mhurhangee/patent-ind-claim-en huggingface dataset:
A system for optimizing the utilization of resources in instantiating virtual machine instances for conducting malware analysis on incoming content, comprising: means for determining whether a first virtual machine instance in accordance with a first software profile (360 1 ) corresponding to a targeted operating environment is currently running in the system, the first virtual machine instance being allocated first memory resources ; characterized by , means for instantiating a second virtual machine instance in the system, the second virtual machine instance operating in accordance with the first software profile (360 1 ), the second virtual machine instance operating concurrently with the first virtual machine instance , and being provided (a) shared access to the first memory resources allocated for use by the first virtual machine instance and (b) exclusive access to second memory resources in response to conducting a Copy-On Write operation. means for determining whether a first virtual machine instance in accordance with a first software profile (360 1 ) corresponding to a targeted operating environment is currently running in the system, the first virtual machine instance being allocated first memory resources ; characterized by , means for instantiating a second virtual machine instance in the system, the second virtual machine instance operating in accordance with the first software profile (360 1 ), the second virtual machine instance operating concurrently with the first virtual machine instance , and being provided (a) shared access to the first memory resources allocated for use by the first virtual machine instance and (b) exclusive access to second memory resources in response to conducting a Copy-On Write operation.
A cartridge for an electronic cigarette , the cartridge being configured to thermically connect to a base part having at least one heating element , the cartridge comprising: a liquid store comprising a liquid outlet ; ; a vaporization chamber in communication with the liquid store via the liquid outlet a sorption member in the vaporization chamber for absorbing liquid (L) transferred to the vaporization chamber via the liquid outlet ; and a heat transfer unit configured, when the cartridge is thermically connected to the base part , to transfer heat from the heating element to the sorption member to vaporize liquid (L) absorbed by the sorption member ; characterized in that the sorption member and the heat transfer unit are only in partial contact in contact zones . a liquid store comprising a liquid outlet ; ; a vaporization chamber in communication with the liquid store via the liquid outlet a sorption member in the vaporization chamber for absorbing liquid (L) transferred to the vaporization chamber via the liquid outlet ; and a heat transfer unit configured, when the cartridge is thermically connected to the base part , to transfer heat from the heating element to the sorption member to vaporize liquid (L) absorbed by the sorption member ; characterized in that the sorption member and the heat transfer unit are only in partial contact in contact zones .
An inverter assembly without galvanic isolation, the inverter comprising: a Printed Circuit Board, PCB on which a power supply circuit unit , an inverter unit , an analogue circuit unit and a controller are formed; a first ground circuit pattern formed on the PCB and configured to supply a ground power to the power supply circuit unit and the inverter unit ; and a second ground circuit pattern formed on the PCB and configured to supply the ground power to the analogue circuit unit ; a third ground circuit pattern formed on the PCB and configured to supply the ground power to the controller ; a first bead formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern by a medium of an impedance; a second bead formed on the PCB to electrically connect the second ground circuit pattern and the third ground circuit pattern by a medium of an impedance; and a switching mode power supply, SMPS formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern and to supply an auxiliary power to the inverter unit , wherein the first and second beads each include an element configured to increase impedance at a particular harmonic area to reduce or interrupt a switching harmonic noise generated from the SMPS . a Printed Circuit Board, PCB on which a power supply circuit unit , an inverter unit , an analogue circuit unit and a controller are formed; a first ground circuit pattern formed on the PCB and configured to supply a ground power to the power supply circuit unit and the inverter unit ; and a second ground circuit pattern formed on the PCB and configured to supply the ground power to the analogue circuit unit ; a third ground circuit pattern formed on the PCB and configured to supply the ground power to the controller ; a first bead formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern by a medium of an impedance; a second bead formed on the PCB to electrically connect the second ground circuit pattern and the third ground circuit pattern by a medium of an impedance; and a switching mode power supply, SMPS formed on the PCB to electrically connect the first ground circuit pattern and the second ground circuit pattern and to supply an auxiliary power to the inverter unit , wherein the first and second beads each include an element configured to increase impedance at a particular harmonic area to reduce or interrupt a switching harmonic noise generated from the SMPS .
