mhurhangee/ep-ind-claims huggingface dataset:
Washing machine, e.g. a dishwasher, comprising a washing tub having a bottom wall, and a reservoir system for a washing agent; said system comprising: - a support structure, - a container body having a receptacle configured for receiving a quantity of washing agent; said container body also having an opening leading into said receptacle; said container body being intended to be mounted to said support structure in said washing tub and being further configured for being reversibly brought by a user into a retracted condition, in which said container body is inserted in said support structure, and an extracted condition, in which said container body is removed and separate from said support structure; and - a closure element configured for removably closing said opening; said washing machine being characterised in that said support structure is associated with the bottom wall of the washing tub of the washing machine; and in that said system further comprises a pumping device configured for dispensing, in a controlled manner, at least a part or dose of the quantity of washing agent contained in said receptacle. - a support structure, - a container body having a receptacle configured for receiving a quantity of washing agent; said container body also having an opening leading into said receptacle; said container body being intended to be mounted to said support structure in said washing tub and being further configured for being reversibly brought by a user into a retracted condition, in which said container body is inserted in said support structure, and an extracted condition, in which said container body is removed and separate from said support structure; and a retracted condition, in which said container body is inserted in said support structure, and an extracted condition, in which said container body is removed and separate from said support structure; and - a closure element configured for removably closing said opening; said washing machine being characterised in that said support structure is associated with the bottom wall of the washing tub of the washing machine; and in that said system further comprises a pumping device configured for dispensing, in a controlled manner, at least a part or dose of the quantity of washing agent contained in said receptacle.
An electrospinning apparatus comprising: (i) at least one spinneret comprising an electrified tip and (ii) a collector being a biocompatible support, at least two rods and a platform connected to the at least two rods, wherein the at least two rods are configured to split an electric field between them, and the fibers are collected on a surface of the biocompatible support, wherein the platform comprises a bearing that comprises an electrical conductor configured to allow electrical conductance to the two rods and/or wherein the bearing comprises mercury. (i) at least one spinneret comprising an electrified tip and (ii) a collector being a biocompatible support, at least two rods and a platform connected to the at least two rods, wherein the at least two rods are configured to split an electric field between them, and the fibers are collected on a surface of the biocompatible support, wherein the platform comprises a bearing that comprises an electrical conductor configured to allow electrical conductance to the two rods and/or wherein the bearing comprises mercury.
A therapy delivery device for a sinus cavity, comprising: a multi-lumen catheter (22, 34) comprising at least a first lumen and a second lumen; an endoscope comprising a first proximal handle, an endoscope shaft, an endoscope ocular allowing the user to view the sinus cavity, a light post allowing for connection to a light source, a working channel port allowing for introduction of an additional surgical tool and a suction port for providing suction capability; wherein the first proximal handle comprises the working channel port and the suction port; wherein a distal end of the endoscope shaft is insertable through the second lumen of the multi-lumen catheter; wherein the first lumen of the multi-lumen catheter is expandable upon injection of a therapy; wherein the distal end portion (45; 48) of the first lumen comprises a compliant polymer having a compliance in the range of 20-100%, and the remaining length portion of the first lumen comprises a non-compliant polymer having a compliance in the range of 0-10%, such that only the distal end expands upon injection of the therapy, characterised in that the first lumen surrounds the second lumen; and the therapy device further comprises a second proximal handle and a fiber optic cable; wherein the second proximal handle comprises the endoscope ocular and the light post and the fiber optic cable connects the endoscope ocular and the light post with the distal end of the endoscope shaft via the first handle. a multi-lumen catheter (22, 34) comprising at least a first lumen and a second lumen; an endoscope comprising a first proximal handle, an endoscope shaft, an endoscope ocular allowing the user to view the sinus cavity, a light post allowing for connection to a light source, a working channel port allowing for introduction of an additional surgical tool and a suction port for providing suction capability;
