mhurhangee/patent-ind-claim-en huggingface dataset:
A three-way communication system comprising: a consumer mobile device , a utility device , and an energy meter , wherein the consumer mobile device is configured with a mobile application to visualize a load consumption pattern of energy consumption and communicate an identified load consumption pattern to the utility device to enable self-load management, wherein the consumer mobile device is configured to set a limit for maximum energy consumption including a peak hours slab cross warning through the mobile application, wherein the maximum energy consumption is a highest amount of the energy consumption; the utility device configured to receive the identified load consumption pattern from the consumer mobile device , and send the consumer mobile device a short message service -SMS- alert to alert the consumer mobile device of a meter energy consumption reading, wherein the utility device is configured to send a SMS alert to the consumer mobile device to request the consumer mobile device to send a meter energy consumption reading in the event of a direct connection failure with the energy meter ; and the energy meter configured to communicate with the utility device , wherein the utility device is configured to attempt to receive the meter energy consumption reading from the energy meter . a consumer mobile device , a utility device , and an energy meter , wherein the consumer mobile device is configured with a mobile application to visualize a load consumption pattern of energy consumption and communicate an identified load consumption pattern to the utility device to enable self-load management, wherein the consumer mobile device is configured to set a limit for maximum energy consumption including a peak hours slab cross warning through the mobile application, wherein the maximum energy consumption is a highest amount of the energy consumption; the utility device configured to receive the identified load consumption pattern from the consumer mobile device , and send the consumer mobile device a short message service -SMS- alert to alert the consumer mobile device of a meter energy consumption reading, wherein the utility device is configured to send a SMS alert to the consumer mobile device to request the consumer mobile device to send a meter energy consumption reading in the event of a direct connection failure with the energy meter ; and the energy meter configured to communicate with the utility device , wherein the utility device is configured to attempt to receive the meter energy consumption reading from the energy meter .
A liquid crystal phase modulation device , comprising: a first substrate having a first electrode layer and a first alignment layer (A1); a second substrate opposite to the first substrate , wherein the second substrate has a second electrode layer ; a liquid crystal layer between the first substrate and the second substrate ; and a plurality of spacers between the first substrate and the second substrate , wherein the spacers are in an active region (AA) of the liquid crystal phase modulation device , wherein at least one of the spacers has a long axis (LA) in an alignment direction (AD1) of the first alignment layer (A1), a width of said at least one of the spacers narrows in the alignment direction (AD1), and said at least one of spacers tapers along the alignment direction (AD1). a first substrate having a first electrode layer and a first alignment layer (A1); a second substrate opposite to the first substrate , wherein the second substrate has a second electrode layer ; a liquid crystal layer between the first substrate and the second substrate ; and a plurality of spacers between the first substrate and the second substrate , wherein the spacers are in an active region (AA) of the liquid crystal phase modulation device , wherein at least one of the spacers has a long axis (LA) in an alignment direction (AD1) of the first alignment layer (A1), a width of said at least one of the spacers narrows in the alignment direction (AD1), and said at least one of spacers tapers along the alignment direction (AD1).
A photoresist resin composition, comprising: a plurality of quantum dots; a photopolymerizable monomer; a photopolymerization initiator; a scatterer; a binder resin; and a solvent, wherein an amount of the scatterer is in a range of about 2 parts to about 20 parts by weight based on 100 parts by weight of a total amount of the photoresist resin composition; and characterized in that the photoresist resin composition comprises the quantum dots and the scatterer at a weight ratio in a range of 2:1 to 10:1. a plurality of quantum dots; a photopolymerizable monomer; a photopolymerization initiator; a scatterer; a binder resin; and a solvent, wherein an amount of the scatterer is in a range of about 2 parts to about 20 parts by weight based on 100 parts by weight of a total amount of the photoresist resin composition; and characterized in that the photoresist resin composition comprises the quantum dots and the scatterer at a weight ratio in a range of 2:1 to 10:1.
