mhurhangee/ep-ind-claims huggingface dataset:
A low voltage differential signaling driver, comprising: a current steering output circuit (304;306;308;310) having a first driver output and a second driver output: a software programmable on-chip resistor connectable between the first driver output and the second driver output by means of a switch, a second on-chip resistor driven by a reference band gap voltage so as to provide a temperature independent drive current to the low voltage differential signaling driver; a common mode feedback circuit connected to the first driver output and the second driver output, wherein the common mode feedback circuit: is configured to sense a common mode output voltage of the driver and compare the common mode output voltage to a reference voltage and to adjust the drive current of the low voltage differential signal driver at least partially based on the comparison; wherein a value of the software programmable on-chip resistor is selectable and when the switch is closed, the software programmable on-chip resistor is operable to control an output swing of the driver and to act as a termination resistor across the driver output. a current steering output circuit (304;306;308;310) having a first driver output and a second driver output: a software programmable on-chip resistor connectable between the first driver output and the second driver output by means of a switch, a second on-chip resistor driven by a reference band gap voltage so as to provide a temperature independent drive current to the low voltage differential signaling driver; a software programmable on-chip resistor connectable between the first driver output and the second driver output by means of a switch, a second on-chip resistor driven by a reference band gap voltage so as to provide a temperature independent drive current to the low voltage differential signaling driver; a common mode feedback circuit connected to the first driver output and the second driver output, wherein the common mode feedback circuit: is configured to sense a common mode output voltage of the driver and compare the common mode output voltage to a reference voltage and to adjust the drive current of the low voltage differential signal driver at least partially based on the comparison; wherein a value of the software programmable on-chip resistor is selectable and when the switch is closed, the software programmable on-chip resistor is operable to control an output swing of the driver and to act as a termination resistor across the driver output. is configured to sense a common mode output voltage of the driver and compare the common mode output voltage to a reference voltage and to adjust the drive current of the low voltage differential signal driver at least partially based on the comparison; wherein a value of the software programmable on-chip resistor is selectable and when the switch is closed, the software programmable on-chip resistor is operable to control an output swing of the driver and to act as a termination resistor across the driver output.
A package system (100; 200; 300; 400; 500; 600; 700; 800; 900; 1000; 1100; 1200; 1300; 1400; 1500; 1600; 1700) comprising: a non-ceramic exostructure (104; 304; 504; 604; 804; 1104; 1304; 1604; 1704) which comprises a first side, a first exostructure extended side and a second exostructure extended side, wherein the exostructure extended sides protrude orthogonally from opposite edges of the first side; a ceramic panel (102; 202; 402; 502; 602; 702; 902; 1002; 1102; 1202; 1402; 1502; 1602; 1702) attached to the exostructure; and an internal device component housed in the exostructure, characterized in that the exostructure protrudes beyond the ceramic panel in all directions. a non-ceramic exostructure (104; 304; 504; 604; 804; 1104; 1304; 1604; 1704) which comprises a first side, a first exostructure extended side and a second exostructure extended side, wherein the exostructure extended sides protrude orthogonally from opposite edges of the first side; a ceramic panel (102; 202; 402; 502; 602; 702; 902; 1002; 1102; 1202; 1402; 1502; 1602; 1702) attached to the exostructure; and an internal device component housed in the exostructure, characterized in that the exostructure protrudes beyond the ceramic panel in all directions.
A device for holding an endotracheal tube to a patient, the device comprising: a support configured to fit adjacent to a patient's mouth; a tube holder configured to hold an endotracheal tube wherein the tube holder is coupled to the support, the tube holder comprising: a body having opposed sides (62, 64) and a bottom side, the bottom side having a generally arcuate surface being adapted to receive an endotracheal tube; an elongated, flexible strap extending from one side (62, 64) of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube to the bottom side of the body, and the other side (62, 64) of the body having an opening for receiving the free length into a clamping member for securing the free length of the elongated, flexible strap; the clamping member comprising a cinch clamp that includes one or more pawls; an actuator coupled to the pawls; and characterized in a reclosable lid that covers the actuator and is openable to allow access to the actuator. a support configured to fit adjacent to a patient's mouth; a tube holder configured to hold an endotracheal tube wherein the tube holder is coupled to the support, the tube holder comprising: a body having opposed sides (62, 64) and a bottom side, the bottom side having a generally arcuate surface being adapted to receive an endotracheal tube; an elongated, flexible strap extending from one side (62, 64) of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube to the bottom side of the body, and the other side (62, 64) of the body having an opening for receiving the free length into a clamping member for securing the free length of the elongated, flexible strap; the clamping member comprising a cinch clamp that includes one or more pawls; an actuator coupled to the pawls; and characterized in a reclosable lid that covers the actuator and is openable to allow access to the actuator. a body having opposed sides (62, 64) and a bottom side, the bottom side having a generally arcuate surface being adapted to receive an endotracheal tube; an elongated, flexible strap extending from one side (62, 64) of the body and having a free length adapted to be wrapped around the bottom side of the body and the endotracheal tube to secure the endotracheal tube to the bottom side of the body, and the other side (62, 64) of the body having an opening for receiving the free length into a clamping member for securing the free length of the elongated, flexible strap; the clamping member comprising a cinch clamp that includes one or more pawls; an actuator coupled to the pawls; and characterized in a reclosable lid that covers the actuator and is openable to allow access to the actuator.