A drive for an electrohydraulically driven scissor lift comprising a hydraulic circuit comprising two hydraulic pumps (26l, 26r) which are displacement pumps or a double pump (26l, 26r) which is a displacement pump supplying hydraulic fluid to at least two working cylinders (18l, 18l', 18r, 18r'), one of which lifts one side of the scissor lift, respectively, and an electric motor for driving the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r), a frequency converter for driving the electric motor, and a control device for controlling the frequency converter and for this reason the speed of the electric motor so that, in a first extension range of the working cylinders (18l, 18l', 18r, 18r'), the electric motor is driven at a lower speed in such a way that the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r) respectively extend and retract the working cylinders (18l, 18l', 18r, 18r') at a lower speed, and, in a second extension range of the working cylinders (18l, 18l', 18r, 18r'), the electric motor is driven at a lower speed in such a way that the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r) respectively and in a second extension range the working cylinder (18l, 18l', 18r, 18r') is controlled at a higher speed in such a way that the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r) extend or extend the working cylinders (18l, 18l', 18r, 18r') more quickly. a hydraulic circuit comprising two hydraulic pumps (26l, 26r) which are displacement pumps or a double pump (26l, 26r) which is a displacement pump supplying hydraulic fluid to at least two working cylinders (18l, 18l', 18r, 18r'), one of which lifts one side of the scissor lift, respectively, and an electric motor for driving the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r), a frequency converter for driving the electric motor, and a control device for controlling the frequency converter and for this reason the speed of the electric motor so that, in a first extension range of the working cylinders (18l, 18l', 18r, 18r'), the electric motor is driven at a lower speed in such a way that the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r) respectively extend and retract the working cylinders (18l, 18l', 18r, 18r') at a lower speed, and, in a second extension range of the working cylinders (18l, 18l', 18r, 18r'), the electric motor is driven at a lower speed in such a way that the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r) respectively and in a second extension range the working cylinder (18l, 18l', 18r, 18r') is controlled at a higher speed in such a way that the two hydraulic pumps (26l, 26r) or the double pump (26l, 26r) extend or extend the working cylinders (18l, 18l', 18r, 18r') more quickly.
A system for wireless communication of video comprising: a memory in a transmitting station, the memory configured to store a current beacon frame having a beacon control field, wherein the beacon control field includes one or more control bits; a processor configured to set at least one control bit in the beacon control field; and a transmitter to wirelessly transmit the current beacon frame, wherein one of the control bits is arranged to indicate a change in one or more fields of the current beacon frame as compared to a previous beacon frame. a memory in a transmitting station, the memory configured to store a current beacon frame having a beacon control field, wherein the beacon control field includes one or more control bits; a processor configured to set at least one control bit in the beacon control field; and a transmitter to wirelessly transmit the current beacon frame, wherein one of the control bits is arranged to indicate a change in one or more fields of the current beacon frame as compared to a previous beacon frame.
Device for inspecting containers for residual liquid, comprising an illumination device and a receiver which are arranged on mutually opposite sides of a transillumination region of a container base, and comprising a device for evaluating the signals detected by the receiver, characterised in that the illumination device contains a broadband radiation source with a spectrum comprising a wavelength range from 1 μm to 3 μm as the light source, and in that a plurality of receivers, each having a narrow-band filter (9, 10) for a specific wavelength range and each having a sensor (4a, 4a'), are provided. the illumination device contains a broadband radiation source with a spectrum comprising a wavelength range from 1 μm to 3 μm as the light source, and in that a plurality of receivers, each having a narrow-band filter (9, 10) for a specific wavelength range and each having a sensor (4a, 4a'), are provided.
A mechanical thrombectomy apparatus for removing a clot from a vessel, the apparatus comprising: a flexible catheter (100, 205, 405, 505, 605, 805, 905) having a distal end and a distal end opening (105, 218); wherein the thrombectomy apparatus further comprises a tractor (144, 209, 403, 503, 603) comprising a flexible belt (803, 803', 903, 903') that extends within the catheter (100, 205, 405, 505, 605, 805, 905), inverts over the distal end opening (105, 218) of the catheter (100, 205, 405, 505, 605, 805, 905) and extends along the outer diameter of the catheter (100, 205, 405, 505, 605, 805, 905); a power drive at a proximal end of the flexible catheter (100, 205, 405, 505, 605, 805, 905) configured to drive the tractor (144, 209, 403, 503, 603) around the catheter (100, 205, 405, 505, 605, 805, 905) so that it inverts over the distal end opening (105, 218) of the catheter (100, 205, 405, 505, 605, 805, 905); and a guidewire lumen through the catheter (100, 205, 405, 505, 605, 805, 905) and the tractor (144, 209, 403, 503, 603) configured to pass a guidewire (355, 515). a flexible catheter (100, 205, 405, 505, 605, 805, 905) having a distal end and a distal end opening (105, 218); wherein the thrombectomy apparatus further comprises a tractor (144, 209, 403, 503, 603) comprising a flexible belt (803, 803', 903, 903') that extends within the catheter (100, 205, 405, 505, 605, 805, 905), inverts over the distal end opening (105, 218) of the catheter (100, 205, 405, 505, 605, 805, 905) and extends along the outer diameter of the catheter (100, 205, 405, 505, 605, 805, 905); a power drive at a proximal end of the flexible catheter (100, 205, 405, 505, 605, 805, 905) configured to drive the tractor (144, 209, 403, 503, 603) around the catheter (100, 205, 405, 505, 605, 805, 905) so that it inverts over the distal end opening (105, 218) of the catheter (100, 205, 405, 505, 605, 805, 905); and a guidewire lumen through the catheter (100, 205, 405, 505, 605, 805, 905) and the tractor (144, 209, 403, 503, 603) configured to pass a guidewire (355, 515).
