mhurhangee/ep-ind-claims huggingface dataset:
An illumination assembly capable of emitting an output light comprising: a housing; and one or more white LEDs emitting a first light along a first path and one or more red-orange LEDs emitting a second light along a second path, wherein the one or more white LEDs and the one or more red-orange LEDs are mounted in the housing such that the first light and the second light are mixed to form the output light transmitted along a third path or to form the output light at a field position, wherein the chromaticity coordinate of each of the one or more white LEDs is in the range 0.300 to 0.350 and the chromaticity coordinate of each of the one or more white LEDs is in the range 0.310 to 0.3750, wherein the white LEDs have a correlated colour temperature in the range 5000-7000K and wherein each of the one or more red-orange LEDs has a dominant wavelength in the range 613 to 621nm whereby the colour rendering index Ra of the output light is 90 or more and the output light has a correlated colour temperature in the range 4000 to 4600K without a colour filter in the first path of the light and without a colour filter in the second path of the second light, wherein the one or more white LEDs and one or more red-orange LEDs are provided in an array, wherein the array is a plurality of discrete first and second clusters and wherein either each first cluster is a cluster of narrow beam LEDs and each second cluster is a cluster of broad beam LEDs or each first cluster and each second cluster is a cluster of narrow beam LEDs and broad beam LEDs. a housing; and one or more white LEDs emitting a first light along a first path and one or more red-orange LEDs emitting a second light along a second path, wherein the one or more white LEDs and the one or more red-orange LEDs are mounted in the housing such that the first light and the second light are mixed to form the output light transmitted along a third path or to form the output light at a field position, wherein the chromaticity coordinate of each of the one or more white LEDs is in the range 0.300 to 0.350 and the chromaticity coordinate of each of the one or more white LEDs is in the range 0.310 to 0.3750, wherein the white LEDs have a correlated colour temperature in the range 5000-7000K and wherein each of the one or more red-orange LEDs has a dominant wavelength in the range 613 to 621nm whereby the colour rendering index Ra of the output light is 90 or more and the output light has a correlated colour temperature in the range 4000 to 4600K without a colour filter in the first path of the light and without a colour filter in the second path of the second light,
A medical device delivery system comprising: an edged delivery lumen (202, 304); and a suture (100a, 200, 302) for securing a medical device to a body lumen; the suture formed from a length of shape memory wire, having an edge that inhibits axial rotation of the suture during deployment from the edged delivery lumen; the suture having a straightened configuration for insertion in the delivery lumen; and, when deployed from the delivery lumen, the suture assuming a curved shape wherein the length of shape memory wire comprises: a shape memory body portion; and wherein the body portion terminates in a sharp distal end; the shape memory body portion capable of assuming a curved shape during deployment such that the shape memory body portion exits a body lumen at a first location and re-enters the body lumen at a second location; characterised in that the length of shape memory wire comprises a proximal stop tab for retracting the suture in situ, so as to remove and/or reposition the suture; wherein the proximal stop tab comprises a hook or hooked shape, a t-shape or an L-shape; and wherein said shape memory body portion is coupled to the stop tab. a shape memory body portion; and wherein the body portion terminates in a sharp distal end; the shape memory body portion capable of assuming a curved shape during deployment such that the shape memory body portion exits a body lumen at a first location and re-enters the body lumen at a second location; characterised in that the length of shape memory wire comprises a proximal stop tab for retracting the suture in situ, so as to remove and/or reposition the suture; wherein the proximal stop tab comprises a hook or hooked shape, a t-shape or an L-shape; and wherein said shape memory body portion is coupled to the stop tab.
A power tool comprising: a tool housing; an input unit actuated in response to an operator input; a motor assembly including an electric motor housed within the tool housing and having a plurality of terminals; a power source; a plurality of high-side and low-side switches connected in series between terminals of the power source and coupled to the motor terminals; and a bootstrap circuit comprising a plurality of bootstrap capacitors arranged to provide sufficient amount of drive voltage to turn ON and OFF the plurality of high-side switches; characterized in that there is provided a control unit configured to turn ON and OFF the plurality of low-side switches in succession to sequentially charge the bootstrap capacitors. a tool housing; an input unit actuated in response to an operator input; a motor assembly including an electric motor housed within the tool housing and having a plurality of terminals; a power source; a plurality of high-side and low-side switches connected in series between terminals of the power source and coupled to the motor terminals; and a bootstrap circuit comprising a plurality of bootstrap capacitors arranged to provide sufficient amount of drive voltage to turn ON and OFF the plurality of high-side switches; characterized in that there is provided a control unit configured to turn ON and OFF the plurality of low-side switches in succession to sequentially charge the bootstrap capacitors.
