mhurhangee/patent-ind-claim-en huggingface dataset:
A hermetic tooth cleaning device comprising: a main body which includes an outer case ; a cleaning body which is coupled to the main body , and has an internal fluid conduit formed therein such that at least one nozzle is formed to be opened at one end of the internal fluid conduit , and an accommodating portion is formed at the other end of the internal fluid conduit ; and a connecting unit which couples the main body and the cleaning body , and has a connecting flow path formed therein, one side fixedly coupled to the main body , and the other side inserted into the accommodating portion ; wherein the hermetic tooth cleaning device further comprises: a first sealing unit which is provided between the cleaning body and the connecting unit , and has a hollow space formed therein, characterized in that the first sealing unit is made of a silicone-based or rubber-based elastic body, wherein the internal fluid conduit , the hollow space and the connecting flow path are connected to one another, thereby forming a continuous flow path. a main body which includes an outer case ; a cleaning body which is coupled to the main body , and has an internal fluid conduit formed therein such that at least one nozzle is formed to be opened at one end of the internal fluid conduit , and an accommodating portion is formed at the other end of the internal fluid conduit ; and a connecting unit which couples the main body and the cleaning body , and has a connecting flow path formed therein, one side fixedly coupled to the main body , and the other side inserted into the accommodating portion ; wherein the hermetic tooth cleaning device further comprises: a first sealing unit which is provided between the cleaning body and the connecting unit , and has a hollow space formed therein, characterized in that the first sealing unit is made of a silicone-based or rubber-based elastic body, wherein the internal fluid conduit , the hollow space and the connecting flow path are connected to one another, thereby forming a continuous flow path.
An electrical energy storage apparatus having a plurality of electrical storage cells (C1, C2, C3) connected in series between a positive pole (plus) and a negative pole (minus) of this electrical storage apparatus and having an inductive balun for balancing the storage cell voltages, wherein the balun has a balancer transformer having separated coils (Tr1, Tr2, Tr3) for the electrical storage cells (C1, C2, C3) and has a respective electric switch (T1, T2, T3) for each electrical storage cell (C1, C2, C3), wherein the separated coils (Tr1, Tr2, Tr3) of the balancer transformer are respectively connected via at least one inductance (L1, L2, L3) and via a switch (T1, T2, T3) connected to the named inductance (L1, L2, L3) to a terminal of the respective electrical storage cell (C1, C2, C3), with the switch (T1, T2, T3) associated with a respective electrical storage cell (C1, C2, C3) being connected via a diode (D1, D2, D3) to a terminal of a respective electrical storage cell (C1, C2, C3) arranged upstream or downstream, characterized in that , with an electrical storage cell (D3) that is directly connected to the positive pole of the electrical energy storage apparatus , the inductance (L3) is formed with two coils.
Composite pane for a motor vehicle , which composite pane has a holding region for holding the composite pane on the motor vehicle , and comprises at least two pane elements and at least one film element , and is arranged between the at least two pane elements and has a recess surrounding the holding region at least in regions, wherein the composite pane comprises at least one temperature-resistant stiffening element , which has a higher temperature resistance than the at least one film element , and is arranged in the recess and at least partially surrounds the holding region , wherein the composite pane comprises at least two connecting elements , of which a first connecting element holds the temperature-resistant stiffening element on a first pane element and of which a second connecting element holds the temperature-resistant stiffening element on a second pane element of the at least two pane elements , and wherein the composite pane has an opening on the holding region for holding the composite pane on the motor vehicle , characterised in that the opening extends through at least one of the at least two pane elements .