A method of priming a non-electrically conductive ceramic filter for removal of solid inclusions from liquid metal, wherein said filter is contained in a filter bowl, and is surrounded by an induction coil whose axis is substantially aligned with the direction of the desired net metal flow, said method comprising: a) applying an alternating excitation current to the induction coil; b) adding sufficient liquid metal to cover an upstream side of the filter element; c) allowing the currents induced in the liquid metal by the coil and the magnetic field of the coil to create Lorentz forces which press upon and stir the liquid metal such that the liquid metal is pressed into the ceramic, hence priming the filter; and d) discontinuing the excitation current once a predetermined degree of priming has been obtained. a) applying an alternating excitation current to the induction coil; b) adding sufficient liquid metal to cover an upstream side of the filter element; c) allowing the currents induced in the liquid metal by the coil and the magnetic field of the coil to create Lorentz forces which press upon and stir the liquid metal such that the liquid metal is pressed into the ceramic, hence priming the filter; and d) discontinuing the excitation current once a predetermined degree of priming has been obtained.
A noise reduction method for an on-board environment, comprising: receiving an interference signal in the on-board environment and receiving a sound signal in the on-board environment, the interference signal comprising a vibration signal of a vehicle and an environmental noise signal; performing noise reduction processing on the sound signal in the on-board environment to obtain a noise-reduced signal; wherein, the noise reduction processing comprises cancelling the vibration signal of the vehicle and the environmental noise signal from the sound signal in the on-board environment; extracting a speech feature sequence from the noise-reduced signal; and performing a speech recognition on the sound signal in the on-board environment based on the speech feature sequence, wherein receiving the interference signal in the on-board environment comprises: receiving the vibration signal of the vehicle collected by a vibration sensor provided on an acoustic sensor array, and receiving the environmental noise signal collected by an acoustic sensor provided in the on-board environment to collect the environmental noise signal, wherein the vibration sensor is provided at a central position of the acoustic sensor array, wherein the receiving the sound signal in the on-board environment comprises: receiving the sound signal in the on-board environment collected by an acoustic sensor unit provided on the acoustic sensor array. receiving an interference signal in the on-board environment and receiving a sound signal in the on-board environment, the interference signal comprising a vibration signal of a vehicle and an environmental noise signal; performing noise reduction processing on the sound signal in the on-board environment to obtain a noise-reduced signal; wherein, the noise reduction processing comprises cancelling the vibration signal of the vehicle and the environmental noise signal from the sound signal in the on-board environment; extracting a speech feature sequence from the noise-reduced signal; and performing a speech recognition on the sound signal in the on-board environment based on the speech feature sequence, wherein receiving the interference signal in the on-board environment comprises: receiving the vibration signal of the vehicle collected by a vibration sensor provided on an acoustic sensor array, and receiving the environmental noise signal collected by an acoustic sensor provided in the on-board environment to collect the environmental noise signal, wherein the vibration sensor is provided at a central position of the acoustic sensor array, wherein the receiving the sound signal in the on-board environment comprises: receiving the sound signal in the on-board environment collected by an acoustic sensor unit provided on the acoustic sensor array.
