16) or at least one of the envelope layers (6, 16) has a second fiber composite material, wherein the second fiber composite material has aramid fibers which are encased by a matrix material of synthetic resin, g) the weakened sites (8, 18) are generated by buckling loads, bending loads and/or breaking loads, and h) a free proximal wire endpiece is given which adjoins the end of the wire main piece opposite the distal wire endpiece.
A method of processing a plurality of time-varying signals (114/116) received at a sensor communicatively coupled to a signal data processor to identify at least one parameter of at least one of the plurality of time-varying signals (114/116), said method comprising: receiving, at a plurality of blind source separation ("BSS") modules of the signal data processor, signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem, wherein the filtering subsystem within each BSS module has a pipelined architecture and a parallelized architecture; generating, using the plurality of BSS modules, a plurality of blind source separated signals; transmitting, based on the plurality of blind source separated signals, at least one pulse descriptor word parameter vector signal to a computing device of the signal data processor; identifying, using the computing device, the at least one parameter from the at least one pulse descriptor word parameter vector signal; and outputting the at least one parameter from the signal data processor. receiving, at a plurality of blind source separation ("BSS") modules of the signal data processor, signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem, wherein the filtering subsystem within each BSS module has a pipelined architecture and a parallelized architecture; generating, using the plurality of BSS modules, a plurality of blind source separated signals; transmitting, based on the plurality of blind source separated signals, at least one pulse descriptor word parameter vector signal to a computing device of the signal data processor; identifying, using the computing device, the at least one parameter from the at least one pulse descriptor word parameter vector signal; and outputting the at least one parameter from the signal data processor.
Installation apparatus for producing infusion beverages, comprising: - a heating device for heating water and/or for producing water vapour, - a brewing unit for processing the infusion beverage, - an output means having at least one beverage outlet designed for dispensing the infusion beverage produced in the installation apparatus, - a storage surface which forms a part of a storage region and is arranged below the beverage outlet and is suitable for storing a vessel to be filled with the infusion beverage, - a ventilation device for drying and/or dissipating moisture occurring within the installation apparatus, at least one exhaust air opening being present in order to dissipate the moisture to the surroundings, characterised in that an exhaust air conduit is provided for dissipating the moisture air flow generated by the ventilation device to the surroundings, the end-side exhaust air opening of which points in the direction of the storage surface or is directed towards a side wall (8, 9) which delimits the storage region. - a heating device for heating water and/or for producing water vapour, - a brewing unit for processing the infusion beverage, - an output means having at least one beverage outlet designed for dispensing the infusion beverage produced in the installation apparatus, - a storage surface which forms a part of a storage region and is arranged below the beverage outlet and is suitable for storing a vessel to be filled with the infusion beverage, - a ventilation device for drying and/or dissipating moisture occurring within the installation apparatus, at least one exhaust air opening being present in order to dissipate the moisture to the surroundings, characterised in that an exhaust air conduit is provided for dissipating the moisture air flow generated by the ventilation device to the surroundings, the end-side exhaust air opening of which points in the direction of the storage surface or is directed towards a side wall (8, 9) which delimits the storage region.
