mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing blood, comprising: passing said blood through a blood filter device comprising: a housing comprising an outer wall, a first inlet, a first outlet and a second outlet; a membrane which is capable of separating plasma from said blood, wherein said membrane forms at least one inner chamber within said housing and said blood enters said at least one inner chamber of said blood filter device through said first inlet; a leukocyte, carbon dioxide, and oxygen depletion media disposed within said at least one inner chamber, said leukocyte, carbon dioxide, and oxygen depletion media is capable of depleting leukocytes, carbon dioxide and oxygen from said blood; and an outer chamber disposed between said outer wall and said membrane separating said plasma from said blood by permeating through said membrane, wherein said plasma enters said outer chamber and exits said housing via said first outlet; and depleting oxygen, carbon dioxide, leukocytes and plasma from said blood, whereby oxygen, carbon dioxide, leukocytes and plasma depleted blood exits said housing via said second outlet as packed red blood cells (pRBCs), wherein said membrane has a pore size from 0.2 to 2 microns in diameter. passing said blood through a blood filter device comprising: a housing comprising an outer wall, a first inlet, a first outlet and a second outlet; a membrane which is capable of separating plasma from said blood, wherein said membrane forms at least one inner chamber within said housing and said blood enters a housing comprising an outer wall, a first inlet, a first outlet and a second outlet; a membrane which is capable of separating plasma from said blood, wherein said membrane forms at least one inner chamber within said housing and said blood enters said at least one inner chamber of said blood filter device through said first inlet; a leukocyte, carbon dioxide, and oxygen depletion media disposed within said at least one inner chamber, said leukocyte, carbon dioxide, and oxygen depletion media is capable of depleting leukocytes, carbon dioxide and oxygen from said blood; and an outer chamber disposed between said outer wall and said membrane separating said plasma from said blood by permeating through said membrane, wherein said plasma enters said outer chamber and exits said housing via said first outlet; and depleting oxygen, carbon dioxide, leukocytes and plasma from said blood, whereby oxygen, carbon dioxide, leukocytes and plasma depleted blood exits said housing via said second outlet as packed red blood cells (pRBCs), wherein said membrane has a pore size from 0.2 to 2 microns in diameter.
A method for probing a fronthaul topology, comprising: sending , by a baseband device, a source route probe frame to a first transport network device in a transport network, wherein the source route probe frame is sent to a radio frequency device by using the transport network; receiving , by the baseband device, a destination route probe frame sent by the first transport network device, wherein the destination route probe frame is formed after the first transport network device records first port information in the source route probe frame and a second transport network device in the transport network records second port information in the source route probe frame, the first port information indicates an input port that is of the first transport network device and that is connected to a target port of the baseband device, and the second port information indicates an output port that is of the second transport network device and that is connected to a receive port of the radio frequency device; determining , by the baseband device, probe information according to the destination route probe frame, wherein the probe information indicates that the target port of the baseband device is connected to the input port of the first transport network device, and that the output port of the second transport network device is connected to the receive port of the radio frequency device; and sending , by the baseband device, the probe information to an element management system, EMS. sending , by a baseband device, a source route probe frame to a first transport network device in a transport network, wherein the source route probe frame is sent to a radio frequency device by using the transport network; receiving , by the baseband device, a destination route probe frame sent by the first transport network device, wherein the destination route probe frame is formed after the first transport network device records first port information in the source route probe frame and a second transport network device in the transport network records second port information in the source route probe frame, the first port information indicates an input port that is of the first transport network device and that is connected to a target port of the baseband device, and the second port information indicates an output port that is of the second transport network device and that is connected to a receive port of the radio frequency device; determining , by the baseband device, probe information according to the destination route probe frame, wherein the probe information indicates that the target port of the baseband device is connected to the input port of the first transport network device, and that the output port of the second transport network device is connected to the receive port of the radio frequency device; and sending , by the baseband device, the probe information to an element management system, EMS.
