mhurhangee/patent-ind-claim-en huggingface dataset:
A method of communication via serial bus , comprising: - the conveyance by the serial bus of a frame (WUP) comprising at least two consecutive cycles of a dominant state followed by a recessive state , said recessive states and dominant states having durations comprised between 2 and 5 times the duration (TCAN) of a data bit conveyed by the serial bus , and preferably above 1.8 μs; and - the detection by one or more circuits , each comprising a clock and coupled to the serial bus of at least a part of said frame for triggering the passage from a sleep state to a wake state of said one or more circuits , the method being characterized in that said frame comprises at least one edge ending another recessive state preceding said recessive states , and the triggering of a starting of said clock by said edge . - the conveyance by the serial bus of a frame (WUP) comprising at least two consecutive cycles of a dominant state followed by a recessive state , said recessive states and dominant states having durations comprised between 2 and 5 times the duration (TCAN) of a data bit conveyed by the serial bus , and preferably above 1.8 μs; and - the detection by one or more circuits , each comprising a clock and coupled to the serial bus of at least a part of said frame for triggering the passage from a sleep state to a wake state of said one or more circuits , the method being characterized in that said frame comprises at least one edge ending another recessive state preceding said recessive states , and the triggering of a starting of said clock by said edge .
A water supply management system comprising a first water storage tank , a second water storage tank , a water treatment device , a controller configured to control opening or closing of inflow pipes and drain pipes connected to the first water storage tank , the second water storage tank , and the water treatment device ; wherein the first water storage tank stores first stored water; wherein at least one of rainwater and seawater overflowing in case of flood is introduced into the first water storage tank to form the first stored water; wherein the second water storage tank stores second stored water, and wherein the controller controls inflow rates and outflow rates of the rainwater , the seawater , freshwater , the first stored water, the second stored water, and potable water; characterized in that : at least one of the freshwater in a water supply source and the first stored water in the first water storage tank is introduced into the second water storage tank to form the second stored water; and the water treatment device purifies the second stored water released from the second water storage tank and releases the potable water. at least one of the freshwater in a water supply source and the first stored water in the first water storage tank is introduced into the second water storage tank to form the second stored water; and the water treatment device purifies the second stored water released from the second water storage tank and releases the potable water.
An information-sharing system acquiring an image taken by a camera from a working vehicle including a working apparatus , the camera supported by the working apparatus , and a sensor for acquiring coordinates of the camera , comprising: a control apparatus ; a plurality of displays ; and an information input section for inputting information to be displayed on the displays , wherein the control apparatus acquires a work range of the working vehicle from the working vehicle , acquires coordinates of the camera from the sensor , displays the map information in the work range on all the displays , and displays the image taken by the camera on an area on the map information having the same size as an imaging area of the camera , the area being a coordinate position of the camera on the map information, wherein when the scale of the map information in one of the displays is changed, the control apparatus changes a scale of the map information displayed on the other display and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on all the displays at a change rate of the scale, wherein when a ratio of a distance on the image with respect to a predetermined distance in the imaging area on one of the displays is changed, the control apparatus changes a scale of the map information displayed on all the displays and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on the other display at a change rate of the scale, wherein the control apparatus displays information input into one of the displays by the information input section on the other display . a control apparatus ; a plurality of displays ; and an information input section for inputting information to be displayed on the displays , wherein the control apparatus acquires a work range of the working vehicle from the working vehicle , acquires coordinates of the camera from the sensor , displays the map information in the work range on all the displays , and displays the image taken by the camera on an area on the map information having the same size as an imaging area of the camera , the area being a coordinate position of the camera on the map information, wherein when the scale of the map information in one of the displays is changed, the control apparatus changes a scale of the map information displayed on the other display and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on all the displays at a change rate of the scale, wherein when a ratio of a distance on the image with respect to a predetermined distance in the imaging area on one of the displays is changed, the control apparatus changes a scale of the map information displayed on all the displays and a ratio of a distance on the image with respect to a predetermined distance in the imaging area on the other display at a change rate of the scale, wherein the control apparatus displays information input into one of the displays by the information input section on the other display .
A compound having the structure wherein the compound is selected from the group consisting of wherein E - comprises an anion.
