mhurhangee/patent-ind-claim-en huggingface dataset:
A valve opening circuit mounted on a heat pump device including a valve on a refrigerant circuit, the valve opening circuit comprising: a DC electric path to which a DC voltage generated from an AC voltage for normal use is applied; a valve drive circuit that opens and closes the valve by using the DC voltage of the DC electric path ; a control unit that acquires a control power source voltage based on the DC voltage of the DC electric path and controls the valve drive circuit ; and a power feed port connected to the DC electric path and connectable to a DC power source line provided from outside for emergency, wherein the control unit causes the valve drive circuit to open the valve when the AC voltage is lost and the DC voltage is fed from the DC power source line to the power feed port . a DC electric path to which a DC voltage generated from an AC voltage for normal use is applied; a valve drive circuit that opens and closes the valve by using the DC voltage of the DC electric path ; a control unit that acquires a control power source voltage based on the DC voltage of the DC electric path and controls the valve drive circuit ; and a power feed port connected to the DC electric path and connectable to a DC power source line provided from outside for emergency, wherein the control unit causes the valve drive circuit to open the valve when the AC voltage is lost and the DC voltage is fed from the DC power source line to the power feed port .
A pharmaceutical composition for use in the treatment of atherosclerosis in a subject, wherein said composition comprises a therapeutically effective amount of a compound having the structure: wherein each of X and Y independently is oxygen or sulfur; R is a hydrogen or C(=O)C 1 -C 8 alkyl; each of R 1 , R 2 and R 3 independently is a hydrogen, methyl or (CH 2 ) m -CH 3 ; R 4 is C 1 -C 8 alkyl, C 2 -C 8 alkenyl, C 2 -C 8 alkynyl, aryl, optionally substituted with one or more substituents selected from C 1 -C 8 alkyl, C 2 -C 8 alkenyl, C 2 -C 8 alkynyl, C 3 -C 8 cycloalkyl, and C 1 -C 8 haloalkyl; m = 1-12; and n=1-12; or a pharmaceutically acceptable salt, or solvate thereof.
A hot beverage preparing device wherein the materials to be used are prevented from being affected by the water vapor formed during the brewing process, or by the residual water inside the brewing chamber, comprising; - at least one brewing chamber which is suitable for the materials required for preparing a hot beverage to be put inside, having at least one base movable in upwards and downwards directions, said base having, at least one intake position which is suitable for the materials to be taken inside the brewing chamber , at least one brewing position which is suitable for carrying out the brewing process, and at least one discharge position which is suitable for the brewed beverage to be discharged, the said base being movable between the said positions, - at least one discharge opening for discharging the materials from inside the brewing chamber , providing a passage between the inside and the outside of the brewing chamber , - at least one inlet opening for taking at least one material in powder form or granular form, required for preparing the beverage, inside of the brewing chamber and characterized in that - the said inlet opening is located below the brewing position of the base . - at least one brewing chamber which is suitable for the materials required for preparing a hot beverage to be put inside, having at least one base movable in upwards and downwards directions, said base having, at least one intake position which is suitable for the materials to be taken inside the brewing chamber , at least one brewing position which is suitable for carrying out the brewing process, and at least one discharge position which is suitable for the brewed beverage to be discharged, the said base being movable between the said positions, - at least one discharge opening for discharging the materials from inside the brewing chamber , providing a passage between the inside and the outside of the brewing chamber , - at least one inlet opening for taking at least one material in powder form or granular form, required for preparing the beverage, inside of the brewing chamber and characterized in that - the said inlet opening is located below the brewing position of the base .
A display device, comprising: a substrate including a wiring electrode; a conductive adhesive layer including an anisotropic conductive medium , and disposed to cover the wiring electrode; and a plurality of semiconductor light emitting devices adhered to the conductive adhesive layer , and electrically connected to the wiring electrode through the anisotropic conductive medium, wherein the conductive adhesive layer comprises: a first layer disposed on the substrate; a second layer deposited on the first layer, and including the anisotropic conductive medium ; and a third layer deposited on the second layer , to which the semiconductor light emitting devices are adhered, and wherein at least one of the second layer and the third layer includes a white pigment configured to reflect light emitted by the semiconductor light emitting device, characterized in that the white pigment is excluded from the first layer . a substrate including a wiring electrode; a conductive adhesive layer including an anisotropic conductive medium , and disposed to cover the wiring electrode; and a plurality of semiconductor light emitting devices adhered to the conductive adhesive layer , and electrically connected to the wiring electrode through the anisotropic conductive medium, wherein the conductive adhesive layer comprises: a first layer disposed on the substrate; a second layer deposited on the first layer, and including the anisotropic conductive medium ; and a third layer deposited on the second layer , to which the semiconductor light emitting devices are adhered, and a first layer disposed on the substrate; a second layer deposited on the first layer, and including the anisotropic conductive medium ; and a third layer deposited on the second layer , to which the semiconductor light emitting devices are adhered, and wherein at least one of the second layer and the third layer includes a white pigment configured to reflect light emitted by the semiconductor light emitting device, characterized in that the white pigment is excluded from the first layer .
