mhurhangee/ep-ind-claims huggingface dataset:
Filter assembly for filtering a waste fluid discharged by a household appliance, said filter assembly comprising: - a filter module comprising a filter element and a support for said filter element, wherein said filter element is removably couplable to said support; and - a filter housing receiving said filter module, wherein said filter module is removably couplable to said filter housing; wherein said support comprises at least one first retention element and at least one second retention element, wherein said filter element comprises at last one corresponding third retention element configured to be removably coupled to said at least one first retention element so as to allow a removable connection between said filter element and said support, and wherein said filter housing comprises at least one corresponding fourth retention element configured to be removably coupled to said at least one second retention element so as to allow a removable connection between said filter module and said filter housing, characterized in that said filter element comprises at least one tab extending outwardly from said filter element and being apt to be pushed by a user when said filter element is being connected to said support or unconnected from said support. - a filter module comprising a filter element and a support for said filter element, wherein said filter element is removably couplable to said support; and - a filter housing receiving said filter module, wherein said filter module is removably couplable to said filter housing; wherein said support comprises at least one first retention element and at least one second retention element, wherein said filter element comprises at last one corresponding third retention element configured to be removably coupled to said at least one first retention element so as to allow a removable connection between said filter element and said support, and wherein said filter housing comprises at least one corresponding fourth retention element configured to be removably coupled to said at least one second retention element so as to allow a removable connection between said filter module and said filter housing, characterized in that said filter element comprises at least one tab extending outwardly from said filter element and being apt to be pushed by a user when said filter element is being connected to said support or unconnected from said support.
A device for generating alternating magnetic fields for inducing eddy currents in an organism for treating tinnitus in particular, comprising - a head part (1, 21), - a current source, - a controller (4, 24), - one or more coils (2a, 2b, 22a, 22b), - a loudspeaker for sound output, characterized in that the at least one coil comprises at least two layers with different windings, that the at least one coil comprises at least one layer with an orthocyclic winding and at least one layer with a helical winding and that the at least one coil comprises a plurality of adjacent layers each with orthocyclic and helical windings. - a head part (1, 21), - a current source, - a controller (4, 24), - one or more coils (2a, 2b, 22a, 22b), - a loudspeaker for sound output, characterized in that the at least one coil comprises at least two layers with different windings, that the at least one coil comprises at least one layer with an orthocyclic winding and at least one layer with a helical winding and that the at least one coil comprises a plurality of adjacent layers each with orthocyclic and helical windings.
Electrical connector, comprising at least one electrical power contact having a cross-section larger than 8 mm 2 and being adapted to mate with a complementary connector, the at least one contact comprising a front end adapted to be electrically connected with a first complementary contact of said complementary connector, wherein the electrical connector also comprises a main body of a wall mounting type with a flange including two fixing holes and a fixing face adapted to be pressed against a wall in order to be permanently fixed to said wall, the main body further comprises a mechanical mating portion extending in one side of the fixing face and a central protrusion extending, through a central hole of the wall, from the fixing face towards a direction opposite to the mechanical mating portion and substantially perpendicular to the fixing face, wherein the at least one electrical power contact comprises a back pin mounted in the central protrusion and having a back pin extremity located at the opposite end of the power contact with respect to the front end and adapted to be electrically connected following a coupling axis with a second complementary contact of a second connector, characterized in that said back pin extremity has a smooth longitudinal profile so as to be repeatedly insertable into a female connector including one or several electrically conductive spring tongues or wherein said back pin extremity has conductive spring tongues so as to be able to repeatedly receive a male connector, wherein the back pin extremity of the electrical connector is able to be received in the second complementary inner electrical power contact including the coupling axis which is substantially in the alignment of the central hole.
