mhurhangee/patent-ind-claim-en huggingface dataset:
An air treatment unit for reducing the levels of one or more target gas species or particulates produced by fire in contaminated air, the unit comprising: an air inlet to receive a flow of input air for treatment; a reaction reservoir configured to hold an aqueous air treatment solution for reducing the levels or one or more target gas species and/or particulates in the contaminated air; an air dispersing element flow connected with the air inlet , wherein the air dispersing element includes a plurality of holes configured to convert at least a portion of the flow of input air into a plurality of microbubbles for introduction into the aqueous air treatment solution; and an air outlet configured to output treated air from the reaction reservoir characterized in that : the plurality of holes of the air dispersing element have an average diameter of between 0.5 microns and 500 microns, are separated from one another by an average distance that is between two times and 30 times an average diameter of the plurality of holes and are distributed across at least a portion of the air dispersing element with a distribution density of between one and 100 holes per square centimeter. an air inlet to receive a flow of input air for treatment; a reaction reservoir configured to hold an aqueous air treatment solution for reducing the levels or one or more target gas species and/or particulates in the contaminated air; an air dispersing element flow connected with the air inlet , wherein the air dispersing element includes a plurality of holes configured to convert at least a portion of the flow of input air into a plurality of microbubbles for introduction into the aqueous air treatment solution; and an air outlet configured to output treated air from the reaction reservoir characterized in that : the plurality of holes of the air dispersing element have an average diameter of between 0.5 microns and 500 microns, are separated from one another by an average distance that is between two times and 30 times an average diameter of the plurality of holes and are distributed across at least a portion of the air dispersing element with a distribution density of between one and 100 holes per square centimeter.
A database transaction processing method, comprising: receiving (S 120), by a server, a database access request sent by a client, wherein the database access request requesting target data; sending (S 130), by the server, a first version of the target data to the client based on the database access request, wherein the first version is a version of the target data that is currently stored in the server, and the server stores only a last committed updated version of the target data; receiving (S 150), by the server, a transaction committing request sent by the client after the client executes a first transaction based on the first version of the target data, wherein the transaction committing request requesting to commit the first transaction, and the transaction committing request comprises a log recording a data operation of the first transaction; and modifying (S170), by the server, the version of the target data that is currently stored in the server, to obtain a committed updated version of the target data when there is no data conflict between the data operation of the first transaction and the version of the target data that is currently stored in the server; wherein a data conflict between the data operation of the first transaction and the version of the target data that is currently stored in the server is determined if database consistency is damaged when the version of the target data that is currently stored in the server is modified according to the first transaction. receiving (S 120), by a server, a database access request sent by a client, wherein the database access request requesting target data; sending (S 130), by the server, a first version of the target data to the client based on the database access request, wherein the first version is a version of the target data that is currently stored in the server, and the server stores only a last committed updated version of the target data; receiving (S 150), by the server, a transaction committing request sent by the client after the client executes a first transaction based on the first version of the target data, wherein the transaction committing request requesting to commit the first transaction, and the transaction committing request comprises a log recording a data operation of the first transaction; and modifying (S170), by the server, the version of the target data that is currently stored in the server, to obtain a committed updated version of the target data when there is no data conflict between the data operation of the first transaction and the version of the target data that is currently stored in the server; wherein a data conflict between the data operation of the first transaction and the version of the target data that is currently stored in the server is determined if database consistency is damaged when the version of the target data that is currently stored in the server is modified according to the first transaction.
A method for interaction with users, comprising the following steps: - detection of the selections on an interaction terminal comprising at least one selection button , and - for each selection, transmission by said terminal to a remote server : ∘ of a time data, called selection time data, representing the moment when said selection was made, and ∘ where the terminal has several selection buttons, of a data, called selection button data, relating to the selected button and associated with said time data; characterized in that it comprises a step (114-120) of filtering out, by said server , of at least one selection caused by a defective selection button, said filtering step (114-120) comprising: - determining a period separating at least two consecutive selections of the same selection button as a function of the selection times of said selections, and - eliminating at least one of said consecutive selections if said period is shorter than a predetermined threshold period. - detection of the selections on an interaction terminal comprising at least one selection button , and - for each selection, transmission by said terminal to a remote server : ∘ of a time data, called selection time data, representing the moment when said selection was made, and ∘ where the terminal has several selection buttons, of a data, called selection button data, relating to the selected button and associated with said time data; ∘ of a time data, called selection time data, representing the moment when said selection was made, and ∘ where the terminal has several selection buttons, of a data, called selection button data, relating to the selected button and associated with said time data; - determining a period separating at least two consecutive selections of the same selection button as a function of the selection times of said selections, and - eliminating at least one of said consecutive selections if said period is shorter than a predetermined threshold period.
