mhurhangee/patent-ind-claim-en huggingface dataset:
A heterogeneous subpopulation of bone marrow cells for use in a method of treating neurodegeneration caused by ischemic stroke, the heterogeneous subpopulation of bone marrow cells being injected into the blood stream of a mammal with the neurodegeneration, wherein the heterogeneous subpopulation of bone marrow cells has been prepared by a process comprising: a) seeding a population of bone marrow cells obtained from human unprocessed bone marrow on a plastic surface at a low density of 10 5 to 10 6 cells / cm 2 ; b) washing the seeded cell population to remove non-adherent cells; c) culturing adherent cells from the washed cell population in serum-containing media; d) serially passaging the cultured cells for no more than 7 serial passages in the serum-containing media, wherein, at each passage, the cultured cells are seeded at a low density of about 750 cells/cm 2 or less, and e) obtaining said heterogeneous subpopulation of bone marrow cells, wherein said unprocessed bone marrow is obtained from a subject that is not pre-treated with a chemotherapy agent. wherein the heterogeneous subpopulation of bone marrow cells has been prepared by a process comprising: a) seeding a population of bone marrow cells obtained from human unprocessed bone marrow on a plastic surface at a low density of 10 5 to 10 6 cells / cm 2 ; b) washing the seeded cell population to remove non-adherent cells; c) culturing adherent cells from the washed cell population in serum-containing media; d) serially passaging the cultured cells for no more than 7 serial passages in the serum-containing media, wherein, at each passage, the cultured cells are seeded at a low density of about 750 cells/cm 2 or less, and e) obtaining said heterogeneous subpopulation of bone marrow cells, a) seeding a population of bone marrow cells obtained from human unprocessed bone marrow on a plastic surface at a low density of 10 5 to 10 6 cells / cm 2 ; b) washing the seeded cell population to remove non-adherent cells; c) culturing adherent cells from the washed cell population in serum-containing media; d) serially passaging the cultured cells for no more than 7 serial passages in the serum-containing media, wherein, at each passage, the cultured cells are seeded at a low density of about 750 cells/cm 2 or less, and e) obtaining said heterogeneous subpopulation of bone marrow cells, wherein said unprocessed bone marrow is obtained from a subject that is not pre-treated with a chemotherapy agent.
A fuel injection system for an internal combustion engine comprising a plurality of injectors having a first orifice to which is tightly connected a pipe having a matching first orifice , characterized in that both orifices are surrounded with peripheral smooth surfaces that are complementary surfaces sealingly pressed against each other by a screw clamping plate and wherein, the first injector has a connection head where are arranged its first orifice and a second orifice , both orifices joining a common internal volume , the injection system further comprising an intermediate pipe having a matching orifice tightly connected to said injector's second orifice , both said orifices being surrounded with peripheral smooth surfaces that are complementary surfaces sealingly pressed against each other by the clamping plate and wherein, the orifices of said intermediate pipe are arranged at the extremities of said intermediate pipe, the system further comprising a second injector which first orifice is tightly connected to said other orifice of said intermediate pipe so that the first and the second injectors are connected, said intermediate pipe connecting the first orifice of one injector to the second orifice of the neighbor injector forming a "daisy chain" of multiple injectors, creating a system architecture where the injectors are connected one after the other.
A device intended to be placed in the bed of a watercourse or of a body of water to determine the reproductive success of fish, for example salmons, the device comprising a bottom and a cover positioned facing said bottom , the bottom and the cover being reversibly linked by a lateral face extending from the bottom towards the cover according to a longitudinal axis (L) of the device so as to define a chamber , said lateral face comprising pores intended to allow water of the watercourse or of the body of water to pass into the chamber , the device further comprising several hollow tubes extending between the bottom and the cover along the longitudinal axis (L), each tube having a so-called closed end which is blocked by the bottom and an opposite so-called open end passing through the cover and emerging into the watercourse or the body of water when the device is immersed, each tube comprising several openings arranged in the wall of the tube intended to allow water from the chamber to pass into the tube , so as to create a fluid connection between the open end of said tubes and the pores of the lateral face via said openings . a bottom and a cover positioned facing said bottom , the bottom and the cover being reversibly linked by a lateral face extending from the bottom towards the cover according to a longitudinal axis (L) of the device so as to define a chamber , said lateral face comprising pores intended to allow water of the watercourse or of the body of water to pass into the chamber , the device further comprising several hollow tubes extending between the bottom and the cover along the longitudinal axis (L), each tube having a so-called closed end which is blocked by the bottom and an opposite so-called open end passing through the cover and emerging into the watercourse or the body of water when the device is immersed, each tube comprising several openings arranged in the wall of the tube intended to allow water from the chamber to pass into the tube , so as to create a fluid connection between the open end of said tubes and the pores of the lateral face via said openings .
