mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal skin treatment device, comprising - a skin contact component with a skin contact surface , - a thermal energy component in thermal contact with the skin contact component, - a temperature control circuit electrically connected to the thermal energy component, said temperature control circuit comprising a user interface (70-73), - an energy source electrically connected to said thermal energy component for energy supply, wherein said temperature control circuit is adapted to control an amount of energy supplied from said energy source to said thermal energy component such that - a first predetermined temperature is maintained at the skin contact surface for a first duration, wherein said first predetermined temperature is in a range of 40°C +/- 2°C, or - a second predetermined temperature is maintained at the skin contact surface for a second duration,wherein said second predetermined temperature is in a range of 19°C +/- 2°C, wherein said temperature control circuit is adapted to maintain for a predetermined duration, during operation, only said first predetermined temperature or said second predetermined temperature at the skin contact surface and characterized in that said the skin contact surface has a concave shape. - a skin contact component with a skin contact surface , - a thermal energy component in thermal contact with the skin contact component, - a temperature control circuit electrically connected to the thermal energy component, said temperature control circuit comprising a user interface (70-73), - an energy source electrically connected to said thermal energy component for energy supply, wherein said temperature control circuit is adapted to control an amount of energy supplied from said energy source to said thermal energy component such that - a first predetermined temperature is maintained at the skin contact surface for a first duration, wherein said first predetermined temperature is in a range of 40°C +/- 2°C, or - a second predetermined temperature is maintained at the skin contact surface for a second duration,wherein said second predetermined temperature is in a range of 19°C +/- 2°C, - a first predetermined temperature is maintained at the skin contact surface for a first duration, wherein said first predetermined temperature is in a range of 40°C +/- 2°C, or - a second predetermined temperature is maintained at the skin contact surface for a second duration,wherein said second predetermined temperature is in a range of 19°C +/- 2°C, wherein said temperature control circuit is adapted to maintain for a predetermined duration, during operation, only said first predetermined temperature or said second predetermined temperature at the skin contact surface and characterized in that said the skin contact surface has a concave shape.
A method of dynamically advancing a refreshable braille display, the method comprising the steps of: providing a braille display in communication with a non-transitory tangible computer-readable medium having computer-executable instructions for outputting an electronic document; setting a default auto-advance interval for the braille display; outputting a portion of the electronic document onto the braille display as a current line of braille characters; determining whether the current line ends with a used cell or a blank braille cell; responsive to determining that the current line ends with the used cell, outputting the next line after the default auto-advance interval has lapsed; responsive to determining that the current line ends with the blank braille cell, calculating a current auto-advance interval for the current line as a function of a number of used cells within the current line and the default auto-update interval; and automatically outputting a next line of braille characters after the current auto-advance interval has lapsed. providing a braille display in communication with a non-transitory tangible computer-readable medium having computer-executable instructions for outputting an electronic document; setting a default auto-advance interval for the braille display; outputting a portion of the electronic document onto the braille display as a current line of braille characters; determining whether the current line ends with a used cell or a blank braille cell; responsive to determining that the current line ends with the used cell, outputting the next line after the default auto-advance interval has lapsed; responsive to determining that the current line ends with the blank braille cell, calculating a current auto-advance interval for the current line as a function of a number of used cells within the current line and the default auto-update interval; and automatically outputting a next line of braille characters after the current auto-advance interval has lapsed.
A pulse generator , comprising: charging circuitry configured to provide electrical power to the pulse generator; communication circuitry configured to conduct wireless telecommunications with external programming devices , the telecommunications containing programming instructions sent from the external programming devices ; and stimulation circuitry configured to generate electrical pulses based on the programming instructions; wherein the electrical pulses include a first component that is paresthesia-inducing and having a fixed frequency (f1), and a second component that is non-paresthesia-inducing; characterized in that a lower limit (f2) of the spread-spectrum frequency range (f2-F3) is greater than the fixed frequency (f1), and in that the second component has a spread-spectrum frequency range (f2-f3), wherein the spread-spectrum frequency range is configured such that, for each pulse of the second component, a value of a time interval separating said pulse from a preceding pulse of the second component is different from a value of a time interval separating said pulse from a subsequent pulse of the second component. charging circuitry configured to provide electrical power to the pulse generator; communication circuitry configured to conduct wireless telecommunications with external programming devices , the telecommunications containing programming instructions sent from the external programming devices ; and stimulation circuitry configured to generate electrical pulses based on the programming instructions; wherein the electrical pulses include a first component that is paresthesia-inducing and having a fixed frequency (f1), and a second component that is non-paresthesia-inducing; characterized in that a lower limit (f2) of the spread-spectrum frequency range (f2-F3) is greater than the fixed frequency (f1), and in that the second component has a spread-spectrum frequency range (f2-f3), wherein the spread-spectrum frequency range is configured such that, for each pulse of the second component, a value of a time interval separating said pulse from a preceding pulse of the second component is different from a value of a time interval separating said pulse from a subsequent pulse of the second component.