Hand-held power tool gear unit, with at least one planetary gear stage (12a, 14a, 16a) which has at least one planetary carrier (18a, 20a, 22a; 18b; 18c; 18d), at least one planetary gear (24a-36a; 24b, 26b, 28b; 24c, 26c, 28c; 24d, 26d, 28d) which is mounted rotatably with respect to the planetary carrier (18a, 20a, 22a; 18b, 18c, 18d), and at least one bearing unit (38a-46a; 38b, 40b, 42b; 38c; 38d) which is provided to mount the planetary gear (24a-36a; 24b, 26b, 28b; 24c, 26c, 28c; 24d, 26d, 28d) rotatably with respect to the planetary carrier (18a, 20a, 22a; 18b; 18c; 18d), the planetary gear (24a-36a; 24b, 26b, 28b; 24c, 26c, 28c; 24d, 26d, 28d) comprising a pin (48a-56a; 48b, 50b, 52b; 48c, 48d), characterized in that the in each case one bearing unit (38a-46a; 38b, 40b, 42b; 38c; 38d) which is assigned to the planetary gear (24a-36a; 24b, 26b, 28b; 24c, 26c, 28c; 24d, 26d, 28d) mounts the one pin (48a-56a; 48b, 50b, 52b; 48c, 48d) rotatably in the planetary carrier (18a, 20a, 22a; 18b; 18c; 18d), and the at least one bearing unit (38a-46a; 38b, 40b, 42b; 38c) has an outer ring (80a, 82a, 84a; 80b, 82b, 84b; 80c) which is configured in one piece with the planetary carrier (18a, 20a, 22a; 18b; 18c).
Headlight device comprising in particular: - a light source provided with a bulb, a bulb holder, a set of connection tongues and at least one locking lug; - a reflector, having an inner face and an outer face, said reflector comprising a collar provided with a circular opening supplemented by a set of recesses, in the vicinity of which the light source grips the reflector between the locking lugs, in contact with the inner face, and a zone of the holder opposite the outer face of the reflector, the headlight device comprising a connection support intended to be fixed to the outer face of the reflector, said connection support comprising a set of mating parts of electrical connection means in order, in a locked position, to provide an electrical connection with the connection tongues following an operation of locking the light source on the reflector, the outer face of the reflector comprising at least one holding element for bringing the connection support into the locked position by means of a translation movement, characterised in that said connection support is removable. - a light source provided with a bulb, a bulb holder, a set of connection tongues and at least one locking lug; - a reflector, having an inner face and an outer face, said reflector comprising a collar provided with a circular opening supplemented by a set of recesses, in the vicinity of which the light source grips the reflector between the locking lugs, in contact with the inner face, and a zone of the holder opposite the outer face of the reflector,
A surgical cassette arrangement comprising: a flow selector valve configured to operate with a handpiece to selectively irrigate and aspirate fluid with respect to an ocular region, the flow selector valve comprising a first port fluidly connectable to the handpiece; a reservoir fluidly connected to a second port of the selector valve via a first flow segment and configured to receive fluid from the selector valve; and a collector configured to receive fluid; characterised by: the flow selector valve having a third port, wherein the collector is fluidly connected to the third port of the flow selector valve via a second flow segment; and the collector is configured to receive fluid from the flow selector valve and from the reservoir; wherein the flow selector valve selectively controls irrigation and aspiration flow to and from the handpiece and ocular region. a flow selector valve configured to operate with a handpiece to selectively irrigate and aspirate fluid with respect to an ocular region, the flow selector valve comprising a first port fluidly connectable to the handpiece; a reservoir fluidly connected to a second port of the selector valve via a first flow segment and configured to receive fluid from the selector valve; and a collector configured to receive fluid; characterised by: the flow selector valve having a third port, wherein the collector is fluidly connected to the third port of the flow selector valve via a second flow segment; and the collector is configured to receive fluid from the flow selector valve and from the reservoir; wherein the flow selector valve selectively controls irrigation and aspiration flow to and from the handpiece and ocular region. the flow selector valve having a third port, wherein the collector is fluidly connected to the third port of the flow selector valve via a second flow segment; and the collector is configured to receive fluid from the flow selector valve and from the reservoir; wherein the flow selector valve selectively controls irrigation and aspiration flow to and from the handpiece and ocular region.
