mhurhangee/patent-ind-claim-en huggingface dataset:
A computer comprising: a plurality of processors (202-206); and a platform timer that maintains context during power transitions; the computer including computer program instructions that when executed by one of the processors (202-206) configures the computer such that the platform timer is virtualized to define, for each processor (202-206) of the plurality of processors (202-206), a virtual per-processor timer for the processor (202-206) by having a data structure available to the plurality of processors (202-206), the data structure to specify a due time for an interrupt for the processor (202-206) from the platform timer and the processor (202-206) to receive the interrupt, wherein, when one of the plurality of processors (202-206), which uses a first per-processor timer (210-216), is subject to a context-losing power transition, said processor (202-206) is configured to arm its associated virtual per-processor timer to provide interrupts to said processor (202-206) after the power transition, and wherein the associated virtual per-processor timer is armed for a due time of the first per-processor timer (210-216) by specifying the due time for an interrupt from the platform timer and the first per-processor timer (210-216) is stopped after the associated virtual per-processor timer is armed for the due time. a plurality of processors (202-206); and a platform timer that maintains context during power transitions; the computer including computer program instructions that when executed by one of the processors (202-206) configures the computer such that the platform timer is virtualized to define, for each processor (202-206) of the plurality of processors (202-206), a virtual per-processor timer for the processor (202-206) by having a data structure available to the plurality of processors (202-206), the data structure to specify a due time for an interrupt for the processor (202-206) from the platform timer and the processor (202-206) to receive the interrupt, wherein, when one of the plurality of processors (202-206), which uses a first per-processor timer (210-216), is subject to a context-losing power transition, said processor (202-206) is configured to arm its associated virtual per-processor timer to provide interrupts to said processor (202-206) after the power transition, and wherein the associated virtual per-processor timer is armed for a due time of the first per-processor timer (210-216) by specifying the due time for an interrupt from the platform timer and the first per-processor timer (210-216) is stopped after the associated virtual per-processor timer is armed for the due time.
A refrigerator comprising: a cabinet installed to pass through or inserted into a door or a wall, and defining a storage compartment for storing goods; a housing coupled to or formed integrally with a lower part of the cabinet ; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to the inside of the space; a cold air supply device , at least a part of which is disposed in the housing , configured to make air in the storage compartment cold; and a tray provided in the storage compartment , characterized in that the refrigerator further comprises a base plate disposed on a bottom surface of the storage compartment and having a plurality of through-holes , wherein the tray is disposed on the base plate , wherein the tray includes: a bottom portion on which the goods are placed; and a plurality of legs extending downward from corners of the bottom portion and placed on the base plate , and wherein the bottom portion of the tray is spaced apart from the bottom surface of the storage compartment by the legs to form a lower gap (g1) between the bottom portion and the base plate . a cabinet installed to pass through or inserted into a door or a wall, and defining a storage compartment for storing goods; a housing coupled to or formed integrally with a lower part of the cabinet ; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to the inside of the space; a cold air supply device , at least a part of which is disposed in the housing , configured to make air in the storage compartment cold; and a tray provided in the storage compartment , characterized in that the refrigerator further comprises a base plate disposed on a bottom surface of the storage compartment and having a plurality of through-holes , wherein the tray is disposed on the base plate , wherein the tray includes: a bottom portion on which the goods are placed; and a plurality of legs extending downward from corners of the bottom portion and placed on the base plate , and wherein the bottom portion of the tray is spaced apart from the bottom surface of the storage compartment by the legs to form a lower gap (g1) between the bottom portion and the base plate . a bottom portion on which the goods are placed; and a plurality of legs extending downward from corners of the bottom portion and placed on the base plate , and wherein the bottom portion of the tray is spaced apart from the bottom surface of the storage compartment by the legs to form a lower gap (g1) between the bottom portion and the base plate .
