mhurhangee/ep-ind-claims huggingface dataset:
Portable generator device of ozonized liquid for its independent use or connected to other apparatus to carry out medical treatments, comprising: - liquid inlets (11, 12), - a selector for selecting a liquid inlet for ozonisation of a corresponding liquid, - a blending tank for ozonisation deliverable via said selector, - an ozone generator for generating ozone to be introduced into said blending tank for liquid ozonisation, - an air or oxygen inlet for introducing air or oxygen into the device to be transformed into ozone, - said inlet being connected to a compressor through a drier upstream of said ozone generator, - outlets for the ozonized liquid (20, 21), - an outlet pump for pumping the ozonised liquid out of said blending tank to said outlets (20, 21), - an outlet sensor for controlling the outflow of the ozonised liquid, - a connector for attaching a handpiece hose to an outlet for the ozonised liquid of said device, - an ozone gas outlet connector attached to a cap connector on a cap of said blending tank for connection to an ozone gas destructor or for external devices, - an illumination system of the blending tank, - a power supply system that allows autonomous utilization of said device, - an electronic control circuit of said device, - a system for permanently controlling the ozonisation level of the blending tank. - liquid inlets (11, 12), - a selector for selecting a liquid inlet for ozonisation of a corresponding liquid, - a blending tank for ozonisation deliverable via said selector, - an ozone generator for generating ozone to be introduced into said blending tank for liquid ozonisation, - an air or oxygen inlet for introducing air or oxygen into the device to be transformed into ozone, - said inlet being connected to a compressor through a drier upstream of said ozone generator, - outlets for the ozonized liquid (20, 21), - an outlet pump for pumping the ozonised liquid out of said blending tank to said outlets (20, 21), - an outlet sensor for controlling the outflow of the ozonised liquid, - a connector for attaching a handpiece hose to an outlet for the ozonised liquid of said device, - an ozone gas outlet connector attached to a cap connector on a cap of said blending tank for connection to an ozone gas destructor or for external devices, - an illumination system of the blending tank, - a power supply system that allows autonomous utilization of said device, - an electronic control circuit of said device, - a system for permanently controlling the ozonisation level of the blending tank.
A method for observing an object containing a bolus of at least one fluorophore, the method comprising the steps of - providing a set of component signals, - accessing a time series of input frames representing electronically coded still images of the object, each input frame containing at least one observation area, the observation area comprising at least one pixel, wherein the method further comprises the iterative process steps of - automatically determining a fluorescent light intensity (I 1) in the observation area of one of the input frames of the time series, the fluorescent light intensity being determined over at least one fluorescence emission wavelength of the fluorophore, - automatically joining the fluorescent light intensity (I 1) with the fluorescence light intensities (I n) of the observation area from preceding input frames of the time series to generate a time sequence of fluorescence light intensities (I 1, I n) of the observation area - automatically decomposing the times sequence into a combination of at least some component signals of the set, and wherein an output frame is generated in which the observation area is assigned a color from a color space depending on the combination of component signals, characterized in that each component signal is a discrete or analytic time curve representing a fluorescence light intensity development of the fluorophore over time (t) in a specific type of tissue and in that the method comprises the further iterative process step of automatically providing at least a subset of the component signals in the combination as a new set of component signals. - providing a set of component signals, - accessing a time series of input frames representing electronically coded still images of the object, each input frame containing at least one observation area, the observation area comprising at least one pixel, - automatically determining a fluorescent light intensity (I 1) in the observation area of one of the input frames of the time series, the fluorescent light intensity being determined over at least one fluorescence emission wavelength of the fluorophore, - automatically joining the fluorescent light intensity (I 1) with the fluorescence light intensities (I n) of the observation area from preceding input frames of the time series to generate a time sequence of fluorescence light intensities (I 1, I n) of the observation area - automatically decomposing the times sequence into a combination of at least some component signals of the set,
Razor having a handle and a head pivotably mounted on the handle, wherein the head has a frame and a cover, and at least one razor blade which has a cutting edge and is mounted between the frame and the cover, wherein the at least one razor blade is interchangeably mounted between the frame and the cover, the at least one razor blade can be inserted between the frame and the cover by means of operable, eccentrically arranged fixing means (16, 17, 18, 19), the fixing means (16, 17, 18, 19) can be guided through eccentric recesses located in the at least one razor blade, and the at least one razor blade can be connected to the frame and the cover by means of the fixing means (16, 17, 18, 19), characterized in that at least two fixing means (16, 17, 18, 19) are provided which are attached symmetrically off-center and thus close to the side edges of the at least one razor blade, wherein the symmetrically off-center arrangement of the fixing means (16, 17, 18, 19) enables a geometry of the head which comprises a strong central recess at its upper edge. the at least one razor blade is interchangeably mounted between the frame and the cover, the at least one razor blade can be inserted between the frame and the cover by means of operable, eccentrically arranged fixing means (16, 17, 18, 19), the fixing means (16, 17, 18, 19) can be guided through eccentric recesses located in the at least one razor blade, and the at least one razor blade can be connected to the frame and the cover by means of the fixing means (16, 17, 18, 19), characterized in that at least two fixing means (16, 17, 18, 19) are provided which are attached symmetrically off-center and thus close to the side edges of the at least one razor blade, wherein the symmetrically off-center arrangement of the fixing means (16, 17, 18, 19) enables a geometry of the head which comprises a strong central recess at its upper edge.