A link structure between an in-wheel motor drive device and a damper comprising: an in-wheel motor drive device, at least a transversely outer end thereof being placed in a hollow area of a road wheel of a turnable wheel; a damper having a lower end coupled to a transversely inner end of a damper bracket and an upper end attached to a vehicle body member, and absorbing bound and rebound of the in-wheel motor drive device, the damper bracket extending in a vehicle transverse direction, characterized in that at least a transversely outer end of the damper bracket is placed in the hollow area of the road wheel; and a first joint is placed in the hollow area of the road wheel, and rotatably links the transversely outer end of the damper bracket to the in-wheel motor drive device. an in-wheel motor drive device, at least a transversely outer end thereof being placed in a hollow area of a road wheel of a turnable wheel; a damper having a lower end coupled to a transversely inner end of a damper bracket and an upper end attached to a vehicle body member, and absorbing bound and rebound of the in-wheel motor drive device, the damper bracket extending in a vehicle transverse direction, characterized in that at least a transversely outer end of the damper bracket is placed in the hollow area of the road wheel; and a first joint is placed in the hollow area of the road wheel, and rotatably links the transversely outer end of the damper bracket to the in-wheel motor drive device.
A method for inspecting a workpiece, said method comprising: inputting model data associated with the workpiece in an inspection system; determining a relative position of a depth sensing device relative to the workpiece; calibrating a pose view for the inspection system relative to the model based on the position of the depth sensing device relative to the workpiece; measuring actual depth distance data of at least one pixel of the depth sensing device relative to the workpiece; and determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria; and wherein determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria further comprises: calculating model depth distance data for the pose view of the inspection system, wherein model depth distance data represents a model depth distance from the pose view of the inspection system to the model workpiece; determining whether the actual depth distance differs from the model depth distance; and determining whether the difference satisfies the inspection criteria when the actual depth distance differs from the model depth distance, wherein compliance with the threshold indicates the workpiece is in an acceptable condition. inputting model data associated with the workpiece in an inspection system; determining a relative position of a depth sensing device relative to the workpiece; calibrating a pose view for the inspection system relative to the model based on the position of the depth sensing device relative to the workpiece; measuring actual depth distance data of at least one pixel of the depth sensing device relative to the workpiece; and determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria; and wherein determining, based on the actual depth distance data, if the workpiece satisfies predetermined inspection criteria further comprises: calculating model depth distance data for the pose view of the inspection system, wherein model depth distance data represents a model depth distance from the pose view of the inspection system to the model workpiece; determining whether the actual depth distance differs from the model depth distance; and determining whether the difference satisfies the inspection criteria when the actual depth distance differs from the model depth distance, wherein compliance with the threshold indicates the workpiece is in an acceptable condition. calculating model depth distance data for the pose view of the inspection system, wherein model depth distance data represents a model depth distance from the pose view of the inspection system to the model workpiece; determining whether the actual depth distance differs from the model depth distance; and determining whether the difference satisfies the inspection criteria when the actual depth distance differs from the model depth distance, wherein compliance with the threshold indicates the workpiece is in an acceptable condition.
An injection blow molding apparatus comprising: an injection molding section including an injection unit for injecting a resin material and an injection mold unit including an injection mold installed to be adjacent to the injection unit to be operated by an oil pressure, the injection molding section being configured to form a preform by injection molding; a blow molding section including a blow mold unit to be operated by an oil pressure, the blow molding section being configured to blow mold the preform; a first oil supply section including a hydraulic drive source composed of a drive motor, whose number of revolutions can be controlled, and a hydraulic pump, the first oil supply section being configured to supply oil from an oil tank to an injection drive unit provided in the injection unit; and a second oil supply section including a hydraulic drive source composed of a drive motor, whose number of revolutions can be controlled, and a hydraulic pump, the second oil supply section being configured to supply oil from the oil tank to a blow mold drive unit provided in the blow mold unit, the second oil supply section being provided independently of the first oil supply section. an injection molding section including an injection unit for injecting a resin material and an injection mold unit including an injection mold installed to be adjacent to the injection unit to be operated by an oil pressure, the injection molding section being configured to form a preform by injection molding; a blow molding section including a blow mold unit to be operated by an oil pressure, the blow molding section being configured to blow mold the preform; a first oil supply section including a hydraulic drive source composed of a drive motor, whose number of revolutions can be controlled, and a hydraulic pump, the first oil supply section being configured to supply oil from an oil tank to an injection drive unit provided in the injection unit; and a second oil supply section including a hydraulic drive source composed of a drive motor, whose number of revolutions can be controlled, and a hydraulic pump, the second oil supply section being configured to supply oil from the oil tank to a blow mold drive unit provided in the blow mold unit, the second oil supply section being provided independently of the first oil supply section.