A method for operating a first electronic device in a wireless communication system, the method comprising: negotiating with a second electronic device; determining a measurement scheme among a plurality of measurement schemes for determining a distance between the first electronic device and the second electronic device based on a result of the negotiation with the second electronic device; obtaining the distance between the first electronic device and the second electronic device according to the measurement scheme; and performing a service with the second electronic device based on the distance, wherein the obtaining of the distance comprises: transmitting, to the second electronic device, a wireless signal; transmitting, to the second electronic device, sound signals periodically; receiving, from the second electronic device, distance information for indicating the distance measured by the second electronic device based on the wireless signal and each of the sound signals; wherein the wireless signal is transmitted from the first electronic device in response to detecting a user gesture for the service, and wherein the performing of the service comprises: performing a TV screen mirroring service regarding the second electronic device as the service when the distance is within a threshold. negotiating with a second electronic device; determining a measurement scheme among a plurality of measurement schemes for determining a distance between the first electronic device and the second electronic device based on a result of the negotiation with the second electronic device; obtaining the distance between the first electronic device and the second electronic device according to the measurement scheme; and performing a service with the second electronic device based on the distance, wherein the obtaining of the distance comprises: transmitting, to the second electronic device, a wireless signal; transmitting, to the second electronic device, sound signals periodically; receiving, from the second electronic device, distance information for indicating the distance measured by the second electronic device based on the wireless signal and each of the sound signals; transmitting, to the second electronic device, a wireless signal; transmitting, to the second electronic device, sound signals periodically; receiving, from the second electronic device, distance information for indicating the distance measured by the second electronic device based on the wireless signal and each of the sound signals; wherein the wireless signal is transmitted from the first electronic device in response to detecting a user gesture for the service, and wherein the performing of the service comprises: performing a TV screen mirroring service regarding the second electronic device as the service when the distance is within a threshold.
A barbecue device comprising a barbecue housing , a gas-powered heating element and a connecting element that can be connected to a fuel container , wherein the gas-powered heating element is connected to the connecting element by means of a connecting line , characterized in that the connecting line has a fuel extraction section that is designed to carry liquid fuel, and an expansion section that is designed to carry gaseous fuel, wherein the fuel extraction section is connected upstream to the connecting element in flow direction of the fuel and leads downstream to the expansion section .
A method of configuring a programmable controller for controlling a blood separation device to deplete platelets from blood from a blood source, the controller being programmed to carry out a method comprising: (a) executing a cycle comprising conveying blood into a first stage of a blood separation chamber , separating the blood in the first stage of the blood separation chamber into platelet-rich plasma and red blood cells, conveying at least a portion of the platelet-rich plasma into a second stage of the blood separation chamber , separating said at least a portion of the platelet-rich plasma in the second stage of blood separation chamber into platelets and platelet-poor plasma, and conveying at least a portion of the platelet-poor plasma out of the second stage of the blood separation chamber while allowing the platelets to accumulate in the second stage of the blood separation chamber ; (b) determining that a maximum chamber capacity of platelets has accumulated in the second stage of the blood separation chamber ; and (c) ending the cycle by conveying the accumulated platelets out of the second stage of the blood separation chamber . (a) executing a cycle comprising conveying blood into a first stage of a blood separation chamber , separating the blood in the first stage of the blood separation chamber into platelet-rich plasma and red blood cells, conveying at least a portion of the platelet-rich plasma into a second stage of the blood separation chamber , separating said at least a portion of the platelet-rich plasma in the second stage of blood separation chamber into platelets and platelet-poor plasma, and conveying at least a portion of the platelet-poor plasma out of the second stage of the blood separation chamber while allowing the platelets to accumulate in the second stage of the blood separation chamber ; conveying blood into a first stage of a blood separation chamber , separating the blood in the first stage of the blood separation chamber into platelet-rich plasma and red blood cells, conveying at least a portion of the platelet-rich plasma into a second stage of the blood separation chamber , separating said at least a portion of the platelet-rich plasma in the second stage of blood separation chamber into platelets and platelet-poor plasma, and conveying at least a portion of the platelet-poor plasma out of the second stage of the blood separation chamber while allowing the platelets to accumulate in the second stage of the blood separation chamber ; (b) determining that a maximum chamber capacity of platelets has accumulated in the second stage of the blood separation chamber ; and (c) ending the cycle by conveying the accumulated platelets out of the second stage of the blood separation chamber .
