mhurhangee/ep-ind-claims huggingface dataset:
A system for stimulating tissue comprising: an implantable acoustic controller-transmitter comprising an array of acoustic transducers configured to transmit acoustic energy into the tissue; one or more implantable acoustic receiver-stimulators adapted to receive the acoustic energy and convert the acoustic energy into electrical energy; and a first electrode assembly connected to the receiver-stimulator so as to receive the electrical energy and adapted to be in electrical communication with the tissue, wherein the receiver-stimulator is configured to generate a non-stimulating location signal and the controller-transmitter is configured to detect the non-stimulating location signal to determine the location of the receiver-stimulator relative to the controller-transmitter. an implantable acoustic controller-transmitter comprising an array of acoustic transducers configured to transmit acoustic energy into the tissue; one or more implantable acoustic receiver-stimulators adapted to receive the acoustic energy and convert the acoustic energy into electrical energy; and a first electrode assembly connected to the receiver-stimulator so as to receive the electrical energy and adapted to be in electrical communication with the tissue, wherein the receiver-stimulator is configured to generate a non-stimulating location signal and the controller-transmitter is configured to detect the non-stimulating location signal to determine the location of the receiver-stimulator relative to the controller-transmitter.
A plant for storing products, comprising: a frame which defines at least a vertical store provided with opposite flanks that are provided with pluralities of guides located in such a way that two opposite and reciprocally-facing guides on a same horizontal plane define end rests for single drawers or trays; housings being defined between the pairs of guides and pairs of guides opposite thereof for the drawers or trays; each drawer or tray being transferable between a product load/unload configuration and a product storing configuration in which the drawer or tray is inserted with ends thereof on a pair of the opposite guides and vice versa; an elevator being provided, associated to the frame and mobile along a development direction of the vertical stores in order to move the drawer or tray between the configurations; the opposite flanks of the at least a store being provided with profiled uprights, situated on a side facing towards the zone occupied by the elevator, which profiled uprights are conformed to be associated to the ends of the frame of the elevator such as to realise a sliding coupling in a parallel direction to the profiled uprights destined to maintain the two profiled uprights and the opposite relative flanks of the at least a store at a predetermined distance; wherein said frame comprises at least a pair of vertical stores which reciprocally face one another, the opposite flanks of each store being provided with the profiled uprights, situated on a side facing towards the central zone occupied by the elevator, which are conformed such as to be associated to the ends of the frame of the elevator such as to realise a sliding coupling in a parallel direction to the profiled uprights which parallel direction is destined to maintain the two profiled uprights and the opposite relative flanks of the at least a store at a predetermined distance; the plant being characterized in that: the two profiled uprights of each store include a respective rolling surface (4c, 4d) facing outside the plant; and each end of the frame of the elevator being slidingly coupled via wheels (14, 19) with a profiled upright of each store at respective rolling surface (4c, 4d) thereof, so as to define a mobile transversal connection between the opposite flanks of the whole structure, whereby preventing the distance between opposite uprights from increasing. the two profiled uprights of each store include a respective rolling surface (4c, 4d) facing outside the plant; and each end of the frame of the elevator being slidingly coupled via wheels (14, 19) with a profiled upright of each store at respective rolling surface (4c, 4d) thereof, so as to define a mobile transversal connection between the opposite flanks of the whole structure, whereby preventing the distance between opposite uprights from increasing.