An exchangeable separation insert for a centrifugal separator , for separating a fluid mixture, comprising a first and a second stationary portion, a rotor casing enclosing a separation space in which a stack of separation discs is arranged to rotate around an axis (X) of rotation, said rotor casing being axially arranged between said first and said second stationary portion; a feed inlet for supply of the fluid mixture to be separated to said separation space , a light phase outlet for discharge of a separated phase of a first density, and a heavy phase outlet for discharge of a separated phase of a second density higher than said first density, wherein two of said feed inlet , light phase outlet and heavy phase outlet are arranged at a first axial end of said rotor casing ; a first seal assembly sealing and connecting said two of said feed inlet, light phase outlet and heavy phase outlet to corresponding inlet conduit and/or outlet conduits in said first stationary portion , wherein said first seal assembly comprises a rotatable part attached to said rotor casing and a stationary part attached to said stationary portion ; wherein said rotatable part and said stationary part are axially aligned and seal against each other; wherein a first of said two of said feed inlet , light phase outlet and heavy phase outlet is arranged axially at the axis of rotation and a second of said two of said feed inlet , light phase outlet and heavy phase outlet is arranged axially outside of said first of said two of said feed inlet , light phase outlet and heavy phase outlet in such a manner that both said first and second of said two of said feed inlet , light phase outlet and heavy phase outlet are led through said rotatable part and said corresponding inlet conduit and/or outlet conduits are led through said stationary part of said first seal assembly .
Modular testing system for the automated testing of different variants of cable harnesses , comprising - a plurality of transport devices which are configured to pick up and transport the respective cable harnesses arranged on building boards ; - different variants of contour holders being attachable to the transport devices for picking up different variants of connectors of the cable harnesses ; - at least one testing device having a plurality of test terminals for the indirect connection of the testing device to respective connector outputs of the connectors of the cable harnesses ; - different variants of adapters for connecting the testing device to the different variants of the connectors of the cable harnesses , having a respectively variant-specific input for producing a plug connection to the respective connector outputs of the variants of the connectors , and having a respective output for producing a plug connection to the test terminals of the testing device ; - at least one adapter carrier to which the different variants of the adapters are attachable at various positions of the adapter carrier in a manner specific to the cable harness. - a plurality of transport devices which are configured to pick up and transport the respective cable harnesses arranged on building boards ; - different variants of contour holders being attachable to the transport devices for picking up different variants of connectors of the cable harnesses ; - at least one testing device having a plurality of test terminals for the indirect connection of the testing device to respective connector outputs of the connectors of the cable harnesses ; - different variants of adapters for connecting the testing device to the different variants of the connectors of the cable harnesses , having a respectively variant-specific input for producing a plug connection to the respective connector outputs of the variants of the connectors , and having a respective output for producing a plug connection to the test terminals of the testing device ; - at least one adapter carrier to which the different variants of the adapters are attachable at various positions of the adapter carrier in a manner specific to the cable harness.
