mhurhangee/ep-ind-claims huggingface dataset:
A near field communication, NFC, reader, comprising: - an NFC controller; - an antenna; - a filter coupled to the NFC controller; - a tuner coupled to the antenna; and - a dynamic power control unit coupled between the filter and the tuner, wherein the dynamic power control unit includes a voltage controlled capacitor and a direct current, DC, part extraction circuit coupled to the voltage controlled capacitor; wherein the dynamic power control unit is configured to tune the NFC reader in symmetrical tuning under normal load conditions and in asymmetrical tuning under increased load conditions such that an impedance of the antenna remains above a preselected threshold; wherein said symmetrical tuning comprises using the filter with a first cut-off frequency which causes an impedance curve of the antenna to be represented symmetrically on capacitive and inductive sides on a smith chart; and wherein said asymmetrical tuning comprises using the filter with a second cut-off frequency which causes the impedance curve of the antenna to be represented asymmetrically on the capacitive and inductive sides on said smith chart. - an NFC controller; - an antenna; - a filter coupled to the NFC controller; - a tuner coupled to the antenna; and - a dynamic power control unit coupled between the filter and the tuner, wherein the dynamic power control unit includes a voltage controlled capacitor and a direct current, DC, part extraction circuit coupled to the voltage controlled capacitor; wherein the dynamic power control unit is configured to tune the NFC reader in symmetrical tuning under normal load conditions and in asymmetrical tuning under increased load conditions such that an impedance of the antenna remains above a preselected threshold; wherein said symmetrical tuning comprises using the filter with a first cut-off frequency which causes an impedance curve of the antenna to be represented symmetrically on capacitive and inductive sides on a smith chart; and wherein said asymmetrical tuning comprises using the filter with a second cut-off frequency which causes the impedance curve of the antenna to be represented asymmetrically on the capacitive and inductive sides on said smith chart.
A floor surfacing machine comprising a safety arrangement, at least one drive wheel (3, 4), a motor arrangement (5, 6) for propelling said drive wheel (3, 4), a surfacing apparatus and a control unit (10, 11a) for controlling the operation of said motor arrangement (5, 6) and said surfacing apparatus, characterized in that said safety arrangement comprises at least one detecting unit (55; 56, 57) connected to said control unit (10,11a) and adapted for determining a torque required for operating each drive wheel (3, 4) and that said control unit (10,11a) is configured for preventing operation of said surfacing apparatus if said required torque is lower than a predetermined limit value, where said control unit (10, 11a) is configured for preventing operation of said surfacing apparatus by shutting off said first motor arrangement (5, 6) and/or second motor arrangement (21, 22)..
A wireless short range radio-frequency master device adapted to create and maintain a portable private network of wireless short range radio-frequency slave devices wherein the master device is configured to detect and register suitable slave devices for a network, and the master device being adapted to enable a user to define two or more groups of registered slave devices (22, 24, 26) selected from the total number of registered slave devices and to enable a user to select a defined group of such registered slave devices as an active group, thereby forming an active portable private network of wireless short range radio frequency devices comprising the master device and selected registered slave devices within the selected group, the master device being further adapted to communicate with one or more slave devices using a variable strength signal transmitter and to determine the separation of the devices of the active group and the bearing of a first active slave device with respect to the master device based on the received variable strength signal at the one or more slave devices.
A support device for breast prosthesis based on a tissue matrix material, characterised in that the support device comprises a petal-shaped planar biological matrix blank tailored from a membranaceous biological planar material, wherein adjacent edges of the petal-shaped planar biological matrix blank are connected to form the support device for breast prosthesis, wherein the support device for breast prosthesis has bowl-shaped or cup-shaped curved surfaces, and wherein the petal-shaped planar biological matrix blank comprises at least one drainage hole positioned in the middle of the connected petal-shaped planar biological matrix blank, and where the at least one drainage hole is not disposed in other positions of the petals.
