mhurhangee/ep-ind-claims huggingface dataset:
A cockpit module comprising; a crash pad; a sterilizing apparatus; a speaker disposed on the crash pad; and a cover disposed to cover the speaker, wherein the sterilizing apparatus detachably disposed on the crash pad, and the cover includes a hole disposed to face an inlet port and an outlet port of the sterilizing apparatus; the sterilizing apparatus comprising: a housing (100, 100a) including an inlet port, an outlet port, a flow channel connecting the inlet port and the outlet port, and a hole communicating with the flow channel; a filter module (200, 200a) disposed in the flow channel; a sterilization unit configured to emit ultraviolet rays toward the filter module (200, 200a); and a fan configured to move air introduced through the inlet port to the outlet port, wherein the filter module (200, 200a) is inserted into and installed in the housing (100, 100a) through the hole. a crash pad; a sterilizing apparatus; a speaker disposed on the crash pad; and a cover disposed to cover the speaker, wherein the sterilizing apparatus detachably disposed on the crash pad, and the cover includes a hole disposed to face an inlet port and an outlet port of the sterilizing apparatus; the sterilizing apparatus comprising: a housing (100, 100a) including an inlet port, an outlet port, a flow channel connecting the inlet port and the outlet port, and a hole communicating with the flow channel; a filter module (200, 200a) disposed in the flow channel; a sterilization unit configured to emit ultraviolet rays toward the filter module (200, 200a); and a fan configured to move air introduced through the inlet port to the outlet port, wherein the filter module (200, 200a) is inserted into and installed in the housing (100, 100a) through the hole. a housing (100, 100a) including an inlet port, an outlet port, a flow channel connecting the inlet port and the outlet port, and a hole communicating with the flow channel; a filter module (200, 200a) disposed in the flow channel; a sterilization unit configured to emit ultraviolet rays toward the filter module (200, 200a); and a fan configured to move air introduced through the inlet port to the outlet port, wherein the filter module (200, 200a) is inserted into and installed in the housing (100, 100a) through the hole.
Method for reducing the peak factor in a multi-carrier communication system, the data being transmitted on m channels, characterised in that it comprises at least the following steps: in the emission of data in the form of a frame comprising a synchronization preamble, introducing a number d of desynchronization symbols at the start of each of the frames, said desynchronization symbols being adapted to introduce an offset between the different channels of a multi-carrier wave form, the number d being chosen as a function of the concerned transmission channel number m (ch m), the number d of desynchronization symbols introduced being different for the m channels.
A water vapor transport membrane comprising a microporous substrate and an air impermeable selective layer coated on a first surface of the substrate to form a substantially non-porous film thereupon, the selective layer comprising sulfonated polyether ether ketone (sPEEK) and cellulose acetate in an sPEEK:CA (wt.:wt.) ratio in the range of 7:3 to 2:3, wherein the acetyl content of the CA is in the range of 20% to 62%, the degree of sulfonation of the sPEEK is in the range of 23% to 100%, and the selective layer has a thickness of less than 5 microns.
Gripping device for gripping a tape spool having: a holding element for fixation of the tape spool; a tensioning element for clamping a beginning of a tape wound onto the tape spool in order to keep the tape under tension; and a main body to which the holding element and the tensioning element are attached and which is configured to be couplable to a drive device for moving the tape spool, wherein the holding element and the tensioning element are configured to fixate the tape spool and to clamp the beginning of the tape when the tape spool is held ready in a supply device for provision of the tape spool; and to release the fixation of the tape spool and the clamping of the beginning of the tape when the tape spool is held in a material receiver of a processing system, wherein the main body is substantially flat for laying against a spool flank of the tape spool that faces towards the main body, and the holding element is configured for fixating the tape spool against the spool flank that faces towards the main body so that in the fixated state the spool flank that faces away from the main body is accessible, the holding element especially having a receiving profile for receiving the spool flank. a holding element for fixation of the tape spool; a tensioning element for clamping a beginning of a tape wound onto the tape spool in order to keep the tape under tension; and a main body to which the holding element and the tensioning element are attached and which is configured to be couplable to a drive device for moving the tape spool, wherein the holding element and the tensioning element are configured to fixate the tape spool and to clamp the beginning of the tape when the tape spool is held ready in a supply device for provision of the tape spool; and to release the fixation of the tape spool and the clamping of the beginning of the tape when the tape spool is held in a material receiver of a processing system, wherein the main body is substantially flat for laying against a spool flank of the tape spool that faces towards the main body, and the holding element is configured for fixating the tape spool against the spool flank that faces towards the main body so that in the fixated state the spool flank that faces away from the main body is accessible, the holding element especially having a receiving profile for receiving the spool flank.