A device for supplying a product to the interior of a toilet bowl, which comprises a replaceable reservoir of said product, said device comprising dosing means connected to said replaceable reservoir for supplying a predetermined quantity of said product to the interior of the toilet bowl, said dosing means comprising: - a first and second housings, interconnected therebetween, said first housing being connected to said replaceable reservoir and mixing of the toilet flush water and said product in said second housing ; and - a valve movable between two positions: a position wherein the communication between said first and second housings is closed and a position wherein the communication between said first and second housings is open, wherein said second housing comprises holes , wherein at least one of the holes is destined for the inflow of toilet flush water and at least one of the holes for the outflow of the water mixed with said product, characterized in that said movable valve , in its closed position, also closes said at least one of the holes for the outflow of the water mixed with said product. - a first and second housings, interconnected therebetween, said first housing being connected to said replaceable reservoir and mixing of the toilet flush water and said product in said second housing ; and - a valve movable between two positions: a position wherein the communication between said first and second housings is closed and a position wherein the communication between said first and second housings is open,
A directly-buried movable swimming pool, comprising a swimming pool body and a device storage chamber , wherein the device storage chamber is fixedly connected to the swimming pool body; and a maintenance entrance is arranged at a top end of the device storage chamber, and a maintenance door is mounted at the maintenance entrance, wherein the directly-buried movable swimming pool further comprises a water circulation mechanism for causing a circulating flow of water inside the swimming pool body, wherein a water pumping mechanism is arranged in the device storage chamber for pumping water from the device storage chamber, characterized in that a water-level detection level is provided in the device storage chamber ; and the directly-buried movable swimming pool further comprises a power-down protection apparatus which comprises a water-level detection probe, a controller, a first electronic switch, a second electronic switch, a warning light and a power supply unit, wherein the water-level detection probe is used for sending a signal to the controller when detecting that there is water at the water-level detection level; the controller is used for switching on the first electronic switch and switching off the second electronic switch when receiving the signal; the first electronic switch is used for controlling the connection and disconnection of the warning light to/from an external power source; the second electronic switch is used for controlling the connection and disconnection of the power supply unit to/from the external power source; and the power supply unit is used for supplying power to the water circulation mechanism .
A device for dispensing a fluid product comprising a body having a dispensing opening and a piercing element , said body containing a reservoir containing at least two doses of fluid product, said reservoir having a proximal axial opening closed by a membrane and a distal axial opening closed by a piston , mounted in a sliding manner in said reservoir in order to dispense a dose of fluid product on each actuation, said reservoir being axially movable with respect to said body between a rest position, in which said piercing element does not pass through said membrane , and a dispensing position, in which said piercing element passes through said membrane , said membrane being capable of reclosing in a sealed manner after each actuation, when said piercing element comes back out from said reservoir , characterised in that said device comprises a lateral actuating system comprising an actuating member , laterally movable with respect to said body between a rest position and an actuating position, said actuating member being resiliently biased towards its rest position, said actuating member comprising a first cam cooperating with said reservoir and a second cam cooperating with said piston , such that the movement of said actuating member towards its actuating position first moves said reservoir towards its dispensing position and then causes said piston to slide in said reservoir , to dispense a dose of fluid product.
A prosthetic assembly comprising: a tibial tray having a medial retaining bracket , a lateral retaining bracket , and a substantially centrally disposed boss ; a medial bearing ; a lateral bearing ; and a retention clip having a pair of arms which engage opposite sides of the boss and trap the medial bearing and the lateral bearing against the medial retaining bracket and the lateral retaining bracket, respectively; characterised in that the tibial tray further comprises a tibial stem comprising a recess and a resilient element provided within the recess, wherein the resilient element is configured to apply tension to an artificial ligament of the prosthetic assembly, and wherein the resilient element is retained within the recess by the retention clip. a tibial tray having a medial retaining bracket , a lateral retaining bracket , and a substantially centrally disposed boss ; a medial bearing ; a lateral bearing ; and a retention clip having a pair of arms which engage opposite sides of the boss and trap the medial bearing and the lateral bearing against the medial retaining bracket and the lateral retaining bracket, respectively; characterised in that the tibial tray further comprises a tibial stem comprising a recess and a resilient element provided within the recess, wherein the resilient element is configured to apply tension to an artificial ligament of the prosthetic assembly, and wherein the resilient element is retained within the recess by the retention clip.
