mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmic treatment system (100, 400) for photochemical corneal and/or scleral collagen cross-linking using riboflavin as a photosensitizer, comprising: a light source device comprising a light source array; at least one optical treatment head operatively coupled to the light source device, and configured to provide at least one treatment light comprising UVA light or a combination of UVA and blue light; a light control device comprising a controller that controls the light source to provide discontinuous treatment light projection onto an eye at a predetermined treatment light exposure period between around 5 seconds and 25 seconds; and an auxiliary light source characterised in that the auxiliary light source is configured to be turned on with the at least one treatment light entering a period of discontinued treatment light, wherein the auxiliary light source has a wavelength in the visible light spectrum that is not highly absorbed by riboflavin. a light source device comprising a light source array; at least one optical treatment head operatively coupled to the light source device, and configured to provide at least one treatment light comprising UVA light or a combination of UVA and blue light; a light control device comprising a controller that controls the light source to provide discontinuous treatment light projection onto an eye at a predetermined treatment light exposure period between around 5 seconds and 25 seconds; and an auxiliary light source characterised in that the auxiliary light source is configured to be turned on with the at least one treatment light entering a period of discontinued treatment light, wherein the auxiliary light source has a wavelength in the visible light spectrum that is not highly absorbed by riboflavin.
A recliner assembly for a vehicular seat of the type including a backrest hingedly connected to a seat cushion and capable of being rotated, said assembly comprising: - a toothed rotary recliner mechanism configured to establish incremental reclining adjustments about a generally horizontal axis to permit relative pivotal movement between a backrest and a seat cushion, said rotary recliner mechanism including opposing inner and outer gears (46, 42) supported relative to one another for rotation about said axis, said outer gear including internal teeth arranged circumferentially about said first axis, and said inner gear including at least one tooth engaging member selectively moveable into and out of engagement with said internal teeth so as to arrest relative rotation between said inner and outer gears (46, 42) when engaged with said internal teeth; - a base plate configured for fixed connection to the seat cushion and a top plate configured for fixed connection to the backrest, said base plate being fixedly joined to one of said inner and outer gears (46, 42), and said top plate being fixedly joined to the other of said inner and outer gears (46, 42) of said recliner mechanism for relative arcuate displacement about said first axis; - a retainer configured for fixed connection to said outer gear; and - wherein said retainer plate is configured to retain said inner gear laterally with respect to said outer gear. - a toothed rotary recliner mechanism configured to establish incremental reclining adjustments about a generally horizontal axis to permit relative pivotal movement between a backrest and a seat cushion, said rotary recliner mechanism including opposing inner and outer gears (46, 42) supported relative to one another for rotation about said axis, said outer gear including internal teeth arranged circumferentially about said first axis, and said inner gear including at least one tooth engaging member selectively moveable into and out of engagement with said internal teeth so as to arrest relative rotation between said inner and outer gears (46, 42) when engaged with said internal teeth; - a base plate configured for fixed connection to the seat cushion and a top plate configured for fixed connection to the backrest, said base plate being fixedly joined to one of said inner and outer gears (46, 42), and said top plate being fixedly joined to the other of said inner and outer gears (46, 42) of said recliner mechanism for relative arcuate displacement about said first axis; - a retainer configured for fixed connection to said outer gear; and - wherein said retainer plate is configured to retain said inner gear laterally with respect to said outer gear.