Fluid product dispenser comprising: - a fluid product reservoir having a neck internally defining an axial opening oriented upward and communicating with the inside of the reservoir, - a dispensing head mounted axially on the neck of the reservoir, the head comprising a dispensing member, such as a pump or a valve, and a fastening ring engaging both the neck of the reservoir and the dispensing member, the fastening ring comprising a skirt including a plurality of internal latching projections, characterised in that the neck defines externally a plurality of horizontal latching shoulders oriented downward and a plurality of release ramps, the latching projections, initially engaged below the horizontal latching shoulders, being constrained radially outward on the release ramps by rotation of the skirt around the neck, thus releasing the latching projections of their latching engagement from below the latching shoulders. - a fluid product reservoir having a neck internally defining an axial opening oriented upward and communicating with the inside of the reservoir, - a dispensing head mounted axially on the neck of the reservoir, the head comprising a dispensing member, such as a pump or a valve, and a fastening ring engaging both the neck of the reservoir and the dispensing member, the fastening ring comprising a skirt including a plurality of internal latching projections,
Drive unit (1, 1 I, 1 II, 1 III, 1 IV, 1 V, 1 VI, 1 VII, 1 VIII, 1 IX) comprising a first electric machine (3, 3 I, 3 II, 3 III, 3 IV) and a second electric machine (5, 5 I, 5 II, 5 III, 5 IV), which have an output side (7, 9) and a winding region (11, 13), for providing drive to road wheels, like a single-wheel drive, on one and the same axle of a motor vehicle, wherein each of the electric machines (3, 3 I, 3 II, 3 III, 3 IV; 5, 5 I, 5 II, 5 III, 5 IV), which is equipped with a drive axle (15, 15 II, 15 II, 15 III, 15 IV, 17, 17 I, 17 III, 17 IV), has a drive shaft (16, 18), via which a drive torque can be introduced into a first transmission (19, 19 I, 19 II, 19 III, 19 IV), which is drivable by the first electric machine (3, 3 I, 3 II, 3 III, 3 IV), and a drive torque can be introduced into a second transmission (21, 21 I, 21 II, 21 III), which is drivable by the second electric machine (5, 5 I, 5 II, 5 III, 5 IV), wherein the drive axles (15, 15 II, 15 II, 15 III, 15 IV, 17, 17 I, 17 III, 17 IV) extend parallel to one another, but offset from one another, characterized in that the two electric machines (3, 3 I, 3 II, 3 III, 3 IV, 5, 5 I, 5 II, 5 III, 5 IV), at least with regard to the winding regions (11, 13) thereof, are arranged in an at least partially overlapping manner and for installation in an installation space of a vehicle, in which the winding regions (11, 13) are to be located between a first side member delimiting the installation space and a second side member delimiting the installation space, in a manner aligned along a longitudinal axis of the vehicle, wherein a planetary gear set (68, 68 I, 69, 69 I, 71, 71 I, 71 II, 73, 73 I, 73 II, 131, 131 I, 133, 133 I) is connected to at least one output side (7, 9) of one of the electric machines (3, 3 I, 3 II, 3 III, 3 IV; 5, 5 I, 5 II, 5 III, 5 IV), which are designed to transmit driving power to two wheel drive shafts (27, 27 I, 27 II, 27 III, 27 IV, 27 V, 107, 107 I, 107 II, 108, 108 I, 108 II, 109), said planetary gear set reducing the speed of the electric machine (3, 3 I, 3 II, 3 III, 3 IV; 5, 5 I, 5 II, 5 III, 5 IV) that is applied to one of the road wheels (29, 29 I, 29 II, 31, 31 I, 31 II), wherein the wheel drive shafts (27, 27 I, 27 II, 27 III, 27 IV, 27 V, 107, 107 I, 107 II, 108, 108 I, 108 II, 109), which are each part of a transmission (19, 19 I, 19 II, 19 III, 19 IV; 21, 21 I, 21", 21 III), extend between the drive axles (15, 15 I, 15 II, 15 III, 15 IV, 17, 17 I, 17 III, 17 IV).
