mhurhangee/patent-ind-claim-en huggingface dataset:
An proximity detection method, applied to a terminal, wherein the terminal comprises a display screen and an optical proximity sensor; the optical proximity sensor is located under the display screen, and a display area of the display screen comprises a first area and a second area; the first area comprises an area for detecting an external object by the optical proximity sensor, and the second area is a part of an area, other than the first area, in the display area; and the method comprises the steps of: displaying, by the terminal, in the first area a black picture at least two times during a process of refreshing one frame of an image frame picture; displaying, by the terminal when the first area displays the black picture, the image frame picture in the second area; displaying, by the terminal, in the first area the image frame picture in an interval between consecutively displaying the black picture in the first area; and obtaining, by the terminal, approaching data of the external object, wherein the approaching data of the external obj ect is detected by the optical proximity sensor when the first area displays the black picture. displaying, by the terminal, in the first area a black picture at least two times during a process of refreshing one frame of an image frame picture; displaying, by the terminal when the first area displays the black picture, the image frame picture in the second area; displaying, by the terminal, in the first area the image frame picture in an interval between consecutively displaying the black picture in the first area; and obtaining, by the terminal, approaching data of the external object, wherein the approaching data of the external obj ect is detected by the optical proximity sensor when the first area displays the black picture.
A foldable apparatus , comprising: a rotating shaft base ; two main bodies disposed at two opposite sides of the rotating shaft base ; and a synchronous transmission assembly connected with the two main bodies , wherein each main body is provided with a rotating member rotatably connected with the rotating shaft base and a housing fixedly connected with the rotating member , two rotating members drive two housings to unfold or fold relative to each other respectively, each rotating member is provided with a first bevel gear at an end which is rotatably connected with the rotating shaft base , a rotating shaft of the first bevel gear is coaxial with a rotating shaft through which the rotating member is rotatably connected with the rotating shaft base , characterized in that the synchronous transmission assembly comprises two combined-gears rotatably connected with the rotating shaft base , each combined-gear comprises a second bevel gear and a spur gear coaxial with the second bevel gear , two second bevel gears engage with two first bevel gears respectively, and two spur gears engage with each other. a rotating shaft base ; two main bodies disposed at two opposite sides of the rotating shaft base ; and a synchronous transmission assembly connected with the two main bodies , wherein each main body is provided with a rotating member rotatably connected with the rotating shaft base and a housing fixedly connected with the rotating member , two rotating members drive two housings to unfold or fold relative to each other respectively, each rotating member is provided with a first bevel gear at an end which is rotatably connected with the rotating shaft base , a rotating shaft of the first bevel gear is coaxial with a rotating shaft through which the rotating member is rotatably connected with the rotating shaft base , characterized in that the synchronous transmission assembly comprises two combined-gears rotatably connected with the rotating shaft base , each combined-gear comprises a second bevel gear and a spur gear coaxial with the second bevel gear , two second bevel gears engage with two first bevel gears respectively, and two spur gears engage with each other.
A coolant recirculation apparatus for a beverage dispense system , the apparatus comprising: a pump mechanism arranged to recirculate coolant via a coolant circuit from a coolant reservoir to a beverage dispense location having at least one dispense point at which beverage is dispensed, wherein the pump mechanism is driven by a motor ; an agitation mechanism arranged to agitate coolant within the coolant reservoir, wherein the agitation mechanism is driven by the same or a different motor; a data sensor arranged to monitor the temperature of the coolant in the coolant reservoir and/or the temperature of the coolant returning to the coolant reservoir ; and a control unit in communication with the pump mechanism, the agitation mechanism and the data sensor; wherein the control unit is arranged to control the speed of the or each motor to control the rate of operation of the agitation mechanism and the pump mechanism in response to changes in the temperature and in response to input of a number of condensing fonts attached to the cooling circuit to adjust the operation of the pump mechanism to provide cooling to all the condensing fonts attached to the cooling circuit. a pump mechanism arranged to recirculate coolant via a coolant circuit from a coolant reservoir to a beverage dispense location having at least one dispense point at which beverage is dispensed, wherein the pump mechanism is driven by a motor ; an agitation mechanism arranged to agitate coolant within the coolant reservoir, wherein the agitation mechanism is driven by the same or a different motor; a data sensor arranged to monitor the temperature of the coolant in the coolant reservoir and/or the temperature of the coolant returning to the coolant reservoir ; and a control unit in communication with the pump mechanism, the agitation mechanism and the data sensor; wherein the control unit is arranged to control the speed of the or each motor to control the rate of operation of the agitation mechanism and the pump mechanism in response to changes in the temperature and in response to input of a number of condensing fonts attached to the cooling circuit to adjust the operation of the pump mechanism to provide cooling to all the condensing fonts attached to the cooling circuit.