A module for slidable receipt in an electronics enclosure, comprising: a chassis including opposite front and rear portions , opposite first and second side portions, an interior portion and a bottom portion; a printed circuit board, PCB, mounted within the interior portion of the chassis for sliding movement relative to the chassis along a first axis that extends from the front portion to the rear portion between the first and second side portions of the chassis, wherein the PCB is slidable over the bottom portion of the chassis along the first axis; at least a first connector electrically connected to the PCB adjacent the rear portion of the chassis; a biasing apparatus interconnected between the chassis and the PCB that is configured to deflect upon engagement between the first connector and a corresponding second connector secured within the electronics enclosure in response to the chassis being inserted into a socket of the electronics; and characterized by a frame that is slidably attached to the bottom portion of the chassis for sliding movement along the first axis, wherein the PCB is rigidly attached to the frame for movement therewith along the first axis . a chassis including opposite front and rear portions , opposite first and second side portions, an interior portion and a bottom portion; a printed circuit board, PCB, mounted within the interior portion of the chassis for sliding movement relative to the chassis along a first axis that extends from the front portion to the rear portion between the first and second side portions of the chassis, wherein the PCB is slidable over the bottom portion of the chassis along the first axis; at least a first connector electrically connected to the PCB adjacent the rear portion of the chassis; a biasing apparatus interconnected between the chassis and the PCB that is configured to deflect upon engagement between the first connector and a corresponding second connector secured within the electronics enclosure in response to the chassis being inserted into a socket of the electronics; and characterized by a frame that is slidably attached to the bottom portion of the chassis for sliding movement along the first axis, wherein the PCB is rigidly attached to the frame for movement therewith along the first axis .
A method of operating a first node of a network to provide a time function in the network, the method comprising, at the first node: generating a time function protocol data unit for supporting the time function; generating a plurality of preamble protocol data units ; sending the plurality of preamble protocol data units before sending the time function protocol data unit ; wherein the preamble protocol data units carry routing information to cause the preamble protocol data units to follow a same network path as the time function protocol data unit; wherein the time function protocol data unit carries an event message of a synchronisation protocol using a two-way exchange of messages. generating a time function protocol data unit for supporting the time function; generating a plurality of preamble protocol data units ; sending the plurality of preamble protocol data units before sending the time function protocol data unit ; wherein the preamble protocol data units carry routing information to cause the preamble protocol data units to follow a same network path as the time function protocol data unit; wherein the time function protocol data unit carries an event message of a synchronisation protocol using a two-way exchange of messages.
A mobile device comprising: a plurality of power amplifiers (32a-c, 92a-b, 102a-e, 103a-e) including first and second power amplifiers configured to amplify respective first and second radio frequency, RF, signals that have time-varying envelopes, the first and second power amplifiers each having an enabled state and a disabled state; an envelope tracking module configured to generate a supply voltage (V CC_PA ) for a first supply node used to electrically power the plurality of power amplifiers (32a-c, 92a-b, 102a-e, 103a-e), the envelope tracking module being configured to vary the supply voltage (V CC_PA ) based on the envelope of the first RF signal if the first power amplifier is enabled or based on the envelope of the second RF signal if the second power amplifier is enabled; first and second capacitors , each capacitor having a first end and a second end, the first end of each capacitor being electrically connected to the first supply node ; a first switch connected between the second end of the first capacitor and a second supply node (Vi), the first switch configured to open in response to the first power amplifier being disabled and to close in response to the first power amplifier being enabled; and a second switch connected between the second end of the second capacitor and the second supply node (Vi), the second switch configured to open in response to the second power amplifier being disabled and to close in response to the second power amplifier being enabled. a plurality of power amplifiers (32a-c, 92a-b, 102a-e, 103a-e) including first and second power amplifiers configured to amplify respective first and second radio frequency, RF, signals that have time-varying envelopes, the first and second power amplifiers each having an enabled state and a disabled state; an envelope tracking module configured to generate a supply voltage (V CC_PA ) for a first supply node used to electrically power the plurality of power amplifiers (32a-c, 92a-b, 102a-e, 103a-e), the envelope tracking module being configured to vary the supply voltage (V CC_PA ) based on the envelope of the first RF signal if the first power amplifier is enabled or based on the envelope of the second RF signal if the second power amplifier is enabled; first and second capacitors , each capacitor having a first end and a second end, the first end of each capacitor being electrically connected to the first supply node ; a first switch connected between the second end of the first capacitor and a second supply node (Vi), the first switch configured to open in response to the first power amplifier being disabled and to close in response to the first power amplifier being enabled; and a second switch connected between the second end of the second capacitor and the second supply node (Vi), the second switch configured to open in response to the second power amplifier being disabled and to close in response to the second power amplifier being enabled.