Method for configuring a solar protection installation (INST) in a building, the method being implemented by computer, the installation comprising a central unit for controlling movements of motorized solar protection screens with which openings of the building are equipped, the method being characterized in that it comprises: i. a step of modelling the building and the openings on façades of the building, ii. a step of iteratively determining shadows cast by the building on itself and/or by surrounding structures also modelled as a function of time and for a given geographic location of the building, the iterative determination step taking place by time increment over an entire calendar year, the determination of the presence or non-presence of a cast shadow being relative to each opening, iii. a step of generating a configuration file comprising data representing the presence or not of a shadow cast on each opening equipped with a motorized solar protection screen as a function of time, the determination step permitting to generate the configuration file during a computation step, the computation being implemented by computation means, iv. a step of supplying the configuration file to the central control unit of the installation. i. a step of modelling the building and the openings on façades of the building, ii. a step of iteratively determining shadows cast by the building on itself and/or by surrounding structures also modelled as a function of time and for a given geographic location of the building, the iterative determination step taking place by time increment over an entire calendar year, the determination of the presence or non-presence of a cast shadow being relative to each opening, iii. a step of generating a configuration file comprising data representing the presence or not of a shadow cast on each opening equipped with a motorized solar protection screen as a function of time, the determination step permitting to generate the configuration file during a computation step, the computation being implemented by computation means, iv. a step of supplying the configuration file to the central control unit of the installation.
An air purification device comprising: a reactor having a hollow shape and extending in one direction; a discharge plasma generator comprising a first electrode disposed on an outer wall of the reactor and a second electrode disposed inside the reactor, wherein the discharge plasma generator is configured to generate a discharge plasma in a certain discharge region; a plurality of dielectric particles disposed on a packed-bed of the reactor, wherein the discharge region includes the packed-bed; a liquid supplier configured to supply a liquid into the reactor, and to spray the liquid to the packed-bed; and a liquid recoverer configured to recover the liquid discharged from the reactor. a reactor having a hollow shape and extending in one direction; a discharge plasma generator comprising a first electrode disposed on an outer wall of the reactor and a second electrode disposed inside the reactor, wherein the discharge plasma generator is configured to generate a discharge plasma in a certain discharge region; a plurality of dielectric particles disposed on a packed-bed of the reactor, wherein the discharge region includes the packed-bed; a liquid supplier configured to supply a liquid into the reactor, and to spray the liquid to the packed-bed; and a liquid recoverer configured to recover the liquid discharged from the reactor.
A method for virtually/digitally designing a denture for a patient, where the denture comprises a plurality of denture teeth (202, 203, and 204), where designing the denture comprises transforming, such as relocating, repositioning and/or rotating, denture teeth of the denture, wherein the method comprises: - obtaining a 3D scan of the upper jaw and lower jaw of the patient; - obtaining/providing a virtual 3D arrangement of the denture teeth (202, 203, and 204), where the denture teeth are pre-set in occlusion; - virtually arranging/providing the 3D scan of the upper jaw and lower jaw relative to the 3D arrangement of the denture teeth (202, 203, and 204); - defining a predetermined distance between at least a number of neighbor denture teeth; - providing the predetermined distance between the neighbor denture teeth, when the user virtually repositions a denture tooth in the virtual 3D arrangement of denture teeth, and wherein the virtually repositioned denture tooth is virtually snapped to an adjusted position, wherein the adjusted position is a position of the repositioned tooth maintaining the predetermined distance between teeth (202, 203, and 204). - obtaining a 3D scan of the upper jaw and lower jaw of the patient; - obtaining/providing a virtual 3D arrangement of the denture teeth (202, 203, and 204), where the denture teeth are pre-set in occlusion; - virtually arranging/providing the 3D scan of the upper jaw and lower jaw relative to the 3D arrangement of the denture teeth (202, 203, and 204); - defining a predetermined distance between at least a number of neighbor denture teeth; - providing the predetermined distance between the neighbor denture teeth, when the user virtually repositions a denture tooth in the virtual 3D arrangement of denture teeth, and
A pesticidal mixture comprising a component A and a component B, wherein component A is a compound of formula I wherein L is a direct bond; A 1 and A 2 are C-H; R 1 is ethyl or trifluoroethyl; R 2 is trifluoromethyl; each R 3 is independently chloro or fluoro; R 4 is methyl; R 5 is hydrogen; p is 2 or 3; and component B is a compound selected from the group consisting of thiamethoxam, lambda cyhalothrin and diafenthiuron. L is a direct bond; A 1 and A 2 are C-H; R 1 is ethyl or trifluoroethyl; R 2 is trifluoromethyl; each R 3 is independently chloro or fluoro; R 4 is methyl; R 5 is hydrogen; p is 2 or 3; and component B is a compound selected from the group consisting of thiamethoxam, lambda cyhalothrin and diafenthiuron.