Method for operating a sanitary device, in which a flushing liquid is conducted through a line system of the sanitary device, wherein the liquid consumption of at least one sanitary component of the sanitary device is controlled in a manner dependent, or at least also in a manner dependent, on the liquid consumption in the past, wherein an automatic special flushing operation, which is independent of an actual current use, is triggered if the sanitary component has remained unused for a predefined pause duration, wherein the sanitary component is arranged in a separate sanitary area, which is able to be closed off by a door, wherein - a sensor monitors locking of a door closing off the separate sanitary area, and - the special flushing operation is not realized if the door is locked. - a sensor monitors locking of a door closing off the separate sanitary area, and - the special flushing operation is not realized if the door is locked.
Heald for a heald frame, with a heald body extending in a longitudinal direction and having a thread eye which serves to receive a warp thread, wherein the heald body at least in a reinforcing portion has at least two film layers (16a, 16b) which lie flat against each other and are connected together, characterised in that a connecting portion of the heald body connects to the at least one reinforcing portion of the heald body with at least two film layers (16a, 16b), wherein the connecting portion has fewer film layers than the adjacent reinforcing portion.
A seat structure for a vehicle, comprising: fixation members fixable to a floor of the vehicle at positions away from each other in a front-rear direction; a slide rail including an aluminum stationary rail held by the fixation members and a movable rail movable with respect to the stationary rail in the front-rear direction; a seat cushion (6, 8) fixed to the movable rail; and a seatback (5, 7) supported by the seat cushion (6, 8) wherein an iron reinforcement plate is fixed to the stationary rail at a position inside a safety-belt used area and outside regions having the fixation members; and one sidewall portion is thicker than another one of the sidewall portions of the stationary rail. fixation members fixable to a floor of the vehicle at positions away from each other in a front-rear direction; a slide rail including an aluminum stationary rail held by the fixation members and a movable rail movable with respect to the stationary rail in the front-rear direction; a seat cushion (6, 8) fixed to the movable rail; and a seatback (5, 7) supported by the seat cushion (6, 8) an iron reinforcement plate is fixed to the stationary rail at a position inside a safety-belt used area and outside regions having the fixation members; and one sidewall portion is thicker than another one of the sidewall portions of the stationary rail.
A method for executing a computer program comprising: dividing a computer program into a series of operations, the computer program being on a trusted computer connected to at least one other computer; obfuscating, by the trusted computer, each operation of the series of operations before sending each operation to a respective other computer; sending each operation of the series of operations with accompanying instructions to the at least one other computer, the accompanying instructions operative to compute a result of the respective operation and forward the result to another computer; receiving, at the trusted computer, a computed outcome of the computer program; and unobfuscating, by the trusted computer, the received computed outcome of the computer program. dividing a computer program into a series of operations, the computer program being on a trusted computer connected to at least one other computer; obfuscating, by the trusted computer, each operation of the series of operations before sending each operation to a respective other computer; sending each operation of the series of operations with accompanying instructions to the at least one other computer, the accompanying instructions operative to compute a result of the respective operation and forward the result to another computer; receiving, at the trusted computer, a computed outcome of the computer program; and unobfuscating, by the trusted computer, the received computed outcome of the computer program.
An elastomeric cover for papermaking rollers or acid pickling rollers, the elastomeric cover comprising a polyurethane layer having a hysteresis value of less than 70% and a permanent set of less than 30%; wherein the polyurethane layer comprises a polyurethane produced by curing a mixed composition comprised of at least a urethane prepolymer and at least a curing agent having an active hydrogen group, the urethane prepolymer having at least one terminal isocyanate group and is obtained by reacting at least a polyisocyanate compound (a) with at least a polycarbonate diol compound (b) having a number average molecular weight of at least 1500 g/mol, and the curing agent comprising at least an amine compound and at least the polycarbonate diol compound (b) having a number average molecular weight of at least 1500 g/mol.