A pharmaceutical composition comprising genistein for use in mitigating erectile dysfunction as an adverse side effect of radiation therapy for prostate cancer, wherein a therapeutic dosage of genistein is to be administered to a patient diagnosed with prostate cancer throughout only a primary administration period that commences a defined period of up to two weeks prior to commencement of radiation therapy for prostate cancer and extends beyond conclusion of the radiation therapy, wherein the primary administration period commences at least three days prior to commencement of radiation therapy for prostate cancer.
A mobile communication system, comprising: a first radio base station apparatus adapted to transmit, after recovering from a service halt state and before starting to execute a stepwise cell area expansion, a notification including an instruction for a cell area reduction corresponding to the cell area expansion to a neighboring second radio base station apparatus (100, 102); and a second radio base station apparatus (100,102) adapted to reduce a cell area that has been expanded during the service halt state of the first radio base station apparatus, in accordance with the instruction for a cell area reduction included in the notification transmitted from the first radio base station apparatus. a first radio base station apparatus adapted to transmit, after recovering from a service halt state and before starting to execute a stepwise cell area expansion, a notification including an instruction for a cell area reduction corresponding to the cell area expansion to a neighboring second radio base station apparatus (100, 102); and a second radio base station apparatus (100,102) adapted to reduce a cell area that has been expanded during the service halt state of the first radio base station apparatus, in accordance with the instruction for a cell area reduction included in the notification transmitted from the first radio base station apparatus.
An absorbent paper sheet comprising a pulp-derived papermaking fiber and more than 35% and up to 75% by weight fibrillated regenerated independent cellulose microfiber having a Canadian Standard Freeness value of less than 175 ml, and wherein the regenerated cellulose is prepared from a cellulosic dope of dissolved cellulose comprising a solvent selected from: tertiary amine N-oxides; cellulose dissolving imidazolium salts; cellulose dissolving pyridinium salts; cellulose dissolving pyridazinium salts; cellulose dissolving pyrimidinium salts; cellulose dissolving pyrazinium salts; cellulose dissolving pyrazolium salts; cellulose dissolving oxazolium salts; cellulose dissolving 1, 2, 3 triazolium salts; cellulose dissolving 1,2,4-triazolium salts; cellulose dissolving thiazolium salts; cellulose dissolving piperidinium salts; cellulose dissolving pyrrolidinium salts; cellulose dissolving quinolinium salts; and cellulose dissolving isoquinolinium salts, characterized in that the absorbent sheet exhibits: (a) a Simple Absorbency Test value at least 15% higher and an elevated wet tensile value at least 40% higher as compared with a like sheet prepared without fibrillated regenerated independent cellulose microfiber; (b) a wet/dry cross-machine direction tensile ratio at least 25% higher than a like sheet prepared without fibrillated regenerated independent cellulose microfiber; (c) a geometric mean break modulus at least 20% lower than a like sheet having like tensile values prepared without fibrillated regenerated independent cellulose microfiber; and (d) a specific bulk at least 5% higher than a like sheet having like tensile values prepared without fibrillated regenerated independent cellulose microfiber. (a) a Simple Absorbency Test value at least 15% higher and an elevated wet tensile value at least 40% higher as compared with a like sheet prepared without fibrillated regenerated independent cellulose microfiber; (b) a wet/dry cross-machine direction tensile ratio at least 25% higher than a like sheet prepared without fibrillated regenerated independent cellulose microfiber; (c) a geometric mean break modulus at least 20% lower than a like sheet having like tensile values prepared without fibrillated regenerated independent cellulose microfiber; and (d) a specific bulk at least 5% higher than a like sheet having like tensile values prepared without fibrillated regenerated independent cellulose microfiber.