A method of producing an engineered human T cell, comprising expressing a TCR inhibitory molecule (TIM) in the T cell, wherein the TIM is encoded by a nucleic acid sequence selected from SEQ ID Nos: 80, 82, 84 or 86.
A method for analyzing hemoglobins by liquid chromatography, comprising pre-treating at a pH of 4.0 to 10.0 a hemolyzed blood sample with 0.05 mmol/L to 50 mmol/L of an oxidant capable of transforming hemoglobins to their met-forms and 0.05 mmol/L to 50 mmol/L of a binder which binds to trivalent iron in methemoglobin and converts methemoglobin to stable methemoglobin, and determining the stable methemoglobins in an elution profile from the liquid chromatography at a detection wavelength with the sample that has been subjected to the pre-treating.
Evisceration apparatus for eviscerating a poultry carcass suspended by the legs, wherein the apparatus comprises an evisceration tool which is movable up and down, and into and out of a body cavity of the poultry, and wherein the evisceration tool comprises two bracket halves (2', 2") that connect to each other with a hinge at a lower extremity of the tool to enable a rotational movement of the two bracket halves (2', 2") around the hinge , wherein said two bracket halves (2', 2") are embodied with cooperating clamping faces adjacent to and above said hinge for clamping a part of the viscera of the poultry when the two bracket halves are moved by a rotational movement around the hinge towards each other from an open position into a closed position, and wherein said two bracket halves (2', 2") are provided with curvatures that arrange that the two bracket halves (2', 2") delimit a window in one of the open and closed positions of the two bracket halves (2', 2") characterized in that the evisceration tool further comprises a support bracket positioned next to the two bracket halves (2', 2"), which support bracket is movable up and down, and into and out of the body cavity of the poultry simultaneously and synchronously with the two bracket halves (2', 2") and that the support bracket is movable towards and away from the two bracket halves (2', 2"), wherein the support bracket can assume a position between the two bracket halves (2', 2") and in that the curvatures are arranged such that the window is present immediately adjacent to the clamping faces when the two bracket halves (2', 2") are in the closed position, whereas said window immediately adjacent to the clamping faces is substantially closed or absent when the two brackets (2', 2") are in the open position wherein the clamping faces are distant from each other.
An anti-pullout and low-resistance screw comprising: a shank defining a longitudinal axis (X) and including front and rear segments spaced from each other along the longitudinal axis (X); a screw-in portion formed at the front segment of the shank ; a head portion formed at the rear segment of the shank ; a thread helically formed around both the screw-in portion and the shank and including a plurality of thread convolutions , with the thread convolution having a thread height (H1) and including an upper tooth surface facing the head portion and a lower tooth surface facing the screw-in portion ; and at least one tapered pressing structure designed on the screw-in portion and/or the shank to define at least one section having an outer diameter tapering towards the screw-in portion gradually, with the tapered pressing structure extending at a bottom edge of the lower tooth surface of a corresponding thread convolution along the longitudinal axis (X), wherein the lower tooth surface of the corresponding thread convolution has a lower tooth surface height (H2) that is greater than the thread height (H1) of the thread convolution around which no tapered pressing structure is designed. a shank defining a longitudinal axis (X) and including front and rear segments spaced from each other along the longitudinal axis (X); a screw-in portion formed at the front segment of the shank ; a head portion formed at the rear segment of the shank ; a thread helically formed around both the screw-in portion and the shank and including a plurality of thread convolutions , with the thread convolution having a thread height (H1) and including an upper tooth surface facing the head portion and a lower tooth surface facing the screw-in portion ; and at least one tapered pressing structure designed on the screw-in portion and/or the shank to define at least one section having an outer diameter tapering towards the screw-in portion gradually, with the tapered pressing structure extending at a bottom edge of the lower tooth surface of a corresponding thread convolution along the longitudinal axis (X), wherein the lower tooth surface of the corresponding thread convolution has a lower tooth surface height (H2) that is greater than the thread height (H1) of the thread convolution around which no tapered pressing structure is designed.
