mhurhangee/ep-ind-claims huggingface dataset:
A blood flow system for a patient comprising: a controller comprising: a processing unit comprising a signal generator and one or more blood pump operational parameters, wherein the signal generator is constructed and arranged to deliver a drive signal; and a battery constructed and arranged to provide power to the processing unit; an implantable blood pump assembly constructed and arranged to receive the drive signal from the processing unit and propel blood based on the drive signal; a security key generator constructed and arranged to produce a unique identifier; a remote communication device comprising a code generator and the unique identifier produced by the security key generator, wherein the code generator is constructed and arranged to produce encrypted commands based on the unique identifier; and a local communication device comprising the unique identifier; wherein the local communication device is constructed and arranged to receive the encrypted commands from the remote communication device, decrypt the encrypted commands using the unique identifier, and modify a blood pump operational parameter of the processing unit based on the decrypted commands. a controller comprising: a processing unit comprising a signal generator and one or more blood pump operational parameters, wherein the signal generator is constructed and arranged to deliver a drive signal; and a battery constructed and arranged to provide power to the processing unit; a processing unit comprising a signal generator and one or more blood pump operational parameters, wherein the signal generator is constructed and arranged to deliver a drive signal; and a battery constructed and arranged to provide power to the processing unit; an implantable blood pump assembly constructed and arranged to receive the drive signal from the processing unit and propel blood based on the drive signal; a security key generator constructed and arranged to produce a unique identifier; a remote communication device comprising a code generator and the unique identifier produced by the security key generator, wherein the code generator is constructed and arranged to produce encrypted commands based on the unique identifier; and a local communication device comprising the unique identifier;
A dehumidifier comprising: a water tank with a mounting port, the mounting port facing upward; a machine body having an idle state in which the machine body is at least partially accommodated in the water tank through the mounting port, and the machine body having a working state in which the machine body is extended out relative to the water tank through the mounting port, the machine body being provided with an air inlet and a filter net slot beside the air inlet; and characterized in that, a filter net being inserted in the filter net slot in a way that the filter net can be pulled out, and the filter net covering the air inlet, wherein the machine body comprises a side wall, the air inlet is provided on the side wall; the filter net slot comprises an upper slot for being inserted by an upper side of the filter net, and a lower slot for being inserted by a lower side of the filter net, and wherein the machine body further comprises a top cover connected to an upper end of the side wall, and a water receiving tray connected to a lower end of the side wall, the upper slot is provided on the top cover, the lower slot is provided on the water receiving tray. a water tank with a mounting port, the mounting port facing upward; a machine body having an idle state in which the machine body is at least partially accommodated in the water tank through the mounting port, and the machine body having a working state in which the machine body is extended out relative to the water tank through the mounting port, the machine body being provided with an air inlet and a filter net slot beside the air inlet; and characterized in that, a filter net being inserted in the filter net slot in a way that the filter net can be pulled out, and the filter net covering the air inlet, wherein the machine body comprises a side wall, the air inlet is provided on the side wall; the filter net slot comprises an upper slot for being inserted by an upper side of the filter net, and a lower slot for being inserted by a lower side of the filter net, and wherein the machine body further comprises a top cover connected to an upper end of the side wall, and a water receiving tray connected to a lower end of the side wall, the upper slot is provided on the top cover, the lower slot is provided on the water receiving tray.
Handrail drive (2, 202) for the purpose of driving a handrail of a transportation system (100, 110), which handrail drive (2, 202) comprises at least one drive device and at least one counterpressure device (5, 205, 206), wherein the counterpressure device (5, 205, 206) contains at least one tension spring and at least one counterpressure-roller (32 to 39) and the handrail can be guided approximately in a linear travel direction (29, 30) between the drive device and the at-least one counterpressure-roller and can have exerted upon it by the at-least one counterpressure-roller (32 to 39) a press-on force against the drive device which is caused by the tension spring, wherein the tension spring is arranged approximately parallel to the travel direction (29, 30) and the at-least one counterpressure-roller (32 to 39) is arranged at least partly in an extension of the tension spring, characterized in that the drive device comprises at least one driven drive-belt and that the drive-belt and the at-least one counterpressure-roller (32 to 39) are mutually arranged in such manner that the handrail can be guided between the drive-belt and the at-least one counterpressure-roller (32 to 39), and can have exerted upon it by the at-least one counterpressure-roller (32 to 39) the press-on force against the drive-belt.