Method for detecting a quantity of plug cycles of a plug connection component, - wherein a detection means detects a plugging procedure of the plug connection component, whereupon a microprocessor updates a plug cycle counter in an electronic memory store, - wherein a computer unit compares the plug cycle counter with a threshold value, characterised in that - the plug connection component comprises the electronic memory store and/or an identifier, and an RFID interface for reading out the plug cycle counter or the identifier, and - the plug cycle counter or the identifier is read out by a reading device or an antenna via the RFID interface of the plug connection component, wherein - a switch switches an electrical connection to the plug connection component provided the plug cycle counter does not exceed the threshold value, or the switch opens an electrical connection to the plug connection component as soon as the plug cycle counter exceeds the threshold value and/or - the computer unit generates a warning if the plug cycle counter exceeds the threshold value. - wherein a detection means detects a plugging procedure of the plug connection component, whereupon a microprocessor updates a plug cycle counter in an electronic memory store, - wherein a computer unit compares the plug cycle counter with a threshold value, - the plug connection component comprises the electronic memory store and/or an identifier, and an RFID interface for reading out the plug cycle counter or the identifier, and - the plug cycle counter or the identifier is read out by a reading device or an antenna via the RFID interface of the plug connection component, - a switch switches an electrical connection to the plug connection component provided the plug cycle counter does not exceed the threshold value, or the switch opens an electrical connection to the plug connection component as soon as the plug cycle counter exceeds the threshold value and/or - the computer unit generates a warning if the plug cycle counter exceeds the threshold value.
Machine for making stacks of folded paper sheets, or similar material, such as napkins, or paper tissues, comprising: - a feeding means for feeding a plurality of sheets along a predetermined feeding direction (101,101') - a table (20, 20'); - a starwheel unit (10,10') mounted rotatable about a rotation axis (110,110'), said starwheel unit (10,10') arranged to receive said plurality of folded sheets and to put them in turn on said table (20, 20'), in order to form a stack of folded overlapped sheets according to a first predetermined stack direction; - a conveying means; - a transfer means that is arranged to transfer a completed stack of folded sheets from said table (20,20') to said conveying means, said conveying means arranged to convey said stack of folded sheets along a conveying direction; characterised in that said transfer means comprises a rotation means arranged to rotate said stack of folded sheets for transferring said stack from said table (20, 20') to said conveying means, said rotation means configured to bring the axis of the stack from said first predetermined stack direction, when said formed stack is located on said formation table (20,20'), to a second predetermined stack direction, when said formed stack is located on said conveying means, wherein said transfer means is arranged to transfer said stack of folded sheets from said table (20, 20') to said conveying means through a combination of movements that comprise said rotation of the stack of folded sheets of an angle set between 80° and 110°, wherein said table is substantially "comb"-shaped and comprises a plurality of support portions alternated to a plurality of empty spaces, said transfer means configured to be positioned at said empty spaces for picking up said stack of folded sheets from said table (20,20') and transferring said stack onto said conveying means, and wherein said rotation means comprises a first grip portion and a second grip portion arranged to move towards/away from each other between a gripping configuration of said folded sheet stacks and a release configuration of said folded sheet stacks, and vice-versa. - a feeding means for feeding a plurality of sheets along a predetermined feeding direction (101,101') - a table (20, 20'); - a starwheel unit (10,10') mounted rotatable about a rotation axis (110,110'), said starwheel unit (10,10') arranged to receive said plurality of folded sheets and to put them in turn on said table (20, 20'), in order to form a stack of folded overlapped sheets according to a first predetermined stack direction; - a conveying means; - a transfer means that is arranged to transfer a completed stack of folded sheets from said table (20,20') to said conveying means, said conveying means arranged to convey said stack of folded sheets along a conveying direction;
A lighting device, comprising a first interface for supplying the lighting device with electrical energy, and a second interface for transmitting at least one control signal (B, D) for controlling a lighting property of a light source of the lighting device, characterized in that the lighting device comprises a five-pin connector, which forms the first interface and the second interface, wherein the five-pin connector is formed as an M12 panel plug, wherein the first interface comprises two connections for supply voltage and ground and wherein the second interface comprises three connections for transmitting the at least one control signal, wherein the connections are occupied as follows: first contact, which is occupied by the supply voltage, second contact, which is occupied by a flash signal, third contact, which is occupied by the ground, fourth contact, which is occupied by a dimming signal, and fifth contact, which is occupied by a status signal. first contact, which is occupied by the supply voltage, second contact, which is occupied by a flash signal, third contact, which is occupied by the ground, fourth contact, which is occupied by a dimming signal, and fifth contact, which is occupied by a status signal.
