mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a polyglycerol nanogel, comprising the following steps: - mixing an aqueous solution of first polyglycerol macromonomers, which are modified with a first reactive group, with an aqueous solution of second polyglycerol macromonomers, which are modified with a second reactive group, wherein the first reactive group and the second reactive group can react with each other forming a covalent bond, - transferring the mixture into an organic non-solvent, - precipitation of a polyglycerol nanogel consisting of first polyglycerol macromonomers and second polyglycerol macromonomers which are covalently bound to each other, wherein the covalent bond between the first polyglycerol macromonomers and the second polyglycerol macromonomers is established by a reaction of the first reactive group and the second reactive group, which takes place as a consequence of transferring the mixture into the organic non-solvent, characterized in that the organic non-solvent is miscible with water and in that the method is carried out without adding a surface-active substance. - mixing an aqueous solution of first polyglycerol macromonomers, which are modified with a first reactive group, with an aqueous solution of second polyglycerol macromonomers, which are modified with a second reactive group, wherein the first reactive group and the second reactive group can react with each other forming a covalent bond, - transferring the mixture into an organic non-solvent, - precipitation of a polyglycerol nanogel consisting of first polyglycerol macromonomers and second polyglycerol macromonomers which are covalently bound to each other, wherein the covalent bond between the first polyglycerol macromonomers and the second polyglycerol macromonomers is established by a reaction of the first reactive group and the second reactive group, which takes place as a consequence of transferring the mixture into the organic non-solvent,
Lighting and/or signalling device for a motor vehicle, comprising an enclosure formed by a housing and a lens, an opening being formed in the enclosure, comprising a ventilation conduit extending from the opening, the ventilation conduit being closed off by a filtering means impermeable to liquid and dust and permeable to gas, characterised in that the filtering means is a membrane, in particular a textile membrane, the filtering means being the only interface allowing gaseous exchanges between the enclosure and the external environment.
A displaceable banknote picking up device provided for a banknote inlet of a banknote processing device, comprising a banknote holding platform, a banknote picking up mechanism configured to pick up banknotes on the banknote holding platform and a banknote separating mechanism configured to separate the picked banknotes, the banknote separating mechanism comprising a banknote separating shaft and a banknote separating wheel fixed on the banknote separating shaft, wherein the displaceable banknote picking up device further comprises a driving assembly, wherein the banknote picking up mechanism is hidden below the banknote holding platform, and is driven by the driving assembly to be exposed above the banknote holding platform and to contact with the banknotes; wherein the displaceable banknote picking up device further comprises a banknote pressing mechanism configured to press the banknotes on the banknote holding platform; the displaceable banknote picking up device being characterized in that, the banknote pressing mechanism comprises a banknote pressing slide shaft, a banknote pressing plate slidably provided on the banknote pressing slide shaft and a banknote pressing plate driving mechanism configured to provide sliding power to the banknote pressing plate; the displaceable banknote picking up device being further characterized in that the banknote picking up mechanism comprises a banknote picking up wheel bracket, a banknote picking up wheel shaft rotatably connected with the banknote picking up wheel bracket and at least one banknote picking up wheel fixed on the banknote picking up wheel shaft, the banknote picking up wheel bracket is rotatably connected with the banknote separating shaft, and the banknote picking up wheel shaft is drivably connected with the banknote separating shaft; and in that the driving assembly comprises a driving pushing member configured to drive and support a bottom of the banknote picking up wheel bracket, a driving shaft configured to mount the driving pushing member (151, and a set of driving parts mounted between the banknote pressing plate driving mechanism and the driving shaft, whereby the displaceable banknote picking up device is further configured in such a way that, when the banknote pressing plate driving mechanism moves the banknote pressing plate along a banknote stacking direction towards the banknote holding platform and drives the driving shaft to rotate via the driving parts, the driving pushing member drives the banknote picking up wheel bracket to move towards the banknote holding platform and the banknote picking up wheel exposes above the banknote holding platform and contacts with the banknotes.
A two-drum winder for winding partial webs for a fibrous web comprising at least two surface support elements (15, 20) to support a web roll from below and a rider roll which is arranged to support said web roll at least for part of the forming time of the web roll above it, the rider roll is provided with a tuned torsional vibration absorber arranged to attenuate rotational vibration of the rider roll such that the machine directional concurrent vibration of the web roll is attenuated via tangential force interaction between the rider roll and the web roll characterized in that the tuned torsional vibration absorber comprises mass element which is coupled by a coupling device to the rider roll to rotate along with the rider roll.