An antenna interface circuit, comprising: a main connector, wherein the main connector comprises: a common contact (c0) used as a terminal of a main receiver; a normally-closed contact (c1) used as a port of a main antenna; and a normally-open contact (c2) used as a port of an external antenna; wherein the antenna interface circuit further comprises: a single pole double throw switch comprising: a common contact (c0) used as a port of a diversity receiver; a normally-closed contact (s1) used as a port of a diversity antenna; and a normally-open contact (s2) connected to the normally-closed contact of the main connector; and when the common contact (c0) of the main connector is not connected to the normally-open contact (c2) of the main connector, the common contact (s0) of the single-pole double-throw switch is connected to the normally-closed contact (s1) of the single-pole double-throw switch when the common contact (c0) of the main connector is connected to the normally-open contact (c2) of the main connector, the common contact (s0) of the single-pole double-throw switch is connected to the normally-open contact (s2) of the single-pole double-throw switch. a common contact (c0) used as a terminal of a main receiver; a normally-closed contact (c1) used as a port of a main antenna; and a normally-open contact (c2) used as a port of an external antenna; wherein the antenna interface circuit further comprises: a single pole double throw switch comprising: a common contact (c0) used as a port of a diversity receiver; a normally-closed contact (s1) used as a port of a diversity antenna; and a normally-open contact (s2) connected to the normally-closed contact of the main connector; and a common contact (c0) used as a port of a diversity receiver; a normally-closed contact (s1) used as a port of a diversity antenna; and a normally-open contact (s2) connected to the normally-closed contact of the main connector; and when the common contact (c0) of the main connector is not connected to the normally-open contact (c2) of the main connector, the common contact (s0) of the single-pole double-throw switch is connected to the normally-closed contact (s1) of the single-pole double-throw switch when the common contact (c0) of the main connector is connected to the normally-open contact (c2) of the main connector, the common contact (s0) of the single-pole double-throw switch is connected to the normally-open contact (s2) of the single-pole double-throw switch.
A chimeric antigen receptor (CAR) system comprising; (i) a receptor component comprising an antigen binding domain, a transmembrane domain and a first binding domain; and (ii) an intracellular signalling component comprising a signalling domain and a second binding domain which specifically binds the first binding domain of the receptor component; wherein binding of the first and second binding domains is disrupted by the presence of an agent, such that in the absence of the agent the receptor component and the signalling component heterodimerize and binding of the antigen binding domain to antigen results in signalling through the signalling domain, whereas in the presence of the agent the receptor component and the signalling component do not heterodimerize and binding of the antigen binding domain to antigen does not result in signalling through the signalling domain, wherein the first binding domain comprises Tet Repressor Protein (TetR) and the second binding domain comprises Transcription inducing peptide (TiP); or wherein the first binding domain comprises TiP and the second binding domain comprises TetR; and the agent is tetracycline, doxycycline or minocycline or an analogue thereof. (i) a receptor component comprising an antigen binding domain, a transmembrane domain and a first binding domain; and (ii) an intracellular signalling component comprising a signalling domain and a second binding domain which specifically binds the first binding domain of the receptor component;
A hanger device comprising: a main body having at least one opening to allow air to be suctioned into the main body and at least one discharge port (1207, 1223a, 1223b, or 1223c) to allow suctioned air to be forced out of the main body; a fan module provided inside the main body and configured to suction air through the at least one opening and force the suction air to the at least one discharge port; a filtering module for removing foreign substances contained in the suctioned air; a hanging unit coupled to the main body, wherein the hanging unit includes: two supports extending downward from the main body and having at least one lift unit to change a length of the supports in a vertical direction; a hollow hanging bar connecting the ends of the supports and having a plurality of outlets on a bottom surface thereof, which are spaced apart from each other by a predetermined interval; and an air flow path (L2) provided in the supports to allow a portion of the suctioned air to pass through the supports, wherein the air flow path (L2) extends into the hanging bar . a main body having at least one opening to allow air to be suctioned into the main body and at least one discharge port (1207, 1223a, 1223b, or 1223c) to allow suctioned air to be forced out of the main body; a fan module provided inside the main body and configured to suction air through the at least one opening and force the suction air to the at least one discharge port; a filtering module for removing foreign substances contained in the suctioned air; a hanging unit coupled to the main body, wherein the hanging unit includes: two supports extending downward from the main body and having at least one lift unit to change a length of the supports in a vertical direction; a hollow hanging bar connecting the ends of the supports and having a plurality of outlets on a bottom surface thereof, which are spaced apart from each other by a predetermined interval; and an air flow path (L2) provided in the supports to allow a portion of the suctioned air to pass through the supports, wherein the air flow path (L2) extends into the hanging bar . two supports extending downward from the main body and having at least one lift unit to change a length of the supports in a vertical direction; a hollow hanging bar connecting the ends of the supports and having a plurality of outlets on a bottom surface thereof, which are spaced apart from each other by a predetermined interval; and an air flow path (L2) provided in the supports to allow a portion of the suctioned air to pass through the supports, wherein the air flow path (L2) extends into the hanging bar .
