mhurhangee/patent-ind-claim-en huggingface dataset:
A method for predicting a cell trajectory for a cell, the method comprising: encapsulating a cell in an emulsion comprising reagents, the cell comprising at least one RNA molecule and packaged DNA comprising a segment of chromatin accessible-DNA; lysing the cell within the emulsion, thereby exposing the RNA and the packaged DNA to the reagents, wherein the reagents comprise less than 0.50 mg/mL protease and less than 2.5% (v/v) transposase; generating at least one cDNA molecule using the at least one RNA; encapsulating the at least one cDNA molecule, the packaged DNA, and a reaction mixture in a second emulsion; performing a nucleic acid amplification reaction within the second emulsion using the reaction mixture to generate a plurality of nucleic acids, the plurality of nucleic acids comprising: a first nucleic acid from one of the at least one cDNA molecule; and a second nucleic acid derived from the segment of chromatin-accessible DNA of the packaged DNA; and sequencing the first nucleic acid and the second nucleic acid. encapsulating a cell in an emulsion comprising reagents, the cell comprising at least one RNA molecule and packaged DNA comprising a segment of chromatin accessible-DNA; lysing the cell within the emulsion, thereby exposing the RNA and the packaged DNA to the reagents, wherein the reagents comprise less than 0.50 mg/mL protease and less than 2.5% (v/v) transposase; generating at least one cDNA molecule using the at least one RNA; encapsulating the at least one cDNA molecule, the packaged DNA, and a reaction mixture in a second emulsion; performing a nucleic acid amplification reaction within the second emulsion using the reaction mixture to generate a plurality of nucleic acids, the plurality of nucleic acids comprising: a first nucleic acid from one of the at least one cDNA molecule; and a second nucleic acid derived from the segment of chromatin-accessible DNA of the packaged DNA; and reaction mixture to generate a plurality of nucleic acids, the plurality of nucleic acids comprising: a first nucleic acid from one of the at least one cDNA molecule; and a second nucleic acid derived from the segment of chromatin-accessible DNA of the packaged DNA; and a first nucleic acid from one of the at least one cDNA molecule; and a second nucleic acid derived from the segment of chromatin-accessible DNA of the packaged DNA; and sequencing the first nucleic acid and the second nucleic acid.
A method of fabricating a compound light-guide optical element (LOE), comprising: providing a bonded stack of a plurality of LOE precursors and a plurality of transparent spacer plates , the stack having a first pair of parallel faces , the stack comprising alternating LOE precursor and transparent spacer plates along a length of the stack perpendicular to the pair of parallel faces, each LOE precursor comprising a pair of major parallel surfaces and a first plurality of mutually parallel partially reflective internal surfaces angled obliquely relative to the pair of parallel surfaces; providing a first optical block having a second pair of parallel faces , and a plurality of mutually parallel internal surfaces angled obliquely relative to the second pair of parallel faces, the internal surfaces being at least partly partially reflective such that the first block comprises a second plurality of mutually parallel partially reflective internal surfaces; bonding the first block to the stack such that one of the faces of the first block is joined to one of the faces of the stack and the first plurality of partially reflective internal surfaces is non-parallel to the second plurality of partially reflective internal surfaces, thereby forming a second optical block ; and slicing out at least one compound LOE from the second block by cutting the second block through at least two consecutive spacer plates having a LOE precursor sandwiched therebetween. providing a bonded stack of a plurality of LOE precursors and a plurality of transparent spacer plates , the stack having a first pair of parallel faces , the stack comprising alternating LOE precursor and transparent spacer plates along a length of the stack perpendicular to the pair of parallel faces, each LOE precursor comprising a pair of major parallel surfaces and a first plurality of mutually parallel partially reflective internal surfaces angled obliquely relative to the pair of parallel surfaces; providing a first optical block having a second pair of parallel faces , and a plurality of mutually parallel internal surfaces angled obliquely relative to the second pair of parallel faces, the internal surfaces being at least partly partially reflective such that the first block comprises a second plurality of mutually parallel partially reflective internal surfaces; bonding the first block to the stack such that one of the faces of the first block is joined to one of the faces of the stack and the first plurality of partially reflective internal surfaces is non-parallel to the second plurality of partially reflective internal surfaces, thereby forming a second optical block ; and slicing out at least one compound LOE from the second block by cutting the second block through at least two consecutive spacer plates having a LOE precursor sandwiched therebetween.