Cable, for example, for use in a traction lift, which comprises carbon-containing filaments which are surrounded by a sizing, wherein the filaments surrounded by the sizing are covered by a matrix, wherein the matrix is composed of a material containing at least one elastomer and/or at least one thermoplastic elastomer, wherein individual filaments surrounded by the sizing are twisted with one another or are configured as fabric.
A deployment device comprising: a handle; an elongated shaft extending from the handle; a restraining mechanism (24, 26) at a distal end of the shaft constructed and arranged to temporarily limit distal movement of a back span of a surgical fastener, the surgical fastener including two legs extending in a distal direction from opposing ends of the back span, wherein the legs have a first closed position with a first shape; and a spreader configured to slide in a distal direction relative to the restraining mechanism (24, 26), characterised in that the spreader is configured to slide in said distal direction beyond the back span of the surgical fastener whose distal movement is temporarily limited by the restraining mechanism (24,26), to engage the legs of the surgical fastener in the first closed position, so that further movement of the spreader in a distal direction beyond the back span spreads the legs of the surgical fastener from the first closed position to a second open position. a handle; an elongated shaft extending from the handle; a restraining mechanism (24, 26) at a distal end of the shaft constructed and arranged to temporarily limit distal movement of a back span of a surgical fastener, the surgical fastener including two legs extending in a distal direction from opposing ends of the back span, wherein the legs have a first closed position with a first shape; and a spreader configured to slide in a distal direction relative to the restraining mechanism (24, 26), characterised in that the spreader is configured to slide in said distal direction beyond the back span of the surgical fastener whose distal movement is temporarily limited by the restraining mechanism (24,26), to engage the legs of the surgical fastener in the first closed position, so that further movement of the spreader in a distal direction beyond the back span spreads the legs of the surgical fastener from the first closed position to a second open position.
A system for profiling a user comprising: a. a server arranged to receive location data of a communication device associated with the user, the location data defining the detected position of the communication device at a number of different points in time, the server further arranged to receive sequence data associated with the location data indicative of the order in which the location data was determined, the server further arranged to compare the received location data with zone data defining a plurality of zones and to associate the received location data with one of the plurality of zones; and b. path determining means for determining the user's path through a first sequence of zones; wherein the server is further arranged to profile the user as one or more predetermined user types based on the determined path. a. a server arranged to receive location data of a communication device associated with the user, the location data defining the detected position of the communication device at a number of different points in time, the server further arranged to receive sequence data associated with the location data indicative of the order in which the location data was determined, the server further arranged to compare the received location data with zone data defining a plurality of zones and to associate the received location data with one of the plurality of zones; and b. path determining means for determining the user's path through a first sequence of zones;
Apparatus for optical representation of the intraocular pressure comprising a device on an intraocular lens implanted in the eye with a reference pressure chamber, a read-out device, and a circular polarizing filter, wherein the implanted device - contains a membrane that bulges out as the intraocular pressure changes and a photonic crystal as a contact surface for the membrane; and wherein - the membrane can be deflected onto a nanostructured surface of the photonic crystal which is attached adjacent to it in the intraocular lens and which is optically transparent for the user, and in the case of increased intraocular pressure is intended to contact the contact surface with a flat area; and wherein - the contact surface in the area of contact with the membrane changes polarisation for radiated and reflected light of a spectral range; and wherein - the read-out device is set up for the optical representation of a planar image of the polarisation-altered light reflected by the photonic crystal and comprises a polarisation filter for light which is irradiated and light reflected by the photonic crystal; and wherein - the nanostructured surface is located inside the reference pressure chamber, which is enclosed by the membrane, in the intraocular lens and wherein - the internal pressure of the reference pressure chamber is dimensioned in such a way that, at normal intraocular pressure, there is no or only minimal contact between membrane and surface and wherein - the circular polarising filter is used for irradiated visible light and in the return beam for the observed reflected scattered light. - contains a membrane that bulges out as the intraocular pressure changes and a photonic crystal as a contact surface for the membrane; and wherein - the membrane can be deflected onto a nanostructured surface of the photonic crystal which is attached adjacent to it in the intraocular lens and which is optically transparent for the user, and in the case of increased intraocular pressure is intended to contact the contact surface with a flat area; and wherein - the contact surface in the area of contact with the membrane changes polarisation for radiated and reflected light of a spectral range; and wherein - the read-out device is set up for the optical representation of a planar image of the polarisation-altered light reflected by the photonic crystal and comprises a polarisation filter for light which is irradiated and light reflected by the photonic crystal; and wherein - the nanostructured surface is located inside the reference pressure chamber, which is enclosed by the membrane, in the intraocular lens and wherein - the internal pressure of the reference pressure chamber is dimensioned in such a way that, at normal intraocular pressure, there is no or only minimal contact between membrane and surface and wherein - the circular polarising filter is used for irradiated visible light and in the return beam for the observed reflected scattered light.