A dishwasher in the form of a commercial utensil washer or dishwasher which is designed as a batch dishwasher and is realized as a hood-type dishwasher, wherein the dishwasher has a treatment chamber with at least one wash system which is designed as a recirculation system, wherein the treatment chamber is divided into a first treatment zone and at least one further, second treatment zone , wherein the first and at least one second treatment zone are arranged one above the other, and wherein the first treatment zone and the at least one further, second treatment zone are configured such that items of washware are treatable independently of one another and at least temporarily at the same time in the first and in the at least one second treatment zone , wherein the items of washware are treatable in the different treatment zones for different actions times; wherein the at least one wash system has a nozzle system with at least one wash nozzle (11.1, 11.2) for spraying wash liquid onto the washware which is accommodated in the treatment zones of the treatment chamber , wherein the nozzle system has a common wash arm (10.2, 10.3) which is associated with the first and the at least one second treatment zone jointly, said common wash arm (10.2, 10.3) serving as a wash arm of the first treatment zone and, at the same time, as a wash arm of the second treatment zone , wherein the common wash arm has wash nozzles (11.1) which are oriented in the direction of the first treatment zone , and wash nozzles (11.2) which are oriented in the direction of the second treatment zone .
A method for non-therapeutic tissue treatment for improving the appearance of scar tissue, the method comprising: providing a picosecond laser configured to emit light of a wavelength; providing an optical system comprising a plurality of foci for concentrating a laser emission, from the picosecond laser, to targets in the epidermis; generating a picosecond laser emission having a fluence from the picosecond laser, wherein the laser emission has a wavelength absorbed by the epidermis; and concentrating the laser emission through the plurality of foci to a plurality of targets in the epidermis, wherein each target absorbs light from the concentrated laser emission at the targets and initiates an electron avalanche ionization at the targets to provide a pressure wave emission to tissue adjacent the targets. providing a picosecond laser configured to emit light of a wavelength; providing an optical system comprising a plurality of foci for concentrating a laser emission, from the picosecond laser, to targets in the epidermis; generating a picosecond laser emission having a fluence from the picosecond laser, wherein the laser emission has a wavelength absorbed by the epidermis; and concentrating the laser emission through the plurality of foci to a plurality of targets in the epidermis, wherein each target absorbs light from the concentrated laser emission at the targets and initiates an electron avalanche ionization at the targets to provide a pressure wave emission to tissue adjacent the targets.
Oxide dispersion-strengthened alloy (ODS), lead-free and free-cutting brass, wherein the mass percent of components in the brass are: 52.0%-90.0% of copper, 0.001%-0.99% of phosphorus, 0.15%-0.70% of tin, 0.25%-3.0% of manganese, 0.15%-0.90% of aluminum, 0.10%-1.5% of nickel, 0.191%-0.90% of oxygen and 0.06%-0.80% of carbon, and the ratio of aluminum to oxygen not exceeding 27:24, with the balance being zinc and inevitable impurities, wherein lead is not more than 0.08%. 52.0%-90.0% of copper, 0.001%-0.99% of phosphorus, 0.15%-0.70% of tin, 0.25%-3.0% of manganese, 0.15%-0.90% of aluminum, 0.10%-1.5% of nickel, 0.191%-0.90% of oxygen and 0.06%-0.80% of carbon, and
A display control method, wherein the method is applied to an electronic device, the electronic device is provided with a foldable display screen, and the method comprises: displaying , by the foldable display screen of the electronic device, a first interface that comprises a fixed system navigation bar, wherein the fixed system navigation bar comprises at least one system navigation control button, and the fixed system navigation bar cannot be dragged by a user to change a position of the fixed system navigation bar relative to another interface element on the interface; and when detecting that a bending angle of the foldable display screen is less than a preset threshold, displaying , by the electronic device, a second interface that comprises a floating system navigation bar but does not comprise the fixed system navigation bar, wherein the floating system navigation bar comprises at least one system navigation control button and can be dragged by the user to change a position of the floating system navigation bar relative to another interface element on the interface; wherein the bending angle of the foldable display screen refers to an angle difference between the display screen in the folded state and the display screen in the expanded state and ranges from 0 degree to + 180 degrees; wherein the first interface is different from the second interface. displaying , by the foldable display screen of the electronic