mhurhangee/ep-ind-claims huggingface dataset:
A transmission apparatus for transmitting an optical signal input from an optical network making up a redundant configuration by controlling a cross connect switch to switch a transmission path for the optical signal, wherein the cross connect switch includes an input slot to which the optical signal is input and an output slot from which the optical signal is output, the transmission apparatus comprising a storage unit (320, 330, 340) that stores input/output correspondence information where the input slot and the output slot are set in correspondence with each other in accordance with the redundant configuration; the transmission apparatus being characterized by further comprising: a processing unit that generates connection information where the input slot and the output slot of the cross connect switch are set in correspondence with each other based on the input/output correspondence information stored in the storage unit (320, 330, 340), setting information of a plurality of applications and identification information of the input slot and the output slot of the cross connect switch; and a transmission path switching unit that switches the transmission path for the optical signal by setting the input slot and the output slot of the cross connect switch in correspondence with each other based on the connection information generated in the processing unit. a processing unit that generates connection information where the input slot and the output slot of the cross connect switch are set in correspondence with each other based on the input/output correspondence information stored in the storage unit (320, 330, 340), setting information of a plurality of applications and identification information of the input slot and the output slot of the cross connect switch; and a transmission path switching unit that switches the transmission path for the optical signal by setting the input slot and the output slot of the cross connect switch in correspondence with each other based on the connection information generated in the processing unit.
An assembly comprising a tie rod and a tie rod nut, the tie rod comprising: a base; a rod which extends from said base; and a threaded end section, said tie rod nut received on said threaded section; characterised in that: said tie rod further comprises a gusset which extends between said rod and said base; and in that said tie rod nut further comprises multiple of holes arrayed in a circle. a base; a rod which extends from said base; and a threaded end section, said tie rod nut received on said threaded section; characterised in that: said tie rod further comprises a gusset which extends between said rod and said base; and in that said tie rod nut further comprises multiple of holes arrayed in a circle. said tie rod further comprises a gusset which extends between said rod and said base; and in that said tie rod nut further comprises multiple of holes arrayed in a circle.
Assay apparatus for use with a handheld specimen collection tool (10, 30) having an elongated specimen collection tip (12, 32) for bearing bodily specimen therealong, the assay apparatus comprising: a) a drum (58, 87) having a transparent, generally cylindrical, hollow drum body (59, 83, 88) with a horizontal longitudinal drum body centerline (61, 84), an internal drum body surface (59A, 83A, 88A) and an external drum body surface (59B, 83B, 88B); b) an elongated specimen collection tube (67, 83, 88) co-directional with said horizontal longitudinal drum body centerline and having a specimen collection tube port (68, 83, 88) for snug sliding insertion of the elongated specimen collection tip into said specimen collection tube for depositing bodily specimen on said drum body; c) a backlight illuminator (63, 86) inside said drum body for backlighting said drum body; and d) an elongated scanner (64, 89) outside said drum body and co-extensive therewith for scanning at least some of said backlighted drum body for acquiring a bodily specimen scan. a) a drum (58, 87) having a transparent, generally cylindrical, hollow drum body (59, 83, 88) with a horizontal longitudinal drum body centerline (61, 84), an internal drum body surface (59A, 83A, 88A) and an external drum body surface (59B, 83B, 88B); b) an elongated specimen collection tube (67, 83, 88) co-directional with said horizontal longitudinal drum body centerline and having a specimen collection tube port (68, 83, 88) for snug sliding insertion of the elongated specimen collection tip into said specimen collection tube for depositing bodily specimen on said drum body; c) a backlight illuminator (63, 86) inside said drum body for backlighting said drum body; and d) an elongated scanner (64, 89) outside said drum body and co-extensive therewith for scanning at least some of said backlighted drum body for acquiring a bodily specimen scan.
