mhurhangee/patent-ind-claim-en huggingface dataset:
A processor for determining a state of a first network device in a lighting network, the processor being adapted to: ascertain a first count value associated with the first network device and a second count value associated with a second network device adapted to pass messages to the first network device; determine a state of the first network device based on the first count value and the second count value, wherein if the first count value is within a first predetermined range relative to the second count value, the processor determines that the first network device has been inactive wherein the first count value is dependent on the change of an incremental property of the first network device since a last reset of the first count value and the second count value is dependent on the change of an incremental property of the second network device since a last reset of the second count value. ascertain a first count value associated with the first network device and a second count value associated with a second network device adapted to pass messages to the first network device; determine a state of the first network device based on the first count value and the second count value, wherein if the first count value is within a first predetermined range relative to the second count value, the processor determines that the first network device has been inactive wherein the first count value is dependent on the change of an incremental property of the first network device since a last reset of the first count value and the second count value is dependent on the change of an incremental property of the second network device since a last reset of the second count value.
A 3D endoscope system comprising: an endoscope configured to capture a three-dimensional image of a target site comprising tissues to be cut with an electrical scalpel; and a parallax amount adjustment unit configured to adjust a parallax amount of the three-dimensional image, characterized in that the parallax amount adjustment unit adjusts the parallax amount of the three-dimensional image depending on electrical scalpel control information indicating whether the electrical scalpel is on or off, to reduce the parallax when the electric scalpel is on. an endoscope configured to capture a three-dimensional image of a target site comprising tissues to be cut with an electrical scalpel; and a parallax amount adjustment unit configured to adjust a parallax amount of the three-dimensional image, characterized in that the parallax amount adjustment unit adjusts the parallax amount of the three-dimensional image depending on electrical scalpel control information indicating whether the electrical scalpel is on or off, to reduce the parallax when the electric scalpel is on.
An apparatus for chamfer-machining at least two edges of a toothed workpiece , wherein the apparatus comprises at least one workpiece spindle with a rotatably mounted workpiece holder for receiving the workpiece and a machining head movable relative to the workpiece holder via at least one axis of movement, wherein on the machining head at least one first tool spindle with a first rotatably mounted tool holder is provided, wherein the apparatus is configured such that at least one first edge of a toothing (7a, 7b; 27a, 27c) of a workpiece received in the workpiece holder can be chamfer-machined by a chamfer milling cutter received in the first tool holder, wherein the first chamfer milling cutter is a disk-shaped deburring tool that includes cutting teeth and flutes on its circumference, and wherein on the machining head a second tool spindle with a second rotatably mounted tool holder is provided, characterized in that the apparatus is configured such that a second edge of a toothing (7b; 27b) of a workpiece received in the workpiece holder can be chamfer-machined by an end milling cutter received in the second tool holder.
Composition comprising at least 99% by weight of 1,1,1,2,3-pentachloropropane, and comprising at least one compound chosen from a list of additional compounds consisting of trichloropropanes, tetrachloropropanes, pentachloropropanes other than 1,1,1,2,3-pentachloropropane, hexachloropropanes, heptachloropropanes, dichloropropenes, trichloropropenes, tetrachloropropenes, pentachloropropenes and hexachloropropene, said compound being present in the composition in a weight content of less than or equal to 500 ppm.
A downhole chemical injection system for positioning in a well, the system comprising: a generally tubular mandrel having an axially extending internal passageway and an exterior, the mandrel including an injection port in fluid communication with at least one of the internal passageway and the exterior of the mandrel; a chemical injection line coupled to the mandrel and operable to transport a treatment fluid from a surface installation to the mandrel; and a density barrier comprising tubing , the density barrier fluidically positioned between the chemical injection line and the injection port, the density barrier having an axial loop and a circumferential loop relative to the mandrel, thereby preventing migration of production fluid from the injection port to the chemical injection line regardless of the directional orientation of the well. a generally tubular mandrel having an axially extending internal passageway and an exterior, the mandrel including an injection port in fluid communication with at least one of the internal passageway and the exterior of the mandrel; a chemical injection line coupled to the mandrel and operable to transport a treatment fluid from a surface installation to the mandrel; and a density barrier comprising tubing , the density barrier fluidically positioned between the chemical injection line and the injection port, the density barrier having an axial loop and a circumferential loop relative to the mandrel, thereby preventing migration of production fluid from the injection port to the chemical injection line regardless of the directional orientation of the well.