A method, comprising: generating a feature vector from an electrocardiogram, ECG, based on a pre-trained dictionary ; generating a classification result of the ECG based on the feature vector and a pre-trained classifier ; obtaining a classification result of a reference ECG comprising a reference signal segment; and performing the authentication of the ECG based on a voting mechanism for the classification result of the ECG and the classification result of the reference ECG, wherein performing of the authentication based on the voting mechanism comprises: generating a first distribution comprising a number of signal segments belonging to each of a plurality of categories based on a label of the ECG; obtaining a second distribution comprising a number of reference signal segments belonging to each of the categories; calculating a similarity between the first distribution and the second distribution; and performing the authentication by comparing the similarity to a threshold; the method characterized in that the dictionary and the classifier are trained synchronously. generating a feature vector from an electrocardiogram, ECG, based on a pre-trained dictionary ; generating a classification result of the ECG based on the feature vector and a pre-trained classifier ; obtaining a classification result of a reference ECG comprising a reference signal segment; and performing the authentication of the ECG based on a voting mechanism for the classification result of the ECG and the classification result of the reference ECG, wherein performing of the authentication based on the voting mechanism comprises: generating a first distribution comprising a number of signal segments belonging to each of a plurality of categories based on a label of the ECG; obtaining a second distribution comprising a number of reference signal segments belonging to each of the categories; calculating a similarity between the first distribution and the second distribution; and performing the authentication by comparing the similarity to a threshold; generating a first distribution comprising a number of signal segments belonging to each of a plurality of categories based on a label of the ECG; obtaining a second distribution comprising a number of reference signal segments belonging to each of the categories; calculating a similarity between the first distribution and the second distribution; and performing the authentication by comparing the similarity to a threshold; the method characterized in that the dictionary and the classifier are trained synchronously.
A method of conveying a mixture of liquid refrigerant and gaseous refrigerant through an evaporator shell that contains a plurality of heat exchanger tubes , the method comprising: delivering the mixture of liquid refrigerant and gaseous refrigerant into a bottom portion of the evaporator shell , wherein the mixture upon entering the evaporator shell is at least 90% gaseous refrigerant by volume; at least temporarily trapping the gaseous refrigerant within a gas trap chamber that is between the bottom portion of the evaporator shell and the plurality of heat exchanger tubes ; and conveying the liquid refrigerant from the gas trap chamber and directing the liquid refrigerant upward toward the plurality of heat exchanger tubes . delivering the mixture of liquid refrigerant and gaseous refrigerant into a bottom portion of the evaporator shell , wherein the mixture upon entering the evaporator shell is at least 90% gaseous refrigerant by volume; at least temporarily trapping the gaseous refrigerant within a gas trap chamber that is between the bottom portion of the evaporator shell and the plurality of heat exchanger tubes ; and conveying the liquid refrigerant from the gas trap chamber and directing the liquid refrigerant upward toward the plurality of heat exchanger tubes .