A replaceable distributor plate adapted for protecting the centre of a lower horizontal disc of a rotor of a vertical shaft impact crusher, said distributor plate comprising at least two separate pieces (20, 22, 24) and characterised in that: said at least two separate pieces (20, 22, 24) extend to and meet at the centre of the distributor plate and are separated from each other along separating lines (92, 94, 96), as seen from above, each of which separating lines (92, 94, 96) extending substantially from the centre to the periphery of the distributor plate; the at least two separate pieces (20, 22, 24) each having respective upper surfaces that extend to the centre of the distributor plate to protect the centre of the lower horizontal disc. said at least two separate pieces (20, 22, 24) extend to and meet at the centre of the distributor plate and are separated from each other along separating lines (92, 94, 96), as seen from above, each of which separating lines (92, 94, 96) extending substantially from the centre to the periphery of the distributor plate; the at least two separate pieces (20, 22, 24) each having respective upper surfaces that extend to the centre of the distributor plate to protect the centre of the lower horizontal disc.
A roof for a ladle furnace in combination with a ceiling and a dust collection hood and in combination with a dust collection elbow and a water cooling panel, the roof comprising: a side part having a vertical cylindrical shape; and a cover part that covers an upper end of the side part, wherein a first seating aperture is formed in a central portion of the cover part and a second seating aperture is formed in the cover part at a position adjacent to the first seating aperture, wherein the ceiling or the dust collection hood is selectively seated in the first seating aperture, and the dust collection elbow or the water cooling panel is selectively seated in the second seating aperture, the roof further comprising: a plurality of first cotter bodies that vertically protrude from the cover part at positions adjacent to the first seating aperture to selectively fasten the ceiling or the dust collection hood to the first cotter bodies; and a plurality of second cotter bodies that vertically protrude from the cover part at positions adjacent to the second seating aperture to selectively fasten the dust collection elbow or the water cooling panel to the second cotter bodies. a side part having a vertical cylindrical shape; and a cover part that covers an upper end of the side part, wherein a first seating aperture is formed in a central portion of the cover part and a second seating aperture is formed in the cover part at a position adjacent to the first seating aperture, wherein the ceiling or the dust collection hood is selectively seated in the first seating aperture, and the dust collection elbow or the water cooling panel is selectively seated in the second seating aperture, a plurality of first cotter bodies that vertically protrude from the cover part at positions adjacent to the first seating aperture to selectively fasten the ceiling or the dust collection hood to the first cotter bodies; and a plurality of second cotter bodies that vertically protrude from the cover part at positions adjacent to the second seating aperture to selectively fasten the dust collection elbow or the water cooling panel to the second cotter bodies.
A work bench comprising: a frame foldable between an in-use position and a closed position; a table surface (24, 26) connected to the frame, said table surface including at least two members, at least one of said members movably coupled with said frame for enabling clamping of a workpiece between said members; wherein the frame comprises two sides, the two sides connected to each other with a latchable bar and one or more fixed crossbars; wherein each side of the frame comprises: a bracket assembly supporting the table surface; a rear leg pivotally connected to the bracket assembly; a front leg pivotally connected to the bracket assembly; a bracket strut pivotally connected to the bracket assembly closer to one end of the bracket assembly than both the rear leg and the front leg; a rear strut pivotally connected to the rear leg; and a front strut pivotally connected to the front leg; wherein the bracket strut, the rear strut and the front strut are pivotally connected to each other at a main joint; and wherein both main joints are joined to the latchable bar, such that when the work bench is in the in-use position the latchable bar is latched to a component of the frame at a latched position and is releasable in order to allow both main joints to fall due to gravity. a frame foldable between an in-use position and a closed position; a table surface (24, 26) connected to the frame, said table surface including at least two members, at least one of said members movably coupled with said frame for enabling clamping of a workpiece between said members; wherein the frame comprises two sides, the two sides connected to each other with a latchable bar and one or more fixed crossbars; wherein each side of the frame comprises: a bracket assembly supporting the table surface; a rear leg pivotally connected to the bracket assembly; a front leg pivotally connected to the bracket assembly; a bracket strut pivotally connected to the bracket assembly closer to one end of the bracket assembly than both the rear leg and the front leg; a rear strut pivotally connected to the rear leg; and a front strut pivotally connected to the front leg; a bracket assembly supporting the table surface; a rear leg pivotally connected to the bracket assembly; a front leg pivotally connected to the bracket assembly; a bracket strut pivotally connected to the bracket assembly closer to one end of the bracket assembly than both the rear leg and the front leg; a rear strut pivotally connected to the rear leg; and a front strut pivotally connected to the front leg; wherein the bracket strut, the rear strut and the front strut are pivotally connected to each other at a main joint; and wherein both main joints are joined to the latchable bar, such that when the work bench is in the in-use position the latchable bar is latched to a component of the frame at a latched position and is releasable in order to allow both main joints to fall due to gravity.