A debridement and/or implant cleaning tool comprising an elongated base member and means for cleaning in a cleaning section at a first end of said base member; characterized in that said means for cleaning is made of a bioresorbable polymer, wherein the means for cleaning is in the form of bristles, and wherein said debridement and/or implant cleaning tool comprises an insert for a rotating, oscillating or ultrasonic handpiece, such as a dental handpiece, at a second end of the tool.
Tyre with radial carcass reinforcement for a vehicle of the heavy-duty type comprising a crown reinforcement comprising four working crown layers (41, 42, 43, 44) of reinforcing elements, crossed from one layer to the other, making with the circumferential direction angles of between 10° and 45°, which is itself capped radially by a tread, the said tread being connected to two beads by two sidewalls, wherin, in a meridian plane, the thickness of the four working crown layers (41, 42, 43, 44), measured in the equatorial plane, is less than 5 mm, wherein the reinforcing elements of the four working crown layers (41, 42, 43, 44) are individual metal wires of diameter less than 0.50 mm, wherein the distance between the reinforcing elements, measured along the normal to the direction of the mean line of the wire, is strictly less than 1 mm, and wherein the axial width (L 41, L 42, L 43, L 44) of each of the four working crown layers is greater than 60% of the axial width (L 5) of the tread.
A multimode optical fiber comprising: a graded index glass core having a diameter in the range of 41 microns to 80 microns, a graded index having an alpha profile wherein 1.9 ≤ α ≤ 2.04 and and a cladding surrounding and in contact with the core, said cladding comprising an inner annular portion surrounding and in contact with the core with relative refractive index delta Δ 2, measured at the radius R 2 where the first derivative d(Δ/Δ 1MAX)/d(r/ R 1), is equal to -2.5; and a depressed-index annular portion surrounding the inner annular portion, characterised in that the core has a maximum relative refractive index Δ 1MAX in the range between 0.7% and 1.2%; the numerical aperture of the core is the range 0.17 ≤ NA ≤ 0.23. a graded index glass core having a diameter in the range of 41 microns to 80 microns, a graded index having an alpha profile wherein 1.9 ≤ α ≤ 2.04 and and a cladding surrounding and in contact with the core, said cladding comprising an inner annular portion surrounding and in contact with the core with relative refractive index delta Δ 2, measured at the radius R 2 where the first derivative d(Δ/Δ 1MAX)/d(r/ R 1), is equal to -2.5; and a depressed-index annular portion surrounding the inner annular portion,
A compressor comprising: a tubular casing; a plurality of sealing surfaces provided on an inner circumferential surface of the casing along an axial direction thereof; a cylindrical bundle with two or more sealing portions provided on its outer circumferential surface, each of the sealing portions of the bundle coming into contact with each of the sealing surfaces of the casing, the bundle further accommodating blades inside; and a roller provided on an outer circumferential surface of the bundle, for rolling on the inner circumferential surface of the casing when the bundle is assembled to or removed from the casing, characterized in that each of the plurality of sealing surfaces is parallel to each of the sealing portions, the sealing surfaces are connected with one another by tapered portions therebetween, and the inner diameter of the casing is reduced in a direction of assemblage of the bundle. a tubular casing; a plurality of sealing surfaces provided on an inner circumferential surface of the casing along an axial direction thereof; a cylindrical bundle with two or more sealing portions provided on its outer circumferential surface, each of the sealing portions of the bundle coming into contact with each of the sealing surfaces of the casing, the bundle further accommodating blades inside; and a roller provided on an outer circumferential surface of the bundle, for rolling on the inner circumferential surface of the casing when the bundle is assembled to or removed from the casing, characterized in that each of the plurality of sealing surfaces is parallel to each of the sealing portions, the sealing surfaces are connected with one another by tapered portions therebetween, and the inner diameter of the casing is reduced in a direction of assemblage of the bundle.