An oral-nasal cannula system comprising: a CO 2 sampling sub-system comprising an oral scoop for collection of oral breath, a first nasal prong for collection of nasal breath and a breath collection bore, a third nasal prong for collection of nasal breath, said third nasal prong being disposable in a different nostril than said first nasal prong; wherein said oral scoop, said first and third nasal prong, and said breath collection bore are integrally formed within a single body of material, are in fluid contact with each other and are joined at an essentially single Y-junction; and wherein oral scoop has a large collecting funnel inlet and said first nasal prong and said third nasal prong have narrow collector inlets; and a breath flow measurement sub-system comprising an oral exit port located in or near the oral scoop, the oral exit port configured to receive oral breath exiting from said oral scoop, a second nasal prong configured to receive nasal breath, and a flow measurement tube configured to receive the oral breath from the oral exit port and to receive the nasal breath from the second nasal prong, wherein said oral scoop and said second nasal prong are integrally formed within said single body of material and wherein said oral exit port, said second nasal prong and said flow measurement tube are in fluid contact with each other and are joined outside said single body of material. a CO 2 sampling sub-system comprising an oral scoop for collection of oral breath, a first nasal prong for collection of nasal breath and a breath collection bore, a third nasal prong for collection of nasal breath, said third nasal prong being disposable in a different nostril than said first nasal prong; wherein said oral scoop, said first and third nasal prong, and said breath collection bore are integrally formed within a single body of material, are in fluid contact with each other and are joined at an essentially single Y-junction; and wherein oral scoop has a large collecting funnel inlet and said first nasal prong and said third nasal prong have narrow collector inlets; and a breath flow measurement sub-system comprising an oral exit port located in or near the oral scoop, the oral exit port configured to receive oral breath exiting from said oral scoop, a second nasal prong configured to receive nasal breath, and a flow measurement tube configured to receive the oral breath from the oral exit port and to receive the nasal breath from the second nasal prong, wherein said oral scoop and said second nasal prong are integrally formed within said single body of material and wherein said oral exit port, said second nasal prong and said flow measurement tube are in fluid contact with each other and are joined outside said single body of material.
A single tone RF signal generator comprising: an output a power amplifier having an input, wherein the power amplifier is operable to: receive at said input an RF signal including a first harmonic corresponding to a single tone RF signal to be produced by the RF signal generator; amplify the RF signal, and provide the amplified RF signal to the output of the signal generator; and a feedback circuit (126, 128) connected between the output of the signal generator and the input of the power amplifier, wherein the feedback circuit is configured to add two or more predistortion harmonics to the RF signal received by the power amplifier for cancelling harmonics in the amplified RF signal provided by the power amplifier, wherein the first harmonic has a frequency F and the two or more predistortion harmonics comprise frequencies 2F and 3F. an output a power amplifier having an input, wherein the power amplifier is operable to: receive at said input an RF signal including a first harmonic corresponding to a single tone RF signal to be produced by the RF signal generator; amplify the RF signal, and provide the amplified RF signal to the output of the signal generator; receive at said input an RF signal including a first harmonic corresponding to a single tone RF signal to be produced by the RF signal generator; amplify the RF signal, and provide the amplified RF signal to the output of the signal generator; and a feedback circuit (126, 128) connected between the output of the signal generator and the input of the power amplifier,
A system for collecting a biological sample comprising at least one nucleic acid and at least one ridge and valley signature of an individual, the system comprising: a) a biological collection component comprising an epidermal puncturing device operationally connected to a presence sensor, wherein the epidermal puncturing device is configured to be activated to penetrate the epidermis of the individual and to retract, thereby extracting the biological sample; and b) at least a first imaging component configured to collect the at least one ridge and valley signature, wherein the at least first imaging component comprises i) a platen configured to receive an appendage of the individual, and ii) a presence sensor configured to a) detect when the appendage is placed in proximity to the platen, and b) activate the epidermal puncturing device to extract the biological sample. a) a biological collection component comprising an epidermal puncturing device operationally connected to a presence sensor, wherein the epidermal puncturing device is configured to be activated to penetrate the epidermis of the individual and to retract, thereby extracting the biological sample; and b) at least a first imaging component configured to collect the at least one ridge and valley signature, wherein the at least first imaging component comprises i) a platen configured to receive an appendage of the individual, and ii) a presence sensor configured to a) detect when the appendage is placed in proximity to the platen, and b) activate the epidermal puncturing device to extract the biological sample.