A startup device comprising: a starting motor; a drive gear disposed at an output shaft of the starting motor; and a fly wheel connectable to a crankshaft of an engine; characterized in that the startup device further comprises a transmission mechanism including: at least three second gears; a first gear engaging with the drive gear; the same number of mounting shafts as second gears set at an end face of the first gear, wherein the at least three second gears are mounted on the mounting shafts and at least one of the second gears is mounted to the mounting shaft via an one way overrunning clutch; a third gear disposed at an end face of the fly wheel and engaged with the second gears. a starting motor; a drive gear disposed at an output shaft of the starting motor; and a fly wheel connectable to a crankshaft of an engine; characterized in that the startup device further comprises a transmission mechanism including: at least three second gears; a first gear engaging with the drive gear; the same number of mounting shafts as second gears set at an end face of the first gear, wherein the at least three second gears are mounted on the mounting shafts and at least one of the second gears is mounted to the mounting shaft via an one way overrunning clutch; a third gear disposed at an end face of the fly wheel and engaged with the second gears. at least three second gears; a first gear engaging with the drive gear; the same number of mounting shafts as second gears set at an end face of the first gear, wherein the at least three second gears are mounted on the mounting shafts and at least one of the second gears is mounted to the mounting shaft via an one way overrunning clutch; a third gear disposed at an end face of the fly wheel and engaged with the second gears.
A gaze target determination device which determines an object at which a user is gazing from among a plurality of objects displayed together on a screen, said gaze target determination device comprising: an event setting unit configured to generate a display event for each of the plurality of displayed objects at different times, the display event triggering a movement of a gaze direction of the user who is gazing at an object among the plurality of displayed objects, the display event indicating at least one of a movement and a change of at least part of the object that the user is gazing at; a gaze direction detection unit configured to detect the gaze direction of the user; a gaze trajectory calculation unit configured to calculate a gaze trajectory that is time series data of the gaze direction, based on the gaze direction detected by said gaze direction detection unit; an eye movement event detection unit configured to detect an event detection time which is a time at which the gaze direction moves according to the display event, based on the gaze trajectory calculated by said gaze trajectory calculation unit; a synchronization structure analysis unit configured to calculate, for each of the objects, a time difference between the event detection time detected by said eye movement event detection unit and an event occurrence time that is a time at which the display event is generated by said event setting unit; and a gaze target determination unit configured to determine the object at which the user is gazing from among the plurality of displayed objects, based on the time difference calculated by said synchronization structure analysis unit. an event setting unit configured to generate a display event for each of the plurality of displayed objects at different times, the display event triggering a movement of a gaze direction of the user who is gazing at an object among the plurality of displayed objects, the display event indicating at least one of a movement and a change of at least part of the object that the user is gazing at; a gaze direction detection unit configured to detect the gaze direction of the user; a gaze trajectory calculation unit configured to calculate a gaze trajectory that is time series data of the gaze direction, based on the gaze direction detected by said gaze direction detection unit; an eye movement event detection unit configured to detect an event detection time which is a time at which the gaze direction moves according to the display event, based on the gaze trajectory calculated by said gaze trajectory calculation unit; a synchronization structure analysis unit configured to calculate, for each of the objects, a time difference between the event detection time detected by said eye movement event detection unit and an event occurrence time that is a time at which the display event is generated by said event setting unit; and a gaze target determination unit configured to determine the object at which the user is gazing from among the plurality of displayed objects, based on the time difference calculated by said synchronization structure analysis unit.
A mechanical testing system, comprising: a frame, a stage for holding a sample, an arm for pressing a tool against a surface of the sample, a primary actuator connected to the frame for applying a primary force and driving the tool into the surface of the sample, thereby causing the frame to flex, a displacement sensor for measuring a displacement value comprised of two components, the first component including a distance traveled by the tool relative to the sample as the primary force is applied, and the second component including a measure of a degree of flex of the frame as the primary force is applied, and a compensating actuator connected to the frame for applying a compensating force in an opposing direction to the primary force which is applied by the primary actuator to reduce the second component of the displacement value, wherein the compensating actuator is configured to apply the compensating force such as to maintain a fixed relative displacement between a reference point in the displacement sensor and a point on the sample. a frame, a stage for holding a sample, an arm for pressing a tool against a surface of the sample, a primary actuator connected to the frame for applying a primary force and driving the tool into the surface of the sample, thereby causing the frame to flex, a displacement sensor for measuring a displacement value comprised of two components, the first component including a distance traveled by the tool relative to the sample as the primary force is applied, and the second component including a measure of a degree of flex of the frame as the primary force is applied, and a compensating actuator connected to the frame for applying a compensating force in an opposing direction to the primary force which is applied by the primary actuator to reduce the second component of the displacement value, wherein the compensating actuator is configured to apply the compensating force such as to maintain a fixed relative displacement between a reference point in the displacement sensor and a point on the sample.