Home automation arrangement comprising a shutter device, a ventilation device and a control device for the ventilation device, the shutter device comprising at least: - a screen, and - a motorised drive device, the motorised drive device comprising at least: - an electromechanical actuator allowing the screen to be raised and lowered between a top position and a bottom position, the ventilation device comprising at least: - an air inlet member with a controllable air passage cross-section, the air inlet member comprising at least: - an air circulation conduit, and - a closing flap for the air circulation conduit, the control device for the ventilation device comprising a first sub-assembly connected to the screen and a second sub-assembly connected to the closing flap of the air inlet member, the first sub-assembly being configured to cooperate with the second sub-assembly when the screen is displaced by means of the motorised drive device, so as to control the positioning of the closing flap of the air inlet member, the first sub-assembly connected to the screen comprising at least one magnetic element, and the second sub-assembly connected to the closing flap of the air inlet member comprising at least one other magnetic element, characterised in that said at least one magnetic element of the first sub-assembly is configured to cooperate with said at least one magnetic element of the second sub-assembly so as to change the position of the closing flap of the inlet member when said at least one magnetic element of the first sub-assembly is displaced from a position that is offset relative to said at least one magnetic element of the second sub-assembly to a position that is opposite said at least one magnetic element of the second sub-assembly, and vice versa. - a screen, and - a motorised drive device, - an electromechanical actuator allowing the screen to be raised and lowered between a top position and a bottom position, - an air inlet member with a controllable air passage cross-section, - an air circulation conduit, and - a closing flap for the air circulation conduit,
A semiconductor device comprising: a first substrate with semiconductor base materials (21;121) comprising conductive materials (23;123) and insulating materials (22;122) being formed in a surface thereof as a bonded surface; a second substrate with semiconductor base materials (24;124) comprising conductive materials (26;126) and insulating materials (25;125) being formed in a surface thereof as a bonded surface; and a bonding interlayer which is disposed between the first substrate and the second substrate and bonded to the bonded surface of the first substrate and the bonded surface of the second substrate; which has a characteristic of conductivity at portions bonded to the conductive materials (23;26;123;126) of the first substrate and the second substrate and a characteristic of non-conductivity at portions bonded to the insulating materials (22;25;122;125) of the first substrate and the second substrate, and which is formed of an amorphous semiconductor material. a first substrate with semiconductor base materials (21;121) comprising conductive materials (23;123) and insulating materials (22;122) being formed in a surface thereof as a bonded surface; a second substrate with semiconductor base materials (24;124) comprising conductive materials (26;126) and insulating materials (25;125) being formed in a surface thereof as a bonded surface; and a bonding interlayer which is disposed between the first substrate and the second substrate and bonded to the bonded surface of the first substrate and the bonded surface of the second substrate; which has a characteristic of conductivity at portions bonded to the conductive materials (23;26;123;126) of the first substrate and the second substrate and a characteristic of non-conductivity at portions bonded to the insulating materials (22;25;122;125) of the first substrate and the second substrate, and which is formed of an amorphous semiconductor material.
A varistor comprising: a feed-through conductor comprising input and output terminals at opposite ends thereof, which terminals (56, 58) are electrically connectable, in use, to an incoming power supply or signal line and to a power or signal input of a device to be protected, respectively; and a varistor disc interposed between, and electrically connected to, conductor layers disposed on opposite surfaces of the varistor disc, the conductor layers being electrically isolated from one another; wherein the varistor disc comprises a through aperture through which the feed-through conductor extends; a first one of the conductor layers is electrically connected to the feed-through conductor; a second one of the conductor layers is, in normal use, permanently electrically connected to ground; characterized in that the varistor further comprising: a thermally-activated override adapted, in use, to disconnect the varistor disc from the feed-through conductor once the temperature of the varistor disc has exceeded a predetermined temperature. a first one of the conductor layers is electrically connected to the feed-through conductor; a second one of the conductor layers is, in normal use, permanently electrically connected to ground;