MEMS pump comprising a basis structure ; a membrane structure opposing the basis structure and being deflectable parallel to a surface normal (N) of the basis structure ; a pump chamber between the basis structure and the membrane structure , wherein a volume of the pump chamber is based on a position of the membrane structure with respect to the basis structure ; characterised by a passage configured for letting a fluid pass into the pump chamber or exit the pump chamber , wherein the passage is arranged in-plane with respect to the pump chamber , wherein in-plane relates to a direction having at least a component being perpendicular to a direction that is parallel to the surface normal (N); and a valve structure fluidically coupled to the passage and configured for connecting, in a first state, the passage to a first outer volume (32 1 ) so as to provide the fluid to the pump chamber from the first outer volume (32 1 ) and for connecting, in a second state, the passage to a second outer volume (32 2 ) so as to provide the fluid to the second outer volume (32 2 ). a basis structure ; a membrane structure opposing the basis structure and being deflectable parallel to a surface normal (N) of the basis structure ; a pump chamber between the basis structure and the membrane structure , wherein a volume of the pump chamber is based on a position of the membrane structure with respect to the basis structure ; characterised by a passage configured for letting a fluid pass into the pump chamber or exit the pump chamber , wherein the passage is arranged in-plane with respect to the pump chamber , wherein in-plane relates to a direction having at least a component being perpendicular to a direction that is parallel to the surface normal (N); and a valve structure fluidically coupled to the passage and configured for connecting, in a first state, the passage to a first outer volume (32 1 ) so as to provide the fluid to the pump chamber from the first outer volume (32 1 ) and for connecting, in a second state, the passage to a second outer volume (32 2 ) so as to provide the fluid to the second outer volume (32 2 ).
A fork lift pocket having a tubular main body in which a fork prong of a fork lift truck may be positioned, the main body having a detachable plug-in connection with at least one plug-in member provided thereon which has a securing device with at least one securing element associated and interacting therewith, characterised in that the securing element is disposed in a secured position by gravity.
A medical drill assembly comprising: a probe connectable at a proximal end to an electromechanical transducer for generating mechanical vibration of an ultrasonic frequency, said probe having a shaft with a central lumen or channel , said shaft being formed at a distal end with an enlarged head having a tapered distal side ; a source of pressurized liquid communicating with said lumen or channel ; a translatory or linear drive operatively connected to said probe for applying a distally directed force to said probe ; and a controller operatively connected to said translatory or linear drive for periodically at least reducing the magnitude of said distally directed force; wherein said assembly further comprises a rotary or oscillating drive operatively connected to said probe for applying a sector rotation to said probe ; said rotary or oscillating drive rotating said probe in alternating angular directions about a longitudinal axis of said probe . a probe connectable at a proximal end to an electromechanical transducer for generating mechanical vibration of an ultrasonic frequency, said probe having a shaft with a central lumen or channel , said shaft being formed at a distal end with an enlarged head having a tapered distal side ; a source of pressurized liquid communicating with said lumen or channel ; a translatory or linear drive operatively connected to said probe for applying a distally directed force to said probe ; and a controller operatively connected to said translatory or linear drive for periodically at least reducing the magnitude of said distally directed force; wherein said assembly further comprises a rotary or oscillating drive operatively connected to said probe for applying a sector rotation to said probe ; said rotary or oscillating drive rotating said probe in alternating angular directions about a longitudinal axis of said probe .
A base station, comprising: acquisition means configured to acquire other station delay information, which is information on communication delays predicted in communications of a terminal apparatus via each of one or more of other base stations ; and notification means configured to notify the terminal apparatus of the acquired other station delay information, the acquisition means is configured to acquire the other station delay information on each of the one or more of other base stations , characterized in that the acquisition means is further configured to acquire information on a scheduled movement path of the terminal apparatus, and the base station further comprises determination means configured to determine, based on the scheduled movement path, which the other station delay information on the one or more of other base stations is to be provided to the terminal apparatus . acquisition means configured to acquire other station delay information, which is information on communication delays predicted in communications of a terminal apparatus via each of one or more of other base stations ; and notification means configured to notify the terminal apparatus of the acquired other station delay information, the acquisition means is configured to acquire the other station delay information on each of the one or more of other base stations , characterized in that the acquisition means is further configured to acquire information on a scheduled movement path of the terminal apparatus, and the base station further comprises determination means configured to determine, based on the scheduled movement path, which the other station delay information on the one or more of other base stations is to be provided to the terminal apparatus .