An inverter connected to an energy source , the energy source comprising at least one renewable power source, and configured to supply power to a load network comprising at least one controllable load , said inverter comprising a processor adapted to control the at least one controllable load of the load network , the processor comprising: a net load detector adapted to detect a net load of the load network ; a power export analyzer adapted to determine an inverter power transfer (P1, P3) of the inverter and a grid power transfer (P2) of a grid ; and a power manager adapted to vary a power output of the inverter and a power consumption of the at least one controllable load based on the determined inverter power transfer (P1, P3), the determined grid power transfer (P2), an export condition violation and a derating state of the energy source ; wherein the power manager is adapted to perform the following steps: decreasing (S7) power consumption of the at least one controllable load depending on the grid power transfer (P2), if the energy source is not in the derating state (S6), under a presence of the grid power transfer (S4) and no export condition violation (S3); checking (S9) the derating state of the energy source ; and increasing (S10) the power of the at least one controllable load by a predefined value if the energy source is in the derating state. a net load detector adapted to detect a net load of the load network ; a power export analyzer adapted to determine an inverter power transfer (P1, P3) of the inverter and a grid power transfer (P2) of a grid ; and a power manager adapted to vary a power output of the inverter and a power consumption of the at least one controllable load based on the determined inverter power transfer (P1, P3), the determined grid power transfer (P2), an export condition violation and a derating state of the energy source ; wherein the power manager is adapted to perform the following steps: decreasing (S7) power consumption of the at least one controllable load depending on the grid power transfer (P2), if the energy source is not in the derating state (S6), under a presence of the grid power transfer (S4) and no export condition violation (S3); checking (S9) the derating state of the energy source ; and increasing (S10) the power of the at least one controllable load by a predefined value if the energy source is in the derating state. decreasing (S7) power consumption of the at least one controllable load depending on the grid power transfer (P2), if the energy source is not in the derating state (S6), under a presence of the grid power transfer (S4) and no export condition violation (S3); checking (S9) the derating state of the energy source ; and increasing (S10) the power of the at least one controllable load by a predefined value if the energy source is in the derating state.
A method (300; 300') for detecting at least one non-functional combustion chamber of a rotary engine comprising a plurality of combustion chambers for receiving a fuel-air mixture that when ignited causes the engine to generate output power, and comprising a plurality of rotors each having an apex seal for sealing the plurality of combustion chambers , the method (300; 300') comprising: assessing one of the plurality of combustion chambers by: reducing fuel injection to the combustion chamber ; monitoring an engine parameter indicative of the output power of the engine ; determining whether a decrease in the engine parameter has occurred when fuel injection is reduced to the combustion chamber ; if the decrease in the engine parameter has occurred, restoring fuel injection to the combustion chamber and assessing another one of the plurality of combustion chambers ; and if no decrease in the engine parameter has occurred, determining that the combustion chamber is non-functional, wherein if no decrease in the engine parameter has occurred, discontinuing fuel injection to the combustion chamber ; and detecting failure of a given apex seal when two adjacent combustion chambers are determined as non-functional, wherein the assessing the one of the plurality of combustion chambers is done in response to detecting a partial output power loss of the engine . assessing one of the plurality of combustion chambers by: reducing fuel injection to the combustion chamber ; monitoring an engine parameter indicative of the output power of the engine ; determining whether a decrease in the engine parameter has occurred when fuel injection is reduced to the combustion chamber ; if the decrease in the engine parameter has occurred, restoring fuel injection to the combustion chamber and assessing another one of the plurality of combustion chambers ; and if no decrease in the engine parameter has occurred, determining that the combustion chamber is non-functional, reducing fuel injection to the combustion chamber ; monitoring an engine parameter indicative of the output power of the engine ; determining whether a decrease in the engine parameter has occurred when fuel injection is reduced to the combustion chamber ; if the decrease in the engine parameter has occurred, restoring fuel injection to the combustion chamber and assessing another one of the plurality of combustion chambers ; and if no decrease in the engine parameter has occurred, determining that the combustion chamber is non-functional, wherein if no decrease in the engine parameter has occurred, discontinuing fuel injection to the combustion chamber ; and detecting failure of a given apex seal when two adjacent combustion chambers are determined as non-functional, wherein the assessing the one of the plurality of combustion chambers is done in response to detecting a partial output power loss of the engine .