A transport anchor for double walls, comprising - a stirrup-shaped basic body, comprising - an arc-shaped central portion for fitting sling gear, - two anchor legs that extend from the central portion and run substantially parallel to each other, - a pressure member disposed between the anchor legs, characterized in that the pressure member consists entirely of reinforcing material-free concrete. - a stirrup-shaped basic body, comprising - an arc-shaped central portion for fitting sling gear, - two anchor legs that extend from the central portion and run substantially parallel to each other, - an arc-shaped central portion for fitting sling gear, - two anchor legs that extend from the central portion and run substantially parallel to each other, - a pressure member disposed between the anchor legs,
A cap for inhibiting egress of fluid from an access port of an endoscope working channel, the cap comprising: an outer shell removable from the access port, the outer shell including an upper end, a lower end, an outer peripheral surface extending from the upper end to the lower end, and an inner peripheral surface extending from the upper end to the lower end, the inner peripheral surface extending about a central longitudinal axis of the outer shell, the outer shell further including a coupling portion proximate the lower end of the outer shell adapted for coupling the cap to an endoscope; a resilient member, at least a portion of which is positioned interior of the inner peripheral surface of the outer shell, the resilient member including an upper surface, a lower surface, an outer peripheral surface extending between the upper surface and the lower surface, and a central opening sized to accommodate an endoscopic instrument therethrough, the central opening having a circumferential surface extending between the upper surface and the lower surface of the resilient member, the resilient member further including a slit extending outward from the circumferential surface of the central opening toward the outer peripheral surface of the resilient member; and a guidewire locking structure formed by two tabs opposing one another, each tab extending from and above the upper end of the outer shell forming an opening between respective tab and the upper end of the outer shell, each opening sized to accommodate a guidewire between the tab and the upper end of the outer shell. an outer shell removable from the access port, the outer shell including an upper end, a lower end, an outer peripheral surface extending from the upper end to the lower end, and an inner peripheral surface extending from the upper end to the lower end, the inner peripheral surface extending about a central longitudinal axis of the outer shell, the outer shell further including a coupling portion proximate the lower end of the outer shell adapted for coupling the cap to an endoscope; a resilient member, at least a portion of which is positioned interior of the inner peripheral surface of the outer shell, the resilient member including an upper surface, a lower surface, an outer peripheral surface extending between the upper surface and the lower surface, and a central opening sized to accommodate an endoscopic instrument therethrough, the central opening having a circumferential surface extending between the upper surface and the lower surface of the resilient member, the resilient member further including a slit extending outward from the circumferential surface of the central opening toward the outer peripheral surface of the resilient member; and a guidewire locking structure formed by two tabs opposing one another, each tab extending from and above the upper end of the outer shell forming an opening between respective tab and the upper end of the outer shell, each opening sized to accommodate a guidewire between the tab and the upper end of the outer shell.
Alight source system, comprising: a wavelength conversion layer configured to receive excitation light and generate excited light; a transparent thermal conduction substrate configured to support the wavelength conversion layer; an excitation light source configured to emit the excitation light from a side of the wavelength conversion layer toward the wavelength conversion layer; and a red light source configured to emit red light from a side of the transparent thermal conduction substrate toward the wavelength conversion layer; characterized in that the light source system further comprises an angle selection filter film provided between the transparent thermal conduction substrate and the wavelength conversion layer or on a surface of the transparent thermal conduction substrate opposite to the wavelength conversion layer, wherein the angle selection filter film is configured to transmit the red light with an incident angle less than a specific angle, reflect the red light with an incident angle greater than the specific angle and the excited light. a wavelength conversion layer configured to receive excitation light and generate excited light; a transparent thermal conduction substrate configured to support the wavelength conversion layer; an excitation light source configured to emit the excitation light from a side of the wavelength conversion layer toward the wavelength conversion layer; and a red light source configured to emit red light from a side of the transparent thermal conduction substrate toward the wavelength conversion layer; characterized in that the light source system further comprises an angle selection filter film provided between the transparent thermal conduction substrate and the wavelength conversion layer or on a surface of the transparent thermal conduction substrate opposite to the wavelength conversion layer, wherein the angle selection filter film is configured to transmit the red light with an incident angle less than a specific angle, reflect the red light with an incident angle greater than the specific angle and the excited light.
A microneedle sheet comprising a plurality of microneedles formed on a sheet generally along a principal surface of the sheet, characterized in that the microneedles are formed of a material selected from among polyvinyl alcohol, and a graft copolymer of polyvinyl alcohol and polyethylene glycol, the sheet has a thickness of 30 to 100 μm, and the microneedles are raised from the principal surface by bending the sheet, and the raised microneedles pierce skin. the microneedles are formed of a material selected from among polyvinyl alcohol, and a graft copolymer of polyvinyl alcohol and polyethylene glycol, the sheet has a thickness of 30 to 100 μm, and the microneedles are raised from the principal surface by bending the sheet, and the raised microneedles pierce skin.
