mhurhangee/patent-ind-claim-en huggingface dataset:
A food preparation device for sealing together two pieces of bread , the device comprising: - a bottom unit for accommodating the first piece of bread having the same form as the bottom unit ; - a top unit for accommodating the second piece of bread having the same form as the top unit ; - the bottom unit and the top unit each comprising a horizontally flat edge along the circumference of the bottom unit respectively the circumference of the top unit , - the top unit being movable from an open position to a closing position for enabling the sealing together of the two pieces of bread along a flat edge of the first piece of bread and a flat edge of the second piece of bread , wherein the flat edge of the first piece of bread and the flat edge of the second piece of bread are provided with an edible and organic adhesive layer, for enabling the sealing together of the two pieces of bread along the flat edges , thereby avoiding an edible filling content of the sealed bread to leave the bread before consumption; - wherein the top unit and the bottom unit comprise a plurality of perforations or holes evenly distributed over the surface of the top unit respectively of the bottom unit , the food preparation device further comprising: - a water tank for storing water, at least one water pump connected to the water tank and used to deliver a spray of water through the holes of the top unit and the bottom unit . - a bottom unit for accommodating the first piece of bread having the same form as the bottom unit ; - a top unit for accommodating the second piece of bread having the same form as the top unit ; - the bottom unit and the top unit each comprising a horizontally flat edge along the circumference of the bottom unit respectively the circumference of the top unit , - the top unit being movable from an open position to a closing position for enabling the sealing together of the two pieces of bread along a flat edge of the first piece of bread and a flat edge of the second piece of bread , wherein the flat edge of the first piece of bread and the flat edge of the second piece of bread are provided with an edible and organic adhesive layer, for enabling the sealing together of the two pieces of bread along the flat edges , thereby avoiding an edible filling content of the sealed bread to leave the bread before consumption; - wherein the top unit and the bottom unit comprise a plurality of perforations or holes evenly distributed over the surface of the top unit respectively of the bottom unit , - a water tank for storing water, at least one water pump connected to the water tank and used to deliver a spray of water through the holes of the top unit and the bottom unit .
A tool for a medical treatment, in particular a dental treatment, comprising - a handpiece having a vibration source , - a moving part of the handpiece , performing a vibration movement along a vibration direction (VD) in a vibrating state, - a tool tip being connected to the moving part of the handpiece in an interface section , in a non-vibrating state the tool tip extending along an extending direction (ED), in particular along a straight extending direction (ED), while in the vibrating state the tool tip performs a flexural movement in a plane extending along the extending direction of the tool tip and perpendicular to the cross section of the tool tip , and - at least one outlet channel for ejecting an irrigation fluid along a ejecting direction (ED1), wherein the tool is configured such that the irrigation fluid travels to a distal end of the vibrating tool tip without crossing the tool tip . - a handpiece having a vibration source , - a moving part of the handpiece , performing a vibration movement along a vibration direction (VD) in a vibrating state, - a tool tip being connected to the moving part of the handpiece in an interface section , in a non-vibrating state the tool tip extending along an extending direction (ED), in particular along a straight extending direction (ED), while in the vibrating state the tool tip performs a flexural movement in a plane extending along the extending direction of the tool tip and perpendicular to the cross section of the tool tip , and - at least one outlet channel for ejecting an irrigation fluid along a ejecting direction (ED1),
A nicotine lozenge for oral administration comprising: nicotine polacrilex; at least one high viscosity, water soluble, synthetic or semi synthetic, non-ionic polymer, which is an alkylcellulose polymer having a viscosity of between about 2,000 cps to about 6,000 cps as measured by Brookfield type LV Model; and at least one low viscosity, water soluble, synthetic or semi synthetic, non-ionic polymer, which is an alkylcellulose polymer having a viscosity of between about 50 cps and about 150 cps as measured by Capillary Viscometer Methods 911. nicotine polacrilex; at least one high viscosity, water soluble, synthetic or semi synthetic, non-ionic polymer, which is an alkylcellulose polymer having a viscosity of between about 2,000 cps to about 6,000 cps as measured by Brookfield type LV Model; and at least one low viscosity, water soluble, synthetic or semi synthetic, non-ionic polymer, which is an alkylcellulose polymer having a viscosity of between about 50 cps and about 150 cps as measured by Capillary Viscometer Methods 911.