An agile transceiver comprising a receiver channel comprising: a coarse tracking filter coupled to an input, the coarse tracking filter having a set of at least two bandpass filters for filtering signals from the input into at least two coarse pass bands; a mixer coupled to an output of the coarse tracking filter; a local oscillator having a plurality of fixed frequencies coupled to the mixer for mixing a local oscillator output frequency with the output of the coarse tracking filter and shifting a desired coarse pass band to near a base band; a fine tracking filter for filtering the shifted and desired coarse pass band to a fine pass band; and a band pass ΣΔ demodulator for converting signals in the fine pass band from analog into digital, wherein the band pass ΣΔ demodulator is coupled to the local oscillator; wherein the local oscillator comprises: a fixed frequency synthesizer for generating a fixed frequency; a set of dividers for dividing the fixed frequency by at least two different divide factors to generate at least two different divided fixed frequencies; and a multiplexer for selecting one of the divided fixed frequencies to be the local oscillator output frequency. a coarse tracking filter coupled to an input, the coarse tracking filter having a set of at least two bandpass filters for filtering signals from the input into at least two coarse pass bands; a mixer coupled to an output of the coarse tracking filter; a local oscillator having a plurality of fixed frequencies coupled to the mixer for mixing a local oscillator output frequency with the output of the coarse tracking filter and shifting a desired coarse pass band to near a base band; a fine tracking filter for filtering the shifted and desired coarse pass band to a fine pass band; and a band pass ΣΔ demodulator for converting signals in the fine pass band from analog into digital, wherein the band pass ΣΔ demodulator is coupled to the local oscillator; wherein the local oscillator comprises: a fixed frequency synthesizer for generating a fixed frequency; a set of dividers for dividing the fixed frequency by at least two different divide factors to generate at least two different divided fixed frequencies; and a multiplexer for selecting one of the divided fixed frequencies to be the local oscillator output frequency. a fixed frequency synthesizer for generating a fixed frequency; a set of dividers for dividing the fixed frequency by at least two different divide factors to generate at least two different divided fixed frequencies; and a multiplexer for selecting one of the divided fixed frequencies to be the local oscillator output frequency.
A fluid-powered motor (58; 1058) for an automatic swimming pool cleaner (10; 1000), the fluid-powered motor (58; 1058) comprising: a core (98; 1098) including a rotor (82; 1082); at least one spoke (90; 1090) extending from the rotor (82; 1082); a vane (94; 1094) moveably attached to the at least one spoke (90; 1090), characterized in that the fluid-powered motor further comprises: a pin (222; 1222) connecting the vane (94; 1094) to the at least one spoke (90; 1090), wherein the vane (94; 1094) is rotatable about an axis of the pin (222; 1222). a core (98; 1098) including a rotor (82; 1082); at least one spoke (90; 1090) extending from the rotor (82; 1082); a vane (94; 1094) moveably attached to the at least one spoke (90; 1090),
Method for improving the signal quality of at least one communication service (10, 18) in the area of a mobile transmitting unit, wherein two different communication services (10, 18) are provided in mutually influencing frequency bands and wherein the mobile transmitting unit transmits at least in the frequency band of the first communication service (10, 18), wherein a list of positions of fixed installations of a second communication service is generated, wherein the list is supplied to the mobile transmitting unit and also stored there, wherein the position of the mobile transmitting unit is determined with respect to positions of stationary installations on the basis of the list, and wherein a transmission characteristic of the mobile transmitting unit is adapted when approaching a position of stationary installations, wherein at least one mobile transmitting unit detects stationary installations by means of a sensor and provides the positions of stationary installations to further mobile transmitting units, wherein the mobile transmitting unit is compatible with the two communication services (10, 18), so that the first and the second communication service can switch, wherein the mobile transmitting unit comprises the list of fixed installations of the two communication services (10, 18). wherein two different communication services (10, 18) are provided in mutually influencing frequency bands and wherein the mobile transmitting unit transmits at least in the frequency band of the first communication service (10, 18), wherein a list of positions of fixed installations of a second communication service is generated, wherein the list is supplied to the mobile transmitting unit and also stored there, wherein the position of the mobile transmitting unit is determined with respect to positions of stationary installations on the basis of the list, and wherein a transmission characteristic of the mobile transmitting unit is adapted when approaching a position of stationary installations, wherein at least one mobile transmitting unit detects stationary installations by means of a sensor and provides the positions of stationary installations to further mobile transmitting units, wherein the mobile transmitting unit is compatible with the two communication services (10, 18), so that the first and the second communication service can switch, wherein the mobile transmitting unit comprises the list of fixed installations of the two communication services (10, 18).