A bearing apparatus, comprising a first bearing assembly including: a first support ring; a plurality of tilting pads each of which includes a superhard bearing element (224, 524) having a superhard bearing surface, each of the plurality of tilting pads tilted and/or tiltably secured relative to the first support ring; and a second bearing assembly including: a continuous superhard bearing element (102, 502) including a continuous superhard bearing surface that generally faces the superhard bearing element of each of the plurality of tilting pads, the continuous superhard bearing element (102, 502) having a maximum lateral width greater than about 127 mm (5 inches); characterized in that the continuous superhard bearing surface is a single continuous superhard bearing surface and in that at least one superhard bearing element (224, 524) includes a polycrystalline diamond superhard bearing surface and said continuous superhard bearing element (102, 502) is made from a non-polycrystalline diamond material. a first support ring; a plurality of tilting pads each of which includes a superhard bearing element (224, 524) having a superhard bearing surface, each of the plurality of tilting pads tilted and/or tiltably secured relative to the first support ring; and a second bearing assembly including: a continuous superhard bearing element (102, 502) including a continuous superhard bearing surface that generally faces the superhard bearing element of each of the plurality of tilting pads, the continuous superhard bearing element (102, 502) having a maximum lateral width greater than about 127 mm (5 inches); characterized in that the continuous superhard bearing surface is a single continuous superhard bearing surface and in that at least one superhard bearing element (224, 524) includes a polycrystalline diamond superhard bearing surface and said continuous superhard bearing element (102, 502) is made from a non-polycrystalline diamond material. a continuous superhard bearing element (102, 502) including a continuous superhard bearing surface that generally faces the superhard bearing element of each of the plurality of tilting pads, the continuous superhard bearing element (102, 502) having a maximum lateral width greater than about 127 mm (5 inches); characterized in that the continuous superhard bearing surface is a single continuous superhard bearing surface and in that at least one superhard bearing element (224, 524) includes a polycrystalline diamond superhard bearing surface and said continuous superhard bearing element (102, 502) is made from a non-polycrystalline diamond material.
A luminescence display panel comprising: a first electrode formed on a lower substrate; an organic layer formed on the first electrode, the organic layer including a luminescence layer; a second electrode having an embossing structure with a concave portion and a convex portion on the organic layer, the second electrode having a thin film structure; and an auxiliary electrode having an embossing structure with a concave portion corresponding to the convex portion of the second electrode and a convex portion corresponding to the concave portion of the second electrode such that the embossing structures interlock each other, the auxiliary electrode being formed on an upper substrate and facing the lower substrate, the auxiliary electrode being connected to the second electrode, wherein each of the auxiliary electrode and the second electrode has the embossing structure at a region where the auxiliary electrode and the second electrode are connected, wherein the second electrode is thinner than at least one of the first electrode and the auxiliary electrode. a first electrode formed on a lower substrate; an organic layer formed on the first electrode, the organic layer including a luminescence layer; a second electrode having an embossing structure with a concave portion and a convex portion on the organic layer, the second electrode having a thin film structure; and an auxiliary electrode having an embossing structure with a concave portion corresponding to the convex portion of the second electrode and a convex portion corresponding to the concave portion of the second electrode such that the embossing structures interlock each other, the auxiliary electrode being formed on an upper substrate and facing the lower substrate, the auxiliary electrode being connected to the second electrode, wherein each of the auxiliary electrode and the second electrode has the embossing structure at a region where the auxiliary electrode and the second electrode are connected, wherein the second electrode is thinner than at least one of the first electrode and the auxiliary electrode.
