mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor laser module comprising: an optical fiber that outputs a laser beam to an exterior of the semiconductor laser module; a plurality of semiconductor laser devices (30A-30E) each including an emission portion that emits the laser beam, an electrically conductive portion (32, 33) that supplies electric power to the emission portion, and a mount on which the emission portion and the electrically conductive portion are mounted; a mount base having a plurality of mount surfaces (21A-21E) on which the mounts of the plurality of semiconductor laser devices; (30A-30E) are mounted, the plurality of mount surfaces (21A-21E) being formed in a stepped manner; and an optical system (40, 41, 42, 43) that optically couples the laser beams from the emission portions to an incident end face of the optical fiber, wherein the plurality of semiconductor laser devices (30A-30E) include an upper semiconductor laser device and a lower semiconductor laser device disposed adjacent to each other in a step direction of the mount base, and a portion of the upper semiconductor laser device protrudes from the mount surface toward the lower semiconductor laser device, wherein an inhibition space (SA, SB, SC, SD) is formed below the portion of the upper semiconductor laser device for inhibiting a dielectric breakdown from occurring between the mount base and the electrically conductive portion (32, 33) of the lower semiconductor laser device. an optical fiber that outputs a laser beam to an exterior of the semiconductor laser module; a plurality of semiconductor laser devices (30A-30E) each including an emission portion that emits the laser beam, an electrically conductive portion (32, 33) that supplies electric power to the emission portion, and a mount on which the emission portion and the electrically conductive portion are mounted; a mount base having a plurality of mount surfaces (21A-21E) on which the mounts of the plurality of semiconductor laser devices; (30A-30E) are mounted, the plurality of mount surfaces (21A-21E) being formed in a stepped manner; and an optical system (40, 41, 42, 43) that optically couples the laser beams from the emission portions to an incident end face of the optical fiber, wherein the plurality of semiconductor laser devices (30A-30E) include an upper semiconductor laser device and a lower semiconductor laser device disposed adjacent to each other in a step direction of the mount base, and a portion of the upper semiconductor laser device protrudes from the mount surface toward the lower semiconductor laser device, wherein an inhibition space (SA, SB, SC, SD) is formed below the portion of the upper semiconductor laser device for inhibiting a dielectric breakdown from occurring between the mount base and the electrically conductive portion (32, 33) of the lower semiconductor laser device.
A co-location facility system, the co-location facility being a complex that can house multiple server computers, comprising: a plurality of node clusters; and a cluster operations management console corresponding to at least one of the node clusters and configured to manage hardware operations of the at least one node cluster, wherein managing the hardware operations concerns continuing operation of the hardware of the at least one node cluster and establishing boundaries between node clusters; characterized in that each of the plurality of node clusters includes a plurality of nodes configured to receive node control commands from an application operations management console located remotely from the co-location facility, wherein the application operations management console is configured to manage software operations and define sub-boundaries within the each of the plurality of node clusters. a plurality of node clusters; and a cluster operations management console corresponding to at least one of the node clusters and configured to manage hardware operations of the at least one node cluster, wherein managing the hardware operations concerns continuing operation of the hardware of the at least one node cluster and establishing boundaries between node clusters; characterized in that each of the plurality of node clusters includes a plurality of nodes configured to receive node control commands from an application operations management console located remotely from the co-location facility, wherein the application operations management console is configured to manage software operations and define sub-boundaries within the each of the plurality of node clusters.
A method for identifying ambient signal data in a test signal data set (112, 220), the test signal data set deriving from a test signal received at a receiver from a transmitter in a test environment and the ambient signal data deriving from ambient emissions that originate from a source other than the transmitter, the method comprising: identifying a cumulative amplitude distribution of data elements in the test signal data set wherein the data elements are in order by amplitude values, wherein the data elements comprise frequency values and corresponding amplitude values; identifying a subset of data elements from the test signal data set (112, 220), wherein the subset of data elements comprises the data elements with the amplitude values greater than a first threshold value; identifying data elements in the subset of data elements for which a difference between the amplitude values of adjacent data elements in the cumulative amplitude distribution of data elements is greater than a second threshold value; and identifying the identified data elements as corresponding to ambient signal data. identifying a cumulative amplitude distribution of data elements in the test signal data set wherein the data elements are in order by amplitude values, wherein the data elements comprise frequency values and corresponding amplitude values; identifying a subset of data elements from the test signal data set (112, 220), wherein the subset of data elements comprises the data elements with the amplitude values greater than a first threshold value; identifying data elements in the subset of data elements for which a difference between the amplitude values of adjacent data elements in the cumulative amplitude distribution of data elements is greater than a second threshold value; and identifying the identified data elements as corresponding to ambient signal data.