A filling tube assembly for an apparatus for filling and closing a tubular or bag-shaped packaging casing, like a clipping machine, the filling tube assembly comprises: a first filling tube and at least a second filling tube each having a first end (12; 22), a second end (14; 24) and a longitudinal axis (AF1; AF2) extending between the first and the second end (12,14; 22, 24), for accommodating a tubular or bag-shaped packaging casing for feeding filling material in a feeding direction into a tubular or bag-shaped packaging casing stored on at least one of said filling tubes (10; 20) and closed at the end facing in the feeding direction by a closure means, like a closure clip, and a revolver device for selectively coupling the first and the at least second filling tube (10; 20) to a filling machine by moving the respective filling tube (10; 20) into a filling position, the revolver device comprises a revolver plate having a revolver axis which extends substantially vertically to said revolver plate in the feeding direction, and about which the revolver plate is rotatable, wherein the first and the at least second filling tube (10; 20) are attached to the revolver plate by their second ends (14, 24), and extend from the revolver plate in the feeding direction, characterized in that a first clamping device is provided on the revolver plate for securing a tubular or bag-shaped packaging casing in its position when stored on the first and/or the at least second filling tube (10; 20). a first filling tube and at least a second filling tube each having a first end (12; 22), a second end (14; 24) and a longitudinal axis (AF1; AF2) extending between the first and the second end (12,14; 22, 24), for accommodating a tubular or bag-shaped packaging casing for feeding filling material in a feeding direction into a tubular or bag-shaped packaging casing stored on at least one of said filling tubes (10; 20) and closed at the end facing in the feeding direction by a closure means, like a closure clip, and a revolver device for selectively coupling the first and the at least second filling tube (10; 20) to a filling machine by moving the respective filling tube (10; 20) into a filling position, the revolver device comprises a revolver plate having a revolver axis which extends substantially vertically to said revolver plate in the feeding direction, and about which the revolver plate is rotatable, wherein the first and the at least second filling tube (10; 20) are attached to the revolver plate by their second ends (14, 24), and extend from the revolver plate in the feeding direction, characterized in that a first clamping device is provided on the revolver plate for securing a tubular or bag-shaped packaging casing in its position when stored on the first and/or the at least second filling tube (10; 20).
Motorized trolley stair-lift of the type cantilever-mounted on a rail and having at least one bracket for fixing the load to the trolley, comprising at least one pair of idler stabilizer wheels on one side of the said rail and means of moving the trolley bound to said bracket and opposed to said at least one pair of idler stabilizer-wheels comprising a first housing for said at least one pair of idler stabilizer-wheels said housing being mounted rotatable with respect to said bracket to adapt to the inclination of the rail; and means of locking said first housing to said bracket characterized by further comprising a second housing that houses said means of moving the trolley, said second housing being constrained to a linear rail present on said first housing and being translatable along said linear rail to rotate, with respect to said bracket to the same angle to which the said first housing is rotated, following rotation of the said first housing.
Method for producing a flat blank made of a metal or ceramic slurry by electrophoresis, wherein the edge area of a flat coating electrode is covered with an insulating frame during the electrophoresis, wherein a device with a conductive container filled with an electrophoresis suspension is used for carrying out the method, which container is connected to the negative pole of a direct current source, wherein the suspension is stirred by a stirrer for preventing agglomerates and a positively poled, vertically movable substrate holder supports a frame for covering the edge portion of the collecting electrode, wherein the device is also suitable for producing ceramic slips made of alumina with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, characterised in that the coating electrode made of sheet zinc is fixed in the frame and electrophoretically coated, wherein, with a coating time of 180 seconds and a current of 35 milliamperes, two ceramic slips of the desired size, i.e. with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, form on the coating electrode, wherein an electrophoresis suspension is used which requires a throughput time of 38 seconds for a viscosity measurement with a flow-through volume of 10 millilitres in a measuring funnel with a diameter of 2.3 millimetres, wherein, after coating, the alumina slips are removed lightly, i.e. by a zinc oxide layer formed by the electrophoresis and acting as a separating layer, from the coating electrode, and wherein the obtained blanks are then sintered. a device with a conductive container filled with an electrophoresis suspension is used for carrying out the method, which container is connected to the negative pole of a direct current source, wherein the suspension is stirred by a stirrer for preventing agglomerates and a positively poled, vertically movable substrate holder supports a frame for covering the edge portion of the collecting electrode, wherein the device is also suitable for producing ceramic slips made of alumina with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, characterised in that the coating electrode made of sheet zinc is fixed in the frame and electrophoretically coated, wherein, with a coating time of 180 seconds and a current of 35 milliamperes, two ceramic slips of the desired size, i.e. with a diameter of 30 millimetres and a thickness of less than 1.5 millimetres, form on the coating electrode, wherein an electrophoresis suspension is used which requires a throughput time of 38 seconds for a viscosity measurement with a flow-through volume of 10 millilitres in a measuring funnel with a diameter of 2.3 millimetres, wherein, after coating, the alumina slips are removed lightly, i.e. by a zinc oxide layer formed by the electrophoresis and acting as a separating layer, from the coating electrode, and wherein the obtained blanks are then sintered.