A system comprising: a printed circuit board having three phase conductors for conveying incoming three phase power from a source and for outputting three phase power to a three-phase AC electric motor ; a power supply mounted on and electrically coupled to the printed circuit board; control circuitry mounted on and electrically coupled to the printed circuit board and receiving power from the power supply; and three single pole relays mounted on the printed circuit board and electrically coupled to respective phase conductors to receive the incoming power and to provide the outgoing power when closed, the relays each having a direct current operator that receives control signals from the control circuitry to switch in accordance with a point-on-wave switching scheme to close at desired times of an AC waveform of the incoming power and thereby complete current carrying paths from the source through the power conductors to the motor, wherein the three single pole relays comprise at least one sensor to sense current waveforms of the incoming power, wherein the at least one sensor provides signals representative of the incoming power to the control circuitry which is configured to switch the three single pole relays in accordance with the point-on-wave switching scheme. a printed circuit board having three phase conductors for conveying incoming three phase power from a source and for outputting three phase power to a three-phase AC electric motor ; a power supply mounted on and electrically coupled to the printed circuit board; control circuitry mounted on and electrically coupled to the printed circuit board and receiving power from the power supply; and three single pole relays mounted on the printed circuit board and electrically coupled to respective phase conductors to receive the incoming power and to provide the outgoing power when closed, the relays each having a direct current operator that receives control signals from the control circuitry to switch in accordance with a point-on-wave switching scheme to close at desired times of an AC waveform of the incoming power and thereby complete current carrying paths from the source through the power conductors to the motor, wherein the three single pole relays comprise at least one sensor to sense current waveforms of the incoming power, wherein the at least one sensor provides signals representative of the incoming power to the control circuitry which is configured to switch the three single pole relays in accordance with the point-on-wave switching scheme.
A capnometer for detecting a concentration of a component in a gas, wherein said gas is inhaled and/or exhaled by a patient, said capnometer comprising: an air flow region through which said gas passes to and/or from said patient's lung; a mid-IR semiconductor emitter configured to provide IR light at a wavelength in the range 3-5 μm; a mid-IR semiconductor detector to detect said IR light and a reflector to reflect said IR light emitted by said emitter; wherein said emitter, said detector and said reflector are arranged such that said IR light emitted by said emitter passes through said air flow region via said reflector to said detector characterised in that the capnometer includes a breath tube, wherein said breath tube defines a channel between said emitter, detector and said reflector defining said air flow region, the emitter and the detector being mounted adjacently on a circuit board on one side of the breath tube and the reflector being provided on an opposing side of the breath tube, wherein the reflector has a planar geometry and is selected from the group consisting of a Fresnel reflector and a reflective diffractive optical element, said emitter/detector and reflector being aligned so that light from the emitter is focused by the Fresnel reflector or the diffractive element onto the detector.
Agricultural cultivator, having a frame which is designed to be self-propelled in a transport direction (T) or to be pullable by a tractor in the transport direction (T), having a part of the frame running transversely to the transport direction (T) as a support , having a plurality of individually mountable cultivator elements , which can be positioned side by side and spaced from one another on the support , wherein the support is constructed from a plurality of support sections and has a folding mechanism which enables the support sections to be folded onto one another about folding axes running parallel to the transport direction (T), wherein one or more mounting rails are provided, wherein the mounting rail(s) can be removably mounted on the support , and wherein the cultivator elements can be removably mounted on the mounting rail(s) , and the agricultural cultivator is characterised by a selection of mounting rails having different length dimensions, which selection has just a suitable overall length depending on the envisaged spacing of the cultivator elements from one another.
A component for a turbomachine, comprising: an annular body defining an inner diameter portion and an outer diameter portion ; a crack guiding slot (105; 405; 505) defined in a surface of the annular body extending from the inner diameter portion radially outward toward the outer diameter portion or extending from the outer diameter portion radially inward toward the inner diameter portion; and a crack arresting hole defined at a radially outward terminus of the crack guiding slot, the component being characterised in that the crack guiding slot extends into the surface of the annular body to a depth (D) less than a thickness (T) of the annular body proximate the crack guiding slot. an annular body defining an inner diameter portion and an outer diameter portion ; a crack guiding slot (105; 405; 505) defined in a surface of the annular body extending from the inner diameter portion radially outward toward the outer diameter portion or extending from the outer diameter portion radially inward toward the inner diameter portion; and a crack arresting hole defined at a radially outward terminus of the crack guiding slot, the component being characterised in that the crack guiding slot extends into the surface of the annular body to a depth (D) less than a thickness (T) of the annular body proximate the crack guiding slot.