A power tool comprising: a driving section configured to generate rotational driving force and having an output shaft; an end-bit mounting section configured to hold an end bit and to be rotatable about a rotational axis; and a clutch provided between the end-bit mounting section and the driving section, the clutch comprising: a drive member configured to rotate together with the driving section; and a follow member configured to rotate together with the end-bit mounting section and capable of engaging the drive member, the clutch being movable between a transmission position where frictional force is produced between the drive member and the follow member so that the output shaft and the end-bit mounting section can rotate together, and a cut-off position where the output shaft and the end-bit mounting section are non-rotatable together, characterised in that the clutch is a friction clutch wherein the drive member transmits the rotational driving force of the driving section only by frictional force generated between a drive-side contact surface of the driving section and a follow-side contact surface of the follow member, wherein the clutch consists of a multiple-plate friction clutch so that the rotational driving force of the driving section can be transmitted to the end bit only by the frictional force of the multiple-plate friction clutch, whereby the rotational driving force is transmitted only by the friction force between plates. a driving section configured to generate rotational driving force and having an output shaft; an end-bit mounting section configured to hold an end bit and to be rotatable about a rotational axis; and a clutch provided between the end-bit mounting section and the driving section, the clutch comprising: a drive member configured to rotate together with the driving section; and a follow member configured to rotate together with the end-bit mounting section and capable of engaging the drive member, a drive member configured to rotate together with the driving section; and a follow member configured to rotate together with the end-bit mounting section and capable of engaging the drive member, the clutch being movable between a transmission position where frictional force is produced between the drive member and the follow member so that the output shaft and the end-bit mounting section can rotate together, and a cut-off position where the output shaft and the end-bit mounting section are non-rotatable together, characterised in that the clutch is a friction clutch wherein the drive member transmits the rotational driving force of the driving section only by frictional force generated between a drive-side contact surface of the driving section and a follow-side contact surface of the follow member, wherein the clutch consists of a multiple-plate friction clutch so that the rotational driving force of the driving section can be transmitted to the end bit only by the frictional force of the multiple-plate friction clutch, whereby the rotational driving force is transmitted only by the friction force between plates.
A winding of a generator of a wind power installation, in particular of the rotor, wherein the winding comprises a plurality of coils which are each wound using a flat ribbon conductor, wherein the flat ribbon conductors have in each case two ends, and at least two ends of two flat ribbon conductors are connected to one another by a connection, characterized in that the connection is established in that the flat ribbon conductors, in each case viewed from the respective end are incised or punched at least up to a predefined length of the flat ribbon conductor in the longitudinal direction, such that at least two part-end pieces of the flat ribbon conductor which have in each case an identical width are created, and the part-end pieces are bent in such a manner that the part-end pieces of the same flat ribbon conductor overlap at least in a connection region, wherein the connection regions of the connected ends overlap in a common connection region, wherein a breakthrough is disposed in the part-end pieces of both ends, provided overlapping in a common connection region, and the part-end pieces of both ends are connected to one another by means of the breakthrough in the common connection region.
Method for the production of a pipe, wherein the pipe has a nominal outside cross section, a nominal inside cross section, a nominal wall thickness and a connection end with a wall region which is formed by deformation and is insertable into the receiving opening of a connection part, wherein a wall region of the connection end is subjected to deformation and, when force is introduced in the axial direction (X-X) of the pipe in a mould of a tool (W1, W2), an outside contour of the connection end is formed, and therefore at the end of a first length portion of the connection end that extends in the axial direction (X-X) from an end surface of the pipe, an outside cross section of the pipe, which outside cross section is formed by the outside lateral area of the connection end, is greater than the nominal outside cross section, and, in a second length portion which adjoins the first length portion in the axial direction, the outside cross section decreases to the value of the nominal outside cross section, wherein, as seen from the end surface, a ring part (22, 42) which surrounds the pipe is arranged in the axial direction (X-X) behind the second length portion in a clamping region which, as seen from an end surface of the connection end, lies in the axial direction behind the length regions (L1, L2) which form the outside contour in the wall region formed by deformation, which ring part has, on the side thereof facing away from the end surface, a contact surface with a conical profile for a screwed joint part which is screw-connectible to the pipe, and in that the wall region of the connection end is pressed by a force acting obliquely with respect to the axial direction (X-X) into the mould of the tool (W1, W2) with radial expansion of the nominal inside cross section of the pipe, such that, starting from the end surface facing the connection part, the clear inside cross section of the pipe is larger than the nominal inside cross section in a third length portion of the connection end and decreases in the axial direction (X-X) until said clear inside cross section reaches the value of the nominal inside cross section, wherein, on the end surface, a wall thickness of the pipe is smaller than the nominal wall thickness and changes in the axial direction (X-X) reaching that value of the nominal wall thickness which is present behind the connection end, wherein the third length portion is at least the same size as the total of the first length portion and the second length portion, and wherein the pipe is fixed in the axial direction (X-X) by means of the ring part (22, 42) during the deformation.