A camera module, comprising: a liquid lens including a common electrode (C0) and a plurality of individual electrodes (L1, L2, L3, L4); and a control circuit connected electrically to the common electrode (C0) and the individual electrodes (L1, L2, L3, L4) and configured to control the liquid lens, wherein, when a driving voltage for driving the liquid lens is changed, the control circuit floats at least one of the plural individual electrodes (L1, L2, L3, L4) in a state in which a first voltage is applied to the common electrode (C0), and wherein the control circuit comprises: a voltage generator configured to generate a voltage; a first switching unit configured to selectively switch the voltage generated from the voltage generator or a ground voltage; and a second switching unit configured to switch a voltage output from the first switching unit ON or OFF. a liquid lens including a common electrode (C0) and a plurality of individual electrodes (L1, L2, L3, L4); and a control circuit connected electrically to the common electrode (C0) and the individual electrodes (L1, L2, L3, L4) and configured to control the liquid lens, wherein, when a driving voltage for driving the liquid lens is changed, the control circuit floats at least one of the plural individual electrodes (L1, L2, L3, L4) in a state in which a first voltage is applied to the common electrode (C0), and wherein the control circuit comprises: a voltage generator configured to generate a voltage; a first switching unit configured to selectively switch the voltage generated from the voltage generator or a ground voltage; and a second switching unit configured to switch a voltage output from the first switching unit ON or OFF. a voltage generator configured to generate a voltage; a first switching unit configured to selectively switch the voltage generated from the voltage generator or a ground voltage; and a second switching unit configured to switch a voltage output from the first switching unit ON or OFF.
A laminated cloth comprising a front surface layer, a middle layer, and a back surface layer stacked on each other, wherein one selected from the group consisting of a woven fabric, a knitted fabric, and a non-woven fabric is used for the front surface layer, characterized in that a resin film or a non-woven fabric is used for the middle layer, a circular knitted fabric having knit stitches and tuck stitches is used for the back surface layer, filament yarn of 60 dtex or less is used in at least part of the circular knitted fabric, the circular knitted fabric has a mass per unit area of 45 g/m 2 or less, and the number of the tuck stitches of the circular knitted fabric is 9 to 72 per area of 12 wales×12 courses wherein the number of tuck stitches in one complete knitting cycle per 12 wales can be converted to a value per 12 courses according to the following formula, and rounded off to one decimal place: AT = ST × 12 / F wherein AT is the number of tuck stitches per area of 12 wales×12 courses; ST is the number of tuck stitches in one complete knitting cycle per 12 wales; and F is the number of strands of yarn fed in one complete knitting cycle.
A computing device for multithreaded synchronization, the computing device comprising: a processor comprising a plurality of processor cores , wherein a first processor core of the plurality of processor cores comprises a first predetermined number of subcores, characterized by ; a thread management module to enter, by a first thread executed by the first processor core of the computing device, a synchronization barrier; a local barrier module to synchronize, by the first thread, with a first plurality of threads executed by the first processor core of the computing device in response to entering of the synchronization barrier, wherein the first plurality of threads comprises the first predetermined number of threads; a barrier network module to identify a second thread with an n-way perfect shuffle of a total number of threads to be executed by the computing device, wherein n equals the first predetermined number; and a remote barrier module to synchronize, by the first thread, with the second thread executed by a second processor core of the computing device in response to synchronization with the first plurality of threads and in response to identification of the second thread; wherein the local barrier module is further to re-synchronize, by the first thread, with the first plurality of threads in response to synchronization with the second thread. a processor comprising a plurality of processor cores , wherein a first processor core of the plurality of processor cores comprises a first predetermined number of subcores, characterized by ; a thread management module to enter, by a first thread executed by the first processor core of the computing device, a synchronization barrier; a local barrier module to synchronize, by the first thread, with a first plurality of threads executed by the first processor core of the computing device in response to entering of the synchronization barrier, wherein the first plurality of threads comprises the first predetermined number of threads; a barrier network module to identify a second thread with an n-way perfect shuffle of a total number of threads to be executed by the computing device, wherein n equals the first predetermined number; and a remote barrier module to synchronize, by the first thread, with the second thread executed by a second processor core of the computing device in response to synchronization with the first plurality of threads and in response to identification of the second thread; wherein the local barrier module is further to re-synchronize, by the first thread, with the first plurality of threads in response to synchronization with the second thread.
