mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: detecting data for network processing at a first of a plurality of sockets created by an application instance executing on a node , wherein each of the plurality of sockets is assigned to a different one of a plurality of isolated network stack instances created for the application instance ; determining a first network stack identifier of a first isolated network stack instance corresponding to the first socket, wherein each of the plurality of sockets corresponds to a different logical network (VLAN 100, VLAN 101, VLAN n ); maintaining, by the application instance, a listing of assignments of thread identifiers of a plurality of threads to network stack identifiers of the isolated network stack instances, wherein the plurality of threads is assigned from a pool of threads allocated to the application instance; examining the listing to determine whether a first thread identifier of a first thread is assigned to the first network stack identifier; based on a determination that the first thread identifier is assigned to the first network stack identifier, tasking the first thread with processing the data according to the first isolated network stack instance; and based on a determination that no thread is assigned to the first isolated network stack instance, invoking a system call to assign one of the threads of the pool to the first isolated network stack instance. detecting data for network processing at a first of a plurality of sockets created by an application instance executing on a node , wherein each of the plurality of sockets is assigned to a different one of a plurality of isolated network stack instances created for the application instance ; determining a first network stack identifier of a first isolated network stack instance corresponding to the first socket, wherein each of the plurality of sockets corresponds to a different logical network (VLAN 100, VLAN 101, VLAN n ); maintaining, by the application instance, a listing of assignments of thread identifiers of a plurality of threads to network stack identifiers of the isolated network stack instances, wherein the plurality of threads is assigned from a pool of threads allocated to the application instance; examining the listing to determine whether a first thread identifier of a first thread is assigned to the first network stack identifier; based on a determination that the first thread identifier is assigned to the first network stack identifier, tasking the first thread with processing the data according to the first isolated network stack instance; and based on a determination that no thread is assigned to the first isolated network stack instance, invoking a system call to assign one of the threads of the pool to the first isolated network stack instance.
A method for monitoring a status of a compressor at a first terminal, comprising: obtaining (S101) a working status parameter of the compressor at the first terminal; determining (S102) whether the working status parameter falls into a preset range; determining (S103) that an abnormality of the compressor occurs if the working status parameter does not fall into the preset range; and analyzing (S104) a reason for the abnormality and pushing preset information, indicative of the reason for, or type of, abnormality, to a second terminal that has a control relationship with the first terminal; characterized by : when the working status parameter comprises a working current of the compressor, determining (S102) whether the working status parameter falls into the preset range comprises: determining (S301) whether the working current exceeds a preset working current range in a preset operation mode when the working current does not exceed a preset normal working current range of the compressor and when the first terminal is in the preset operation mode. obtaining (S101) a working status parameter of the compressor at the first terminal; determining (S102) whether the working status parameter falls into a preset range; determining (S103) that an abnormality of the compressor occurs if the working status parameter does not fall into the preset range; and analyzing (S104) a reason for the abnormality and pushing preset information, indicative of the reason for, or type of, abnormality, to a second terminal that has a control relationship with the first terminal; characterized by : when the working status parameter comprises a working current of the compressor, determining (S102) whether the working status parameter falls into the preset range comprises: determining (S301) whether the working current exceeds a preset working current range in a preset operation mode when the working current does not exceed a preset normal working current range of the compressor and when the first terminal is in the preset operation mode.
Cerium oxide nanoparticles, a therapeutically effective dose of radiation and a therapeutically effective dose of a chemotherapeutic agent for use in a method of treating pancreatic cancer or lung cancer in a patient in need thereof, the method comprising: administering an effective dose of cerium oxide nanoparticles to the patient; administering a therapeutically effective dose of radiation to the patient; and administering a therapeutically effective dose of a chemotherapeutic agent to the patient, thereby treating the cancer. administering an effective dose of cerium oxide nanoparticles to the patient; administering a therapeutically effective dose of radiation to the patient; and administering a therapeutically effective dose of a chemotherapeutic agent to the patient, thereby treating the cancer.