A flyer bow for assembling / twisting / braiding cables, said flyer bow comprising: - a body (C) having a longitudinal orifice formed in the mass of said body (C) and over the entire length of said flyer bow, and - a cable guide element (EG) housed in said orifice to guide the longitudinal running of the cable, said cable guide element (EG) having an inner surface (SI) defining the cable passage (PF), characterized in that said inner surface (SI) is formed by a spring (RS) having adjacent turns, said turns of said spring (RS) forming micro- bulges (MB) and micro- hollows (MC) whose height amplitude is between 0.1 and 1 mm. - a body (C) having a longitudinal orifice formed in the mass of said body (C) and over the entire length of said flyer bow, and - a cable guide element (EG) housed in said orifice to guide the longitudinal running of the cable, said cable guide element (EG) having an inner surface (SI) defining the cable passage (PF),
A method to obtain data concerning the upper profile of an element of a railway track or switch by means of an electronic measuring module mounted on a cart and provided with at least one profilometer device ; the method being characterized in that it comprises: - acquiring, by means of said profilometer device and while the cart moves forward along the railway track or switch , a sequence of point clouds , each point cloud being indicative of said upper profile in correspondence with a respective plane that is transverse to the forward moving direction of the cart ; - for each point cloud , generating a respective piecewise polynomial function consisting of a spline function, which approximates said point cloud so as to transform original data consisting of said point cloud into compressed data consisting of parameters of said piecewise polynomial function. - acquiring, by means of said profilometer device and while the cart moves forward along the railway track or switch , a sequence of point clouds , each point cloud being indicative of said upper profile in correspondence with a respective plane that is transverse to the forward moving direction of the cart ; - for each point cloud , generating a respective piecewise polynomial function consisting of a spline function, which approximates said point cloud so as to transform original data consisting of said point cloud into compressed data consisting of parameters of said piecewise polynomial function.
Field device with a memory for position information, comprising: at least one sensor and field device electronics , wherein the at least one sensor in each case has at least one sensing unit for detecting a physical variable and wherein the field device electronics is designed to control the at least one sensor , a memory , which is designed to store position information and is arranged in the field device electronics , a communication interface which is designed for a two-way exchange of data with a mobile terminal , preferably in a close range, and for receiving position information from the mobile terminal , a control unit which is connected in a communicating manner to the communication interface and the memory and is designed to store position information received via the communication interface in the memory , wherein the communication interface of the field device is additionally designed to transmit energy from the mobile terminal to the field device , and wherein energy transmitted via the communication interfaces can be used to supply the control unit and the memory of the field device . at least one sensor and field device electronics , wherein the at least one sensor in each case has at least one sensing unit for detecting a physical variable and wherein the field device electronics is designed to control the at least one sensor , a memory , which is designed to store position information and is arranged in the field device electronics , a communication interface which is designed for a two-way exchange of data with a mobile terminal , preferably in a close range, and for receiving position information from the mobile terminal , a control unit which is connected in a communicating manner to the communication interface and the memory and is designed to store position information received via the communication interface in the memory , wherein the communication interface of the field device is additionally designed to transmit energy from the mobile terminal to the field device , and wherein energy transmitted via the communication interfaces can be used to supply the control unit and the memory of the field device .
interactive electronic system having a screen and a three-axis compass sensor, software, and a book, for detecting flipping of pages of the book, wherein the book comprises a plurality of pages, each having one or more magnets, characterized in that, the system is arranged to be calibrated by reading a baseline value of magnetic field magnitude by the compass sensor and previously recording, in the software, values of the compass sensor readings for each page as reference values, wherein the calibration comprises a selection of the compass sensor axis that has the stronger variation between the three axes X, Y or Z when flipping pages, and wherein the system is arranged to detect the flipping of pages of the book by the data readings of the value of the selected axis: X, Y, or Z of said compass sensor, such that the page on which the book is open is detected and corresponding digital content is displayed. wherein the book comprises a plurality of pages, each having one or more magnets, characterized in that, the system is arranged to be calibrated by reading a baseline value of magnetic field magnitude by the compass sensor and previously recording, in the software, values of the compass sensor readings for each page as reference values, wherein the calibration comprises a selection of the compass sensor axis that has the stronger variation between the three axes X, Y or Z when flipping pages, and wherein the system is arranged to detect the flipping of pages of the book by the data readings of the value of the selected axis: X, Y, or Z of said compass sensor, such that the page on which the book is open is detected and corresponding digital content is displayed.
A spherical particle being between 50 - 300 μm in diameter, wherein the particle encapsulates at least one viable, intact biological cell, wherein the particle consists of decellularized omentum and biological cells.
System comprising a stand part of a food processor and a stand part of a mixing device and at least one vessel with a mixing tool located therein, wherein the vessel can be both part of the food processor and as part of the stirring device, wherein the maximum possible rotational speed at which the stand part of the food processor can rotate the mixing tool is at least five times greater than the maximum possible rotational speed at which the stand part of the mixing device can rotate the mixing tool .