A display unit (1, 1A) wherein a plurality of light emitting devices (3R, 3G, 3B) in which a function layer including at least a light emitting layer is sandwiched between a mirror made of a light reflective material and a light semi-transmissive half mirror used as an electrode, and which have a resonator structure for resonating light emitted in the light emitting layer by using a space between the mirror and the half mirror as a resonant section and extracting the light from the plurality of light emitting devices (3R, 3G, 3B) at the half mirror side are arranged on a substrate, wherein in the respective light emitting devices, the light emitting layer is made of an identical layer, and the optical distance of the resonant section between the mirror and the half mirror is set to a plurality of different values characterized in that the reflectance of the half mirror including silver is in the range from 0.1% to less than 50%.
An electrostatic trap, comprising a radially inner electrode extending along a first axis (z) and a radially outer electrode (400,410) also extending along the first axis and being circumferentially split, the inner electrode and the circumferentially-split outer electrode (400, 410) defining a trapping volume between them, wherein at least one of the inner electrode and the circumferentially-split outer electrode (400, 410) comprises a plurality of axially spaced segments, the electrostatic trap further comprising detection means for detecting ions in the trap, wherein the detection means includes any two of the plurality of segments and a differential amplifier connected to said segments included in the detection means the electrostatic trap being characterized in that: the outer electrode comprises first and second axially spaced, relatively inward segments (400", 410'), sandwiched between third and fourth axially spaced, relatively outward segments (400', 410"), wherein the first segment is adjacent to the third segment and the second segment is adjacent to the fourth segment; and the first segment is connected to the fourth segment to form a segment pair and the second segment is connected to the third segment to form a segment pair, and the differential amplifier is connected so as to determine the difference between the outputs from the connected segment pairs, or wherein the differential amplifier is connected so as to determine the difference between the output from the third segment and the output from the fourth segment.
A method of controlling a configuration of a vehicle power-assisted-steering system (12 3), comprising: (a) detecting a change between two-wheel-drive driveline operation and four-wheel-drive driveline operation in a vehicle; (b) accessing a pre-defined PAS profile stored at the vehicle based on the detected change; (c) selecting a plurality of variables to apply to the PAS system (12 3) from the pre-defined PAS profile, wherein the variables include a level of PAS assist, a level of PAS damping, or a level of steering wheel return and wherein the pre-defined PAS profile comprises a plurality of baskets that each comprise the plurality of variables, wherein selection of the baskets depends on a speed of the vehicle.; and (d) instructing the PAS system (12 3) to change one of the selected variables and apply data associated with the selected variable stored in the PAS profile. (a) detecting a change between two-wheel-drive driveline operation and four-wheel-drive driveline operation in a vehicle; (b) accessing a pre-defined PAS profile stored at the vehicle based on the detected change; (c) selecting a plurality of variables to apply to the PAS system (12 3) from the pre-defined PAS profile, wherein the variables include a level of PAS assist, a level of PAS damping, or a level of steering wheel return and wherein the pre-defined PAS profile comprises a plurality of baskets that each comprise the plurality of variables, wherein selection of the baskets depends on a speed of the vehicle.; and (d) instructing the PAS system (12 3) to change one of the selected variables and apply data associated with the selected variable stored in the PAS profile.
A method for enabling traffic acceleration in a mobile telecommunication network ( 16A,16B), the method comprising the following steps: - determining by a proxy ( 41,23) in a Radio Network Node ( 2,19) in the telecommunication network, a TCP session based on TCP parameter settings adapted for a radio link on which end user traffic is to be transported, which TCP parameter settings for traffic sent on the radio link to the end user are based on feedback to the proxy ( 41,23) from a Radio Resource Management function in the Radio Network Node, which feedback is based on state of the radio link; - breaking by the Radio Network Node the end user traffic in and out of a tunnel between the end user and an access gateway, to perform said adapting, wherein the access gateway is a gateway for nodes outside the mobile network to access the mobile network; - originating the TCP session from the Radio Network Node ( 2,19), which TCP session is used to transport the end user traffic. - determining by a proxy ( 41,23) in a Radio Network Node ( 2,19) in the telecommunication network, a TCP session based on TCP parameter settings adapted for a radio link on which end user traffic is to be transported, which TCP parameter settings for traffic sent on the radio link to the end user are based on feedback to the proxy ( 41,23) from a Radio Resource Management function in the Radio Network Node, which feedback is based on state of the radio link; - breaking by the Radio Network Node the end user traffic in and out of a tunnel between the end user and an access gateway, to perform said adapting, wherein the access gateway is a gateway for nodes outside the mobile network to access the mobile network; - originating the TCP session from the Radio Network Node ( 2,19), which TCP session is used to transport the end user traffic.