An apparatus, comprising: an oscillator comprising a frequency determining element and circuitry responsive to a digital frequency setting value to cause a change in an output frequency of the oscillator ; characterized in that the apparatus further comprising circuitry responsive to a digital phase setting value to cause a specified phase across the frequency determining element; circuitry to determine frequency differences at different instants of time between the output frequency of the oscillator and a reference frequency; control logic; a first control loop controlled by the control logic to, under a temperature condition, apply temperature modulation to the oscillator , determine a temperature sensitivity of the output frequency of the oscillator , and search for and identify a final digital phase setting value that results in a temperature sensitivity that matches a predetermined criterion; and a second control loop controlled by the control logic to, under the temperature condition, determine a final digital frequency setting value that minimizes the frequency differences; wherein the final digital phase setting value and the final digital frequency setting value simultaneously satisfy a frequency accuracy requirement and a requirement of frequency stability over temperature. an oscillator comprising a frequency determining element and circuitry responsive to a digital frequency setting value to cause a change in an output frequency of the oscillator ; characterized in that the apparatus further comprising circuitry responsive to a digital phase setting value to cause a specified phase across the frequency determining element; circuitry to determine frequency differences at different instants of time between the output frequency of the oscillator and a reference frequency; control logic; a first control loop controlled by the control logic to, under a temperature condition, apply temperature modulation to the oscillator , determine a temperature sensitivity of the output frequency of the oscillator , and search for and identify a final digital phase setting value that results in a temperature sensitivity that matches a predetermined criterion; and a second control loop controlled by the control logic to, under the temperature condition, determine a final digital frequency setting value that minimizes the frequency differences; wherein the final digital phase setting value and the final digital frequency setting value simultaneously satisfy a frequency accuracy requirement and a requirement of frequency stability over temperature.
A device for limitation of the injection pressure of a medical instrument for introduction of a fluid, having a housing , with an entrance of the housing for introducing the fluid at an entry pressure, with an outlet of the housing for introducing the fluid to the instrument, with a flow-through channel of the housing connecting the entrance and the outlet and with a plunger guided in the housing which is impinged on by the pressure of the fluid and through this pressure is movable against a resetting force, wherein the housing has a stroke space , in which the plunger is axially guided in sealed fashion, and wherein the resetting force acts coaxially to the plunger motion direction and engages on the one side on the plunger and on the other side on a support piece of the housing , wherein on the plunger a blocking element is arranged, which is located in the flow cross section of the flow-through channel, and wherein the blocking element releases the flow cross section, when the pressure of the fluid impinging on the plunger lies beneath a value preset by the resetting force, and blocks the flow cross section when the pressure of the fluid impinging on the plunger exceeds this preset value and moves the plunger against the resetting force, wherein the entrance and the outlet are arranged on a common longitudinal axis line and the stroke space is configured in the housing to be coaxial to the longitudinal axis line of same, characterized in that the outlet is configured as an interior tube projecting coaxially into the housing , which empties into the stroke space with one open end lying upstream, wherein the plunger is guided on this interior tube and the blocking element is a valve disk that is axially attached to the plunger , which sits in sealing fashion axially on the open end of the interior tube , to block the flow cross section, and which is axially displaced from the open end of the interior tube to release the flow cross section, wherein on the front side of plunger 22 facing entrance 12, a hollow cylindrical stub 28 is shaped, which is closed by the valve disk 30, wherein the valve disk 30 has the shape of a circular disk, the diameter of which projects over the outer diameter of interior tube 14 and wherein the wall of stub 28 is interrupted by flow-through openings 32.