Method for the production of an adhesive bond between (a) the surface of dental frameworks produced on the basis of high-performance polymers comprising polyetheretherketone (PEEK), polyetherketoneketone (PEKK), polyoxymethylene or polyamides, and (b) dental composites, by A creating retentive anchorings by means of mechanical pre-treatment of the surface of the respective framework; B applying a low viscous or flowable, solvent-free adhesive agent containing a monomer mixture of polymethyl methacrylate, methyl methacrylate, at least one bifunctional methacrylate-based cross-linking monomer, initiator(s), and optionally stabiliser(s) and other additives, including (i) wetting of the surface, (ii) penetration into existing cavities, and (iii) formation of a dispersion layer or a film having a layer thickness of 0.5 to 2.5 μm, for single application, and of 4.5 to 7.5 μm, for double application, of the adhesive agent; C curing the dispersion layer or the film of step B at least in part; and D applying a dental composite or an opaque onto the product of step C. A creating retentive anchorings by means of mechanical pre-treatment of the surface of the respective framework; B applying a low viscous or flowable, solvent-free adhesive agent containing a monomer mixture of polymethyl methacrylate, methyl methacrylate, at least one bifunctional methacrylate-based cross-linking monomer, initiator(s), and optionally stabiliser(s) and other additives, including (i) wetting of the surface, (ii) penetration into existing cavities, and (iii) formation of a dispersion layer or a film having a layer thickness of 0.5 to 2.5 μm, for single application, and of 4.5 to 7.5 μm, for double application, of the adhesive agent; (i) wetting of the surface, (ii) penetration into existing cavities, and (iii) formation of a dispersion layer or a film having a layer thickness of 0.5 to 2.5 μm, for single application, and of 4.5 to 7.5 μm, for double application, of the adhesive agent; C curing the dispersion layer or the film of step B at least in part; and D applying a dental composite or an opaque onto the product of step C.
Adapter plane for surgical table, said adapter plane comprising a central body which can be coupled to a surgical table and having a proximal portion suitable to at least partially accommodate the lumbar region of a patient's body and a distal portion suitable to at least partially accommodate the sacral region of the body of a patient, it being possible to couple said adapter plane to a surgical table by placing the central body at least partially on top of said surgical table and characterised in that, in the distal portion, the central body is provided with a quick coupling device for coupling the adapter plane to one or more surgical instruments.
A transposable construct comprising at least four inverted repeats, forming at least two pairs of opposing pairs of inverted repeats, the construct comprising DNA for insertion into a host genome, the DNA being located between two pairs of opposing repeats such that excision by a transposase or transposases of said pairs, in situ, is effective to be able to leave said DNA integrated into the host genome, without the presence of flanking transposon-derived repeats derived from said transposable construct, wherein the DNA for insertion into a host genome is selected from the group consisting of: a gene for expression in the host; a promoter or enhancer sequence; and a stop codon.
A fluorine mica glass-ceramic, comprising: SiO 2: 25-75 wt%; Al 2 O 3: 6-30 wt%; Na 2 O: 0.1-30 wt%; K 2 O: 0.5-15 wt%; B 2 O 3: 0.1-30 wt%; MgO: 4-35 wt%; CaO: 0-4 wt%; F: 1-20 wt%; ZrO 2: 0-10 wt%; P 2 O 5: 0.1-10 wt%; CeO 2: 0-1 wt%; SnO 2: 0-1 wt%, wherein P 2 O 5 + Na 2 O > 3wt%, and Al 2 O 3 + Na 2 O + P 2 O 5 > 17wt%, and, wherein the glass ceramic has a microstructure comprising: 1). a glass matrix, and 2) at least one crystalline phase with the formula of (K,Na) 1-x Mg 3 (Al,B,P) 1-x Si 3+x O 10 F 2, where x is 0 to 1, the glass ceramic is machinable and can be ion exchanged to achieve compress stress CS > 300 MPa, > 350 MPa or > 400 MPa, and Dol > 15 μm, > 20 μm, or > 25 μm. 1). a glass matrix, and 2) at least one crystalline phase with the formula of
A composition for use in treating or relieving a blood lipid disorder, wherein the composition consists of a ferrous amino acid chelate and pharmaceutically acceptable carriers, and wherein treating or relieving a blood lipid disorder includes body weight control, body fat loss, reduction of low density lipoprotein and/or reduction of triacylglycerol.