A microcontroller comprising: a digital processor with memory ; a plurality of external input/output pins that can be programmed to function as analog inputs, a multiplexer (B, I) controlled by the digital processor for selecting one of said external input/output pins and coupling the external input/output pin to an analog bus ; an analog-to-digital converter (ADC) coupled with the analog bus for converting an analog voltage on the analog bus to a digital representation thereof and having a digital output coupled to the digital processor for conveying the digital representation, and characterised in that it comprises a further external input/output pin which is operable to be coupled by means of a programmable switch (J) controlled by the digital processor with the analog bus independent from a selection of one of said external input/output pins by said multiplexer (B, I) such that a voltage at said further external input/output pin follows a voltage at the analog bus . a digital processor with memory ; a plurality of external input/output pins that can be programmed to function as analog inputs, a multiplexer (B, I) controlled by the digital processor for selecting one of said external input/output pins and coupling the external input/output pin to an analog bus ; an analog-to-digital converter (ADC) coupled with the analog bus for converting an analog voltage on the analog bus to a digital representation thereof and having a digital output coupled to the digital processor for conveying the digital representation, and characterised in that it comprises a further external input/output pin which is operable to be coupled by means of a programmable switch (J) controlled by the digital processor with the analog bus independent from a selection of one of said external input/output pins by said multiplexer (B, I) such that a voltage at said further external input/output pin follows a voltage at the analog bus .
Stairlift comprising: - at least one rail extending along a track - a frame , suspended on the at least one rail, and comprising: - a drive, for moving the frame part along the rail; - a support for a seat rotatably mounted on the frame; - a seat , movable, in particular pivotable, with respect to the frame ; - a balancing system, for keeping the seat in a predetermined orientation with respect to a fixed world; wherein - the balancing system is provided with a lock for locking the movement of the seat with respect to the frame ; and wherein the lock comprises a brake, characterized in that said brake is a drum brake or disc brake , and in that the lock is configured for disabling the drive. - at least one rail extending along a track - a frame , suspended on the at least one rail, and comprising: - a drive, for moving the frame part along the rail; - a support for a seat rotatably mounted on the frame; - a seat , movable, in particular pivotable, with respect to the frame ; - a balancing system, for keeping the seat in a predetermined orientation with respect to a fixed world; wherein - the balancing system is provided with a lock for locking the movement of the seat with respect to the frame ; and wherein the lock comprises a brake, characterized in that said brake is a drum brake or disc brake , and in that the lock is configured for disabling the drive.
An interface circuit of a sub-system of a distributed fire detection system having a plurality of sub-systems, wherein the plurality of sub-systems are in communication with each other in a loop configuration to allow data signals to be routed between said sub-systems, the interface circuit comprising: at least three input/output ports through which data signals can be received or transmitted, each of said ports being connectable to at least two of the other input/output ports to establish a connection therebetween, a plurality of switches , each switch arranged between a pair of the input/output ports to establish a connection, the switch having a closed position and an open position; and a plurality of sensors configured to detect the data signals, each being coupled to a respective one of said input/output ports, and upon detection of said data signals on the respective input/output port the sensor is operable to generate a control signal to open or close at least one of said switches to cause disconnection and connection between said input/output ports, thereby allowing the data signals to be routed to one or more of the other input/output ports; wherein said switches are connected together in a loop, thereby allowing data signals to pass from one input/output port to any other input/output port of the interface circuit. at least three input/output ports through which data signals can be received or transmitted, each of said ports being connectable to at least two of the other input/output ports to establish a connection therebetween, a plurality of switches , each switch arranged between a pair of the input/output ports to establish a connection, the switch having a closed position and an open position; and a plurality of sensors configured to detect the data signals, each being coupled to a respective one of said input/output ports, and upon detection of said data signals on the respective input/output port the sensor is operable to generate a control signal to open or close at least one of said switches to cause disconnection and connection between said input/output ports, thereby allowing the data signals to be routed to one or more of the other input/output ports; wherein said switches are connected together in a loop, thereby allowing data signals to pass from one input/output port to any other input/output port of the interface circuit.