Vehicle axle, comprising: - a differential; - a powertrain, comprising a first electric motor and a second electric motor; - a first transmission element between the first electric motor and said differential, this first transmission element comprising a variable transmission ratio; - a second transmission element between the second electric motor and said differential; characterized in that the second electric motor is controlled so as to provide an additional power during gear changes of the first transmission element, so as to fully compensate for the power loss inherent in the gear change. - a differential; - a powertrain, comprising a first electric motor and a second electric motor; - a first transmission element between the first electric motor and said differential, this first transmission element comprising a variable transmission ratio; - a second transmission element between the second electric motor and said differential;
Guide rail for a sliding door assembly comprising a first sliding door leaf and a second sliding door leaf which are slidably arranged, comprising: - a first upright guide rib for guiding the first sliding door leaf at the bottom of this first sliding door leaf; - a second upright guide rib for guiding the second sliding door leaf at the bottom of this second sliding door leaf; and - a channel which is delimited by the guide ribs (5, 6) for collecting and discharging precipitation landing on the sliding door leaves; wherein the guide rail comprises a zone at one end which is free from said guide ribs (5, 6) at the top and in which a collector is provided, in which the channel ends for draining off the precipitation to an outside environment; characterized in that the guide rail is provided with: - a hollow chamber; - a passage opening which connects the collector to the hollow chamber for draining off the precipitation from the collector to the hollow chamber; and - an outlet opening which connects the hollow chamber to the outside environment for draining off the precipitation from the hollow chamber to the outside environment. - a first upright guide rib for guiding the first sliding door leaf at the bottom of this first sliding door leaf; - a second upright guide rib for guiding the second sliding door leaf at the bottom of this second sliding door leaf; and - a channel which is delimited by the guide ribs (5, 6) for collecting and discharging precipitation landing on the sliding door leaves; wherein the guide rail comprises a zone at one end which is free from said guide ribs (5, 6) at the top and in which a collector is provided, in which the channel ends for draining off the precipitation to an outside environment; characterized in that the guide rail is provided with: - a hollow chamber; - a passage opening which connects the collector to the hollow chamber for draining off the precipitation from the collector to the hollow chamber; and - an outlet opening which connects the hollow chamber to the outside environment for draining off the precipitation from the hollow chamber to the outside environment. - a hollow chamber; - a passage opening which connects the collector to the hollow chamber for draining off the precipitation from the collector to the hollow chamber; and - an outlet opening which connects the hollow chamber to the outside environment for draining off the precipitation from the hollow chamber to the outside environment.
Apparatus for delivering thermal therapy to a target volume within a patient, comprising: means for collecting and storing data corresponding to a plurality of phase images of a portion of the patient's body using a magnetic resonance imaging device; means for calculating a temperature uncertainty map in a region of said target volume, said temperature uncertainty map comprising one or more quantitative measures of temperature uncertainty associated with each of a plurality of locations within said region, each of said quantitative measures of temperature uncertainty comprising a measure of temporal temperature uncertainty, spatial temperature uncertainty or spatial temporal temperature uncertainty; and means for delivering a thermal therapy dose to said target volume determined at least in part by said temperature uncertainty map. means for collecting and storing data corresponding to a plurality of phase images of a portion of the patient's body using a magnetic resonance imaging device; means for calculating a temperature uncertainty map in a region of said target volume, said temperature uncertainty map comprising one or more quantitative measures of temperature uncertainty associated with each of a plurality of locations within said region, each of said quantitative measures of temperature uncertainty comprising a measure of temporal temperature uncertainty, spatial temperature uncertainty or spatial temporal temperature uncertainty; and means for delivering a thermal therapy dose to said target volume determined at least in part by said temperature uncertainty map.
Dental preparation instrument with a tool that rotates in an alternately reversible manner, wherein the preparation instrument comprises a drive for the tool, characterized in that the drive provides a continuously rotational motion; that upstream of the tool there is disposed a gearing system, which transforms the continuous, fully rotating motion of the drive into a rotating motion, which is alternately reversible and which is continuous when viewed over several reversals, wherein the gearing system comprises a rotatably mounted input shaft and a rotatably mounted output shaft; that a fixed gear wheel is arranged in the gearing system; that a carrier is arranged on the input shaft for a gear wheel, which meshes with the fixed gear wheel and is rotatably mounted relative to the carrier at a distance R from a central axis of the fixed gear wheel, and that the rotatable gear wheel is connected to a sliding block, which is at a distance from the axis of rotation of said rotatable gear wheel, wherein the sliding block is guided in a sliding block guide that is connected to the output shaft.
An electronic device, comprising: a circuit board unit (120, 420); a backplane (150, 450) that connects the circuit board unit (120, 420) board to a front surface thereof; a feed bus bar (160, 460) that is connected to a back surface of the backplane (150, 450); a power unit that is connected to the feed bus bar (160, 460); and a ventilation opening is formed in the backplane (150, 450), characterized in that a radiation projection (163, 463) is further formed on the feed bus bar (160, 460) and a ventilation opening (162,462) is formed in the feed bus bar (160, 460). a circuit board unit (120, 420); a backplane (150, 450) that connects the circuit board unit (120, 420) board to a front surface thereof; a feed bus bar (160, 460) that is connected to a back surface of the backplane (150, 450); a power unit that is connected to the feed bus bar (160, 460); and a ventilation opening is formed in the backplane (150, 450), characterized in that a radiation projection (163, 463) is further formed on the feed bus bar (160, 460) and a ventilation opening (162,462) is formed in the feed bus bar (160, 460).