A catheter (100, 200, 300, 400) comprising: a distal portion (102, 302, 402) having at least one port (132, 232, 382) that is in fluid communication with a first lumen (120, 365) of the catheter (100, 300, 400), wherein the distal portion (102, 302, 402) has a first radiodensity; a proximal portion (104, 304) having at least one port (122, 222, 384) that is in fluid communication with a second lumen (130, 396) of the catheter (100, 300, 400), wherein the proximal portion has a second radiodensity; and an intermediate portion (106, 306) disposed between the proximal portion (104, 304) and the distal portion (102, 302, 402), the intermediate portion (106, 306) having a third radiodensity; characterized in that, the third radiodensity differs from both the first radiodensity and the second radiodensity,and wherein the intermediate portion (106, 306) is less radiodense than both the distal portion (102, 302, 402) and the proximal portion (104, 304). a distal portion (102, 302, 402) having at least one port (132, 232, 382) that is in fluid communication with a first lumen (120, 365) of the catheter (100, 300, 400), wherein the distal portion (102, 302, 402) has a first radiodensity; a proximal portion (104, 304) having at least one port (122, 222, 384) that is in fluid communication with a second lumen (130, 396) of the catheter (100, 300, 400), wherein the proximal portion has a second radiodensity; and an intermediate portion (106, 306) disposed between the proximal portion (104, 304) and the distal portion (102, 302, 402), the intermediate portion (106, 306) having a third radiodensity; characterized in that, the third radiodensity differs from both the first radiodensity and the second radiodensity,and wherein the intermediate portion (106, 306) is less radiodense than both the distal portion (102, 302, 402) and the proximal portion (104, 304).
Vacuum cleaner bag for a vacuum cleaner, which vacuum cleaner bag comprises a retaining plate having a dust bag attached thereto, the retaining plate comprising an inlet opening which spans an inlet plane and through which an airflow flows into the dust bag, which inlet opening is delimited at least in part by a collar which protrudes into the inner space of the dust bag, and the retaining plate comprising a closure flap which can be pivoted about an rotary shaft from an open position into a closed position, and vice versa, in order to open and close the inlet opening, characterised in that, on the basis of a cross section in which the rotary shaft of the closure flap is shown as a dot, at least a portion of the collar is inclined relative to a surface normal of the inlet plane by an angle (α) which is greater than 20° and less than 70°, preferably greater than 30° and less than 60°, particularly preferably greater than 40° and less than 50°.
A kit of pharmaceutical preparations for use in the treatment of Parkinson's Disease or Restless Legs Syndrome, containing a) an AADC-inhibitor selected from benserazide or carbidopa, wherein the AADC-inhibitor is applied in a daily dose of 300-1200mg wherein said AADC-inhibitor is provided as an oral Modified Release formulation, wherein the oral Modified Release formulation of the AADC-inhibitor is constantly releasing the AADC-inhibitor in the gastrointestinal tract in an amount of 12.5-50 mg/h over at least 6 hours, and wherein the oral Modified Release formulation of the AADC-inhibitor is applied 2-4 times a day b) a liquid formulation of levodopa or levodopa ester, wherein the liquid formulation contains levodopa or levodopa ester in a molarity of 100-500 mmol/l wherein the liquid formulation is subcutaneously infused wherein the daily dose of levodopa or levodopa equivalent is 100-900mg c) optionally, a pharmaceutical preparation of a COMT-inhibitor in which the COMT-inhibitor is 25-75 mg Opicapone. a) an AADC-inhibitor selected from benserazide or carbidopa, wherein the AADC-inhibitor is applied in a daily dose of 300-1200mg wherein said AADC-inhibitor is provided as an oral Modified Release formulation, wherein the oral Modified Release formulation of the AADC-inhibitor is constantly releasing the AADC-inhibitor in the gastrointestinal tract in an amount of 12.5-50 mg/h over at least 6 hours, and wherein the oral Modified Release formulation of the AADC-inhibitor is applied 2-4 times a day wherein the AADC-inhibitor is applied in a daily dose of 300-1200mg wherein said AADC-inhibitor is provided as an oral Modified Release formulation, wherein the oral Modified Release formulation of the AADC-inhibitor is constantly releasing the AADC-inhibitor in the gastrointestinal tract in an amount of 12.5-50 mg/h over at least 6 hours, and wherein the oral Modified Release formulation of the AADC-inhibitor is applied 2-4 times a day b) a liquid formulation of levodopa or levodopa ester, wherein the liquid formulation contains levodopa or levodopa ester in a molarity of 100-500 mmol/l wherein the liquid formulation is subcutaneously infused wherein the daily dose of levodopa or levodopa equivalent is 100-900mg wherein the liquid formulation contains levodopa or levodopa ester in a molarity of 100-500 mmol/l wherein the liquid formulation is subcutaneously infused wherein the daily dose of levodopa or levodopa equivalent is 100-900mg c) optionally, a pharmaceutical preparation of a COMT-inhibitor in which the COMT-inhibitor is 25-75 mg Opicapone.