Method for the continuous production of sealing strips (1; 32; 33) from an endless sealing strip having an endless profile strand , preferably of sealing strips (1; 32; 33) for sealing openings that can be closed by means of a closing element , in particular in vehicle bodies , having the following method steps: a) Extruding the endless profile strand , b) Checking the endless sealing strip for surface and contour defects in a surface and contour inspection station and recording the length position of the surface and contour defects found on the endless sealing strip , wherein individual finished part sealing strips and/or rolled goods sealing strips (1; 33) wound onto a supply roll are produced from the checked endless sealing strip , wherein length markings are applied to the endless sealing strip at regular intervals, wherein a code is applied as the length marking, and wherein the endless sealing strip is divided into individual sealing strip sections by means of the length markings, characterized in that the method is controlled by a control device , and for subdivision as length markings a start code , an end code and length codes in between are applied, wherein the length codes each comprise information about the length of the endless sealing strip from the start code, the start code marks the beginning of a sealing strip section and the end code marks the end of the sealing strip section . a) Extruding the endless profile strand , b) Checking the endless sealing strip for surface and contour defects in a surface and contour inspection station and recording the length position of the surface and contour defects found on the endless sealing strip , wherein individual finished part sealing strips and/or rolled goods sealing strips (1; 33) wound onto a supply roll are produced from the checked endless sealing strip , wherein length markings are applied to the endless sealing strip at regular intervals, wherein a code is applied as the length marking, and wherein the endless sealing strip is divided into individual sealing strip sections by means of the length markings, characterized in that the method is controlled by a control device , and for subdivision as length markings a start code , an end code and length codes in between are applied, wherein the length codes each comprise information about the length of the endless sealing strip from the start code, the start code marks the beginning of a sealing strip section and the end code marks the end of the sealing strip section .
A liquid nonaqueous composition comprising less than 5 wt% of water and comprising a pesticide in form of suspended particles, at least 10 wt% of a water soluble solvent, an inorganic thickener, and an alkoxylate, where the inorganic thickener comprises silica particles, wherein the composition comprises up to 10 wt% of water insoluble organic solvent.
An optical particle sensor comprising: - at least one channel intended to accommodate a fluid transporting at least one particle , and to be crossed by light rays such that said light rays are partially scattered by the at least one particle, - a plurality of photosensors capable of receiving said scattered light rays, said detector being characterised in that it comprises at least one optical guide comprising at least one first portion and one second portion which are separated from each other by the channel , the first portion of the guide having a first inlet and a first outlet opening onto the channel and the second portion of the guide having a second inlet and a second outlet opening onto the channel , said first and second portions being arranged so that the first inlet is opposite to the second outlet , and the second inlet is opposite to the first outlet , the optical guide being configured to: - collect, at least one inlet of the guide from the first and second inlets , light rays which are not scattered by the at least one particle and having crossed the channel, and to - reinject, via at least one outlet of the guide from the first and second outlets , said unscattered light rays into the channel. - at least one channel intended to accommodate a fluid transporting at least one particle , and to be crossed by light rays such that said light rays are partially scattered by the at least one particle, - a plurality of photosensors capable of receiving said scattered light rays, - collect, at least one inlet of the guide from the first and second inlets , light rays which are not scattered by the at least one particle and having crossed the channel, and to - reinject, via at least one outlet of the guide from the first and second outlets , said unscattered light rays into the channel.
A computer-implemented method for rendering an image comprising a plurality of primitives, the method comprising: generating a visibility stream for an initial binning configuration, wherein the visibility stream comprises visibility information indicating a distribution of visible primitives to one or more bins of the initial binning configuration; receiving or determining a revised binning configuration, wherein the revised binning configuration is based on the visibility information, and comprises a revised distribution of primatives to one or more different bins than the one or more bins of the initial binning configuration, wherein the boundaries of one or more bins in said revised binning configuration have been altered to encompass an alternative set of primitives; and determining, based on said visibility information, to render the image using direct rendering, tile-based rendering, or a combination of direct rendering and tile based rendering of the one or more different bins of the revised binning configuration. receiving or determining a revised binning configuration, wherein the revised binning configuration is based on the visibility information, and comprises a revised distribution of primatives to one or more different bins than the one or more bins of the initial binning configuration, wherein the boundaries of one or more bins in said revised binning configuration have been altered to encompass an alternative set of primitives; and determining, based on said visibility information, to render the image using direct rendering, tile-based rendering, or a combination of direct rendering and tile based rendering of the one or more different bins of the revised binning configuration.