An apparatus comprising: protocol circuitry (160a-h) to implement a load/store interconnect protocol; and interface circuitry to implement an interface to couple to a fabric, wherein the interface comprises: a header channel implemented on a first subset of a plurality of physical lanes; and a data channel implemented on a separate second subset of the plurality of physical lanes, characterized in that the first subset of lanes comprises a dedicated number of first lanes to carry a header of a packet based on the interconnect protocol and a dedicated number of second lanes to carry metadata for the header; the second subset of lanes comprises a dedicated number of third lanes (915, 920) to carry a payload (950, 952, 960) of the packet and a dedicated number of fourth lanes to carry metadata for the payload (950, 952, 960); and headers (840, 845, 850, 855) are to be transmitted over the header channel in a single clock cycle, and payloads (950, 952, 960, 962, 972, 974) are permitted to be transmitted on the data channel over multiple clock cycles. protocol circuitry (160a-h) to implement a load/store interconnect protocol; and interface circuitry to implement an interface to couple to a fabric, wherein the interface comprises: a header channel implemented on a first subset of a plurality of physical lanes; and a data channel implemented on a separate second subset of the plurality of physical lanes, characterized in that the first subset of lanes comprises a dedicated number of first lanes to carry a header of a packet based on the interconnect protocol and a dedicated number of second lanes to carry metadata for the header; the second subset of lanes comprises a dedicated number of third lanes (915, 920) to carry a payload (950, 952, 960) of the packet and a dedicated number of fourth lanes to carry metadata for the payload (950, 952, 960); and headers (840, 845, 850, 855) are to be transmitted over the header channel in a single clock cycle, and payloads (950, 952, 960, 962, 972, 974) are permitted to be transmitted on the data channel over multiple clock cycles. a header channel implemented on a first subset of a plurality of physical lanes; and a data channel implemented on a separate second subset of the plurality of physical lanes, characterized in that the first subset of lanes comprises a dedicated number of first lanes to carry a header of a packet based on the interconnect protocol and a dedicated number of second lanes to carry metadata for the header; the second subset of lanes comprises a dedicated number of third lanes (915, 920) to carry a payload (950, 952, 960) of the packet and a dedicated number of fourth lanes to carry metadata for the payload (950, 952, 960); and headers (840, 845, 850, 855) are to be transmitted over the header channel in a single clock cycle, and payloads (950, 952, 960, 962, 972, 974) are permitted to be transmitted on the data channel over multiple clock cycles.
Device for determining the charge status of a thermal storage for a walk-in room to be cooled comprising an arbitrary number of storage cells (12a-e), in which a storage medium is accommodated, wherein the storage media accommodated in the storage cells (12a-e) have different phase change temperatures, characterized in that these phase change temperatures are known to the device and are stored in the device, wherein temperature measuring devices are arranged in or on the individual storage cells (12a-e), which detect the temperature of the storage media and thus the state of charge and transmit it to the device.
A driver attention system configured to: determine a current drowsiness level of a driver of a vehicle by means of data provided by a monitoring unit, the monitoring unit being configured to determine one or more driver parameters; based on the current drowsiness level, determine a current driver focus level and an estimated time of remaining driver focus level as the time the current driver focus level is equal to or greater than a currently required driver focus level wherein the driver focus level is inversely proportional to the drowsiness level; and determine an estimated remaining travel time until a desired destination is reached by means of data provided by a navigation system, compare the time of remaining driver focus level to the estimated remaining travel time, and determine, based on the comparison of the time of the remaining driver focus level to the estimated remaining travel time, whether the current driver focus level is equal to or higher than a defined threshold focus level, and whether the current driver focus level will decrease and fall below the defined threshold focus level during the estimated remaining travel time, wherein if it is determined that the current driver focus level is equal to or higher than the defined threshold focus level, and that the current driver focus level will decrease and fall below the defined threshold focus level during the estimated remaining travel time, a binaural beat at 20Hz or higher is generated via at least two first loudspeakers of an audio system of the vehicle, wherein the binaural beat is audible for the driver. determine a current drowsiness level of a driver of a vehicle by means of data provided by a monitoring unit, the monitoring unit being configured to determine one or more driver parameters; based on the current drowsiness level, determine a current driver focus level and an estimated time of remaining driver focus level as the time the current driver focus level is equal to or greater than a currently required driver focus level wherein the driver focus level is inversely proportional to the drowsiness level; and determine an estimated remaining travel time until a desired destination is reached by means of data provided by a navigation system, compare the time of remaining driver focus level to the estimated remaining travel time, and determine, based on the comparison of the time of the remaining driver focus level to the estimated remaining travel time, whether the current driver focus level is equal to or higher than a defined threshold focus level, and whether the current driver focus level will decrease and fall below the defined threshold focus level during the estimated remaining travel time, wherein if it is determined that the current driver focus level is equal to or higher than the defined threshold focus level, and that the current driver focus level will decrease and fall below the defined threshold focus level during the estimated remaining travel time, a binaural beat at 20Hz or higher is generated via at least two first loudspeakers of an audio system of the vehicle, wherein the binaural beat is audible for the driver.