Cartridge for a water-conducting domestic appliance, in particular a domestic dishwasher which has a detergent dosing system which has at least one detergent dispenser for receiving at least one cartridge, wherein the cartridge has separate chambers (51a,..., 51e) for storage of at least two detergents, and each chamber (51a,..., 51e) has a receiving volume for storage of detergent which is greater than the quantity required for a rinsing cycle, characterised in that in addition to the chambers (51a,..., 51e) for receiving the detergents a ventilation chamber is provided, which is connected to the chambers (51a,..., 51e) containing the detergents.
A method of operating an autonomous cleaning robot, the method comprising: receiving, at a handheld computing device (104; 404), data representing a status of a debris collection bin of the autonomous cleaning robot, the status of the bin comprising a bin fullness reading; receiving, at the handheld computing device, data representing a status of a filter bag (204; 304) of an evacuation station (100; 200; 418), the status of the filter bag comprising a bag fullness reading; presenting, on a display of the handheld computing device, a first status indicator (624; 626; 644; 646; 664; 668) representing the bin fullness reading; and presenting, on the display of the handheld computing device, a second status indicator (604; 606; 624; 626) representing the bag fullness reading. receiving, at a handheld computing device (104; 404), data representing a status of a debris collection bin of the autonomous cleaning robot, the status of the bin comprising a bin fullness reading; receiving, at the handheld computing device, data representing a status of a filter bag (204; 304) of an evacuation station (100; 200; 418), the status of the filter bag comprising a bag fullness reading; presenting, on a display of the handheld computing device, a first status indicator (624; 626; 644; 646; 664; 668) representing the bin fullness reading; and presenting, on the display of the handheld computing device, a second status indicator (604; 606; 624; 626) representing the bag fullness reading.
A sterilization system comprising: a uterine ablation system comprising: an elongate body having a proximal end, a distal end, and a delivery lumen; a shaft slidably disposed within the delivery lumen of the elongate body; and an ablation element connected to the shaft to ablate uterine tissue, characterized in that: the ablation element is expandable and includes non-conductive portions (424, 426) positioned at corners of the ablation element when expanded, such that the non-conductive portions of the expanded ablation element are positionable adjacent to the fallopian tubes. a uterine ablation system comprising: an elongate body having a proximal end, a distal end, and a delivery lumen; a shaft slidably disposed within the delivery lumen of the elongate body; and an ablation element connected to the shaft to ablate uterine tissue, characterized in that: the ablation element is expandable and includes non-conductive portions (424, 426) positioned at corners of the ablation element when expanded, such that the non-conductive portions of the expanded ablation element are positionable adjacent to the fallopian tubes. an elongate body having a proximal end, a distal end, and a delivery lumen; a shaft slidably disposed within the delivery lumen of the elongate body; and an ablation element connected to the shaft to ablate uterine tissue, characterized in that: the ablation element is expandable and includes non-conductive portions (424, 426) positioned at corners of the ablation element when expanded, such that the non-conductive portions of the expanded ablation element are positionable adjacent to the fallopian tubes. the ablation element is expandable and includes non-conductive portions (424, 426) positioned at corners of the ablation element when expanded, such that the non-conductive portions of the expanded ablation element are positionable adjacent to the fallopian tubes.
Transport arrangement comprising a transport pallet and comprising barrier elements, longitudinal beams (3, 4) and transverse beams (5, 6) of the transport pallet forming a horizontal, rectangular support frame having stands in its edge regions, the barrier elements each having a bottom edge and feet (9, 10) which project downwards beyond the bottom edge, and the barrier elements each having a greater width than the support frame, characterised in that the height of the stands can be adjusted relative to the support frame, the lower edges of the barrier elements resting on the support frame during transport in order to carry the barrier elements in an upright arrangement, the support frame being arranged between the feet (9, 10) of the barrier elements which project downwards beyond the lower edges of the barrier elements.