A storage controller , the controller having a tag array comprising a plurality of entries, each entry of the plurality of entries associated with a partition of two or more partitions and having a corresponding partition identifier, wherein the controller comprises: access logic for selecting a set of entries from the tag array in response to a received request; a partition policy unit for each partition, each partition policy unit programmable with a partition specific policy and configured to apply the partition specific policy to each entry of the selected set of entries associated with that partition to determine a first adjusted weight therefor; and a victim selector to select a victim entry from the selected set of entries of the two or more partitions based on the first adjusted weights. access logic for selecting a set of entries from the tag array in response to a received request; a partition policy unit for each partition, each partition policy unit programmable with a partition specific policy and configured to apply the partition specific policy to each entry of the selected set of entries associated with that partition to determine a first adjusted weight therefor; and a victim selector to select a victim entry from the selected set of entries of the two or more partitions based on the first adjusted weights.
A damper assembly comprising a housing with a chamber , a buffer mounted for reciprocal linear movement and extending out of an end of the chamber , the buffer providing a damped resistive force when being pushed back into the housing, return spring biasing means urging the buffer towards its extended position, adjusting means operable to limit the extent of protrusion of the buffer out of the housing , characterised in that the adjusting means comprise a cam follower biased into engagement with a camming surface by the return spring and providing adjustment by rotational movement of one with respect to the other about an axis that lies parallel to the line of reciprocal movement of the buffer , wherein the camming surface is provided in the form of a regular helical track with a pitch that is highly geared to cause a relatively large amount of movement of the follower per degree of relative rotational movement of the camming surface, and in that the assembly further comprises a holding mechanism for resisting said relative rotational movement between the camming surface and the follower and hence retaining the buffer in its chosen position of adjustment.
A method for printing a surface with a printed pattern , comprising: printing a first sub-structure of the printed pattern ; printing a second sub-structure of the printed pattern' after printing the first sub-structure of the printed pattern at a distance from the first printed sub-structure such that the two sub-structures are spatially separated from each other; treating at least one region extending along the printing direction between the first sub-structure of the printed pattern and the second sub-structure of the printed pattern by irradiating this region with electromagnetic waves and/or sound waves so that the two spatially separated sub-structures of the printed pattern are merged. printing a first sub-structure of the printed pattern ; printing a second sub-structure of the printed pattern' after printing the first sub-structure of the printed pattern at a distance from the first printed sub-structure such that the two sub-structures are spatially separated from each other; treating at least one region extending along the printing direction between the first sub-structure of the printed pattern and the second sub-structure of the printed pattern by irradiating this region with electromagnetic waves and/or sound waves so that the two spatially separated sub-structures of the printed pattern are merged.
A heat sink comprising: a plurality of extrusions each including a base and a fin that protrudes from the base , the plurality of extrusions being aligned in a width direction orthogonal to an extrusion direction and joined to each other; wherein: the plurality of extrusions include a plurality of first extrusions each including a plurality of fins , the plurality of first extrusions each including, in the base , a through-hole in which a heat pipe is mountable, the through-hole extending in the extrusion direction; the heat sink further comprises a heat pipe selectively mounted in the through-hole , and the plurality of first extrusions are arranged that a distance between the through-holes of the plurality of first extrusions is not constant by following (A) or (B): (A) the plurality of extrusions include a plurality of second extrusions having a width dimension different from a width dimension of the plurality of first extrusions, and the distance between the through-holes is adjusted by arrangements of the plurality of second extrusions; (B) the plurality of first extrusions include a plurality of types of first extrusions having different width dimensions, and the distance between the through-holes is adjusted by arrangements of the plurality of types of first extrusions. the plurality of extrusions include a plurality of first extrusions each including a plurality of fins , the plurality of first extrusions each including, in the base , a through-hole in which a heat pipe is mountable, the through-hole extending in the extrusion direction; the heat sink further comprises a heat pipe selectively mounted in the through-hole , and the plurality of first extrusions are arranged that a distance between the through-holes of the plurality of first extrusions is not constant by following (A) or (B): (A) the plurality of extrusions include a plurality of second extrusions having a width dimension different from a width dimension of the plurality of first extrusions, and the distance between the through-holes is adjusted by arrangements of the plurality of second extrusions; (B) the plurality of first extrusions include a plurality of types of first extrusions having different width dimensions, and the distance between the through-holes is adjusted by arrangements of the plurality of types of first extrusions. (A) the plurality of extrusions include a plurality of second extrusions having a width dimension different from a width dimension of the plurality of first extrusions, and the distance between the through-holes is adjusted by arrangements of the plurality of second extrusions; (B) the plurality of first extrusions include a plurality of types of first extrusions having different width dimensions, and the distance between the through-holes is adjusted by arrangements of the plurality of types of first extrusions.