A composition comprising: a) a first nucleic acid polymerase; b) a first hot start mechanism comprising antibodies or combinations of antibodies which bind to the first nucleic acid polymerase; and c) a second hot start mechanism comprising an agent which mediates a reversible chemical modification of the first polymerase, or an oligonucleotide or a temperature dependent ligand that binds to the first polymerase; wherein the first hot start mechanism and the second hot start mechanism, together, are capable of substantially inhibiting the activity of the first polymerase at a first temperature, but not at a second, higher, temperature. a) a first nucleic acid polymerase; b) a first hot start mechanism comprising antibodies or combinations of antibodies which bind to the first nucleic acid polymerase; and c) a second hot start mechanism comprising an agent which mediates a reversible chemical modification of the first polymerase, or an oligonucleotide or a temperature dependent ligand that binds to the first polymerase;
Pouring aid device for pouring a liquid , for example wine, from a container such as a bottle into a recipient such as a glass including - a neck part which is configured to fit on an opening of the container , for example on a bottle neck ; - a pouring tube in fluid connection with a liquid channel of said neck part ; - an air tube in fluid connection with an air channel of said neck part , arranged to extend into the container for letting air into and out of the container ; wherein the air tube is configured to reach a bottom corner of the container such that in use during pouring, the air tube extends into an air bell formed in the bottom corner of the container; and wherein the air channel of the neck part is separate from the liquid channel to prevent the liquid being poured out of the container during use from coming into contact with air entering the container; characterised in that the angle between an exit opening of the pouring tube and a centre line of the neck part is comprised in a range of 130°-140°, and is preferably around 135°, and in that the pouring aid device further comprises a housing including a first housing part arranged to substantially enclose part of the neck part and a second housing part substantially enclosing the pouring tube , wherein the first housing part is pivotably attached to said second housing part that comprises a substantially cylindrical or spherical or rounded end around which the first housing part can pivot, wherein the end comprises a cavity through which the pouring tube extends and into which the air channel of the neck part extends. - a neck part which is configured to fit on an opening of the container , for example on a bottle neck ; - a pouring tube in fluid connection with a liquid channel of said neck part ; - an air tube in fluid connection with an air channel of said neck part , arranged to extend into the container for letting air into and out of the container ; wherein the air channel of the neck part is separate from the liquid channel to prevent the liquid being poured out of the container during use from coming into contact with air entering the container; characterised in that the angle between an exit opening of the pouring tube and a centre line of the neck part is comprised in a range of 130°-140°, and is preferably around 135°, and in that the pouring aid device further comprises a housing including a first housing part arranged to substantially enclose part of the neck part and a second housing part substantially enclosing the pouring tube , wherein the first housing part is pivotably attached to said second housing part that comprises a substantially cylindrical or spherical or rounded end around which the first housing part can pivot, wherein the end comprises a cavity through which the pouring tube extends and into which the air channel of the neck part extends.
An air compressor that is used by being connected to a power supply and that changes operation in accordance with variation of a power supply voltage of the power supply in accordance with drive of another electrical apparatus connected to the same power supply, comprising: a drive unit that is configured to be driven by electricity supplied from the power supply and to drive the air compressor; a voltage detection unit that is configured to detect a power supply voltage of the power supply; characterized in that the air compressor further comprises: a current detection unit that is configured to detect a current flowing by driving the drive unit ; and a control unit that is configured to set a voltage as a threshold value (ΔV) with which a circuit breaker which breaks the power supply is not driven, based on (i) a power supply voltage (Vd) detected by the voltage detection unit when the drive unit is driven, (ii) a power supply voltage (Vref) detected by the voltage detection unit when the drive unit is not driven, and (iii) a current (Ad) detected by the current detection unit when the drive unit is driven. a drive unit that is configured to be driven by electricity supplied from the power supply and to drive the air compressor; a voltage detection unit that is configured to detect a power supply voltage of the power supply; characterized in that the air compressor further comprises: a current detection unit that is configured to detect a current flowing by driving the drive unit ; and a control unit that is configured to set a voltage as a threshold value (ΔV) with which a circuit breaker which breaks the power supply is not driven, based on (i) a power supply voltage (Vd) detected by the voltage detection unit when the drive unit is driven, (ii) a power supply voltage (Vref) detected by the voltage detection unit when the drive unit is not driven, and (iii) a current (Ad) detected by the current detection unit when the drive unit is driven. a current detection unit that is configured to detect a current flowing by driving the drive unit ; and a control unit that is configured to set a voltage as a threshold value (ΔV) with which a circuit breaker which breaks the power supply is not driven, based on (i) a power supply voltage (Vd) detected by the voltage detection unit when the drive unit is driven, (ii) a power supply voltage (Vref) detected by the voltage detection unit when the drive unit is not driven, and (iii) a current (Ad) detected by the current detection unit when the drive unit is driven.
Foaming liquid creamer comprising protein and fat wherein the protein is present at a level from 1 to 6 %; the fat is present at a level from 1 to 8 %; the foaming liquid creamer contains less than 0.01 % of monoacylglycerols, diacylglycerols, diacetylated tartaric acid esters of monoglycerides, propylene glycol monostearate and sorbitan tristearate; the foaming liquid creamer comprises starch at a level from 0.1 to 2.5 %; and the foaming liquid creamer in an un-foamed state has a viscosity at 4°C of between 5 to 90 mPa.s; wherein the foaming liquid creamer comprises cellulose at a level from 0.1 to 0.3 % and alginate at a level from 0.1 to 0.3 % as a weight percentage of the foaming liquid creamer; all percentages being as a weight percentage of the foaming liquid creamer, and the viscosity is measured as set out in the specification. the protein is present at a level from 1 to 6 %; the fat is present at a level from 1 to 8 %; the foaming liquid creamer contains less than 0.01 % of monoacylglycerols, diacylglycerols, diacetylated tartaric acid esters of monoglycerides, propylene glycol monostearate and sorbitan tristearate; the foaming liquid creamer comprises starch at a level from 0.1 to 2.5 %; and the foaming liquid creamer in an un-foamed state has a viscosity at 4°C of between 5 to 90 mPa.s; wherein the foaming liquid creamer comprises cellulose at a level from 0.1 to 0.3 % and alginate at a level from 0.1 to 0.3 % as a weight percentage of the foaming liquid creamer; all percentages being as a weight percentage of the foaming liquid creamer, and the viscosity is measured as set out in the specification.