A method of identifying a condition in a subject, the method comprising: isolating a plurality of cell free DNA (cfDNA) fragments from a biological sample from the subject; sequencing at least a portion of the plurality of cfDNA fragments; mapping a plurality of cfDNA fragments to a reference genome; assigning to each of a plurality of genomic positions a first value corresponding to the number of cfDNA fragments having their leftmost endpoint at said position and a second value corresponding to the number of cfDNA fragment having their rightmost endpoint at said position, wherein the first value is determined by tallying left endpoints and the second value is determined by tallying right endpoints of cfDNA fragments at each of the plurality of genomic positions; comparing the first value and the second value from the subject to corresponding values in a reference dataset from one or more reference subjects; and identifying a probability of the condition in the subject based on the correlation of the subject's first value to the corresponding value in the reference dataset and/or the correlation of the subject's second value to the corresponding value in the reference dataset. isolating a plurality of cell free DNA (cfDNA) fragments from a biological sample from the subject; sequencing at least a portion of the plurality of cfDNA fragments; mapping a plurality of cfDNA fragments to a reference genome; assigning to each of a plurality of genomic positions a first value corresponding to the number of cfDNA fragments having their leftmost endpoint at said position and a second value corresponding to the number of cfDNA fragment having their rightmost endpoint at said position, wherein the first value is determined by tallying left endpoints and the second value is determined by tallying right endpoints of cfDNA fragments at each of the plurality of genomic positions; comparing the first value and the second value from the subject to corresponding values in a reference dataset from one or more reference subjects; and identifying a probability of the condition in the subject based on the correlation of the subject's first value to the corresponding value in the reference dataset and/or the correlation of the subject's second value to the corresponding value in the reference dataset.
A method performed by an apparatus, said method comprising: determining that at least two reports to be transmitted on an uplink resource collide with respect to the uplink resource, wherein the at least two reports includes at least one channel state information report; applying at least one resource selection policy to the at least two reports, wherein the at least one resource selection policy comprises defining a priority order according to a cell index to which the channel state information report relates, and determining a maximum number of channel state information reports that are to be provided in a single subframe; selecting a resource and format to be used for transmitting a plurality of the at least two reports according to the at least one resource selection policy, wherein the resource is additionally selected based on a maximum payload supported by said resource; and transmitting the at least two reports using the selected resource and format. determining that at least two reports to be transmitted on an uplink resource collide with respect to the uplink resource, wherein the at least two reports includes at least one channel state information report; applying at least one resource selection policy to the at least two reports, wherein the at least one resource selection policy comprises defining a priority order according to a cell index to which the channel state information report relates, and determining a maximum number of channel state information reports that are to be provided in a single subframe; selecting a resource and format to be used for transmitting a plurality of the at least two reports according to the at least one resource selection policy, wherein the resource is additionally selected based on a maximum payload supported by said resource; and transmitting the at least two reports using the selected resource and format.