A system for assessing the state of a biological tissue comprising: at least one antenna configured to: (i) transmit an assessment signal having a frequency of at least 1 MHz to the tissue; (ii) receive the assessment signal having a frequency of at least 1 MHz from the tissue; and (iii) transmit an ablation signal to the tissue; and a high frequency output configured to output the received assessment signal, characterized in that the system further comprises a network analyzer and signal processing device having a processor; wherein the high frequency output is configured to output the received assessment signal to the network analyzer and signal processing device and wherein the processor of the network analyzer and signal processing device is configured to detect an electrical property of the received assessment signal and to determine a property of the tissue based on the detected electrical property of the received assessment signal. at least one antenna configured to: (i) transmit an assessment signal having a frequency of at least 1 MHz to the tissue; (ii) receive the assessment signal having a frequency of at least 1 MHz from the tissue; and (iii) transmit an ablation signal to the tissue; and (i) transmit an assessment signal having a frequency of at least 1 MHz to the tissue; (ii) receive the assessment signal having a frequency of at least 1 MHz from the tissue; and (iii) transmit an ablation signal to the tissue; and a high frequency output configured to output the received assessment signal, characterized in that the system further comprises a network analyzer and signal processing device having a processor; wherein the high frequency output is configured to output the received assessment signal to the network analyzer and signal processing device and wherein the processor of the network analyzer and signal processing device is configured to detect an electrical property of the received assessment signal and to determine a property of the tissue based on the detected electrical property of the received assessment signal.
A method of operating a talk group server to control a virtual talk group member, the method comprising: determining, at an electronic processor of the talk group server, an assignment for a virtual talk group member to join a target talk group and communicate in the target talk group on behalf of an original talk group member associated with a second talk group; obtaining, at the electronic processor, user profile associated with the original talk group member associated with the second talk group; causing, at the electronic processor, the virtual talk group member to join the target talk group using the user profile associated with the original talk group member; and controlling, at the electronic processor, the virtual talk group member to perform the assignment by generating audio communications as a function of the user profile associated with the original talk group member and transmitting the generated audio communications on the target talk group. determining, at an electronic processor of the talk group server, an assignment for a virtual talk group member to join a target talk group and communicate in the target talk group on behalf of an original talk group member associated with a second talk group; obtaining, at the electronic processor, user profile associated with the original talk group member associated with the second talk group; causing, at the electronic processor, the virtual talk group member to join the target talk group using the user profile associated with the original talk group member; and controlling, at the electronic processor, the virtual talk group member to perform the assignment by generating audio communications as a function of the user profile associated with the original talk group member and transmitting the generated audio communications on the target talk group.
A steady rest for holding a workpiece on a machine tool, comprising an essentially perpendicularly disengageable actuating piston which is flanked by an angle lever on both sides, and which within a housing cooperates with the angle levers via a pressure element , a sealing air supply for avoiding penetration of liquid being associated with the housing , wherein a disengaged position of the pressure element is detectable by means of a distance sensor that is associated with the housing , below a lowest position of the pressure element , characterized in that a run-up cavity of the distance sensor for draining the distance sensor via a drain hole that is closeable via a sealing air-actuated discharge valve .
A packed body production method for producing a packed body by packing a layered body of cartons containing paper material , the packed body production method comprising: a first step in which the layered body is formed by stacking the cartons containing paper material and an insertion section into which a fork unit of a forklift is inserted is formed at a predetermined position in the layered body; a second step in which a first packing film is wound spirally around at least side surfaces of the layered body; and a third step in which a second packing film is wound around the layered body so as to completely cover the front side, the rear side, the right side, and the left side of the insertion section , wherein in the first step, the cartons are stacked in such a manner that the insertion section is formed at such a position as to enable the layered body to be lifted using the fork unit of the forklift, in the second step, the first packing film is wound around the layered body so as to retain the layered body entirely, and in the third step, the layered body is laid sideways and the second packing film is subsequently wound around the layered body so as to generate such a fixation strength that the layered body does not collapse when the layered body is lifted using the fork unit of the forklift. a first step in which the layered body is formed by stacking the cartons containing paper material and an insertion section into which a fork unit of a forklift is inserted is formed at a predetermined position in the layered body; a second step in which a first packing film is wound spirally around at least side surfaces of the layered body; and a third step in which a second packing film is wound around the layered body so as to completely cover the front side, the rear side, the right side, and the left side of the insertion section , wherein in the first step, the cartons are stacked in such a manner that the insertion section is formed at such a position as to enable the layered body to be lifted using the fork unit of the forklift, in the second step, the first packing film is wound around the layered body so as to retain the layered body entirely, and in the third step, the layered body is laid sideways and the second packing film is subsequently wound around the layered body so as to generate such a fixation strength that the layered body does not collapse when the layered body is lifted using the fork unit of the forklift.