Nebulizing system (10; 110) for a motor vehicle, comprising: - a first reservoir (12; 112) of liquid water (86; 186), - a second reservoir (14; 114) of liquid water (88; 188) extending at a distance from the first reservoir (12; 112), and - a nebulizing nozzle , in hydraulic communication with the first reservoir (12; 112), the nozzle including a piezoelectric element for emitting acoustic waves, the first reservoir (12; 112) being in hydraulic communication with the second reservoir (14; 114) by means of a first pipe (60; 160) configured to allow the water (88; 188) to circulate from the second reservoir (14; 114) to the first reservoir (12; 112), the first reservoir (12; 112) also being in hydraulic communication with a liquid water outlet (59; 159) of the nebulizing system (10; 110) by means of a second pipe (64; 164), the nebulizing system being characterized in that the first pipe and the second pipe are in hydraulic communication by means of a third pipe . - a first reservoir (12; 112) of liquid water (86; 186), - a second reservoir (14; 114) of liquid water (88; 188) extending at a distance from the first reservoir (12; 112), and - a nebulizing nozzle , in hydraulic communication with the first reservoir (12; 112), the nozzle including a piezoelectric element for emitting acoustic waves,
An apparatus for interfacing a scan engine for scanning optical code symbols and a decoder , the apparatus comprising: an input communicatively coupled to the scan engine , wherein the scan engine is adapted to transmit a digitized bar pattern ("DBP") signal comprised of a plurality of code patterns that each correspond to an optical code symbol scanned by the scan engine, and wherein each of the plurality of code patterns are comprised of a sequence of pulses having durations that are proportional to a width of a corresponding code element of the scanned optical code symbol ; and one or more processors coupled to the input and a computer-readable medium, which stores instructions executable by the one or more processors characterized in that the instructions include: generating a relaxed DBP signal , independent of a scan rate used by the scan engine and of a distance between the optical code symbol and the scan engine during a scanning operation, the relaxed DBP signal being comprised of a plurality of transmission slots of a fixed duration; for each code pattern received, calculating a minimum pulse duration that enables transmission of that code pattern within the fixed duration; and scaling a narrowest pulse in the pulse sequence to the minimum pulse duration calculated for that code pattern. an input communicatively coupled to the scan engine , wherein the scan engine is adapted to transmit a digitized bar pattern ("DBP") signal comprised of a plurality of code patterns that each correspond to an optical code symbol scanned by the scan engine, and wherein each of the plurality of code patterns are comprised of a sequence of pulses having durations that are proportional to a width of a corresponding code element of the scanned optical code symbol ; and one or more processors coupled to the input and a computer-readable medium, which stores instructions executable by the one or more processors characterized in that the instructions include: generating a relaxed DBP signal , independent of a scan rate used by the scan engine and of a distance between the optical code symbol and the scan engine during a scanning operation, the relaxed DBP signal being comprised of a plurality of transmission slots of a fixed duration; for each code pattern received, calculating a minimum pulse duration that enables transmission of that code pattern within the fixed duration; and scaling a narrowest pulse in the pulse sequence to the minimum pulse duration calculated for that code pattern. generating a relaxed DBP signal , independent of a scan rate used by the scan engine and of a distance between the optical code symbol and the scan engine during a scanning operation, the relaxed DBP signal being comprised of a plurality of transmission slots of a fixed duration; for each code pattern received, calculating a minimum pulse duration that enables transmission of that code pattern within the fixed duration; and scaling a narrowest pulse in the pulse sequence to the minimum pulse duration calculated for that code pattern.
Transmission for a hybrid drive arrangement, which transmission can be coupled to two drive units , having an input shaft and an output shaft , at least a first, second, third, fourth, fifth, sixth and a seventh shifting element (SE1, SE2, SE3, SE4, SE5, SE6, SE7), and at least one planetary transmission , it being possible for the input shaft to be coupled by means of the first shifting element (SE1) to a first transmission shaft , and it being possible for the input shaft to be coupled by means of the second shifting element (SE2) to a second transmission shaft , and it being possible for the first transmission shaft to be coupled by means of the fourth shifting element (SE4) to a sun gear of the planetary transmission , and it being possible for the first transmission shaft to be coupled by means of the fifth shifting element (SE5) to an internal gear of the planetary transmission , the output shaft being coupled to a planetary carrier of the planetary transmission , characterized in that the first transmission shaft can be coupled by means of the third shifting element (SE3) to the second transmission shaft , in that the second transmission shaft can be coupled by means of the sixth shifting element (SE6) to the planetary carrier of the planetary transmission , and in that the second transmission shaft can be coupled by means of the seventh shifting element (SE7) to the sun gear of the planetary transmission . at least a first, second, third, fourth, fifth, sixth and a seventh shifting element (SE1, SE2, SE3, SE4, SE5, SE6, SE7), and at least one planetary transmission , it being possible for the input shaft to be coupled by means of the first shifting element (SE1) to a first transmission shaft , and it being possible for the input shaft to be coupled by means of the second shifting element (SE2) to a second transmission shaft , and it being possible for the first transmission shaft to be coupled by means of the fourth shifting element (SE4) to a sun gear of the planetary transmission , and it being possible for the first transmission shaft to be coupled by means of the fifth shifting element (SE5) to an internal gear of the planetary transmission , the output shaft being coupled to a planetary carrier of the planetary transmission , characterized in that the first transmission shaft can be coupled by means of the third shifting element (SE3) to the second transmission shaft , in that the second transmission shaft can be coupled by means of the sixth shifting element (SE6) to the planetary carrier of the planetary transmission , and in that the second transmission shaft can be coupled by means of the seventh shifting element (SE7) to the sun gear of the planetary transmission .