A method, comprising: conveying a laser cutting apparatus via coiled tubing within a casing lining at least a portion of a wellbore that extends into a subterranean formation ; transmitting a laser beam to a deflector of the laser cutting apparatus from a laser source located at a wellsite surface from which the wellbore extends; and operating a motor of the laser cutting apparatus to repeatedly rotate the deflector through a plurality of cycles, wherein each of the plurality of cycles comprises a first substantially continuous rotation of the deflector through a predetermined angle in a first rotational direction and a second substantially continuous rotation of the deflector through the predetermined angle in a second rotational direction , thus directing the laser beam deflected by the deflector to form a radial slot extending radially through the casing and, with each successive one of the plurality of cycles, extend the radial slot to a predetermined depth within the subterranean formation , such that opposing first and second sides of the radial slot are angularly disposed at the predetermined angle , and being characterised in that : operating the motor further comprises decreasing angular velocity of the first and second substantially continuous rotations of the deflector during one or more of the plurality of cycles by an amount permitting the laser beam to deliver a substantially constant amount of energy per unit length of the subterranean formation being cut at a penetration depth of the laser beam in that one of the plurality of cycles. conveying a laser cutting apparatus via coiled tubing within a casing lining at least a portion of a wellbore that extends into a subterranean formation ; transmitting a laser beam to a deflector of the laser cutting apparatus from a laser source located at a wellsite surface from which the wellbore extends; and operating a motor of the laser cutting apparatus to repeatedly rotate the deflector through a plurality of cycles, wherein each of the plurality of cycles comprises a first substantially continuous rotation of the deflector through a predetermined angle in a first rotational direction and a second substantially continuous rotation of the deflector through the predetermined angle in a second rotational direction , thus directing the laser beam deflected by the deflector to form a radial slot extending radially through the casing and, with each successive one of the plurality of cycles, extend the radial slot to a predetermined depth within the subterranean formation , such that opposing first and second sides of the radial slot are angularly disposed at the predetermined angle , and being characterised in that : operating the motor further comprises decreasing angular velocity of the first and second substantially continuous rotations of the deflector during one or more of the plurality of cycles by an amount permitting the laser beam to deliver a substantially constant amount of energy per unit length of the subterranean formation being cut at a penetration depth of the laser beam in that one of the plurality of cycles.
Method for determining the content of a thread spool which is unwound from the inside to the outside characterized in in that an image or an image section of the thread spool is produced from the outside, if necessary, compared with a stored image, changes are recognized and the content of the thread spool is deduced from the changes.
A solar cell comprising: first and second electrodes ; a perovskite layer provided between the first and second electrodes and containing an organic-inorganic perovskite compound (A) represented by the formula RMX3 where R is an organic molecule, M is a metal atom, and X is a chlorine atom, a bromine atom, or a iodine atom; and a side-surface-protecting layer provided on a peripheral side of the perovskite layer to coat at least part of a side surface of the perovskite layer, characterized in that the side-surface-protecting layer contains at least one selected from the group consisting of a metal halide (B1) represented by the formula MX k , wherein k is an integer of 1 to 3, and an organometal halide (B2) or containing an organohalide (C) represented by the formula RX. first and second electrodes ; a perovskite layer provided between the first and second electrodes and containing an organic-inorganic perovskite compound (A) represented by the formula RMX3 where R is an organic molecule, M is a metal atom, and X is a chlorine atom, a bromine atom, or a iodine atom; and a side-surface-protecting layer provided on a peripheral side of the perovskite layer to coat at least part of a side surface of the perovskite layer, characterized in that the side-surface-protecting layer contains at least one selected from the group consisting of a metal halide (B1) represented by the formula MX k , wherein k is an integer of 1 to 3, and an organometal halide (B2) or containing an organohalide (C) represented by the formula RX.