An image forming apparatus comprising: an image forming means having a motor to rotate a photosensitive drum of the image forming apparatus and configured to form an image on a sheet based on image data; a control means configured to drive the motor of the image forming means; and a reception means configured to receive, from a user, a user instruction to shift the image forming apparatus from a first power state where power is not supplied to the image forming means and the control means to a second power state where power is supplied to the image forming means and the control means, and a power supply control means configured to shift the image forming apparatus from the first power state to the second power state, wherein the control means does not drive the motor in response to the receipt of the user instruction, and wherein the control means drives the motor in response to the user selecting, on a selection screen displayed in accordance with the receipt of the user instruction, a print function to cause the image forming means to form an image on a sheet. an image forming means having a motor to rotate a photosensitive drum of the image forming apparatus and configured to form an image on a sheet based on image data; a control means configured to drive the motor of the image forming means; and a reception means configured to receive, from a user, a user instruction to shift the image forming apparatus from a first power state where power is not supplied to the image forming means and the control means to a second power state where power is supplied to the image forming means and the control means, and a power supply control means configured to shift the image forming apparatus from the first power state to the second power state, wherein the control means does not drive the motor in response to the receipt of the user instruction, and wherein the control means drives the motor in response to the user selecting, on a selection screen displayed in accordance with the receipt of the user instruction, a print function to cause the image forming means to form an image on a sheet.
Vehicle having a body with two front columns ; a windshield connected to the body, wherein the windshield is dimensioned such that, with regard to a front view of the vehicle, it essentially fully covers the front columns , characterised in that in an intermediate space , which is formed between an outer side of each front column and an inner side of the windshield , at least one electrically operated component is arranged, and in that the windshield has a covering region covering the front columns , wherein the windshield in the covering region has a black imprint at least in some areas, wherein the black imprint has at least one interrupted or transparent or semi-transparent section , and wherein the electrically operated component is arranged in the region of the interrupted or transparent or semi-transparent section .
Apparatus to simulate driving land vehicles comprising a mobile platform ; a seat installed on said mobile platform and provided with contact surfaces on which, during use, a driver (C) is positioned; driving command members which can be actuated by said driver (C) to simulate a driving action; movement devices configured to move said mobile platform with respect to a support plane and to induce dynamic stresses on said driver (C); and a driving control unit connected to said driving command members and to said movement devices and configured to command the drive of said movement members as a function of the actions of the driver (C) on said driving command members , characterized in that inflatable pads are associated with at least some of said contact surfaces and are fluidically connected to a pumping unit configured to control the pressure of a gas inside said inflatable pads and to induce tactile pressure stresses on said driver (C), and in that said seat comprises a seating plane and a backrest provided with said contact surfaces and with which first inflatable pads are associated, fluidically connected to said pumping unit , wherein in correspondence with their respective lateral edges , said seating plane and said backrest are provided with lateral containing portions protruding transversely with respect to said contact surfaces , second inflatable pads being associated with said containing portions , and connected to said pumping unit to control the pressure of the gas inside said second inflatable pads , and in that it comprises a control and command unit connected to said movement devices , to said driving control unit and to at least said pumping unit and configured to selectively control said driving control unit and said pumping unit and to combine the dynamic stresses of said movement devices and the tactile pressure stresses of said inflatable pads on said driver (C), the actuation of said pumping unit being determined in relation to the actuation of said movement devices .