A rotor for an electric machine, wherein the rotor comprises: a central shaft ; a rotor drum arranged radially outward of the central shaft , wherein the rotor drum comprises a hollow cylinder for carrying permanent magnets on an inner and/or outer surface of the hollow cylinder, and wherein the rotor drum is coaxial with both the central shaft and a rotational axis of the rotor ; a first cap arranged to couple the central shaft to the rotor drum to enable the rotor drum and central shaft to rotate together about the rotational axis; and a second cap arranged to couple the central shaft to the rotor drum , and wherein the second cap is offset from the first cap along the rotational axis of the rotor ; wherein the inner portion of the first cap is coupled to the central shaft at a first position along the length of the rotational axis, and the outer portion of the first cap is coupled to the rotor drum at a second position along the length of the rotational axis; wherein the first position is at a different length along the rotational axis to the second position; wherein the outer diameter of the central shaft varies along the length of the central shaft ; and wherein the inner diameter of the first cap is different to the inner diameter of the second cap . a central shaft ; a rotor drum arranged radially outward of the central shaft , wherein the rotor drum comprises a hollow cylinder for carrying permanent magnets on an inner and/or outer surface of the hollow cylinder, and wherein the rotor drum is coaxial with both the central shaft and a rotational axis of the rotor ; a first cap arranged to couple the central shaft to the rotor drum to enable the rotor drum and central shaft to rotate together about the rotational axis; and a second cap arranged to couple the central shaft to the rotor drum , and wherein the second cap is offset from the first cap along the rotational axis of the rotor ; wherein the inner portion of the first cap is coupled to the central shaft at a first position along the length of the rotational axis, and the outer portion of the first cap is coupled to the rotor drum at a second position along the length of the rotational axis; wherein the first position is at a different length along the rotational axis to the second position; wherein the outer diameter of the central shaft varies along the length of the central shaft ; and wherein the inner diameter of the first cap is different to the inner diameter of the second cap .
High-voltage connecting device (100; 200) for passing through a partition of a body of a transport vehicle , the connecting device (100; 200) comprising: - at least one first connection terminal , each first terminal being configured to be electrically connected to a respective phase of a first electrical apparatus , - at least one second connection terminal , each second terminal being configured to be electrically connected to a respective phase of a second electrical apparatus , - at least one conductive member , each first terminal being electrically connected to a respective second terminal by a respective conductive member , - a mounting plate (110; 210), which is configured to be fixed to the wall , the wall having an opening suitable for being at least partially closed by the mounting plate (110; 210), characterised in that : - the mounting plate (110; 210) defines a median plane (P110; P210) and comprises: · two mounting areas (112A, 112B; 212A, 212B) located on either side of the median plane (P110; P210), • a passage (118; 218), which passes through the mounting plate and opens out into each of the two mounting areas, in that the connecting device (100; 200) further comprises: - a first housing , which receives each first terminal and is mounted on one of the two mounting areas (112A; 212A), - a second housing , which receives each second terminal and is mounted on the other of the two mounting areas (112B; 212B), and in that each conductive member is housed in the passage (118; 218). - at least one first connection terminal , each first terminal being configured to be electrically connected to a respective phase of a first electrical apparatus , - at least one second connection terminal , each second terminal being configured to be electrically connected to a respective phase of a second electrical apparatus , - at least one conductive member , each first terminal being electrically connected to a respective second terminal by a respective conductive member , - a mounting plate (110; 210), which is configured to be fixed to the wall , the wall having an opening suitable for being at least partially closed by the mounting plate (110; 210), - the mounting plate (110; 210) defines a median plane (P110; P210) and comprises: · two mounting areas (112A, 112B; 212A, 212B) located on either side of the median plane (P110; P210), • a passage (118; 218), which passes through the mounting plate and opens out into each of the two mounting areas, · two mounting areas (112A, 112B; 212A, 212B) located on either side of the median plane (P110; P210), • a passage (118; 218), which passes through the mounting plate and opens out into each of the two mounting areas, - a first housing , which receives each first terminal and is mounted on one of the two mounting areas (112A; 212A), - a second housing , which receives each second terminal and is mounted on the other of the two mounting areas (112B; 212B),
A method for correcting a frequency offset by a user equipment, UE, in vehicle-to-vehicle, V2V, communication, the method comprising: receiving (S2001) a sub frame including a reference signal from a transmitting end; and correcting (S2002) the frequency offset based on the reference signal, wherein the reference signal is mapped to resource elements with either exclusively even or exclusively odd subcarrier indices in each of four symbols in the subframe, wherein correcting the frequency offset comprises comparing repeated signals repeated at a time interval corresponding to the length of a first symbol among the four symbols, wherein each of the repeated signals corresponds to the reference signal mapped to the first symbol, wherein the reference signal comprises a demodulation reference signal, DMRS, and wherein the first symbol is composed of twelve resource elements, each having a subcarrier index, wherein a first DMRS sequence with a length of 6 is used for mapping the reference signal to the first symbol, and wherein the first DMRS sequence is made up of part of a preconfigured second DMRS sequence with a length of 12. receiving (S2001) a sub frame including a reference signal from a transmitting end; and correcting (S2002) the frequency offset based on the reference signal, wherein the reference signal is mapped to resource elements with either exclusively even or exclusively odd subcarrier indices in each of four symbols in the subframe, wherein correcting the frequency offset comprises comparing repeated signals repeated at a time interval corresponding to the length of a first symbol among the four symbols, wherein each of the repeated signals corresponds to the reference signal mapped to the first symbol, wherein the reference signal comprises a demodulation reference signal, DMRS, and wherein the first symbol is composed of twelve resource elements, each having a subcarrier index, wherein a first DMRS sequence with a length of 6 is used for mapping the reference signal to the first symbol, and wherein the first DMRS sequence is made up of part of a preconfigured second DMRS sequence with a length of 12.