A system information receiving method, comprising: receiving (S21) minimum system information transmitted from a base station, wherein the minimum system information comprises first indication information, and at least one of: second indication information and third indication information, wherein the first indication information is configured to indicate at least one of a modification period of the second indication information and a modification period of the third indication information; wherein the second indication information is configured to indicate whether target other system information among other system information is in a being transmitted state, and the third indication information is configured to indicate a transmission manner of the target other system information; and if it is determined according to the modification period that the target other system information is in the being transmitted state, receiving (S22) the target other system information in a time window corresponding to transmission of the target other system information. receiving (S21) minimum system information transmitted from a base station, wherein the minimum system information comprises first indication information, and at least one of: second indication information and third indication information, wherein the first indication information is configured to indicate at least one of a modification period of the second indication information and a modification period of the third indication information; wherein the second indication information is configured to indicate whether target other system information among other system information is in a being transmitted state, and the third indication information is configured to indicate a transmission manner of the target other system information; and if it is determined according to the modification period that the target other system information is in the being transmitted state, receiving (S22) the target other system information in a time window corresponding to transmission of the target other system information.
A multi-beam light barrier for detecting objects in a monitored zone , having at least one housing with a longitudinal housing axis , wherein the multi-beam light barrier is located in the at least one housing ; having at least one transmitter module emitting transmitted light beams with a transmission element and with a control unit for controlling the transmitter module ; and/or having at least one receiver module receiving received light beams with a reception element and with an evaluation unit for generating an object determination signal in dependence on received signals applied at the output of the receiver module ; having a respective lens that is arranged along the optical path in front of the transmission element and/or in front of the reception element ; and having a circuit board on which the transmission elements and/or reception elements are arranged, wherein at least one mirror is arranged as a deflection unit for the transmitted light beams and/or for the received light beams at a spacing in front of the transmission element and/or in front of the reception element , wherein the mirror is arranged along the optical path between the lens and the transmission element or between the lens and the reception element , and wherein the lens has a greater extent in the direction of the longitudinal housing axis than transversely to the longitudinal housing axis , characterized in that a diaphragm is arranged on the mirror side of the mirror , with the diaphragm having an oval aperture, and with a middle region of the diaphragm being the mirror surface and an outer region of the diaphragm being a light absorbing layer.
Method for manufacturing printable paper of the type printable with an inkjet printer for use as a decor paper in a laminate panel, wherein the method at least comprises the following steps: - the step of providing a paper layer having a main air resistance with a Gurley value of below 30 seconds; - the step of coating at least one side of said paper layer with an inkjet receiver coating comprising pigment and binder ; characterized in that said inkjet receiver coating is applied in at least two partial steps, wherein respectively a first layer with a first composition and, subsequently, a second layer is applied with a second composition, in that said first layer and said second layer differ in that said first layer as well as said second layer comprise pigment and binder , albeit in a different pigment to binder ratio, both compositions at least comprising said binder , with said first composition having a pigment to binder ratio which is larger than the pigment to binder ratio of said second composition, wherein the pigment to binder ratio in said second composition is lower than 2, and the pigment to binder ratio in said first composition is larger than 3.5 . - the step of providing a paper layer having a main air resistance with a Gurley value of below 30 seconds; - the step of coating at least one side of said paper layer with an inkjet receiver coating comprising pigment and binder ; characterized in that said inkjet receiver coating is applied in at least two partial steps, wherein respectively a first layer with a first composition and, subsequently, a second layer is applied with a second composition, in that said first layer and said second layer differ in that said first layer as well as said second layer comprise pigment and binder , albeit in a different pigment to binder ratio, both compositions at least comprising said binder , with said first composition having a pigment to binder ratio which is larger than the pigment to binder ratio of said second composition, wherein the pigment to binder ratio in said second composition is lower than 2, and the pigment to binder ratio in said first composition is larger than 3.5 .