Medicament delivery device comprising a rear housing and a container housing, releasably connected to each other, wherein the container housing is arranged to receive and hold a medicament container comprising a plunger and wherein the rear housing comprises; - a plunger rod arranged to act on the plunger of said medicament container when placed in said container housing; - a drive mechanism arranged to drive the plunger rod; - a locking mechanism for locking said plunger rod, comprising a locking wheel and locking means, said locking means being moveable between an active position where the locking means prevent the locking wheel from rotation and an inactive position where the locking means allow the locking wheel to rotate, wherein said plunger rod extends through an opening in the locking wheel and wherein the plunger rod and the opening in the locking wheel are arranged to mate with each other such that axial movement of the plunger rod relative to the locking wheel is allowed while rotation of said plunger rod relative to the locking wheel is prevented; characterized in that the locking mechanism further comprises - a resilient member arranged at the moveable locking means and being arranged to act on the moveable locking means to displace said movable looking means towards the inactive position where the locking means allow the locking wheel to rotate. - a plunger rod arranged to act on the plunger of said medicament container when placed in said container housing; - a drive mechanism arranged to drive the plunger rod; - a locking mechanism for locking said plunger rod, comprising a locking wheel and locking means, said locking means being moveable between an active position where the locking means prevent the locking wheel from rotation and an inactive position where the locking means allow the locking wheel to rotate, wherein said plunger rod extends through an opening in the locking wheel and wherein the plunger rod and the opening in the locking wheel are arranged to mate with each other such that axial movement of the plunger rod relative to the locking wheel is allowed while rotation of said plunger rod relative to the locking wheel is prevented; characterized in that the locking mechanism further comprises - a resilient member arranged at the moveable locking means and being arranged to act on the moveable locking means to displace said movable looking means towards the inactive position where the locking means allow the locking wheel to rotate.
A method for using structured communications in an observation platform, comprising: receiving (302, 402) a signal from a first communication device at a second communication device associated with a computer system wherein a first characteristic of said signal corresponds to an audible source and a second characteristic of said signal corresponds to information indicative of a geographic position of said first communication device, wherein said audible source comprises a voice communication; recognizing (304, 404), by said computer system, a first user associated with said first communication device; converting (306, 406), by said computer system, a portion of said signal to text; deriving (306, 408), by said computer system, context information for said signal from said text, said context information including a destination for said signal; and relaying (314, 412) said voice communication portion of said signal to said destination. receiving (302, 402) a signal from a first communication device at a second communication device associated with a computer system wherein a first characteristic of said signal corresponds to an audible source and a second characteristic of said signal corresponds to information indicative of a geographic position of said first communication device, wherein said audible source comprises a voice communication; recognizing (304, 404), by said computer system, a first user associated with said first communication device; converting (306, 406), by said computer system, a portion of said signal to text; deriving (306, 408), by said computer system, context information for said signal from said text, said context information including a destination for said signal; and relaying (314, 412) said voice communication portion of said signal to said destination.
A base station configured to enter a dormancy mode, the base station comprising: a discovery signal transmitting unit configured to transmit a discovery signal including a signal for synchronization in a state of a dormancy mode, wherein the discovery signal is used to enable a cell covered by a signal of the base station to be discovered by a mobile terminal, and the mobile terminal is enabled to achieve synchronization with the base station, wherein the cell is a cell having a physical cell identifier, or the cell is a cell having a physical cell identifier within a cell group or a cell cluster, or the cell is a cell having no physical cell identifier within a cell group or a cell cluster, wherein the cell is a dormancy cell of which the base station is in the state of the dormancy mode, wherein the discovery signal comprises a primary synchronization signal, a secondary synchronization signal and a reference signal in one subframe in any of frames transmitted from the base station and the reference signal is not transmitted in every subframe, and wherein the reference signal comprises one of the following signals or a combination thereof: a common reference signal, a channel state information reference signal, a positioning reference signal and a reduced common reference signal. a discovery signal transmitting unit configured to transmit a discovery signal including a signal for synchronization in a state of a dormancy mode, wherein the discovery signal is used to enable a cell covered by a signal of the base station to be discovered by a mobile terminal, and the mobile terminal is enabled to achieve synchronization with the base station, wherein the cell is a cell having a physical cell identifier, or the cell is a cell having a physical cell identifier within a cell group or a cell cluster, or the cell is a cell having no physical cell identifier within a cell group or a cell cluster, wherein the cell is a dormancy cell of which the base station is in the state of the dormancy mode, wherein the discovery signal comprises a primary synchronization signal, a secondary synchronization signal and a reference signal in one subframe in any of frames transmitted from the base station and the reference signal is not transmitted in every subframe, and wherein the reference signal comprises one of the following signals or a combination thereof: a common reference signal, a channel state information reference signal, a positioning reference signal and a reduced common reference signal.