A reciprocating linear motion mechanism for a can body maker comprising: a housing including an internal gear centered on a first center axis; a first rotation body located inside the housing; a first bearing connecting the housing and the first rotation body to be relatively rotatable; a convex part protruding toward one side of an axis direction from a surface facing one side of the first rotation body in the axis direction and centered on a second center axis parallel to the first center axis; a second rotation body including an external gear meshing with the internal gear about the second center axis and disposed on one side of the first rotation body in the axis direction; a recess which is recessed toward one side in the axis direction from a surface facing the other side of the second rotation body in the axis direction and into which the convex part is inserted; and a second bearing connecting the convex part and the recess to be relatively rotatable, characterized in that the internal gear, the external gear, the recess, the second bearing, and the convex part overlap each other when viewed from a radial direction orthogonal to the second center axis. a housing including an internal gear centered on a first center axis; a first rotation body located inside the housing; a first bearing connecting the housing and the first rotation body to be relatively rotatable; a convex part protruding toward one side of an axis direction from a surface facing one side of the first rotation body in the axis direction and centered on a second center axis parallel to the first center axis; a second rotation body including an external gear meshing with the internal gear about the second center axis and disposed on one side of the first rotation body in the axis direction; a recess which is recessed toward one side in the axis direction from a surface facing the other side of the second rotation body in the axis direction and into which the convex part is inserted; and a second bearing connecting the convex part and the recess to be relatively rotatable, characterized in that the internal gear, the external gear, the recess, the second bearing, and the convex part overlap each other when viewed from a radial direction orthogonal to the second center axis.
A wiper apparatus (10; 110; 210) comprising: a wiper blade (20; 120; 220) for wiping a windshield (11; 111; 211); a connecting portion (37; 137; 237) disposed on the wiper blade; a wiper arm (30; 130; 230) having a front end side fitted to the connecting portion; and a nozzle unit (34; 134; 234) fixed to the wiper arm, the nozzle unit jetting washer fluid toward the windshield, wherein the nozzle unit is provided with a plurality of nozzles, and at least one of the nozzles is located within a range of projection of the connecting portion in a wiping direction of the wiper blade, and the nozzle located within the range of projection of the connecting portion is a front-end-side nozzle which jets washer fluid toward a front end side of the wiper blade in the longitudinal direction, characterized in that the nozzle unit includes a forward-side block (35, 135, 235) and a backward-side block (36, 136, 236), the front-end-side nozzle is provided to the forward-side block of the nozzle unit, and at least one of the forward-side block and the backward-side block has a base-end-side nozzle which jets washer fluid toward a base end side of the wiper blade in a longitudinal direction. a wiper blade (20; 120; 220) for wiping a windshield (11; 111; 211); a connecting portion (37; 137; 237) disposed on the wiper blade; a wiper arm (30; 130; 230) having a front end side fitted to the connecting portion; and a nozzle unit (34; 134; 234) fixed to the wiper arm, the nozzle unit jetting washer fluid toward the windshield, wherein the nozzle unit is provided with a plurality of nozzles, and at least one of the nozzles is located within a range of projection of the connecting portion in a wiping direction of the wiper blade, and the nozzle located within the range of projection of the connecting portion is a front-end-side nozzle which jets washer fluid toward a front end side of the wiper blade in the longitudinal direction, characterized in that the nozzle unit includes a forward-side block (35, 135, 235) and a backward-side block (36, 136, 236), the front-end-side nozzle is provided to the forward-side block of the nozzle unit, and at least one of the forward-side block and the backward-side block has a base-end-side nozzle which jets washer fluid toward a base end side of the wiper blade in a longitudinal direction.
An aroma extraction unit, comprising: - a hydration tank suitable for containing a mixture of plants or parts thereof and a liquid, said tank configured to contain a positive gas flow pressure, - a shearing unit configured for shearing the plants or parts thereof, - a hydrodynamic cavitation unit, and - at least one circulation unit (5, 5a, 5b), wherein the hydration tank, shearing unit, cavitation unit are in fluid communication, and the at least one circulation unit is configured for circulating a mixture from the tank into the shearing unit, further into the cavitation unit, and from the cavitation unit back into the tank and/or shearing unit, wherein the shearing unit is separate from the cavitation unit and configured for shearing at least 50 vol% of the plants or parts thereof into a characteristic particle diameter of between 1-100 μm, more preferably between 8-100 μm. - a hydration tank suitable for containing a mixture of plants or parts thereof and a liquid, said tank configured to contain a positive gas flow pressure, - a shearing unit configured for shearing the plants or parts thereof, - a hydrodynamic cavitation unit, and - at least one circulation unit (5, 5a, 5b),