Electrical machine, in particular brushless torque motor, having a rotatably mounted rotor which has at least one permanent magnet, and having a stator which forms electromagnetic poles and has an at least magnetically conductive yoke and at least four different winding strands (6, 7, 8, 9) of a stator winding, wherein these winding strands (6, 7, 8, 9) interact with at least one permanent magnet of the rotor for simultaneously forming a torque and a transverse force, characterized in that the winding strands (6, 7, 8, 9) each comprise at least two coils (6', 6" or 7', 7" or 8', 8" or 9', 9") which are electrically connected to each other, wherein its coils (6', 6" or 7', 7" or 8', 8" or 9', 9") in at least one winding strand (6, 7, 8, 9), preferably in all winding strands (6, 7, 8, 9) of their respective coils (6', 6" and 7', 7" and 8', 8" and 9', 9"), are arranged within a stator division of 360 degrees divided by the number of winding strands (6, 7, 8, 9).
Tracking unit for a human-powered vehicle, the human-powered vehicle comprising a frame and an electric gear shifter, the tracking unit comprising a tracker, such as a GPS and/or GSM unit, and an antenna for allowing the tracker to communicate with a receiver, wherein - said tracker is placed inside the frame of a human-powered vehicle; and - said tracking unit includes a wire extending from the tracker, through a hole in the frame, to the antenna, characterized in that the antenna is mounted on the exterior of or at least partially integrated in the electric gear shifter. - said tracker is placed inside the frame of a human-powered vehicle; and - said tracking unit includes a wire extending from the tracker, through a hole in the frame, to the antenna, characterized in that the antenna is mounted on the exterior of or at least partially integrated in the electric gear shifter.
A microphone comprising: a cartridge; and a nest configured to be placed within the cartridge, the nest including a first diaphragm, a second diaphragm, and a printed circuit board placed in a stacked arrangement, such that the PCB is positioned between the first diaphragm and the second diaphragm; wherein the first diaphragm defines a first plane, the second diaphragm defines a second plane, and the PCB defines a third plane and wherein the first plane, the second plane, and the third plane extend parallel to one another; wherein the nest further comprises a first back plate, a second back plate and a contact spacer; wherein the contact spacer is placed into direct electrical contact with the first back plate and the PCB and the second back plate is placed into direct electrical contact with the PCB; and wherein a capacitance change between the first diaphragm and the first back plate is conveyed through the contact spacer. a cartridge; and a nest configured to be placed within the cartridge, the nest including a first diaphragm, a second diaphragm, and a printed circuit board placed in a stacked arrangement, such that the PCB is positioned between the first diaphragm and the second diaphragm; wherein the first diaphragm defines a first plane, the second diaphragm defines a second plane, and the PCB defines a third plane and wherein the first plane, the second plane, and the third plane extend parallel to one another; wherein the nest further comprises a first back plate, a second back plate and a contact spacer; wherein the contact spacer is placed into direct electrical contact with the first back plate and the PCB and the second back plate is placed into direct electrical contact with the PCB; and wherein a capacitance change between the first diaphragm and the first back plate is conveyed through the contact spacer.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising: a first chamber (40, 40', 40") that encloses a fluid, the first chamber having a first surface with a first contoured configuration that defines a plurality of downwardly extending first projections (43, 43', 43") and a plurality of first depressions (44, 44', 44"); and a second chamber (50, 50', 50") that encloses a fluid, the second chamber having a second surface with a second contoured configuration that defines a plurality of upwardly-extending second projections (53, 53', 53") and a plurality of second depressions (54, 54', 54"), the first surface being in contact with the second surface, and the first contoured configuration being shaped to mate with the second contoured configuration such that the first projections are located within the second depressions and the second projections are located within the first depressions. a first chamber (40, 40', 40") that encloses a fluid, the first chamber having a first surface with a first contoured configuration that defines a plurality of downwardly extending first projections (43, 43', 43") and a plurality of first depressions (44, 44', 44"); and a second chamber (50, 50', 50") that encloses a fluid, the second chamber having a second surface with a second contoured configuration that defines a plurality of upwardly-extending second projections (53, 53', 53") and a plurality of second depressions (54, 54', 54"),