A memory system , comprising: a memory array , wherein the memory array comprises a first section having a first plurality of programmed bitcells having a first threshold voltage distribution and a second section having a second plurality of programmed bitcells having a second threshold voltage distribution which has a lower average threshold voltage than the first threshold voltage distribution, wherein the first plurality and second plurality of programmed bitcells are programmed with a same set of data values and different program verify levels; control circuitry configured to provide a read request to the memory array and receive read data in response to the read request, wherein the read data comprises first read data from the first section and second read data from the second section; and comparator circuitry configured to bit-wise compare the first read data to the second read data, wherein the control circuitry is further configured to perform a refresh of the first and second section of the memory array if a mismatch occurs in the bit-wise compare, wherein the first section further comprises error correction code bits corresponding to the first read data, and the comparator circuitry is further configured to correct the read data with the error correction code bits prior to comparing the first read data to the second read data wherein the first read data is production data and the second read data is margin data having a reduced margin level. a memory array , wherein the memory array comprises a first section having a first plurality of programmed bitcells having a first threshold voltage distribution and a second section having a second plurality of programmed bitcells having a second threshold voltage distribution which has a lower average threshold voltage than the first threshold voltage distribution, wherein the first plurality and second plurality of programmed bitcells are programmed with a same set of data values and different program verify levels; control circuitry configured to provide a read request to the memory array and receive read data in response to the read request, wherein the read data comprises first read data from the first section and second read data from the second section; and comparator circuitry configured to bit-wise compare the first read data to the second read data, wherein the control circuitry is further configured to perform a refresh of the first and second section of the memory array if a mismatch occurs in the bit-wise compare, wherein the first section further comprises error correction code bits corresponding to the first read data, and the comparator circuitry is further configured to correct the read data with the error correction code bits prior to comparing the first read data to the second read data wherein the first read data is production data and the second read data is margin data having a reduced margin level.
Pneumatic vehicle tire with at least one sound absorber adhesively attached in its interior to the inner surface opposite the tread , wherein the sound absorber has a radially inward-facing surface , characterized in that the radially inward-facing surface of the sound absorber has at least one luminescent agent applied to it.
A method for transmitting call audio data, applied to a first electronic device , wherein the first electronic device comprises a first PCM device (PCM2), a second PCM device (PCM3) and a third PCM device (PCM1), the first PCM device (PCM2), the second PCM device (PCM3) and the third PCM device (PCM1) are configured to cache PCM audio data, and the method comprises: establishing (S03) a call with a peer electronic device in response to a call operation (S01, S02), wherein the first electronic device and a second electronic device are in a multi-screen collaboration mode; receiving call audio downlink data transmitted by the peer electronic device ; storing (S06) the call audio downlink data in the first PCM device (PCM2), and transmitting (S09) the call audio downlink data in the first PCM device (PCM2) to the second electronic device ; receiving (S10) call audio uplink data transmitted by the second electronic device ; storing (S11) the call audio uplink data in the second PCM device (PCM3), and transmitting the call audio uplink data in the second PCM device (PCM3) to the peer electronic device ; and storing (S14) the call audio uplink data and the call audio downlink data in the third PCM device (PCM1) in response to an incall record operation. establishing (S03) a call with a peer electronic device in response to a call operation (S01, S02), wherein the first electronic device and a second electronic device are in a multi-screen collaboration mode; receiving call audio downlink data transmitted by the peer electronic device ; storing (S06) the call audio downlink data in the first PCM device (PCM2), and transmitting (S09) the call audio downlink data in the first PCM device (PCM2) to the second electronic device ; receiving (S10) call audio uplink data transmitted by the second electronic device ; storing (S11) the call audio uplink data in the second PCM device (PCM3), and transmitting the call audio uplink data in the second PCM device (PCM3) to the peer electronic device ; and storing (S14) the call audio uplink data and the call audio downlink data in the third PCM device (PCM1) in response to an incall record operation.