Combination of an electrical machine with an associated compensation device for uniformly balancing AC currents (I1, I2, I3, I4), wherein said electrical machine comprises electrical conductors having respective impedances (L1, L2, L3, L4) and wherein AC currents (I1, I2, I3, I4) circulate in each of said electrical conductors , said electrical conductors being connected in parallel in said electrical machine, characterized in that said compensation device comprising at least one transformer or magnetic ballast (M, M1), wherein each transformer or magnetic ballast (M, M1) includes two magnetically coupled inverted windings having coil turns ratio (N1, N2, N3, N4) of 1:1 or 2:1, said windings being electrically connected in parallel to each other at one end thereof and wherein the first winding of a first one transformer or magnetic ballast (M, M1) is connected in series with one of said electrical conductors at a first end, the second winding of the first transformer or magnetic ballast (M , M1) is connected in series with a second electrical machine conductor 1,2,3, 4), the second ends of both windings of the first transfomer or magnetic ballast (M,M1) are connected to a first winding of a second transformer or magnetic ballast (M,M1), and wherein the second winding of the second transformer or magnetic ballast (M,M1) is connected in series with a third electrical machine conductor , the second winding of the first transformer or magnetic ballast (M , M1) is connected in series with a second electrical machine conductor 1,2,3, 4), the second ends of both windings of the first transfomer or magnetic ballast (M,M1) are connected to a first winding of a second transformer or magnetic ballast (M,M1), and wherein the second winding of the second transformer or magnetic ballast (M,M1) is connected in series with a third electrical machine conductor ,
Use of a composition comprising at least one semicrystalline copolyamide A/X 1 Y in which: - A is a repeating unit obtained from the polycondensation of at least one C 6 to C 12 , preferably C 12 lactam, or of at least one C 6 to C 12 , preferably C 11 amino acid, or of at least one repeating unit XY obtained from the polycondensation of at least one aliphatic C 4 to C 18 , in particular C 4 to C 12 diamine (X) and of at least one aliphatic C 6 to C 18 , in particular C 6 to C 12 dicarboxylic acid (Y), - X 1 Y is a repeating unit obtained from the polycondensation of a diamine (X 1 ) chosen from an arylamine, a cycloaliphatic diamine and a branched aliphatic diamine, and of at least one aliphatic dicarboxylic acid (Y) identical to that of the unit XY, the A/X 1 Y weight ratio being between from 60/40 to 95/5, glass fibres with a circular cross section, and optionally at least one impact modifier and/or at least one additive, in order to limit the warping of an article obtained from said composition while keeping the cycle time of the composition obtained appropriate for the processing thereof for the preparation of said article, in particular by injection moulding, compared to an article obtained from a linear aliphatic polyamide A alone. - A is a repeating unit obtained from the polycondensation of at least one C 6 to C 12 , preferably C 12 lactam, or of at least one C 6 to C 12 , preferably C 11 amino acid, or of at least one repeating unit XY obtained from the polycondensation of at least one aliphatic C 4 to C 18 , in particular C 4 to C 12 diamine (X) and of at least one aliphatic C 6 to C 18 , in particular C 6 to C 12 dicarboxylic acid (Y), - X 1 Y is a repeating unit obtained from the polycondensation of a diamine (X 1 ) chosen from an arylamine, a cycloaliphatic diamine and a branched aliphatic diamine, and of at least one aliphatic dicarboxylic acid (Y) identical to that of the unit XY, the A/X 1 Y weight ratio being between from 60/40 to 95/5, glass fibres with a circular cross section, and optionally at least one impact modifier and/or at least one additive, in order to limit the warping of an article obtained from said composition while keeping the cycle time of the composition obtained appropriate for the processing thereof for the preparation of said article, in particular by injection moulding, compared to an article obtained from a linear aliphatic polyamide A alone.
A liquid desiccant system for controlling a temperature inside an enclosure, the system comprising: the enclosure ; a first port (230-1) on the enclosure configured to provide an air stream AA from outside of the enclosure; a second port (230-2) on the enclosure configured to expel an air stream AC from the enclosure; an evaporative cooler system configured to cool the air stream AA from outside of the enclosure during day time and to provide the cooled airstream into the enclosure ; a liquid desiccant night cooler (LDNC) system configured to cool down and dry an inside air stream AE of the enclosure by using a liquid desiccant during the night; and a controller configured to switch on the LDNC system during the night wherein the controller is configured to turn on the first port (230-1) during the day, for receiving the air stream AA from outside the enclosure, to turn off the first port and to close the second port (230-2) so that no air is exchanged with the outside of the enclosure during the night. the enclosure ; a first port (230-1) on the enclosure configured to provide an air stream AA from outside of the enclosure; a second port (230-2) on the enclosure configured to expel an air stream AC from the enclosure; an evaporative cooler system configured to cool the air stream AA from outside of the enclosure during day time and to provide the cooled airstream into the enclosure ; a liquid desiccant night cooler (LDNC) system configured to cool down and dry an inside air stream AE of the enclosure by using a liquid desiccant during the night; and a controller configured to switch on the LDNC system during the night wherein the controller is configured to turn on the first port (230-1) during the day, for receiving the air stream AA from outside the enclosure, to turn off the first port and to close the second port (230-2) so that no air is exchanged with the outside of the enclosure during the night.