A method for creating corrugated cardboard in particular on the site of a system for automatically forming packaging boxes, said corrugated cardboard having at least one corrugated layer between two flat layers (12; 18), comprising the steps of - providing a corrugated layer attached to a first flat layer and - attaching a second flat layer to the corrugated layer such that the corrugated layer is sandwiched between the first and the second flat layers, characterized in that - said second flat layer and/or said corrugated layer is a layer resp. are layers that carry an adhesive substance, which has been applied to said second flat layer and/or said corrugated layer prior to supplying it to the site, where the cardboard shall be formed, and - said step of attaching a second flat layer to the corrugated layer is performed -- by removing a protective layer covering said adhesive substance prior to attaching the second flat layer to the corrugated layer, or -- by contacting the corrugated layer and the second flat layer, each of which have been provided with adhesive substances, and which, when brought into contact with each other, show adhesive properties, or -- by activating the adhesive substance, which is a substance that has to be activated, in particular by heat, light, a liquid, pressure or the like, to show adhesive properties. - providing a corrugated layer attached to a first flat layer and - attaching a second flat layer to the corrugated layer such that the corrugated layer is sandwiched between the first and the second flat layers, - said second flat layer and/or said corrugated layer is a layer resp. are layers that carry an adhesive substance, which has been applied to said second flat layer and/or said corrugated layer prior to supplying it to the site, where the cardboard shall be formed, and - said step of attaching a second flat layer to the corrugated layer is performed -- by removing a protective layer covering said adhesive substance prior to attaching the second flat layer to the corrugated layer, or -- by contacting the corrugated layer and the second flat layer, each of which have been provided with adhesive substances, and which, when brought into contact with each other, show adhesive properties, or -- by activating the adhesive substance, which is a substance that has to be activated, in particular by heat, light, a liquid, pressure or the like, to show adhesive properties. -- by removing a protective layer covering said adhesive substance prior to attaching the second flat layer to the corrugated layer, or -- by contacting the corrugated layer and the second flat layer, each of which have been provided with adhesive substances, and which, when brought into contact with each other, show adhesive properties, or -- by activating the adhesive substance, which is a substance that has to be activated, in particular by heat, light, a liquid, pressure or the like, to show adhesive properties.
Fluid controlling unit (1, 25, 44), comprising at least a fluid inlet port, at least a fluid outlet port and at least a fluid regulating means for controllably fluidly connecting said at least one fluid inlet port with said at least one fluid outlet port, further comprising at least one pilot valve means (5, 26) for controlling said at least one fluid regulating means and at least one connection device (2, 3, 24, 31, 32, 38) for at least one actuation interface device (31, 32, 38), where said at least one actuation interface device (31, 32, 38) is interchangeable, characterised in that the fluid controlling unit is designed in a way that by reversibly opening and closing said fluid regulating means a fluid connection between said at least one fluid inlet port and said at least one fluid outlet port can be established or interrupted depending on a command signal, wherein said fluid regulating means is closed by an elevated pressure in a rear side chamber of said fluid regulating means, and a venting of said rear side chamber of said fluid regulating means is performed by said pilot valve means (5, 26) by opening a fluid connection between said rear side chamber and said at least one fluid outlet port.
A vehicle equipped with a fuel cell system, comprising: a vehicle body having a floor including a floor panel; a fuel cell system disposed below the floor and including a fuel cell stack and a water supply device connected to a water storage tank; and a casing with an outer shape, formed in conformity with the floor panel and disposed below the floor panel, for accommodating therein the water supply device; wherein the water supply device includes component elements (6, 7, 8) that are disposed below the floor of the vehicle body in a higher area than the water storage tank in order to allow natural drop into the water storage tank by gravitation; and the casing includes an embossed section that is embossed toward a vehicle compartment in conformity with a tunnel section of the floor panel, and the component elements (6, 7, 8) of the water supply device are accommodated in the embossed section. a vehicle body having a floor including a floor panel; a fuel cell system disposed below the floor and including a fuel cell stack and a water supply device connected to a water storage tank; and a casing with an outer shape, formed in conformity with the floor panel and disposed below the floor panel, for accommodating therein the water supply device; wherein the water supply device includes component elements (6, 7, 8) that are disposed below the floor of the vehicle body in a higher area than the water storage tank in order to allow natural drop into the water storage tank by gravitation; and the casing includes an embossed section that is embossed toward a vehicle compartment in conformity with a tunnel section of the floor panel, and the component elements (6, 7, 8) of the water supply device are accommodated in the embossed section.
Vehicle comprising a pressure vessel for receiving fuel pellets, said pressure vessel comprising at least chambers (2, 3) which can be connected optionally to the pressure side or suction side of a fan and have in each case a discharge cone connected to a conveying line, characterised in that one of the two chambers (2, 3) has a vibrating screen which can be loaded with bulk material, which contains fuel pellets, via a cyclone separator, the overflow end of said vibrating screen issuing in the other chamber.