A high pressure diesel fuel pump comprising a pumping assembly and a drivetrain assembly , the pumping assembly comprising a plunger extending from a pump head along a pumping axis (A-A'), the drivetrain assembly comprising a drive shaft and a cam mounted thereon within a cambox of a housing , a shoe for contact with a lower end of the plunger , a roller mounted within a cavity of the shoe for contact with the cam , and a shoe guide mounted within a guide chamber of the housing substantially between the cam and the plunger and adapted to receive the shoe and roller within a bore thereof, wherein the plunger is arranged for reciprocating linear movement along the pumping axis (A-A') within a pumping chamber of the housing upon rotation of the cam , characterised in that the shoe comprises at least one fuel delivery means extending between an upper surface of the shoe and an unloaded region of the cavity , the unloaded region of the cavity being one or more segments of the cavity that is/are not located directly under the plunger contact area, and above the diametric line that lies laterally across the cavity , the plunger contact area being a central 30% of the upper surface of the shoe , wherein the fuel delivery means comprises a bore through a body of the shoe connecting the upper surface of the shoe with the cavity , wherein the bore comprises an external opening into a link . wherein the link is provided in the side wall of the shoe and open to the side wall of the shoe and, wherein the bore comprises an internal opening in a wall of the cavity in said unloaded region of the cavity and, wherein the internal opening is located in a segment of the cavity wall extending between approximately 15° and approximately 75° from the pumping axis (A-A') (in any direction) and, wherein the internal opening terminates in a reservoir provided in the cavity wall and, wherein the reservoir comprises a recess cut into said cavity wall extending longitudinally along substantially the length of the cavity wall and, wherein the recess extends along approximately between 60% and 90% of the length of the cavity wall.
Electrical equipment , comprising: an array of keys each of which includes a key press sensor and a key member , wherein each key member has opposing outer and inner surfaces and a peripheral edge surface that extends from the outer surface to the inner surface; and a layer of material having a first surface facing the key members and having an opposing second surface facing the key press sensors ; and light sources that provide backlight illumination for the keys , wherein each key member includes a coating layer with a symbol-shaped opening and includes a metal trim on the peripheral edge surface and the outer and inner surfaces are free from the metal trim. an array of keys each of which includes a key press sensor and a key member , wherein each key member has opposing outer and inner surfaces and a peripheral edge surface that extends from the outer surface to the inner surface; and a layer of material having a first surface facing the key members and having an opposing second surface facing the key press sensors ; and light sources that provide backlight illumination for the keys , wherein each key member includes a coating layer with a symbol-shaped opening and includes a metal trim on the peripheral edge surface and the outer and inner surfaces are free from the metal trim.
A system for identifying a precursor ion of a product ion in a tandem mass spectrometry experiment, said system comprising: a mass filter that is configured to move a transmission window that has a constant rate of precursor ion transmission for each precursor ion in overlapping steps across a mass range, to produce a series of overlapping transmission windows across the mass range; a fragmentation device that is configured to fragment the precursor ions produced at each step; a mass analyzer that is configured to analyze resulting product ions, to produce a product ion spectrum for each step of the transmission window and a plurality of product ion spectra for the mass range; and a processor in communication with the mass filter and the mass analyzer that is configured to: receive the plurality of product ion spectra produced by the series of overlapping transmission windows, for at least one product ion of the plurality of product ion spectra, calculate a function that describes how an intensity of the at least one product ion from the plurality of product ion spectra varies with the location of the transmission window in terms of precursor ion mass as the transmission window is moved across the mass range in overlapping steps, and identify a precursor ion of the at least one product ion from the function. a mass filter that is configured to move a transmission window that has a constant rate of precursor ion transmission for each precursor ion in overlapping steps across a mass range, to produce a series of overlapping transmission windows across the mass range; a fragmentation device that is configured to fragment the precursor ions produced at each step; a mass analyzer that is configured to analyze resulting product ions, to produce a product ion spectrum for each step of the transmission window and a plurality of product ion spectra for the mass range; and a processor in communication with the mass filter and the mass analyzer that is configured to: receive the plurality of product ion spectra produced by the series of overlapping transmission windows, for at least one product ion of the plurality of product ion spectra, calculate a function that describes how an intensity of the at least one product ion from the plurality of product ion spectra varies with the location of the transmission window in terms of precursor ion mass as the transmission window is moved across the mass range in overlapping steps, and identify a precursor ion of the at least one product ion from the function. receive the plurality of product ion spectra produced by the series of overlapping transmission windows, for at least one product ion of the plurality of product ion spectra, calculate a function that describes how an intensity of the at least one product ion from the plurality of product ion spectra varies with the location of the transmission window in terms of precursor ion mass as the transmission window is moved across the mass range in overlapping steps, and identify a precursor ion of the at least one product ion from the function.