Continuous casting equipment for a flow of liquid metal from a tundish into a mould , said equipment comprising: - a vertical duct disposed upstream of the mould with respect to the direction of travel of the liquid metal; said duct comprising from upstream to downstream a refractory ring , a copper tube with an internal diameter D and a submerged entry nozzle , - a dome disposed inside the refractory ring and comprising a sloped upper part , said upper part being defined so as to deflect the liquid metal coming from the tundish towards the inner walls of the vertical duct; the diameter D of the copper tube ranging between a minimum diameter equals to Q/3.75 and a maximum diameter equals to Q/1.25, where Q is the nominal liquid metal flow rate of the equipment and is comprised between 200 and 800 kg/min and D is the diameter expressed in mm, characterized in that the slope α of the upper part of said dome ranges from 25 to 15°. - a vertical duct disposed upstream of the mould with respect to the direction of travel of the liquid metal; said duct comprising from upstream to downstream a refractory ring , a copper tube with an internal diameter D and a submerged entry nozzle , - a dome disposed inside the refractory ring and comprising a sloped upper part , said upper part being defined so as to deflect the liquid metal coming from the tundish towards the inner walls of the vertical duct;
An apparatus comprising: a user interface display ; and an electronic data processor coupled to the user interface display and a drive system for an end effector used to grasp a material (T); wherein the electronic data processor is configured to: display a visual representation of the end effector on the user interface display ; and said electronic data processor is characterized in that it is adapted, in response to a command from a user, to grasp the material (T) at a grasping force (Fg): to determine a separation parameter (S) between jaw members of the end effector based on positional data obtained by means controlling the jaw members; and to display, on the user interface display , an indicator that is predictive of success or failure in clamping the material (T) using at least one of the jaw members of the end effector at a desired clamping force (Fc) greater than the grasping force (Fg), the indicator being determined based on the grasping force (Fg), the separation parameter (S), and the desired clamping force (Fc). a user interface display ; and an electronic data processor coupled to the user interface display and a drive system for an end effector used to grasp a material (T); wherein the electronic data processor is configured to: display a visual representation of the end effector on the user interface display ; and said electronic data processor is characterized in that it is adapted, in response to a display a visual representation of the end effector on the user interface display ; and said electronic data processor is characterized in that it is adapted, in response to a command from a user, to grasp the material (T) at a grasping force (Fg): to determine a separation parameter (S) between jaw members of the end effector based on positional data obtained by means controlling the jaw members; and to display, on the user interface display , an indicator that is predictive of success or failure in clamping the material (T) using at least one of the jaw members of the end effector at a desired clamping force (Fc) greater than the grasping force (Fg), the indicator being determined based on the grasping force (Fg), the separation parameter (S), and the desired clamping force (Fc). to determine a separation parameter (S) between jaw members of the end effector based on positional data obtained by means controlling the jaw members; and to display, on the user interface display , an indicator that is predictive of success or failure in clamping the material (T) using at least one of the jaw members of the end effector at a desired clamping force (Fc) greater than the grasping force (Fg), the indicator being determined based on the grasping force (Fg), the separation parameter (S), and the desired clamping force (Fc).
Transmitting device for a wireless communication system , the transmitting device comprising: a processor , and a transmitter ; wherein the processor is configured to generate a fractional Orthogonal Frequency Division Multiplexing, OFDM, symbol based on an adjacent OFDM symbol, wherein the fractional OFDM symbol is a cyclic extension of the adjacent OFDM symbol; and length of the fractional OFDM symbol depends on a clear channel assessment CCA process; wherein the transmitter is configured to transmit a signal comprising the fractional OFDM symbol and the adjacent OFDM symbol once it measures the channel as clear, by the CCA process. a processor , and a transmitter ; wherein the processor is configured to generate a fractional Orthogonal Frequency Division Multiplexing, OFDM, symbol based on an adjacent OFDM symbol, wherein the fractional OFDM symbol is a cyclic extension of the adjacent OFDM symbol; and length of the fractional OFDM symbol depends on a clear channel assessment CCA process; wherein the transmitter is configured to transmit a signal comprising the fractional OFDM symbol and the adjacent OFDM symbol once it measures the channel as clear, by the CCA process.