A coaxial cable comprising: an inner conductor; an outer conductor; a dielectric material provided between the inner and outer conductors (10a, 10b); a cylindrical electromagnetic bandgap structure disposed around the outer conductor, the cylindrical electromagnetic bandgap structure comprising: a plurality of discontinuous annular elements arranged along the outer conductor, each annular element comprising: a plurality of conductive elements spaced apart from the outer conductor and separated from one another by gaps (g), and a plurality of vias, each via being arranged to connect a respective one of the conductive elements to the outer conductor. an inner conductor; an outer conductor; a dielectric material provided between the inner and outer conductors (10a, 10b); a cylindrical electromagnetic bandgap structure disposed around the outer conductor, the cylindrical electromagnetic bandgap structure comprising: a plurality of discontinuous annular elements arranged along the outer conductor, each annular element comprising: a plurality of conductive elements spaced apart from the outer conductor and separated from one another by gaps (g), and a plurality of vias, each via being arranged to connect a respective one of the conductive elements to the outer conductor. a plurality of conductive elements spaced apart from the outer conductor and separated from one another by gaps (g), and a plurality of vias, each via being arranged to connect a respective one of the conductive elements to the outer conductor.
A transmission testing device for carrying out a test for verifying functionality of a transmission comprising a differential gear section, the differential gear section including a first side gear and a second side gear, the transmission testing device includes: an output shaft configured to be directly or indirectly connected to the differential gear section of the transmission; a rotation driving means for rotating the output shaft; and a cylindrical meshing means including a meshing part configured to be meshed with side gear (38, 40) of the differential gear section and a chuck part with a fluid circuit formed inside, the meshing means is fixable to a differential case of the differential gear section in such a way that the chuck part is expanded in a radial direction of the chuck part when pressure is applied to a fluid in the fluid circuit, thereby holding an inner surface of the differential case, the meshing means is formed on an outer circumferential surface of the chuck part with a blower hole for discharging gas. the transmission testing device includes: an output shaft configured to be directly or indirectly connected to the differential gear section of the transmission; a rotation driving means for rotating the output shaft; and a cylindrical meshing means including a meshing part configured to be meshed with side gear (38, 40) of the differential gear section and a chuck part with a fluid circuit formed inside, an output shaft configured to be directly or indirectly connected to the differential gear section of the transmission; a rotation driving means for rotating the output shaft; and a cylindrical meshing means including a meshing part configured to be meshed with side gear (38, 40) of the differential gear section and a chuck part with a fluid circuit formed inside, the meshing means is fixable to a differential case of the differential gear section in such a way that the chuck part is expanded in a radial direction of the chuck part when pressure is applied to a fluid in the fluid circuit, thereby holding an inner surface of the differential case, the meshing means is formed on an outer circumferential surface of the chuck part with a blower hole for discharging gas.
Implantable pulse generator that is connected or can be connected to a stimulation lead having a plurality of stimulation electrodes (102, 104) for delivery of stimulation pulses said implantable pulse generator comprising at least one stimulation unit(36, 38, 40, 42, 44, 46, 48) that is configured to generate electric stimulation pulses for nerve stimulation, said implantable pulse generator further comprising a control unit that is configured to trigger delivering of generated electric stimulation pulses via selected electrodes of the plurality of stimulation electrodes (102, 104) wherein said electric stimulation pulses form a train comprising: i) an initial selective-arrest phase for the large-diameter fibers in the vicinity of the selected electrodes; ii) followed by a phase where charge-balanced Alternating Current is applied between the same or other selected electrodes; iii) and where such AC is briefly unbalanced to effectively deliver nerve stimulation therapy pulses, returning to charge-balanced operation in between therapy pulses. i) an initial selective-arrest phase for the large-diameter fibers in the vicinity of the selected electrodes; ii) followed by a phase where charge-balanced Alternating Current is applied between the same or other selected electrodes; iii) and where such AC is briefly unbalanced to effectively deliver nerve stimulation therapy pulses, returning to charge-balanced operation in between therapy pulses.