A headgear for a respiratory mask, comprising: at least one strap comprising a filament (642,1830); a directional lock having an engaged configuration and a disengaged configuration with respect to the filament (642,1830); and a disengaging member operable to hold the lock in the disengaged configuration; and an actuator configured to act on the disengaging member to cause the disengaging member to hold the lock in the disengaged configuration., and wherein actuation of the disengaging member prevents the directional lock from moving to the engaged configuration in response to elongation of the headgear. at least one strap comprising a filament (642,1830); a directional lock having an engaged configuration and a disengaged configuration with respect to the filament (642,1830); and a disengaging member operable to hold the lock in the disengaged configuration; and
Method for operating a driver assistance device for a motor vehicle, comprising the steps: - a drive potential is respectively determined from all driven wheels (3,4) of at least one axle of the motor vehicle, said wheels being operatively connected to one another via a differential gear and drivable together, - the drive potentials are compared and - a braking device with a specific wheel braking force for braking the wheel is controlled using a lower drive potential, characterised in that the drive potential is determined from a spring compression of the respective wheel (3,4) or the wheel contact force associated with each of the wheels (3,4) is established and from this the drive potential of the respective wheel (3,4) is determined, and that a traction control system controls the braking device with a traction control braking force to brake at least one of the wheels (3,4,6,7), if a wheel slip of the wheel (3,4,6,7) exceeds a certain slip limit, wherein the wheel braking force is determined from the difference between the drive potentials of the wheels (3,4) and is used to pre-control the traction control system. - a drive potential is respectively determined from all driven wheels (3,4) of at least one axle of the motor vehicle, said wheels being operatively connected to one another via a differential gear and drivable together, - the drive potentials are compared and - a braking device with a specific wheel braking force for braking the wheel is controlled using a lower drive potential,
A ring material supply system, comprising: a base; a dispenser rotary table rotatably disposed on the base for holding a plurality of ring materials, the dispenser rotary table having an inner circle area and an outer circle area disposed on an outer side of the inner circle area, the dispenser rotary table further comprising an export portion; a de-overlap blower set disposed at a periphery of the dispenser rotary table, the de-overlap blower set blowing an upper ring of two overlapping ring materials to the inner circle area; characterized in that a horizontal height of a surface of the inner circle area being higher than a horizontal height of a surface of the outer circle area, a height difference between the surface of the inner circle area and the horizontal height of the surface of the outer circle area being equal to a thickness of a ring, wherein the ring material supply system further comprises a material guiding rotary disc set disposed at the periphery of the dispenser rotary table for guiding a movement of the ring materials; and a dispenser blower set disposed on the base for dispensing the ring materials. a base; a dispenser rotary table rotatably disposed on the base for holding a plurality of ring materials, the dispenser rotary table having an inner circle area and an outer circle area disposed on an outer side of the inner circle area, the dispenser rotary table further comprising an export portion; a de-overlap blower set disposed at a periphery of the dispenser rotary table, the de-overlap blower set blowing an upper ring of two overlapping ring materials to the inner circle area; characterized in that a horizontal height of a surface of the inner circle area being higher than a horizontal height of a surface of the outer circle area, a height difference between the surface of the inner circle area and the horizontal height of the surface of the outer circle area being equal to a thickness of a ring, wherein the ring material supply system further comprises a material guiding rotary disc set disposed at the periphery of the dispenser rotary table for guiding a movement of the ring materials; and a dispenser blower set disposed on the base for dispensing the ring materials.
A staple head assembly of circular stapler, comprising: a staple barrel assembly including a staple barrel (31,31'), a staple pusher (33,33') arranged inside said staple barrel (31,31') and a staple cartridge fixed at a distal end of said staple barrel (31,31'); the distal end of said staple barrel assembly being a staple cartridge surface; said staple barrel (31,31') comprising a tubular housing, an anti-expansion tube disposed in said housing; said housing being provided with a first cavity for accommodating to-be-excised tissues, and a proximal end of said housing being configured for connecting with a body of said circular stapler, and a distal end of said housing being configured for mounting said staple cartridge; wherein, at least one opening communicating with said first cavity is arranged on sidewall of said housing of staple barrel (31,31'), and wherein at least a part of said first cavity is exposed from said opening; and an anvil assembly including an anvil ring and an anvil shaft which are fixedly connected to each other, said anvil shaft being capable of sliding in said anti-expansion tube along a longitudinal direction, characterized in that said staple barrel further comprises a stiffener connected between said housing and said anti-expansion tube, wherein a distance from a distal end of said anti-expansion tube to said staple cartridge surface is larger than that from a distal end of said opening to said staple cartridge surface. a staple barrel assembly including a staple barrel (31,31'), a staple pusher (33,33') arranged inside said staple barrel (31,31') and a staple cartridge fixed at a distal end of said staple barrel (31,31'); the distal end of said staple barrel assembly being a staple cartridge surface; said staple barrel (31,31') comprising a tubular housing, an anti-expansion tube disposed in said housing; said housing being provided with a first cavity for accommodating to-be-excised tissues, and a proximal end of said housing being configured for connecting with a body of said circular stapler, and a distal end of said housing being configured for mounting said staple cartridge; wherein, at least one opening communicating with said first cavity is arranged on sidewall of said housing of staple barrel (31,31'), and wherein at least a part of said first cavity is exposed from said opening; and an anvil assembly including an anvil ring and an anvil shaft which are fixedly connected to each other, said anvil shaft being capable of sliding in said anti-expansion tube along a longitudinal direction, characterized in that said staple barrel further comprises a stiffener connected between said housing and said anti-expansion tube, wherein a distance from a distal end of said anti-expansion tube to said staple cartridge surface is larger than that from a distal end of said opening to said staple cartridge surface.