A device for delivering microwave energy to a distant region of a body, comprising: a proximal end connectable to a microwave energy generator and a coolant source; a distal end configured to generate ablative energy in a defined region surrounding said distal end; an inner conductor, wherein said inner conductor is hollow; a central region comprising: a non-conductive core surrounding the inner conductor such that an air channel is formed between the non-conductive core and the inner conductor; and a spacer wound spirally around said inner conductor and in contact with the inner conductor and the non-conductive core, wherein the spacer comprises a monofilament tube; an outer conductor surrounding said non-conductive core; and a coolant flow exchanger at the distal end configured to receive coolant from said inner conductor and return the coolant through the air channel. a proximal end connectable to a microwave energy generator and a coolant source; a distal end configured to generate ablative energy in a defined region surrounding said distal end; an inner conductor, wherein said inner conductor is hollow; a central region comprising: a non-conductive core surrounding the inner conductor such that an air channel is formed between the non-conductive core and the inner conductor; and a spacer wound spirally around said inner conductor and in contact with the inner conductor and the non-conductive core, wherein the spacer comprises a monofilament tube; a non-conductive core surrounding the inner conductor such that an air channel is formed between the non-conductive core and the inner conductor; and a spacer wound spirally around said inner conductor and in contact with the inner conductor and the non-conductive core, wherein the spacer comprises a monofilament tube; an outer conductor surrounding said non-conductive core; and a coolant flow exchanger at the distal end configured to receive coolant from said inner conductor and return the coolant through the air channel.
A package substrate, comprising: a dielectric layer; a passive component embedded in the dielectric layer and contacting the dielectric layer; a first circuit layer embedded in the dielectric layer and having a first surface aligned with a second surface of the dielectric layer; an adhesive layer disposed on a third surface of the dielectric layer and adhered to the passive component, wherein the third surface is opposite to the second surface; a second circuit layer disposed on the adhesive layer; and a conductive via (V2, V3) passing through the adhesive layer and connected to the passive component and the second circuit layer. a dielectric layer; a passive component embedded in the dielectric layer and contacting the dielectric layer; a first circuit layer embedded in the dielectric layer and having a first surface aligned with a second surface of the dielectric layer; an adhesive layer disposed on a third surface of the dielectric layer and adhered to the passive component, wherein the third surface is opposite to the second surface; a second circuit layer disposed on the adhesive layer; and a conductive via (V2, V3) passing through the adhesive layer and connected to the passive component and the second circuit layer.
A method of operating a climatic beam air conditioning system comprising: operably connecting one or more controllers respectively including two or more subcontrollers, to two or more climatic beams in two or more locations (20a, 20b) so that each climatic beam is connected to a unique subcontroller directly controlling the operation of the climatic beam to which it is connected; communicating inputs from the two or more locations (20a, 20b) to the one or more controllers, wherein each controller of the one or more controllers by means of its subcontrollers is operably connected to two or more climatic beams; and communicating independent commands to each climatic beam of the two or more climatic beams from the one or more controllers to control operation of the two or more climatic beams based on the inputs communicated from the two or more locations (20a, 20b). operably connecting one or more controllers respectively including two or more subcontrollers, to two or more climatic beams in two or more locations (20a, 20b) so that each climatic beam is connected to a unique subcontroller directly controlling the operation of the climatic beam to which it is connected; communicating inputs from the two or more locations (20a, 20b) to the one or more controllers, wherein each controller of the one or more controllers by means of its subcontrollers is operably connected to two or more climatic beams; and communicating independent commands to each climatic beam of the two or more climatic beams from the one or more controllers to control operation of the two or more climatic beams based on the inputs communicated from the two or more locations (20a, 20b).