A continuous production system configured to continuously produce a product from a powder of a raw material, the continuous production system comprising: a first processing device (2-7) configured to perform a first processing on the powder of the raw material; a second processing device (2-7) configured to perform a second processing on the powder, on which the first processing device (2-7) has performed the first processing; and an inspection and screening device that has an inspection chamber arranged to receive therethrough powder fed from the first processing device (2-7) to the second processing device (2-7), characterized in that the inspection and screening device has a cleansing mechanism arranged at a downstream side of an entrance-side gate valve that is configured to open and close a path connecting from the first processing device (2-7) to the inspection chamber , the cleansing mechanism configured to spray a gas from an entrance-side opening formed on an inner face of the path in a direction forming a spiral flow following the inner face of the path, in a state in which the entrance-side gate valve is closed, so as to blow a retained powder away from the inspection chamber to an outlet channel on a downstream side of the inspection chamber . a first processing device (2-7) configured to perform a first processing on the powder of the raw material; a second processing device (2-7) configured to perform a second processing on the powder, on which the first processing device (2-7) has performed the first processing; and an inspection and screening device that has an inspection chamber arranged to receive therethrough powder fed from the first processing device (2-7) to the second processing device (2-7), characterized in that the inspection and screening device has a cleansing mechanism arranged at a downstream side of an entrance-side gate valve that is configured to open and close a path connecting from the first processing device (2-7) to the inspection chamber , the cleansing mechanism configured to spray a gas from an entrance-side opening formed on an inner face of the path in a direction forming a spiral flow following the inner face of the path, in a state in which the entrance-side gate valve is closed, so as to blow a retained powder away from the inspection chamber to an outlet channel on a downstream side of the inspection chamber .
Electronic handle for a vehicle door, the handle comprising: - a bracket ; - a grip movably mounted on the bracket between a first position (FP) and a second position (SP), the grip being configured to be moved from the first position (FP) to the second position (SP) when a pulling force is applied on the grip by a user; - a magnetic retainer configured to hold the grip in the first position (FP); - an electronic system configured to electronically cooperate with a latch for opening the vehicle door when activated in a first configuration corresponding to a normal use, - a back-up system configured to cooperate with the latch for opening the vehicle door when activated in a second configuration corresponding to an emergency or a lack of electrical power, wherein the electronic system is configured to activate in response to a detection of a pulling force applied on the grip that is lower than a predetermined force; and wherein the magnetic retainer is configured to hold the grip in the first position (FP) if a pulling force applied on the grip that is lower than the predetermined force and to release the grip and allow a movement from the first position (FP) to the second position (SP) to activate the back-up system in response to a pulling force applied on the grip that is higher than the predetermined force. - a bracket ; - a grip movably mounted on the bracket between a first position (FP) and a second position (SP), the grip being configured to be moved from the first position (FP) to the second position (SP) when a pulling force is applied on the grip by a user; - a magnetic retainer configured to hold the grip in the first position (FP); - an electronic system configured to electronically cooperate with a latch for opening the vehicle door when activated in a first configuration corresponding to a normal use, - a back-up system configured to cooperate with the latch for opening the vehicle door when activated in a second configuration corresponding to an emergency or a lack of electrical power, wherein the electronic system is configured to activate in response to a detection of a pulling force applied on the grip that is lower than a predetermined force; and wherein the magnetic retainer is configured to hold the grip in the first position (FP) if a pulling force applied on the grip that is lower than the predetermined force and to release the grip and allow a movement from the first position (FP) to the second position (SP) to activate the back-up system in response to a pulling force applied on the grip that is higher than the predetermined force.
A servovalve comprising: a fluid transfer valve assembly comprising a supply port and a control port; a moveable valve spool arranged to regulate flow of fluid from the supply port to the control port in response to a control signal; and a drive assembly configured to axially move the valve spool relative to the fluid transfer assembly in response to the control signal to regulate the fluid flow; wherein the drive assembly comprises a steerable jet pipe moveable by an amount determined by the control signal to cause corresponding movement of the valve spool; the jet pipe terminating at one end in a nozzle and at the other end being in fluid flow engagement with and fixedly connected to a fluid supply torsion tube arranged to receive fluid from a fluid source, whereby movement of the valve spool is caused by fluid flowing from the nozzle to engage with the valve spool, and characterised in that the end of the torsion tube furthest from the jet pipe is fixedly attached to a slider component having a port configured to be in fluid flow engagement with the fluid source; the slider component mounted for sliding movement responsive to movement of the jet pipe responsive to the control signal, and the slider component providing a fluid flow channel between the port and the torsion tube and hence to the jet pipe.