A dental composition comprising (a) a polymerizable compound of the following formula: wherein R represents a straight chain or branched C 2-18 alkyl group, which may be substituted by a group selected from a hydroxyl group, a C 1-4 alkoxy group, a tertiary amino group, and a carboxyl group, and wherein 1 to 8 carbon atoms in the main chain of the C 2-18 alkyl may independently from each other be replaced by a heteroatom selected from an oxygen atom and a sulfur atom, and R* represents a hydrogen atom or a methyl group; and (b) a polymerization initiator system. (a) a polymerizable compound of the following formula: wherein R represents a straight chain or branched C 2-18 alkyl group, which may be substituted by a group selected from a hydroxyl group, a C 1-4 alkoxy group, a tertiary amino group, and a carboxyl group, and wherein 1 to 8 carbon atoms in the main chain of the C 2-18 alkyl may independently from each other be replaced by a heteroatom selected from an oxygen atom and a sulfur atom, and R* represents a hydrogen atom or a methyl group; and R represents a straight chain or branched C 2-18 alkyl group, which may be substituted by a group selected from a hydroxyl group, a C 1-4 alkoxy group, a tertiary amino group, and a carboxyl group, and wherein 1 to 8 carbon atoms in the main chain of the C 2-18 alkyl may independently from each other be replaced by a heteroatom selected from an oxygen atom and a sulfur atom, and R* represents a hydrogen atom or a methyl group; and (b) a polymerization initiator system.
A storage management computing device, comprising: at least one processor, at least one memory coupled to the at least one processor which is configured to execute programmed instructions including and stored in the at least one memory to: maintain a data storage structure including multiple nodes on non-volatile memory in at least one storage server, wherein the data storage structure comprises a multi-version B+ tree data storage structure; determine when a received key in an update matches an existing key in one of the multiple nodes in the data storage structure; and when the determination indicates the match, insert the update in a slot in a vector extending from the existing key in the one of the multiple nodes for the data storage structure which matches the received key. at least one processor, at least one memory coupled to the at least one processor which is configured to execute programmed instructions including and stored in the at least one memory to: maintain a data storage structure including multiple nodes on non-volatile memory in at least one storage server, wherein the data storage structure comprises a multi-version B+ tree data storage structure; determine when a received key in an update matches an existing key in one of the multiple nodes in the data storage structure; and when the determination indicates the match, insert the update in a slot in a vector extending from the existing key in the one of the multiple nodes for the data storage structure which matches the received key. maintain a data storage structure including multiple nodes on non-volatile memory in at least one storage server, wherein the data storage structure comprises a multi-version B+ tree data storage structure; determine when a received key in an update matches an existing key in one of the multiple nodes in the data storage structure; and when the determination indicates the match, insert the update in a slot in a vector extending from the existing key in the one of the multiple nodes for the data storage structure which matches the received key.
A cavity wall spacer (11; 11'), comprising: a support body (12; 12'); and a plurality of spaced building element separating projections (13; 13') upstanding from said support body which are extendable across a cavity between two leaves (19, 20) of a wall to determine a separation of building elements of said two leaves of said wall during construction, characterised in that each projection has a recessed moisture transfer inhibiting channel (16; 16') extending at least partially circumferentially thereabout which inhibits the passage of moisture along the length of the projection whereby to inhibit transfer of moisture between two leaves of a wall and in that each projection has a lenticular cross-section completely defined by two intersecting arcs. a support body (12; 12'); and a plurality of spaced building element separating projections (13; 13') upstanding from said support body which are extendable across a cavity between two leaves (19, 20) of a wall to determine a separation of building elements of said two leaves of said wall during construction, characterised in that each projection has a recessed moisture transfer inhibiting channel (16; 16') extending at least partially circumferentially thereabout which inhibits the passage of moisture along the length of the projection whereby to inhibit transfer of moisture between two leaves of a wall and in that each projection has a lenticular cross-section completely defined by two intersecting arcs.