A control system for monitoring a movement of a trailer connected to a vehicle, the control system comprising one or more controllers, the control system being configured to: receive image data from an image sensor disposed on the vehicle; store image data corresponding to a central reference image, a current reference image and a current frame; associate an offset angle with the current reference image, and associate a correction angle with the current reference image; compare the current reference image to the current frame to determine a change angle; determine a hitch angle in dependence on the offset angle, the change angle and the correction angle; and output the signal indicative of the hitch angle. receive image data from an image sensor disposed on the vehicle; store image data corresponding to a central reference image, a current reference image and a current frame; associate an offset angle with the current reference image, and associate a correction angle with the current reference image; compare the current reference image to the current frame to determine a change angle; determine a hitch angle in dependence on the offset angle, the change angle and the correction angle; and output the signal indicative of the hitch angle.
Method for monitoring the ignition of a flame of a burner for burning gas with an ignition apparatus for generating an ignition spark , wherein a UV-sensor is used in order to ascertain UV-emissions of the ignition spark and to use this to discern whether by means of the ignition spark ignition conditions have been created, characterised in that in addition it is monitored whether the ignition of the flame of the burner takes place and then, when it has been detected using the UV-sensor that by means of the ignition spark suitable ignition conditions have been created, but there is no ignition of the flame , at least one unsuitable ambient condition for the ignition of the flame is diagnosed, wherein the at least one unsuitable ambient condition comprises a mix ratio of gas and air externally to a predetermined region.
A smoking article comprising: a tobacco substrate ; a mouthpiece axially aligned in an abutting end to end relationship with the tobacco substrate ; and tipping paper disposed about the mouthpiece , wherein the tipping paper is hydrophobic due to hydrophobic groups covalently bonded to the tipping paper and the hydrophobic tipping paper comprises fatty acid esters of cellulose. a tobacco substrate ; a mouthpiece axially aligned in an abutting end to end relationship with the tobacco substrate ; and tipping paper disposed about the mouthpiece , wherein the tipping paper is hydrophobic due to hydrophobic groups covalently bonded to the tipping paper and the hydrophobic tipping paper comprises fatty acid esters of cellulose.
A scheduling information transmission method, performed in a communications system that comprises at least two levels of dedicated channels used for downlink control, wherein the dedicated channels at the at least two levels are corresponding to different time-frequency resources, and the method comprises: • allocating a level-one dedicated channel and a level-two dedicated channel to a target terminal device (S110); • sending indication information of the level-one dedicated channel by using a preset first time-frequency resource (S120); • sending indication information of a third time-frequency resource to the target terminal device by using the level-one dedicated channel, and sending indication information of the level-two dedicated channel to the target terminal device by using the third time-frequency resource, wherein the third time-frequency resource belongs to a time-frequency resource of a physical downlink data channel PDSCH (S130); and • sending dedicated scheduling information for the target terminal device to the target terminal device by using the level-two dedicated channel (S140). • allocating a level-one dedicated channel and a level-two dedicated channel to a target terminal device (S110); • sending indication information of the level-one dedicated channel by using a preset first time-frequency resource (S120); • sending indication information of a third time-frequency resource to the target terminal device by using the level-one dedicated channel, and sending indication information of the level-two dedicated channel to the target terminal device by using the third time-frequency resource, wherein the third time-frequency resource belongs to a time-frequency resource of a physical downlink data channel PDSCH (S130); and • sending dedicated scheduling information for the target terminal device to the target terminal device by using the level-two dedicated channel (S140).