Lubricating composition comprising (i) base oil and (ii) compound having the formula: wherein R 1, R 2 and R 3 are each independently selected from hydrogen and saturated or unsaturated, straight chain or branched, C 1 -C 22 alkyl groups, wherein the base oil is selected from Group I-III mineral base oils, preferably Group III, Group IV poly-alpha olefins (PAOs), Group II-III Fischer-Tropsch derived base oils, preferably Group III, and mixtures thereof.
A composition comprising: A) a liquid detergent product; and B) a silicone additive comprising: wherein the silicone additive comprises at least 80 mole percent of units A) a liquid detergent product; and B) a silicone additive comprising: wherein the silicone additive comprises at least 80 mole percent of units
A collation device comprising: a processor configured to, by executing a program: acquire a photographed image including a collation area provided on a printing substrate having unevenness; the collation device being characterized in that the processor is further configured to: simultaneously execute smoothing processing and shading difference enhancement processing on the photographed image by mean-shift filtering processing with variably setting a color space radius (sr) and a pixel space radius (sp) in the mean-shift filtering processing in accordance with the printing substrate to obtain a smoothed and enhanced image; execute binarization processing on the smoothed and enhanced image to generate a binarized image; remove extra sides that do not match a predetermined shape of the collation area as noise from the binarized image to generate a side-removed image; calculate centroid coordinates of a plurality of intersections, which are candidates for vertices constituting the predetermined shape of the collation area, from the side-removed image; and extract a collation image from the collation area included in the photographed image with reference to the centroid coordinates of the plurality of intersections. simultaneously execute smoothing processing and shading difference enhancement processing on the photographed image by mean-shift filtering processing with variably setting a color space radius (sr) and a pixel space radius (sp) in the mean-shift filtering processing in accordance with the printing substrate to obtain a smoothed and enhanced image; execute binarization processing on the smoothed and enhanced image to generate a binarized image; remove extra sides that do not match a predetermined shape of the collation area as noise from the binarized image to generate a side-removed image; calculate centroid coordinates of a plurality of intersections, which are candidates for vertices constituting the predetermined shape of the collation area, from the side-removed image; and extract a collation image from the collation area included in the photographed image with reference to the centroid coordinates of the plurality of intersections.
A projection apparatus (100, 200, 304, 400) comprising: an array (102, 202, 308, 402) of infrared emitters, the infrared emitters of said array being arranged in a first pattern; a plurality of liquid-crystal cells (104, 204, 310) and corresponding control circuits (106, 206, 312), a given liquid-crystal cell being arranged in front of a corresponding infrared emitter of said array; and a processor (108, 208) configured to: - generate drive signals for driving the control circuits in a random or pseudorandom manner; and - control the plurality of liquid-crystal cells individually, via the corresponding control circuits, to project a second pattern of light spots onto objects present in a real-world environment, wherein, when driven by a given drive signal, a given control circuit electrically controls a corresponding liquid-crystal cell to any of: - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light. an array (102, 202, 308, 402) of infrared emitters, the infrared emitters of said array being arranged in a first pattern; a plurality of liquid-crystal cells (104, 204, 310) and corresponding control circuits (106, 206, 312), a given liquid-crystal cell being arranged in front of a corresponding infrared emitter of said array; and a processor (108, 208) configured to: - generate drive signals for driving the control circuits in a random or pseudorandom manner; and - control the plurality of liquid-crystal cells individually, via the corresponding control circuits, to project a second pattern of light spots onto objects present in a real-world environment, wherein, when driven by a given drive signal, a given control circuit electrically controls a corresponding liquid-crystal cell to any of: - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light. - generate drive signals for driving the control circuits in a random or pseudorandom manner; and - control the plurality of liquid-crystal cells individually, via the corresponding control circuits, to project a second pattern of light spots onto objects present in a real-world environment, wherein, when driven by a given drive signal, a given control circuit electrically controls a corresponding liquid-crystal cell to any of: - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light. - block light emanating from a corresponding infrared emitter, - transmit the light in an unbended manner, - bend the light.