A fermenter, in particular a plug flow fermenter, comprising a longitudinal axis agitator for mixing a biomass of high dry matter, in particular a proportion of more than 40%, to be outgassed in a fermentation chamber, in which a shaft of the agitator is mounted exclusively in two opposite end-face walls (6, 7) of the fermentation chamber, and at least one free end of the agitator is connected outside of the fermentation chamber to a drive, characterized in that the central shaft of the agitator is composed of multiple axial sections, has a section (14, 15) of reduced diameter on each end wall side, and all sections of the shaft have a plurality of blades, wherein the torque of the drive is introduced into a foundation decoupled from a rising, end-face wall of the fermentation chamber or the torque of the drive is introduced via a torque support offset from the bearing into a rising, end-face wall of the fermentation tank.
Electrical switching device having a first switching contact piece, which is of hollow design at least in sections, and a second switching contact piece, wherein the switching contact pieces (2, 3) can be moved relative to one another and the first switching contact piece is surrounded by a fluid flow guiding device, wherein the fluid flow guiding device surrounds the lateral surface side of the first switching contact piece in such a way that an enveloping contour of a flow duct which is delimited between the fluid flow guiding device and the first switching contact piece, at least at its end which faces the second switching contact piece, is larger than the enveloping contour of the first switching contact piece at its end which faces the second switching contact piece, and the first switching contact piece, by way of its end which faces the second switching contact piece, protrudes beyond the fluid flow guiding device and, in the connected state, the end of the fluid flow guiding device which faces the second switching contact piece is kept free of contact-making points with the second switching contact piece, characterized in that, in the connected state between the first switching contact piece and the second switching contact piece, contact-making points are present on the lateral surface side, and in that a wall of the first switching contact piece has a communication opening in order to allow a fluid flow to pass from the interior of the first switching contact piece into the flow duct between the fluid flow guiding device and the first switching contact piece during a disconnection movement, so that the fluid flow is guided both inside and outside the first switching contact piece in a manner traversing the wall of the first switching contact piece.
A battery pack comprising: a plurality of battery cells; a case providing an accommodation space for accommodating the battery cells and a cooling fluid for cooling the battery cells (10; and a barrier wall extending across the accommodation space and dividing the accommodation space into an upstream area in communication with an inlet for the cooling fluid and a downstream area in communication with an outlet for the cooling fluid, the barrier wall providing a communication area where the upstream area and the downstream area communicate with each other, the inlet and the outlet being at a portion of the case corresponding to a first end of the barrier wall in an extension direction of the barrier wall, the communication area being at a second end of the barrier wall in the extension direction of the barrier wall. a plurality of battery cells; a case providing an accommodation space for accommodating the battery cells and a cooling fluid for cooling the battery cells (10; and a barrier wall extending across the accommodation space and dividing the accommodation space into an upstream area in communication with an inlet for the cooling fluid and a downstream area in communication with an outlet for the cooling fluid, the barrier wall providing a communication area where the upstream area and the downstream area communicate with each other, the inlet and the outlet being at a portion of the case corresponding to a first end of the barrier wall in an extension direction of the barrier wall, the communication area being at a second end of the barrier wall in the extension direction of the barrier wall.
Line system for marking lines for sand filled tennis courts with artificial turf comprising: - a first profiled part on which a marking line can be set and - a second profiled part, which two profiled parts can be assembled in parallel longitudinal alignment, characterized in that - the line system comprises at least one spacer element which connects the two profiled parts (13, 15) with each other and - the first profiled part and the second profiled part are adjustable in height in the transverse direction with respect to the longitudinal alignment, the distance between the two profiled parts (13, 15) being adjustable by means of the at least one spacer element so that a height of the line system can be adapted to a height of the artificial turf. - a first profiled part on which a marking line can be set and - a second profiled part, - the line system comprises at least one spacer element which connects the two profiled parts (13, 15) with each other and - the first profiled part and the second profiled part are adjustable in height in the transverse direction with respect to the longitudinal alignment, the distance between the two profiled parts (13, 15) being adjustable by means of the at least one spacer element so that a height of the line system can be adapted to a height of the artificial turf.