A camera module autofocus actuator comprising: - a bottom plate , - a movable lens carrier having a protrusion with an apex for lodging a SMA wire , - a shield can , - a SMA wire , - at least six spheres , - two electric terminals , - a return elastic element , - anti-rotation means to prevent rotation of said lens carrier around its optical axis during its movement, wherein - the lens carrier is slidably mounted between said shield can and said bottom plate , - said anti-rotation means are arranged between the lens carrier and the bottom plate , - said two electric terminals are fixed onto the bottom plate , - said SMA wire is in contact with said lens carrier protrusion apex and its extremities are locked to the two electric terminals at a different height with respect to the protrusion apex , - said return elastic element exerts a force on the lens carrier opposing the force of the SMA wire on the lens carrier , characterized in that it further includes - a guide pin mounted on the bottom plate with its longitudinal axis parallel to the optical axis of the lens carrier and having surface hardness comparable to that of said at least six spheres , and - at least three slots formed in the lens carrier each containing and holding at least two spheres , said slots being formed symmetrically around said guide pin and extending parallel thereto such that the at least two spheres contained in each slot are always in contact with the guide pin , whereby the guide pin , slots and spheres form a linear bearing. - a bottom plate , - a movable lens carrier having a protrusion with an apex for lodging a SMA wire , - a shield can , - a SMA wire , - at least six spheres , - two electric terminals , - a return elastic element , - anti-rotation means to prevent rotation of said lens carrier around its optical axis during its movement, wherein - the lens carrier is slidably mounted between said shield can and said bottom plate , - said anti-rotation means are arranged between the lens carrier and the bottom plate , - said two electric terminals are fixed onto the bottom plate , - said SMA wire is in contact with said lens carrier protrusion apex and its extremities are locked to the two electric terminals at a different height with respect to the protrusion apex , - said return elastic element exerts a force on the lens carrier opposing the force of the SMA wire on the lens carrier , - a guide pin mounted on the bottom plate with its longitudinal axis parallel to the optical axis of the lens carrier and having surface hardness comparable to that of said at least six spheres , and - at least three slots formed in the lens carrier each containing and holding at least two spheres , said slots being formed symmetrically around said guide pin and extending parallel thereto such that the at least two spheres contained in each slot are always in contact with the guide pin , whereby the guide pin , slots and spheres form a linear bearing.
A method for data processing comprising a first instance comprising at least one local trusted unit and a local trust manager, the method comprising - the local trusted unit receiving a request for a trust level from a second instance, - the local trust manager determining a trust level, - the local trust manager providing the trust level to the local trusted unit, and - the local trusted unit transmitting the trust level to the second instance. - the local trusted unit receiving a request for a trust level from a second instance, - the local trust manager determining a trust level, - the local trust manager providing the trust level to the local trusted unit, and - the local trusted unit transmitting the trust level to the second instance.
Passive node for a wireless sensor network comprising: an antenna for data communication and electromagnetic energy reception for obtaining electrical energy for powering said node; two impedance matching networks attached to said antenna; and a data processor for receiving and/or transmitting data and arranged to be powered by the obtained electric energy; wherein said antenna and impedance matching networks are configured for two different frequencies, a first network arranged for receiving electromagnetic energy emitted from an electromagnetic energy emitter and a second network arranged for backscatter communication; characterised in that the passive node comprises a plurality of semiconductors for modulation control of said passive node by said data processor, in balanced and out of phase impedance branches; wherein the semiconductors are independently controllable by the data processor. an antenna for data communication and electromagnetic energy reception for obtaining electrical energy for powering said node; two impedance matching networks attached to said antenna; and a data processor for receiving and/or transmitting data and arranged to be powered by the obtained electric energy; wherein said antenna and impedance matching networks are configured for two different frequencies, a first network arranged for receiving electromagnetic energy emitted from an electromagnetic energy emitter and a second network arranged for backscatter communication; characterised in that the passive node comprises a plurality of semiconductors for modulation control of said passive node by said data processor, in balanced and out of phase impedance branches; wherein the semiconductors are independently controllable by the data processor.
A method for operating a recooling circuit with a hybrid cooler for an adsorption refrigerator with discontinuous heat discharge, concerning a spray control of the hybrid cooler during an operating cycle of the adsorption refrigerator, with the operating cycle repeating substantially periodically in time, including the following method steps: - continuously detecting a current operational parameter of the adsorption refrigerator , wherein the currently detected operational parameter is a current temperature in the adsorption refrigerator and is detected within a heat carrier circuit, - comparing the detected operational parameter to a predefined temperature setpoint in a control unit , - activating a spray device of the hybrid cooler , when the currently detected operational parameter reaches and/or exceeds the temperature setpoint until the temperature setpoint is reached or fallen below, wherein - the spraying starts when the temperature T at a point in the refrigerating circuit of the adsorption refrigerator has reached or exceeded a setpoint T soll and during this, a switching signal for opening a valve of the spray device is output, and - the spraying is performed during the operating cycle within two time intervals t S1 , wherein the start and duration of the respective time intervals t S1 are determined by the control unit, and - the spraying is deactivated and the valve is closed when the predefined operating parameter T soll is fallen below again. - continuously detecting a current operational parameter of the adsorption refrigerator , wherein the currently detected operational parameter is a current temperature in the adsorption refrigerator and is detected within a heat carrier circuit, - comparing the detected operational parameter to a predefined temperature setpoint in a control unit , - activating a spray device of the hybrid cooler , when the currently detected operational parameter reaches and/or exceeds the temperature setpoint until the temperature setpoint is reached or fallen below, wherein - the spraying starts when the temperature T at a point in the refrigerating circuit of the adsorption refrigerator has reached or exceeded a setpoint T soll and during this, a switching signal for opening a valve of the spray device is output, and - the spraying is performed during the operating cycle within two time intervals t S1 , wherein the start and duration of the respective time intervals t S1 are determined by the control unit, and - the spraying is deactivated and the valve is closed when the predefined operating parameter T soll is fallen below again.