An exhaust gas purification catalyst comprising a substrate and a catalyst layer on the substrate, the catalyst layer comprising an oxygen storage component and an inorganic porous solid, the exhaust gas purification catalyst having a pore volume distribution such that a ratio of a pore volume of pores with a diameter of from 15 nm to less than 25 nm to a pore volume of pores with a diameter of from 5 nm to less than 15 nm is 1.4 to 2.5 as measured with a mercury porosimeter, the pore volume distribution having at least one peak top in a pore diameter range of from 15 nm to less than 25 nm, and the pore volume distribution having a ratio of a pore volume of pores with a diameter of from 5 nm to less than 15 nm to a pore volume of pores with a diameter of 5 to 200 nm is 15% to 35%, and a ratio of a pore volume of pores with a diameter of from 15 nm to less than 25 nm to a pore volume of pores with a diameter of 5 to 200 nm is 25% to 55%. the catalyst layer comprising an oxygen storage component and an inorganic porous solid, the exhaust gas purification catalyst having a pore volume distribution such that a ratio of a pore volume of pores with a diameter of from 15 nm to less than 25 nm to a pore volume of pores with a diameter of from 5 nm to less than 15 nm is 1.4 to 2.5 as measured with a mercury porosimeter, the pore volume distribution having at least one peak top in a pore diameter range of from 15 nm to less than 25 nm, and the pore volume distribution having a ratio of a pore volume of pores with a diameter of from 5 nm to less than 15 nm to a pore volume of pores with a diameter of 5 to 200 nm is 15% to 35%, and a ratio of a pore volume of pores with a diameter of from 15 nm to less than 25 nm to a pore volume of pores with a diameter of 5 to 200 nm is 25% to 55%.
An installation for connecting electronic assemblies and/or for manufacturing workpieces, in particular a sintering or soldering installation, comprising a plurality of modules for connecting the electronic assemblies and/or for manufacturing the workpieces, wherein at least one module is configured as a loading station and one module as an unloading station, or one module is configured as a loading station and unloading station, wherein at least one further module is configured as a manufacturing station, and a manufacturing workpiece carrier is provided for accommodating the electronic assemblies and/or the workpieces, which is movable in automated manner by way of a conveying unit from the loading station via the manufacturing station to the unloading station, wherein the installation is configured in particular for assembly line production, characterized in that a foil/film transfer unit is included with at least one, in particular two or more foil/film transfer means, which are configured for automated application of foils/films as a process cover in the loading station.
Gear pump for conveying a fluid with a conveying unit having at least two gear wheels (4.1, 4.2) and a drive unit driving the gear wheels (4.1, 4. 2), which are detachably connected to one another via connecting elements (7, 8) which can be actuated without tools, characterized in that the connecting elements (7, 8) are designed as latching elements and form a bayonet connection which has an anti-rotation lock, the anti-rotation lock having at least one resiliently designed securing hook (10.1) which interacts in a form-fit manner with at least one corresponding securing recess (10.3).
A prosthetic heart valve comprising: a self-expanding wire frame body having a proximal end and a distal end; a valve disposed in the body; a plurality of self-expanding atrial anchoring elements distributed circumferentially about, and extending radially outwardly from, the proximal end of the body; an anchoring tether attached to the distal end of the body and having a length sufficient to extend from the distal end of the body through a ventricle of a heart and out a wall of the ventricle when the body is disposed in a native annulus of an atrioventricular valve of the heart; a control element coupled to a leaflet clip and slidably disposed about the anchoring tether, the leaflet clip configured to be transitioned between a first configuration in which the prosthetic valve can be inserted into a heart, and a second configuration in which the leaflet clip is disposed to capture a native valve leaflet between the leaflet clip and the body when the body is disposed in the native annulus of the atrioventricular valve of the heart. a self-expanding wire frame body having a proximal end and a distal end; a valve disposed in the body; a plurality of self-expanding atrial anchoring elements distributed circumferentially about, and extending radially outwardly from, the proximal end of the body; an anchoring tether attached to the distal end of the body and having a length sufficient to extend from the distal end of the body through a ventricle of a heart and out a wall of the ventricle when the body is disposed in a native annulus of an atrioventricular valve of the heart; a control element coupled to a leaflet clip and slidably disposed about the anchoring tether, the leaflet clip configured to be transitioned between a first configuration in which the prosthetic valve can be inserted into a heart, and a second configuration in which the leaflet clip is disposed to capture a native valve leaflet between the leaflet clip and the body when the body is disposed in the native annulus of the atrioventricular valve of the heart.