A urine collection system comprising: a suprapubic urethral catheter comprising a hollow tube having sequentially, a suprapubic section, a bladder section and a urethral section, wherein, the bladder section comprises one or more drainage holes in the wall of the tube; and a urine collection container connected to the suprapubic section, wherein: the suprapubic section provides a flowpath between the bladder section and the urine collection container, so that when the bladder section is located within a bladder of a patient, urine flows along the flowpath from the bladder to the urine collection container when the pressure in the bladder rises above a threshold pressure, and then returns along the flowpath from the urine collection container to the bladder when the pressure falls below the threshold pressure, thus providing a low pressure reservoir, characterised in that: there is an abdominal stop attached to the suprapubic section. a suprapubic urethral catheter comprising a hollow tube having sequentially, a suprapubic section, a bladder section and a urethral section, wherein, the bladder section comprises one or more drainage holes in the wall of the tube; and a urine collection container connected to the suprapubic section, wherein: the suprapubic section provides a flowpath between the bladder section and the urine collection container, so that when the bladder section is located within a bladder of a patient, urine flows along the flowpath from the bladder to the urine collection container when the pressure in the bladder rises above a threshold pressure, and then returns along the flowpath from the urine collection container to the bladder when the pressure falls below the threshold pressure, thus providing a low pressure reservoir, the suprapubic section provides a flowpath between the bladder section and the urine collection container, so that when the bladder section is located within a bladder of a patient, urine flows along the flowpath from the bladder to the urine collection container when the pressure in the bladder rises above a threshold pressure, and then returns along the flowpath from the urine collection container to the bladder when the pressure falls below the threshold pressure, thus providing a low pressure reservoir, characterised in that: there is an abdominal stop attached to the suprapubic section. there is an abdominal stop attached to the suprapubic section.
An adhesive application unit having at least one conveyor and at least one bridge provided on said conveyor in order to provide application of adhesive material to the edges of layers used in bed production, characterized by comprising a left spraying head provided on the bridge, a right spraying head provided such that there is a predetermined distance with respect to said left spraying head, a movable spraying head positioned on a first carrier provided on the bridge and configured to at least partially displace between the left spraying head and the right spraying head, the conveyor comprises a left stop provided on the left side of the feeding side, the conveyor comprises a right stop provided on the right side of the feeding side, and at least one sensor is provided for detecting the position of the layer on the conveyor. the conveyor comprises a left stop provided on the left side of the feeding side, the conveyor comprises a right stop provided on the right side of the feeding side, and at least one sensor is provided for detecting the position of the layer on the conveyor.
A removable cover for a duvet or blanket, comprising: a sleeve article for receiving the duvet or blanket, the sleeve article having opposed elongate edges (18, 20) for coinciding with side elongate edges of the duvet or blanket when received in the sleeve article, each elongate edge (18, 20) of the sleeve article comprising first and second edge-fastening sections of corresponding length with complementary couplings, and spaced apart from one another by an intermediate gap section, and wherein, in use, a duvet or blanket received within the cover may be folded via said intermediate gap section, to bring the edge-fastening sections (22, 26) on each edge into overlap, and form a pocket in the duvet or blanket, the overlapping edge-fastening sections permitting securing of the duvet or blanket in the folded position, to prevent unfolding of the formed pocket. a sleeve article for receiving the duvet or blanket, the sleeve article having opposed elongate edges (18, 20) for coinciding with side elongate edges of the duvet or blanket when received in the sleeve article, each elongate edge (18, 20) of the sleeve article comprising first and second edge-fastening sections of corresponding length with complementary couplings, and spaced apart from one another by an intermediate gap section, and wherein, in use, a duvet or blanket received within the cover may be folded via said intermediate gap section, to bring the edge-fastening sections (22, 26) on each edge into overlap, and form a pocket in the duvet or blanket, the overlapping edge-fastening sections permitting securing of the duvet or blanket in the folded position, to prevent unfolding of the formed pocket.