A coating cell of a coating system , wherein the coating cell comprises a base body and at least one side wall connected to the base body in an exchangeable manner and designed as a module, and preferably also a roof area connected to or connectable to the at least one side wall , wherein the base body has a modular structure and is designed as an interchangeable element within the overall coating system , wherein the base body is further designed to be connectable to at least one preferably modularly designed side wall so as to provide an application-specific configured coating cell , characterized in that the coating cell is designed for powder coating by means of a coating robot , wherein for this purpose the coating cell has only a single side wall with a roof area which only partially covers the upper side of the coating cell , in order to make optimum use of the manoeuvrability of the coating robot , wherein the side of the coating cell opposite the single side wall is designed as an open side wall, so that the coating robot can coat a workpiece to be coated completely if necessary.
A non-wearable monitoring system comprising: a radio frequency (RF) interferometer configured to transmit signals at a specified area and receive echo signals via an antenna array; an environmental clutter cancelation module configured to filter out static non-human related echo signals; a human state feature extractor configured to extract from the filtered echo signals, a quantified representation of position, postures, movements, motions and breathing of at least one human located within the specified area; a human state classifier configured to identify, based on the quantified representation, a classified human state that represents an actual instantaneous human status; an abnormality situation pattern recognition module configured to determine, based on a plurality of successive classified human states , whether an abnormal physical event has occurred to the at least one human in the specified area, wherein the abnormality situation pattern recognition module comprises a training unit configured to generate a set of abnormal states patterns as a reference codebook, a set of states transition probabilities, and a states-patterns matching function to find and alert on a match between the plurality of successive classified human states and the pre-defined abnormal pattern of the codebook; and a communication sub-system configured to communicate an alert upon determining of an abnormal physical event. a radio frequency (RF) interferometer configured to transmit signals at a specified area and receive echo signals via an antenna array; an environmental clutter cancelation module configured to filter out static non-human related echo signals; a human state feature extractor configured to extract from the filtered echo signals, a quantified representation of position, postures, movements, motions and breathing of at least one human located within the specified area; a human state classifier configured to identify, based on the quantified representation, a classified human state that represents an actual instantaneous human status; an abnormality situation pattern recognition module configured to determine, based on a plurality of successive classified human states , whether an abnormal physical event has occurred to the at least one human in the specified area, wherein the abnormality situation pattern recognition module comprises a training unit configured to generate a set of abnormal states patterns as a reference codebook, a set of states transition probabilities, and a states-patterns matching function to find and alert on a match between the plurality of successive classified human states and the pre-defined abnormal pattern of the codebook; and a communication sub-system configured to communicate an alert upon determining of an abnormal physical event.
An engine comprising: an exhaust manifold ; an exhaust lead-out path led out from a manifold exit of the exhaust manifold ; a catalyst case provided on the exhaust lead-out path ; a catalyst housed in the catalyst case ; an exhaust throttle device provided on an exhaust downstream side of the catalyst ; a main water path in which an engine body is water-cooled; and an EGR cooler , wherein, when a front-back direction is defined to be a direction in which a crankshaft is extended, the exhaust manifold and the catalyst case are both extended in the front-back direction and disposed side by side in a direction orthogonal to the front-back direction, characterised by a pair of bypass water paths and individually bifurcated from the main water path in which the engine body is water-cooled, wherein the pair of bypass water paths and are individually connected with the exhaust throttle device and the EGR cooler , respectively. an exhaust manifold ; an exhaust lead-out path led out from a manifold exit of the exhaust manifold ; a catalyst case provided on the exhaust lead-out path ; a catalyst housed in the catalyst case ; an exhaust throttle device provided on an exhaust downstream side of the catalyst ; a main water path in which an engine body is water-cooled; and an EGR cooler , wherein, when a front-back direction is defined to be a direction in which a crankshaft is extended, the exhaust manifold and the catalyst case are both extended in the front-back direction and disposed side by side in a direction orthogonal to the front-back direction, characterised by a pair of bypass water paths and individually bifurcated from the main water path in which the engine body is water-cooled, wherein the pair of bypass water paths and are individually connected with the exhaust throttle device and the EGR cooler , respectively.