A method of channel compression for Magnetic Resonance Imaging (MRI), comprising: pre-combining, using n' pre-combiners, n outputs (C1, C2,... Cn) from n coils of an n coil array configured for imaging the same Region of Interest (ROI) to obtain n' pre-combination outputs, where n' is less than n, wherein the n coils are grouped into n' sub-arrays based on importance of each of the n coils represented by the contribution of the output of the coil to the Signal-to-Noise Ratio (SNR) of the signal obtained by combining the outputs of the n coils, wherein each of the n coils is grouped into a single sub-array only, and each pre-combiner is configured to pre-combine outputs from a respective one of the n' sub-arrays to obtain one of the n' pre-combination outputs; converting in a converter the n' pre-combination outputs of the n' pre-combiners into n' converter outputs and achieving channel compression by choosing less than n' of the converter outputs as virtual outputs for image reconstruction. pre-combining, using n' pre-combiners, n outputs (C1, C2,... Cn) from n coils of an n coil array configured for imaging the same Region of Interest (ROI) to obtain n' pre-combination outputs, where n' is less than n, wherein the n coils are grouped into n' sub-arrays based on importance of each of the n coils represented by the contribution of the output of the coil to the Signal-to-Noise Ratio (SNR) of the signal obtained by combining the outputs of the n coils, wherein each of the n coils is grouped into a single sub-array only, and each pre-combiner is configured to pre-combine outputs from a respective one of the n' sub-arrays to obtain one of the n' pre-combination outputs; converting in a converter the n' pre-combination outputs of the n' pre-combiners into n' converter outputs and achieving channel compression by choosing less than n' of the converter outputs as virtual outputs for image reconstruction.
An industrial printing device comprising at least an input stage , an output stage , a cutting stage , and a printer stage , wherein the printer stage is arranged between the input stage and the output stage , wherein the cutting stage is arranged upstream of the printer stage , wherein the cutting stage comprises a laser cutting device such that material is continuously processable between the input stage and the output stage by at least the cutting stage and the printer stage . wherein the printer stage is arranged between the input stage and the output stage , wherein the cutting stage is arranged upstream of the printer stage , wherein the cutting stage comprises a laser cutting device such that material is continuously processable between the input stage and the output stage by at least the cutting stage and the printer stage .
Device for producing an arming criterion for a fuze for a partly spinning munition , which comprises a first part , which has a spin (D) about its central longitudinal axis during its flight as intended, and comprises a second part , which at the same time has no motion or only a rolling motion less than the spin (D) about the central longitudinal axis , - with a sensor for sensing a relative rotation (R) about the central longitudinal axis between the first part and the second part of the munition and for outputting a characteristic variable (K) for the sensed relative rotation (R), - and with a control unit , which is connected to the sensor and is set up to only produce the arming criterion when the sensed characteristic variable (K) fulfils a flying criterion (F). - with a sensor for sensing a relative rotation (R) about the central longitudinal axis between the first part and the second part of the munition and for outputting a characteristic variable (K) for the sensed relative rotation (R), - and with a control unit , which is connected to the sensor and is set up to only produce the arming criterion when the sensed characteristic variable (K) fulfils a flying criterion (F).
Use of a composition comprising a) at least one protein hydrolysate or at least one protein hydrolysate conjugate; and b) at least one acid and its salts thereof; wherein the at least one protein hydrolysate conjugate is obtained by amino-carbonyl bonding of an at least one protein hydrolysate with a weight average molecular weight (M W ) in the range of ≥ 600 to ≤ 2400 Da and at least one sugar having a weight average molecular weight (M W ) in the range of ≥ 100 to ≤ 20000 Da; wherein the molar ratio of the at least one acid and its salts thereof to the at least one protein hydrolysate or at least one protein hydrolysate conjugate is in the range of ≥0.3:1.0 to ≤10:1.0; as whipping agent. a) at least one protein hydrolysate or at least one protein hydrolysate conjugate; and b) at least one acid and its salts thereof; wherein the at least one protein hydrolysate conjugate is obtained by amino-carbonyl bonding of an at least one protein hydrolysate with a weight average molecular weight (M W ) in the range of ≥ 600 to ≤ 2400 Da and at least one sugar having a weight average molecular weight (M W ) in the range of ≥ 100 to ≤ 20000 Da; wherein the molar ratio of the at least one acid and its salts thereof to the at least one protein hydrolysate or at least one protein hydrolysate conjugate is in the range of ≥0.3:1.0 to ≤10:1.0; as whipping agent.