A tempered glass substrate having a compression stress layer on a surface thereof, wherein the tempered glass substrate has a glass composition comprising, in terms of mass%, 40 to 70% of SiO 2, 12 to 21% of Al 2 O 3, 0 to 1% of Li 2 O, 12 to 19% of Na 2 O, 0 to 15% of K 2 O, and 4% or less of TiO 2, and wherein a compression stress of the compression stress layer is 300 MPa or more, an internal tensile stress in the glass substrate is 200 MPa or less, a depth of the compression stress layer is 10 μm or more and the tempered glass substrate is cut after a tempering treatment.
A diesel exhaust fluid for reducing nitrogen oxides in diesel exhaust streams while also reducing the deposition of urea and/or urea decomposition compounds in diesel exhaust systems of engines that use DEF and require selective catalytic reduction, the DEF comprising: about 15 wt. % to about 40 wt % urea; substantially purified water; and a compound additive that generates water in the diesel exhaust streams at temperatures greater than 100°C, interferes with competing reactions that would otherwise prevent decomposition of urea or produce undesired decomposition deposit compounds including biuret, cyanuric acid, ammelide, ammeline, and melamine, or both generates water and interferes with the competing reactions, characterized in that the compound additive is a sugar. about 15 wt. % to about 40 wt % urea; substantially purified water; and a compound additive that generates water in the diesel exhaust streams at temperatures greater than 100°C, interferes with competing reactions that would otherwise prevent decomposition of urea or produce undesired decomposition deposit compounds including biuret, cyanuric acid, ammelide, ammeline, and melamine, or both generates water and interferes with the competing reactions, characterized in that the compound additive is a sugar.
A main rotor blade assembly comprising a main blade assembly, and a tip assembly comprising: a tip spar; a tip core; a tip cap; and a leading tip edge assembly having a splice cap laminate and a tip erosion strip; characterized in that the tip spar includes a forward tip spar section and an aft tip spar section; and the tip cap is removably mountable to said tip spar at a tip cap interface. a tip spar; a tip core; a tip cap; and a leading tip edge assembly having a splice cap laminate and a tip erosion strip;
Washing machine comprising: a tub, a draining circuit, wherein the draining circuit is fluidly connected to a lower portion of the tub, a valve arranged between the tub and the draining circuit, comprising a valve body having a valve seat and movable closure element adapted to be releasably engaged with the valve seat for closing the opening through the valve seat, a recirculation circuit fluidly connected to the tub, wherein an inlet of the recirculation circuit is positioned downstream said valve seat of the valve, and wherein the recirculation circuit comprises a recirculation pump for re-circulating fluid from the lower portion of the tub into the tub, and a control unit adapted to control the washing machine to perform at least one washing cycle, wherein said valve is adapted to be opened when the recirculation pump is operated and is adapted to be closed when the recirculation pump is not operated, whereby said control unit is adapted to operate said recirculation pump intermittently during the at least one washing cycle. a tub, a draining circuit, wherein the draining circuit is fluidly connected to a lower portion of the tub, a valve arranged between the tub and the draining circuit, comprising a valve body having a valve seat and movable closure element adapted to be releasably engaged with the valve seat for closing the opening through the valve seat, a recirculation circuit fluidly connected to the tub, wherein an inlet of the recirculation circuit is positioned downstream said valve seat of the valve, and wherein the recirculation circuit comprises a recirculation pump for re-circulating fluid from the lower portion of the tub into the tub, and a control unit adapted to control the washing machine to perform at least one washing cycle, wherein said valve is adapted to be opened when the recirculation pump is operated and is adapted to be closed when the recirculation pump is not operated, whereby said control unit is adapted to operate said recirculation pump intermittently during the at least one washing cycle.