A pipe comprising polyethylene and greater than 0.5 wt.% zinc oxide having a time to failure as determined in accordance with ASTM F2263-07(E1) that is at least 25% greater than an otherwise similar pipe prepared in the absence of zinc oxide, wherein the polymer is bimodal.
A biodegradable implantable medical device comprising an iron alloy, wherein the alloy is at least 85% austenite in structure and contains 0.1% or less chromium and 25% to 35% manganese, the manganese being an austenite promoting component, and wherein the alloy has a surface to volume ratio for individual grains of, on average, greater than 0.1μ -1 .
A photosensitive optoelectronic device comprising: a first subcell comprising a first photoactive region comprising at least one donor material and at least one acceptor material, wherein the at least one acceptor material has a Lowest Unoccupied Molecular Orbital energy level (LUMO Acc ) and a Highest Occupied Molecular Orbital energy level (HOMO Acc ); a second subcell comprising a second photoactive region; and an exciton-blocking electron filter disposed between the first subcell and the second subcell, wherein the exciton-blocking electron filter is a mixed layer comprising a mixture of: a wide energy gap material; and an electron conducting material; wherein the wide energy gap material has - a Lowest Unoccupied Molecular Orbital energy level (LUMO CS-WG ) smaller than or equal to the LUMO Acc ; - a Highest Occupied Molecular Orbital energy level (HOMO CS-WG ) larger than, equal to, or within 0.3 eV smaller than the HOMO Acc ; and - a HOMO CS-WG -LUMO CS-WG energy gap wider than a HOMO Acc -LUMO Acc energy gap; and wherein the at least one electron conducting material has a Lowest Unoccupied Molecular Orbital energy level (LUMO EC ) larger than, equal to, or within 0.3 eV smaller than the LUMO Acc ; wherein a first HOMO or LUMO energy level is "smaller than" a second HOMO or LUMO energy level if the first HOMO or LUMO energy level is closer to the vacuum level than the second HOMO or LUMO energy level and a first HOMO or LUMO energy level is "larger than" a second HOMO or LUMO energy level if the first HOMO or LUMO energy level is further from the vacuum level than the second HOMO or LUMO energy level; and wherein the device further comprises a charge recombination layer disposed between the first subcell and the second subcell; and wherein the mixture comprises the wide energy gap material and the electron conducting material at a ratio ranging from 10:1 to 1:10 by volume. a first subcell comprising a first photoactive region comprising at least one donor material and at least one acceptor material, wherein the at least one acceptor material has a Lowest Unoccupied Molecular Orbital energy level (LUMO Acc ) and a Highest Occupied Molecular Orbital energy level (HOMO Acc ); a second subcell comprising a second photoactive region; and an exciton-blocking electron filter disposed between the first subcell and the second subcell, wherein the exciton-blocking electron filter is a mixed layer comprising a mixture of: a wide energy gap material; and an electron conducting material; a wide energy gap material; and an electron conducting material; - a Lowest Unoccupied Molecular Orbital energy level (LUMO CS-WG ) smaller than or equal to the LUMO Acc ; - a Highest Occupied Molecular Orbital energy level (HOMO CS-WG ) larger than, equal to, or within 0.3 eV smaller than the HOMO Acc ; and - a HOMO CS-WG -LUMO CS-WG energy gap wider than a HOMO Acc -LUMO Acc energy gap; and
Dishwasher basket for cleaning articles to be cleaned that have at least one cavity , in particular bottles , comprising a basket base and a plurality of nozzles extending from the basket base , wherein the nozzles can be detachably connected to the basket base , wherein at least two fluid supplies are provided in the basket base , wherein the nozzles each have at least one washing fluid channel , which can be connected fluidically to a washing fluid supply in the basket base and opens into at least one washing nozzle opening of the respective nozzle , wherein the nozzles additionally each have at least one rinsing fluid channel formed separately from the washing fluid channel , wherein the rinsing fluid channel can be connected fluidically to a rinsing fluid supply in the basket base and opens into at least one rinsing nozzle opening of the respective nozzle .
Construct comprising an antigen attached to a filamentous polymer carrier comprising an oligo(ethylene glycol) functionalized polyisocyanopeptide homopolymer backbone wherein oligo means < 10, wherein said antigen is linked via oligo(ethylene glycol) groups for use in immunotherapy.