A vibration dose measurement apparatus suitable for use by a machine operator, the apparatus comprising: a sensor assembly ; and a support operable, in use, to urge the sensor assembly toward the palm of the operator wherein the sensor assembly comprises an accelerometer operable to detect linear motion; and a gripping force sensor operable to detect gripping force applied by the operator, characterized in that the apparatus comprises a gyroscope operable to detect rotary motion, and wherein the apparatus comprises a processor connected to the outputs of the accelerometer , gyroscope and gripping force sensor , the processor operable to receive and process output signals from the accelerometer , gyroscope and gripping force sensor as well as to calculate a vibration dose from these output signals and comparing said calculated dose to a threshold dose level so as to determine whether a safe vibration dose is exceeded, and wherein the vibration dose is calculated based on a modified A value including an additional term derived from the gripping force sensor output. characterized in that the apparatus comprises a gyroscope operable to detect rotary motion, and wherein the apparatus comprises a processor connected to the outputs of the accelerometer , gyroscope and gripping force sensor , the processor operable to receive and process output signals from the accelerometer , gyroscope and gripping force sensor as well as to calculate a vibration dose from these output signals and comparing said calculated dose to a threshold dose level so as to determine whether a safe vibration dose is exceeded, and wherein the vibration dose is calculated based on a modified A value including an additional term derived from the gripping force sensor output.
A method of controlling a system comprising a display apparatus , a broadcast receiving apparatus and a server , the method comprising: acquiring, at the display apparatus , channel information comprising information regarding history of broadcast content displayed on the display apparatus among broadcast content provided by the broadcast receiving apparatus , the channel information including information about a plurality of items of broadcast content displayed on the display apparatus , each item comprising a title of the broadcast content together with the corresponding time at which the item was displayed; acquiring, at the display apparatus , a voice keyword based on an utterance of a user; transmitting information regarding the input voice keyword and the channel information from the display apparatus to the server in response to the voice keyword being acquired; determining, at the server, a broadcast content providing service that a user of the display apparatus is subscribed to among a plurality of broadcast content providing services, by comparing the channel information with broadcast timetable information regarding services provided by the broadcast content service providers; extracting content information related to the voice keyword from content information provided by the broadcast content providing service to which it is determined that a user of the display apparatus is subscribed; receiving the extracted content information at the display apparatus , from the server , and displaying the received content information. acquiring, at the display apparatus , channel information comprising information regarding history of broadcast content displayed on the display apparatus among broadcast content provided by the broadcast receiving apparatus , the channel information including information about a plurality of items of broadcast content displayed on the display apparatus , each item comprising a title of the broadcast content together with the corresponding time at which the item was displayed; acquiring, at the display apparatus , a voice keyword based on an utterance of a user; transmitting information regarding the input voice keyword and the channel information from the display apparatus to the server in response to the voice keyword being acquired; determining, at the server, a broadcast content providing service that a user of the display apparatus is subscribed to among a plurality of broadcast content providing services, by comparing the channel information with broadcast timetable information regarding services provided by the broadcast content service providers; extracting content information related to the voice keyword from content information provided by the broadcast content providing service to which it is determined that a user of the display apparatus is subscribed; receiving the extracted content information at the display apparatus , from the server , and displaying the received content information.