A powered wheelchair drive control system comprising: a head array (20, 34) having at least one pad (22, 26, 28, 36, 38, 40), the at least one pad (22, 26, 28, 36, 38, 40) having a force sensor (54, 68) proportionally responsive to an applied force from a user's head against the at least one pad (22, 26, 28, 36, 38, 40) and a capacitive sensor (58, 72) responsive to the proximity of a user's head relative to the at least one pad (22, 26, 28, 36, 38, 40); and a controller configured to operate a wheelchair drive motor in response to signals generated by the force sensor (54, 68) and the capacitive sensor (58, 72) activated by a user's head. a head array (20, 34) having at least one pad (22, 26, 28, 36, 38, 40), the at least one pad (22, 26, 28, 36, 38, 40) having a force sensor (54, 68) proportionally responsive to an applied force from a user's head against the at least one pad (22, 26, 28, 36, 38, 40) and a capacitive sensor (58, 72) responsive to the proximity of a user's head relative to the at least one pad (22, 26, 28, 36, 38, 40); and a controller configured to operate a wheelchair drive motor in response to signals generated by the force sensor (54, 68) and the capacitive sensor (58, 72) activated by a user's head.
A passenger seat in-flight entertainment unit, comprising: a passenger seat comprising an in-flight entertainment unit positioned on the back of the passenger seat; characterized in that the in-flight entertainment unit comprises a variable transparency panel positioned in an in-flight entertainment position such that in use the panel is in the line of sight of a passenger seating behind the passenger seat, the variable transparency panel having a first condition in which the panel is transparent and a second condition in which the panel is made at least partially opaque via application of a voltage to the panel, wherein, in the second condition, the panel functions as a screen for displaying content. a passenger seat comprising an in-flight entertainment unit positioned on the back of the passenger seat; characterized in that the in-flight entertainment unit comprises a variable transparency panel positioned in an in-flight entertainment position such that in use the panel is in the line of sight of a passenger seating behind the passenger seat, the variable transparency panel having a first condition in which the panel is transparent and a second condition in which the panel is made at least partially opaque via application of a voltage to the panel, wherein, in the second condition, the panel functions as a screen for displaying content.
Cellulose acetate having an acetylation degree of 52% or more and 59% or less, and an acetone-insoluble substance content of 0.04 wt% or less, wherein a ratio of a molar content of glucose to a sum of molar contents of glucose, xylose and mannose is 97.5% or more in sugar composition analysis, wherein the acetone-insoluble substance content is determined by a method, wherein a solution obtained by dissolving cellulose acetate in acetone at a solid concentration of 3 wt% is subjected to suction filtration at 25°C under a reduced pressure of 30 mmHg using a glass filter, wherein, as the glass filter, 1G-4 (pore diameter: 5 to 10 μm) manufactured by SOGO LABORATORY GLASS WORKS CO., LTD is used, wherein, thereafter, a dope adhering to the filtration residue is washed away with acetone, wherein the filtration residue is dried together with the glass filter to constant weight, wherein the weight of the glass filter is measured before and after filtration, and wherein the acetone-insoluble substance content is calculated from the following equation: acetone-insoluble substance content (wt%) = [weight of glass filter after filtration (g) - weight of filter before filtration (g)]/weight of cellulose acetate (g) x 100.
A medicament delivery device for delivery of medicament from a cartridge into an injection site through a cannula, the cartridge comprising a medicament chamber having an outlet, and a sealing element for closing the outlet, the device comprising: a housing for receiving the cartridge; a drive mechanism comprising a drive element that is moveable with respect to the housing in a forward direction along a drive axis to expel the medicament from the device upon activation of the drive mechanism; a connection arrangement comprising a hub and spring means for driving relative movement between the hub and the cartridge upon operation of an operating member of the device so as to move the hub from an unconnected configuration in which the outlet is closed to a connected configuration in which the hub cooperates with the cartridge to open the outlet, thereby to establish a connection for fluid flow between the chamber and the cannula, wherein the spring means biases the hub in a rearward direction along the drive axis and the hub is moveable with respect to the housing into the connected configuration; characterized in that the operating member comprises a shield for shielding the cannula, and wherein the shield is moveable to expose the cannula and movement of the shield to expose the cannula releases the hub to move into the connected configuration. a housing for receiving the cartridge; a drive mechanism comprising a drive element that is moveable with respect to the housing in a forward direction along a drive axis to expel the medicament from the device upon activation of the drive mechanism; a connection arrangement comprising a hub and spring means for driving relative movement between the hub and the cartridge upon operation of an operating member of the device so as to move the hub from an unconnected configuration in which the outlet is closed to a connected configuration in which the hub cooperates with the cartridge to open the outlet, thereby to establish a connection for fluid flow between the chamber and the cannula, wherein the spring means biases the hub in a rearward direction along the drive axis and the hub is moveable with respect to the housing into the connected configuration; characterized in that the operating member comprises a shield for shielding the cannula, and wherein the shield is moveable to expose the cannula and movement of the shield to expose the cannula releases the hub to move into the connected configuration.