Repository for disposing of used lubricant of a bearing when attached to the bearing, comprising a closed hollow base body for accommodating a lubricant, with the base body comprising an inlet for filling in a lubricant, but having no gas outlet, wherein the base body comprises an expanding means, with the expanding means being adapted to expand the base body from a compressed non-filled into an expanded filled state by filling the lubricant into the base body, characterised in that the expanding means is adapted to expand the base body in step-wise manner, whereby certain volumes of the base body may be attained with certain applied pressures.
Process for producing sugar products from fruits, comprising the steps of: i) providing a fruit juice comprising free glucose and free fructose; ii) demineralizing and decolorizing the fruit juice so as to -bring its solid content to comprise from 99% wt to 99,99 % wt of a mixture of substances chosen from the group consisting of saccharides, alcohols and flavonoids or other polyphenols; the saccharides comprising free glucose and free fructose; iii) separating by chromatography the demineralized and decolorized fruit juice so as to obtain at least a glucose-enriched fraction and/or a fructose enriched fraction from the fruit juice, wherein the solid content of the glucose-enriched fraction comprises at least from 70% wt to 99.99% wt of glucose, and the solid content of the fructose-enriched fraction comprises from 70% wt to 99.99% wt of fructose; wherein step ii) comprises feeding the fruit juice in one or more columns each containing a cation and/or an anion exchange resin. i) providing a fruit juice comprising free glucose and free fructose; ii) demineralizing and decolorizing the fruit juice so as to -bring its solid content to comprise from 99% wt to 99,99 % wt of a mixture of substances chosen from the group consisting of saccharides, alcohols and flavonoids or other polyphenols; the saccharides comprising free glucose and free fructose; iii) separating by chromatography the demineralized and decolorized fruit juice so as to obtain at least a glucose-enriched fraction and/or a fructose enriched fraction from the fruit juice, wherein the solid content of the glucose-enriched fraction comprises at least from 70% wt to 99.99% wt of glucose, and the solid content of the fructose-enriched fraction comprises from 70% wt to 99.99% wt of fructose; wherein step ii) comprises feeding the fruit juice in one or more columns each containing a cation and/or an anion exchange resin.
Device for controlling an electrical switchgear, comprising a capacitive power supply device and a control member capable of controlling said electrical switchgear when the power supply voltage is below a predetermined actuation threshold (Ut), the capacitive power supply device comprising a power supply module having two input terminals and a power supply voltage (U e) between the two terminals, and capable of providing a power supply current to the control member, the power supply module comprising a first capacitor (6, 6') connected at the input of a voltage rectification unit, said control member being connected at the output of the rectification unit, the power supply device further comprising a second capacitor (8, 8') and a first switch capable of connecting the second capacitor (8, 8') in series or in parallel at the output to the first capacitor as a function of a comparison of the power supply voltage (U e) with a capacitor switching threshold value (U c).
A drainage system for a gas turbine, comprising at least one inflow pipe, a first outflow pipe, and a pressure vessel connected to the inflow pipe and the first outflow pipe separately, wherein a check valve, a first throttle orifice plate and at least one first switching valve are connected in series on each said inflow pipe, and a second throttle orifice plate and at least one second switching valve are connected in series on the first outflow pipe, and comprising a pressure release device and a pressure measurement device connected to the pressure vessel, wherein the pressure release device is an automatic pressure control valve, characterized by further comprising another pressure release device, which is a safety valve with a manual function connected to the pressure vessel.