An imaging apparatus comprising: a lens ; a mask comprising a first aperture and a second aperture , light passing through the lens being incident on the first aperture and the second aperture ; and an image sensor configured to perform photoelectric conversion on first light that passes through the first aperture and on second light that passes through the second aperture , the first light and the second light being irradiated on an optical detection surface of the image sensor ; wherein light dispersed by chromatic aberration of the lens is incident on the second aperture ; and an irradiation position on the optical detection surface of each wavelength band of the second light is different; wherein a first area of the optical detection surface irradiated by the first light and a second area of the optical detection surface irradiated by the second light are separated from each other. a lens ; a mask comprising a first aperture and a second aperture , light passing through the lens being incident on the first aperture and the second aperture ; and an image sensor configured to perform photoelectric conversion on first light that passes through the first aperture and on second light that passes through the second aperture , the first light and the second light being irradiated on an optical detection surface of the image sensor ; wherein light dispersed by chromatic aberration of the lens is incident on the second aperture ; and an irradiation position on the optical detection surface of each wavelength band of the second light is different;
A rubber composition comprising at least: - a diene elastomer; - between 70 and 150 phr of a reinforcing filler; - between 20 and 160 phr of a plasticizer comprising from 20 to 55 phr of a vegetable oil; and - between 2 and 40 phr of microparticles of a water soluble sulfate of an alkali metal or an alkaline earth metal, wherein the plasticizer further comprises a compound selected from the group consisting of hydrocarbon resins, liquid plasticizers other than the vegetable oil and the mixtures thereof; wherein the reinforcing filler comprises greater than 70 phr of a reinforcing inorganic filler. - a diene elastomer; - between 70 and 150 phr of a reinforcing filler; - between 20 and 160 phr of a plasticizer comprising from 20 to 55 phr of a vegetable oil; and - between 2 and 40 phr of microparticles of a water soluble sulfate of an alkali metal or an alkaline earth metal,
A laparoscopy trocar, comprising: a cannula comprising: first and second ends and a bore extending therebetween; at least one flexible seal disposed in the bore , for inhibiting the passage of pressurised gas from the first end to the second end of the cannula ; and a fluid control valve configured to selectively open and close a fluid communication path for carrying fluid from a point external to the bore , into the bore of the cannula; and an obturator , comprising: a tip , a body , and a shaft connecting the tip to the body , wherein the body of the obturator comprises control means configured to cause the fluid control valve to move from its open to its closed position. a cannula comprising: first and second ends and a bore extending therebetween; at least one flexible seal disposed in the bore , for inhibiting the passage of pressurised gas from the first end to the second end of the cannula ; and a fluid control valve configured to selectively open and close a fluid communication path for carrying fluid from a point external to the bore , into the bore of the cannula; and first and second ends and a bore extending therebetween; at least one flexible seal disposed in the bore , for inhibiting the passage of pressurised gas from the first end to the second end of the cannula ; and a fluid control valve configured to selectively open and close a fluid communication path for carrying fluid from a point external to the bore , into the bore of the cannula; and an obturator , comprising: a tip , a body , and a shaft connecting the tip to the body , wherein the body of the obturator comprises control means configured to cause the fluid control valve to move from its open to its closed position. a tip , a body , and a shaft connecting the tip to the body , wherein the body of the obturator comprises control means configured to cause the fluid control valve to move from its open to its closed position.
A stable, particulate containing, treatment composition comprising: a. one or more particulate suspending agents which is a polyacrylate or polyacrylate derivative with a counter ion selected from the group consisting of sodium, potassium, ammonium and mixtures thereof, the particulate suspending agents in a concentration of from about 0.05% to about 5%, by weight; b. one or more particulate compositions, wherein the particles in the particulate composition have a combined Particle Size Distribution D50 in the range of about 200ηm to about 500ηm; and, c. water; and, wherein the one or more particulate compositions has a zeta potential of negative 20 or less, or greater than positive 20, preferably, negative 30 or less, or greater than 30. a. one or more particulate suspending agents which is a polyacrylate or polyacrylate derivative with a counter ion selected from the group consisting of sodium, potassium, ammonium and mixtures thereof, the particulate suspending agents in a concentration of from about 0.05% to about 5%, by weight; b. one or more particulate compositions, wherein the particles in the particulate composition have a combined Particle Size Distribution D50 in the range of about 200ηm to about 500ηm; and, c. water; and, wherein the one or more particulate compositions has a zeta potential of negative 20 or less, or greater than positive 20, preferably, negative 30 or less, or greater than 30.