Underbody element for a traction battery of a motor vehicle, comprising at least one sensor device, characterized in that the sensor device comprises at least one electrically conductive sensor wire, which is integrated into a laminar textile material, wherein the sensor device is configured to measure a voltage applied to the sensor wire and to determine a deformation of the sensor wire in dependence on a measured change of the voltage.
A purging apparatus for purging a container having a container body and an openable lid using a clean gas, comprising: a detaching/attaching section contrived to attach the lid to the container body and remove the lid from the container body when it is possible to detach the lid; a moving mechanism contrived to move the detaching/attaching section with respect to the container; a locking member contrived to lock the lid to the container body and release the locked state of the lid; a drive mechanism contrived to drive the locking member; a gas supplying-discharging mechanism contrived to start purging the container during an operation of attaching the lid to the container body at a time before the drive mechanism completes an operation of locking the lid to the container body with the locking member, characterized in that the purging apparatus further comprises a first detector contrived to detect a position of the lid; and wherein the gas supplying-discharging mechanism is contrived to start purging the container based on a position of the lid detected by the first detector while the moving mechanism moves the detaching/attaching section toward the container body. a detaching/attaching section contrived to attach the lid to the container body and remove the lid from the container body when it is possible to detach the lid; a moving mechanism contrived to move the detaching/attaching section with respect to the container; a locking member contrived to lock the lid to the container body and release the locked state of the lid; a drive mechanism contrived to drive the locking member; a gas supplying-discharging mechanism contrived to start purging the container during an operation of attaching the lid to the container body at a time before the drive mechanism completes an operation of locking the lid to the container body with the locking member, characterized in that the purging apparatus further comprises a first detector contrived to detect a position of the lid; and wherein the gas supplying-discharging mechanism is contrived to start purging the container based on a position of the lid detected by the first detector while the moving mechanism moves the detaching/attaching section toward the container body.
A retainer system comprising: a retainer device comprising a housing mountable to a platform or vessel, the housing defining a through bore for receiving a pipe string; a safety sleeve extending through the housing; a stop arrangement mountable on the pipe string; wherein engagement between the safety sleeve and the stop arrangement limits relative upward movement between the housing and the pipe string. a retainer device comprising a housing mountable to a platform or vessel, the housing defining a through bore for receiving a pipe string; a safety sleeve extending through the housing; a stop arrangement mountable on the pipe string; wherein engagement between the safety sleeve and the stop arrangement limits relative upward movement between the housing and the pipe string.
An apparatus comprising: a neutral grounding component comprising a first neutral grounding resistor and a second neutral grounding resistor; a neutral conductor connected to ground across the second neutral grounding resistor; a rectifier circuit comprising a first rectifier and a second rectifier, the rectifier circuit coupled to the first neutral grounding resistor and to ground; and a monitoring circuit comprising a logic circuit, a monitoring circuit resistor, and a voltage source, the monitoring circuit coupled to the rectifier circuit and to ground, wherein the logic circuit measures current passing through the monitoring circuit resistor and computes a resistance value of the second neutral grounding resistor based on the measurement of the current passing through the monitoring circuit resistor and known resistance values of the first neutral grounding resistor and the monitoring circuit resistor, wherein the logic circuit determines a failed-open condition of the second neutral grounding resistor or a failed-short condition of the second neutral grounding resistor based on the computed resistance value of the second neutral grounding resistor and the measurement of the current passing through the monitoring circuit resistor. a neutral grounding component comprising a first neutral grounding resistor and a second neutral grounding resistor; a neutral conductor connected to ground across the second neutral grounding resistor; a rectifier circuit comprising a first rectifier and a second rectifier, the rectifier circuit coupled to the first neutral grounding resistor and to ground; and a monitoring circuit comprising a logic circuit, a monitoring circuit resistor, and a voltage source, the monitoring circuit coupled to the rectifier circuit and to ground, wherein the logic circuit measures current passing through the monitoring circuit resistor and computes a resistance value of the second neutral grounding resistor based on the measurement of the current passing through the monitoring circuit resistor and known resistance values of the first neutral grounding resistor and the monitoring circuit resistor, wherein the logic circuit determines a failed-open condition of the second neutral grounding resistor or a failed-short condition of the second neutral grounding resistor based on the computed resistance value of the second neutral grounding resistor and the measurement of the current passing through the monitoring circuit resistor.