An electric power assisted steering system comprising: (a) a first part that in use determines the sign of a first signal (Qcol) indicative of the position of a part of the steering, (b) a second part that in use determines the sign of a second signal (CV) indicative of the velocity of a part of the steering, and (c) a processing unit that in use determines whether a steering wheel is moving away from a centre position or returning to the centre position from the determined signs of the two signals (Qcol, CV), and further in which the processing unit sets a value of a torque damping component predominantly or exclusively using a first function which includes both a linear steering column velocity term and optionally a quadratic (or higher factor) steering column velocity term when the steering wheel is moving away from the centre and sets a value of a torque damping component predominantly or exclusively using a second, different, function which includes both a linear steering column velocity term and optionally a quadratic (or higher factor) steering column velocity term when the steering wheel is returning to the centre, characterized in that the two functions have different tunes, and further in that : the processing unit is arranged to detect at least one of a change in the direction of steering corresponding to a return to centre following movement away from centre and a movement away from centre following a return to centre and upon detection applies a blend of the first and second functions to ensure a gradual transition in the torque damping component from one function to the other. (a) a first part that in use determines the sign of a first signal (Qcol) indicative of the position of a part of the steering, (b) a second part that in use determines the sign of a second signal (CV) indicative of the velocity of a part of the steering, and (c) a processing unit that in use determines whether a steering wheel is moving away from a centre position or returning to the centre position from the determined signs of the two signals (Qcol, CV), and further in which the processing unit sets a value of a torque damping component predominantly or exclusively using a first function which includes both a linear steering column velocity term and optionally a quadratic (or higher factor) steering column velocity term when the steering wheel is moving away from the centre and sets a value of a torque damping component predominantly or exclusively using a second, different, function which includes both a linear steering column velocity term and optionally a quadratic (or higher factor) steering column velocity term when the steering wheel is returning to the centre, characterized in that the two functions have different tunes, and further in that : the processing unit is arranged to detect at least one of a change in the direction of steering corresponding to a return to centre following movement away from centre and a movement away from centre following a return to centre and upon detection applies a blend of the first and second functions to ensure a gradual transition in the torque damping component from one function to the other.
Processing machine , at least one further processing unit (600; 900) following at least one processing unit configured as an application unit in the transport direction (T) of a substrate , at least one transport unit being arranged between the at least one processing unit configured as an application unit and the at least one succeeding processing unit (600; 900), the at least one transport unit comprising a plurality of transport elements , and the transport elements of the plurality of transport elements being arranged one behind the other in the transport direction (T), characterized in that the plurality of transport elements are individually axially adjustable, or in that the plurality of transport elements are groupwise axially adjustable.
A device for attaching a catheter to a patient, comprising: - a base , having a first face configured to be glued to the skin of a patient, a second face opposite to the first face suitable for receiving a catheter (A) according to a catheter insertion axis X and - at least two pegs which rise substantially perpendicular to said second face , each peg of said two pegs comprising a stem which rises from said second face and which has a cross section dimensioned so as it can freely pass through a through hole (Bb) of a fin (B) of a catheter (A) to be used together with said device, and which also has an enlarged free end having a cross section greater than the cross section of the stem and such that it cannot freely cross said through hole (Bb), said enlarged end being configured to cross said through hole (Bb) only by elastically widening the through hole (Bb); wherein said two pegs are arranged in a substantially symmetrical position with respect to the catheter insertion axis X, defining an axis of pegs positioning Y, perpendicular to the catheter insertion axis X; characterized in that the pegs are connected to respective elastically deformable portions of said base , said elastically deformable portions being configured to move the pegs along the axis of pegs positioning Y in response to a force exerted by a user. - a base , having a first face configured to be glued to the skin of a patient, a second face opposite to the first face suitable for receiving a catheter (A) according to a catheter insertion axis X and - at least two pegs which rise substantially perpendicular to said second face , each peg of said two pegs comprising a stem which rises from said second face and which has a cross section dimensioned so as it can freely pass through a through hole (Bb) of a fin (B) of a catheter (A) to be used together with said device, and which also has an enlarged free end having a cross section greater than the cross section of the stem and such that it cannot freely cross said through hole (Bb), said enlarged end being configured to cross said through hole (Bb) only by elastically widening the through hole (Bb);
An air bearing assembly , comprising: a first member; and a shaft with a flange configured to rotate with respect to the first member; wherein the first member has a coating on at least one first surface facing at least one second surface of the shaft and the flange , the coating comprising a nonpolymeric self-lubricating coating, or a combination of said nonpolymeric self-lubricating coating with tungsten carbide, characterized in that the self-lubricating coating comprises diamond-like carbon (DLC). a first member; and a shaft with a flange configured to rotate with respect to the first member; wherein the first member has a coating on at least one first surface facing at least one second surface of the shaft and the flange , the coating comprising a nonpolymeric self-lubricating coating, or a combination of said nonpolymeric self-lubricating coating with tungsten carbide, characterized in that the self-lubricating coating comprises diamond-like carbon (DLC).