A display apparatus comprising: a display unit that displays a first image for assisting a cooker with a cooking action; an obtaining unit that obtains a recognition result of recognizing a foodstuff serving as a cooking target on the basis of a photographed image obtained from a camera ; a determination unit that determines whether or not a recognized foodstuff indicated by the recognition result is present in a superposable area where the first image can be superposed on the recognized foodstuff, out of a displayable area of the display unit ; and a display control unit that causes the display unit to: (i) superpose the first image on the recognized foodstuff when the determination unit determines that the recognized foodstuff is present in the superposable area ; and characterized in that the display control unit further causes the display unit to: (ii) display a second image generated on the basis of the recognized foodstuff included in the photographed image obtained from the camera and superpose the first image on the second image when the determination unit determines that the recognized foodstuff is not present in the superposable area , wherein the second image is a photograph of the recognized foodstuff obtained by photographing done by the camera . a display unit that displays a first image for assisting a cooker with a cooking action; an obtaining unit that obtains a recognition result of recognizing a foodstuff serving as a cooking target on the basis of a photographed image obtained from a camera ; a determination unit that determines whether or not a recognized foodstuff indicated by the recognition result is present in a superposable area where the first image can be superposed on the recognized foodstuff, out of a displayable area of the display unit ; and a display control unit that causes the display unit to: (i) superpose the first image on the recognized foodstuff when the determination unit determines that the recognized foodstuff is present in the superposable area ; and (i) superpose the first image on the recognized foodstuff when the determination unit determines that the recognized foodstuff is present in the superposable area ; and characterized in that the display control unit further causes the display unit to: (ii) display a second image generated on the basis of the recognized foodstuff included in the photographed image obtained from the camera and superpose the first image on the second image when the determination unit determines that the recognized foodstuff is not present in the superposable area , wherein the second image is a photograph of the recognized foodstuff obtained by photographing done by the camera .
A control device for power kites, formed by an upper structure positioned perpendicular to the center of a lower control bar and connected to that latter, characterised in that the upper structure is arranged in a Y shape, having oblique branches in a V shape, an articulation being provided in the lower part of the Y-shaped structure , the front end of the structure is provided with a guide crossed by a first pre-line to which the front lines of a power kite are attached, the lower end of the pre-line being intended to be connected, in use, to the user, wherein a second pre-line ; crosses a ring positioned at the rear end of the central structure , each end of the pre-line ; being attached to an end of the control bar , the pre-line ; being provided with attachment points ; to connect to the rear lines of a power kite.
A method of evaluating a cement bond on a downhole tubular comprising: emitting a signal into the downhole tubular configured to induce a radial resonant frequency response; measuring the radial resonant frequency response induced within the downhole tubular ; identifying an unbound reference tubular that is characteristic of the downhole tubular ; obtaining the radial resonant frequency response of the reference tubular ; comparing the measured resonant frequency of the downhole tubular to the resonant frequency of the unbound reference tubular ; and evaluating the bond based on the frequency comparison; characterised in that : the step of evaluating the bond comprises determining the presence of fluid in the region surrounding the downhole tubular , wherein the presence of fluid is indicated by a reduction in the resonant frequency relative to the unbound reference tubular . emitting a signal into the downhole tubular configured to induce a radial resonant frequency response; measuring the radial resonant frequency response induced within the downhole tubular ; identifying an unbound reference tubular that is characteristic of the downhole tubular ; obtaining the radial resonant frequency response of the reference tubular ; comparing the measured resonant frequency of the downhole tubular to the resonant frequency of the unbound reference tubular ; and evaluating the bond based on the frequency comparison; characterised in that : the step of evaluating the bond comprises determining the presence of fluid in the region surrounding the downhole tubular , wherein the presence of fluid is indicated by a reduction in the resonant frequency relative to the unbound reference tubular .