Device for testing a vehicle battery in a state uninstalled from a vehicle by way of a test device that is designed to test the vehicle battery installed in the vehicle by way of an on-board diagnosis interface of the vehicle, having: an interface to which a plug of the test device is able to be connected, which plug is designed to be connected to the on-board diagnosis interface of the vehicle; an electrical connection apparatus by way of which at least one electrical vehicle battery connection (44, 45, 46, 47) of the vehicle battery is able to be connected to the device; and an adapter apparatus by way of which signals that are able to be received from the at least one electrical vehicle battery connection (44, 45, 46, 47) of the vehicle battery via the connection apparatus are able to be channelled to the interface such that the signals are able to be tested at the interface for the test device by way of the plug in accordance with a configuration of the on-board diagnosis interface of the vehicle. an interface to which a plug of the test device is able to be connected, which plug is designed to be connected to the on-board diagnosis interface of the vehicle; an electrical connection apparatus by way of which at least one electrical vehicle battery connection (44, 45, 46, 47) of the vehicle battery is able to be connected to the device; and an adapter apparatus by way of which signals that are able to be received from the at least one electrical vehicle battery connection (44, 45, 46, 47) of the vehicle battery via the connection apparatus are able to be channelled to the interface such that the signals are able to be tested at the interface for the test device by way of the plug in accordance with a configuration of the on-board diagnosis interface of the vehicle.
A compound represented by formula I: wherein: B is the group (b'): wherein R 8 is H. R 1 is: wherein U is O; R 2 is H; or a pharmaceutically acceptable salt thereof. B is the group (b'): wherein R 8 is H. R 1 is: wherein U is O; R 2 is H;
A drum cartridge comprising: a drum frame to which a developing cartridge is detachably attachable, the drum frame having one end portion and another end portion spaced apart from the one end portion in a first direction; a photosensitive drum rotatable about a first axis extending in a second direction, the photosensitive drum being positioned at the one end portion; and a first storage medium including a first electrical contact surface (291, 29R, 29S), the first storage medium being positioned at an outer surface of the drum frame, the outer surface being exposed in a state where the developing cartridge is attached to the drum frame; a charging device configured to charge a peripheral surface of the photosensitive drum and positioned at the one end portion; and a charging electrode configured to supply power to the charging device, the charging electrode having a charging contact surface, wherein the drum frame comprises: a first drum side plate; and a second drum side plate spaced apart from the first drum side plate in the second direction, the photosensitive drum being positioned between the first drum side plate and the second drum side plate, wherein the charging contact surface is positioned at the outer surface of the second drum side plate, and characterized in that the first electrical contact surface (291, 29R, 29S) is positioned at the outer surface of the first drum side plate. a drum frame to which a developing cartridge is detachably attachable, the drum frame having one end portion and another end portion spaced apart from the one end portion in a first direction; a photosensitive drum rotatable about a first axis extending in a second direction, the photosensitive drum being positioned at the one end portion; and a first storage medium including a first electrical contact surface (291, 29R, 29S), the first storage medium being positioned at an outer surface of the drum frame, the outer surface being exposed in a state where the developing cartridge is attached to the drum frame; a charging device configured to charge a peripheral surface of the photosensitive drum and positioned at the one end portion; and a charging electrode configured to supply power to the charging device, the charging electrode having a charging contact surface, wherein the drum frame comprises: a first drum side plate; and a second drum side plate spaced apart from the first drum side plate in the second direction, the photosensitive drum being positioned between the first drum side plate and the second drum side plate, a first drum side plate; and a second drum side plate spaced apart from the first drum side plate in the second direction, the photosensitive drum being positioned between the first drum side plate and the second drum side plate, wherein the charging contact surface is positioned at the outer surface of the second drum side plate, and characterized in that the first electrical contact surface (291, 29R, 29S) is positioned at the outer surface of the first drum side plate.