device, a first interface that comprises a fixed system navigation bar, wherein the fixed system navigation bar comprises at least one system navigation control button, and the fixed system navigation bar cannot be dragged by a user to change a position of the fixed system navigation bar relative to another interface element on the interface; and when detecting that a bending angle of the foldable display screen is less than a preset threshold, displaying , by the electronic device, a second interface that comprises a floating system navigation bar but does not comprise the fixed system navigation bar, wherein the floating system navigation bar comprises at least one system navigation control button and can be dragged by the user to change a position of the floating system navigation bar relative to another interface element on the interface; wherein the bending angle of the foldable display screen refers to an angle difference between the display screen in the folded state and the display screen in the expanded state and ranges from 0 degree to + 180 degrees; wherein the first interface is different from the second interface.
A method, comprising: transmitting a plurality of files from a server to a first client (104-1) through a first communication link (108-1); and transmitting the files from the first client (104-1) to a second client (104-2) through a second communication link (108-2) while transmitting at least one of the files from the server to the first client (104-1); wherein the second communication link (108-2) has at least some bandwidth independent of the first communication link (108-1); wherein the first client (104-1) and the second client (104-2) are part of a series of at least two clients receiving the files from the server serially through corresponding communication links ; and wherein the method further comprises reorganizing , by the server , the communication links in such a way that a slow client is placed after a faster client or at the end of a series of clients , wherein the slow client has a lower bandwidth than the faster client . transmitting a plurality of files from a server to a first client (104-1) through a first communication link (108-1); and transmitting the files from the first client (104-1) to a second client (104-2) through a second communication link (108-2) while transmitting at least one of the files from the server to the first client (104-1); wherein the second communication link (108-2) has at least some bandwidth independent of the first communication link (108-1); wherein the first client (104-1) and the second client (104-2) are part of a series of at least two clients receiving the files from the server serially through corresponding communication links ; and wherein the method further comprises reorganizing , by the server , the communication links in such a way that a slow client is placed after a faster client or at the end of a series of clients , wherein the slow client has a lower bandwidth than the faster client .
A method of drawing digital pencil ink on a display for input received after rendering a frame via a graphics queue of a graphics processing unit, GPU, comprising: fetching updated digital pencil ink input from an input buffer before scanning at least a portion of the frame including the digital pencil ink to the display, the updated digital pencil ink input including input locations and input properties associated with each input location, wherein the portion of the frame is segmented into a set of blocks, and wherein each block includes a plurality of pixels; determining a set of input stamps based on the updated digital pencil ink input, each input stamp being associated with stamp properties; determining , using a compute shader thread for each block within the portion of the frame, whether each of the input stamps intersects the block; determining , using at least one compute shader thread for each pixel of a respective intersected block, a cumulative effect of each of the input stamps intersecting the respective block on the pixel based on the stamp properties; and outputting each pixel to the display based on the cumulative effect of each of the stamps. fetching updated digital pencil ink input from an input buffer before scanning at least a portion of the frame including the digital pencil ink to the display, the updated digital pencil ink input including input locations and input properties associated with each input location, wherein the portion of the frame is segmented into a set of blocks, and wherein each block includes a plurality of pixels; determining a set of input stamps based on the updated digital pencil ink input, each input stamp being associated with stamp properties; determining , using a compute shader thread for each block within the portion of the frame, whether each of the input stamps intersects the block; determining , using at least one compute shader thread for each pixel of a respective intersected block, a cumulative effect of each of the input stamps intersecting the respective block on the pixel based on the stamp properties; and outputting each pixel to the display based on the cumulative effect of each of the stamps.