Inner phase housing for an underground link box , the inner phase housing comprising: - at least one phase pocket in which phase link posts are provided, - a plurality of conductor rods for connecting at least two low-voltage cables , and - a base section to which the at least one phase pocket is mounted, characterized in that the inner phase housing is formed as a single, monolithic piece and in that tubular feed-through protrusions , each for receiving a conductor rod , are integrally formed by the inner phase housing , the feed-through protrusions protruding outwards away from the base section of the inner phase housing . - at least one phase pocket in which phase link posts are provided, - a plurality of conductor rods for connecting at least two low-voltage cables , and - a base section to which the at least one phase pocket is mounted, characterized in that the inner phase housing is formed as a single, monolithic piece and in that tubular feed-through protrusions , each for receiving a conductor rod , are integrally formed by the inner phase housing , the feed-through protrusions protruding outwards away from the base section of the inner phase housing .
A method for cleaning an air conditioner, comprising: in response to a cleaning instruction, controlling frosting on the surface of a target heat exchanger; after a frosting completion condition is met, controlling defrosting of the frost on the target heat exchanger; characterised in that after a defrosting completion condition is met, reducing the surface temperature of the target heat exchanger to a sterilization temperature, and carrying out quick cooling sterilization, wherein the temperature difference between the sterilization temperature and the defrosting temperature during defrosting meets a set temperature change sterilization condition. in response to a cleaning instruction, controlling frosting on the surface of a target heat exchanger; after a frosting completion condition is met, controlling defrosting of the frost on the target heat exchanger; characterised in that after a defrosting completion condition is met, reducing the surface temperature of the target heat exchanger to a sterilization temperature, and carrying out quick cooling sterilization, wherein the temperature difference between the sterilization temperature and the defrosting temperature during defrosting meets a set temperature change sterilization condition.
A programmable core based computing device comprising: a plurality of processing cores coupled to each other; a memory configured to store stream-domain code including a stream defining a stream destination module and a stream source module , the stream source module placing data values in the stream , the stream conveying data values from the stream source module to the stream destination module , wherein the stream-domain code includes a module having an input stream and an output stream, the module consuming data values from the input stream and producing data values in the output stream, and wherein the module includes thread-domain code executed sequentially; and a runtime system configured to detect when the data values are available to the stream destination module and schedule the stream destination module for execution on one of the plurality of processing cores, wherein the stream source module is mapped to run on a first core of the plurality of processing cores and the stream destination module is mapped to run on a second core of the plurality of processing cores . a plurality of processing cores coupled to each other; a memory configured to store stream-domain code including a stream defining a stream destination module and a stream source module , the stream source module placing data values in the stream , the stream conveying data values from the stream source module to the stream destination module , wherein the stream-domain code includes a module having an input stream and an output stream, the module consuming data values from the input stream and producing data values in the output stream, and wherein the module includes thread-domain code executed sequentially; and a runtime system configured to detect when the data values are available to the stream destination module and schedule the stream destination module for execution on one of the plurality of processing cores, wherein the stream source module is mapped to run on a first core of the plurality of processing cores and the stream destination module is mapped to run on a second core of the plurality of processing cores .
A hardware tessellation system comprising hardware logic configured, for an initial patch comprising a left vertex and a right vertex connected by an edge and defined in domain space, to: compare a vertex tessellation factor of the left vertex and a vertex tessellation factor of the right vertex to a threshold value ; and in response to determining that either of the vertex tessellation factors of the left and right vertices exceed or equal the threshold value, form a new vertex sub-dividing the edge into two parts , calculate a vertex tessellation factor for the new vertex , divide the initial patch to form a first new patch comprising the left vertex and the new vertex and a second new patch comprising the right vertex and the new vertex and reduce the vertex tessellation factor of each vertex in each of the newly formed patches . compare a vertex tessellation factor of the left vertex and a vertex tessellation factor of the right vertex to a threshold value ; and in response to determining that either of the vertex tessellation factors of the left and right vertices exceed or equal the threshold value, form a new vertex sub-dividing the edge into two parts , calculate a vertex tessellation factor for the new vertex , divide the initial patch to form a first new patch comprising the left vertex and the new vertex and a second new patch comprising the right vertex and the new vertex and reduce the vertex tessellation factor of each vertex in each of the newly formed patches .