A reclosure for a reclosable package , including: a first profile and a second profile (I 4); the first profile including a first web portion with at least one tab extending from an upper edge thereof: a first lower interlocking element on the first web portion and a first upper interlocking element on the at least one tab ; and the second profile including a second web portion with a second lower interlocking element and a second upper interlocking element , wherein the first lower interlocking element and the second lower interlocking element interlock with each other in an interlocked configuration; wherein the first upper interlocking element and the second upper interlocking element interlock with each other in the interlocked configuration; wherein, in the interlocked configuration, the at least one tab is engaged with the second profile ; wherein the first lower interlocking element comprises a first plurality of tracks spanning a length of the first profile and the second lower interlocking element comprises a second plurality of tracks spanning a length of the second profile ; characterised in that : wherein the first upper interlocking element comprises a third plurality of tracks spanning a length of the at least one tab and the second upper interlocking element comprises a fourth plurality of tracks spanning a length of the second profile . a first profile and a second profile (I 4); the first profile including a first web portion with at least one tab extending from an upper edge thereof: a first lower interlocking element on the first web portion and a first upper interlocking element on the at least one tab ; and the second profile including a second web portion with a second lower interlocking element and a second upper interlocking element , wherein the first lower interlocking element and the second lower interlocking element interlock with each other in an interlocked configuration; wherein the first upper interlocking element and the second upper interlocking element interlock with each other in the interlocked configuration; wherein, in the interlocked configuration, the at least one tab is engaged with the second profile ; wherein the first lower interlocking element comprises a first plurality of tracks spanning a length of the first profile and the second lower interlocking element comprises a second plurality of tracks spanning a length of the second profile ; characterised in that : wherein the first upper interlocking element comprises a third plurality of tracks spanning a length of the at least one tab and the second upper interlocking element comprises a fourth plurality of tracks spanning a length of the second profile .
A camera module comprising: a housing ; a bobbin disposed in the housing ; a first magnet disposed on the bobbin ; a first coil disposed on the housing and facing the first magnet ; a support member coupled with the bobbin and the housing ; a plurality of lenses coupled to the bobbin ; and an iris unit coupled to the bobbin , wherein the plurality of lenses comprises a first lens group with a first lens and a second lens group with a second lens wherein the first lens group is spaced apart from the second lens group , and wherein at least a portion of the iris unit is disposed between the first lens group and the second lens group , characterized in that the iris unit comprises a second magnet , a second coil facing the second magnet , and first and second blades disposed between the first lens group and the second lens group , wherein the support member comprises a first substrate electrically connected to the second coil and being a flexible printed circuit board, wherein the support member comprises a first coupling part coupled with the housing , a second coupling part with the bobbin and a connection part connecting the first coupling part and the second coupling part , wherein a first sensor is disposed on the second coupling part and is configured to detect a position of the second magnet , and wherein the second coupling part comprises a body part coupled with the bobbin and a mounting part extending upwardly from the body part , the first sensor being disposed at the mounting part . a housing ; a bobbin disposed in the housing ; a first magnet disposed on the bobbin ; a first coil disposed on the housing and facing the first magnet ; a support member coupled with the bobbin and the housing ; a plurality of lenses coupled to the bobbin ; and an iris unit coupled to the bobbin , wherein the plurality of lenses comprises a first lens group with a first lens and a second lens group with a second lens wherein the first lens group is spaced apart from the second lens group , and wherein at least a portion of the iris unit is disposed between the first lens group and the second lens group , characterized in that the iris unit comprises a second magnet , a second coil facing the second magnet , and first and second blades disposed between the first lens group and the second lens group , wherein the support member comprises a first substrate electrically connected to the second coil and being a flexible printed circuit board, wherein the support member comprises a first coupling part coupled with the housing , a second coupling part with the bobbin and a connection part connecting the first coupling part and the second coupling part , wherein a first sensor is disposed on the second coupling part and is configured to detect a position of the second magnet , and wherein the second coupling part comprises a body part coupled with the bobbin and a mounting part extending upwardly from the body part , the first sensor being disposed at the mounting part .
A process for producing a noble-metal powder, the process comprising: a step in which an acidic aqueous solution of both one or more noble-metal compounds and a calcium compound is prepared, a step in which the acidic aqueous solution is added to a basic aqueous solution to yield one or more oxides or hydroxides of the noble metal(s) or a mixture of two or more thereof and further yield a calcium hydroxide, a step in which the oxides or hydroxides of the noble metal(s) or the mixture of two or more thereof is reduced with a reducing agent, and a step in which a solid matter including a reduced form of the noble metal(s) is separated and heat-treated. a step in which an acidic aqueous solution of both one or more noble-metal compounds and a calcium compound is prepared, a step in which the acidic aqueous solution is added to a basic aqueous solution to yield one or more oxides or hydroxides of the noble metal(s) or a mixture of two or more thereof and further yield a calcium hydroxide, a step in which the oxides or hydroxides of the noble metal(s) or the mixture of two or more thereof is reduced with a reducing agent, and a step in which a solid matter including a reduced form of the noble metal(s) is separated and heat-treated.