A hose connector structure comprising: a rigid pipe body having a frustoconical front end extending outward from a tip end to a radially enlarged first ring portion ; the first ring portion having an annular face extending at a constant diameter from the frustoconical front end and terminating at a circumferential first step , the first step comprising tapering walls extending from a rear edge of the first ring portion annular face and decreasing in diameter to a first step rear edge ; a radially reduced second ring portion extending from the first step rear edge at a constant diameter to a circumferential rear edge ; a circumferential second step extending from the second ring portion circumferential rear edge and comprising walls that taper from said circumferential rear edge in a decreasing circumferential diameter to a mid-section of the pipe body ; and a flexible hose adapted to be inserted by pressure over the pipe body at the tip end until it passes beyond the second step to the mid-section of the pipe body . a rigid pipe body having a frustoconical front end extending outward from a tip end to a radially enlarged first ring portion ; the first ring portion having an annular face extending at a constant diameter from the frustoconical front end and terminating at a circumferential first step , the first step comprising tapering walls extending from a rear edge of the first ring portion annular face and decreasing in diameter to a first step rear edge ; a radially reduced second ring portion extending from the first step rear edge at a constant diameter to a circumferential rear edge ; a circumferential second step extending from the second ring portion circumferential rear edge and comprising walls that taper from said circumferential rear edge in a decreasing circumferential diameter to a mid-section of the pipe body ; and a flexible hose adapted to be inserted by pressure over the pipe body at the tip end until it passes beyond the second step to the mid-section of the pipe body .
A method for avoiding self combustion of carbonaceous adsorbent comprising a catalyst, the method comprising blowing air through said carbonaceous adsorbent thereby oxidizing catalyst and/or components that are in a reduced state and simultaneously cooling the carbonaceous adsorbent; wherein the catalyst is an inorganic salt, hydroxide or oxide that comprises a metal ion selected from the group consisting of K+, Na+, Cu++, Mn++, Mg++, Ca++ and Fe+++, wherein the carbonaceous adsorbent further comprises one or more contaminants adsorbed on the carbonaceous adsorbent and where one or more of the contaminants are in a reduced state. wherein the catalyst is an inorganic salt, hydroxide or oxide that comprises a metal ion selected from the group consisting of K+, Na+, Cu++, Mn++, Mg++, Ca++ and Fe+++, wherein the carbonaceous adsorbent further comprises one or more contaminants adsorbed on the carbonaceous adsorbent and where one or more of the contaminants are in a reduced state.
A non-crosslinked rubber laminate which is a rubber laminate comprising a butyl rubber-containing layer stacked with an ethylene propylene diene rubber and/or ethylene propylene rubber-containing layer, said non-crosslinked rubber laminate characterized in that the ethylene propylene diene rubber and/or ethylene propylene rubber-containing layer is a rubber-containing layer that contains a low-molecular-weight polyolefin, a phenolic resin, and a crosslinking agent, where: the low-molecular-weight polyolefin is contained by 40 to 70 parts by weight, the phenolic resin is contained by 1 to 4 parts by weight, and the crosslinking agent is contained by at least 1 part by weight, relative to the ethylene propylene diene rubber and/or ethylene propylene rubber constituting a total of 100 parts by weight, and wherein the crosslinking agent is an organic peroxide. the low-molecular-weight polyolefin is contained by 40 to 70 parts by weight, the phenolic resin is contained by 1 to 4 parts by weight, and the crosslinking agent is contained by at least 1 part by weight, relative to the ethylene propylene diene rubber and/or ethylene propylene rubber constituting a total of 100 parts by weight, and wherein the crosslinking agent is an organic peroxide.
A system comprising: a non-transitory memory ; and one or more hardware processors coupled to the non-transitory memory and configured to read instructions from the non-transitory memory to cause the system to perform operations comprising: receiving a request to utilize a process available to the system ; determining a data collection capability of the system based on an available device component of the system; determining a first authentication pathway and a second authentication pathway in an authentication profile of the system based on the data collection capability ; determining user data using the data collection capability; determining that the first authentication pathway fails to allow access to the process by the system based on the user data ; and allowing the access to the process through the second authentication pathway based on the user data . a non-transitory memory ; and one or more hardware processors coupled to the non-transitory memory and configured to read instructions from the non-transitory memory to cause the system to perform operations comprising: receiving a request to utilize a process available to the system ; determining a data collection capability of the system based on an available device component of the system; determining a first authentication pathway and a second authentication pathway in an authentication profile of the system based on the data collection capability ; determining user data using the data collection capability; determining that the first authentication pathway fails to allow access to the process by the system based on the user data ; and allowing the access to the process through the second authentication pathway based on the user data . receiving a request to utilize a process available to the system ; determining a data collection capability of the system based on an available device component of the system; determining a first authentication pathway and a second authentication pathway in an authentication profile of the system based on the data collection capability ; determining user data using the data collection capability; determining that the first authentication pathway fails to allow access to the process by the system based on the user data ; and allowing the access to the process through the second authentication pathway based on the user data .
Method for filling a container , in particular a box, with products , in particular packs, wherein the products are introduced into the container one after the other and set down in an ordered formation, and wherein the container , in order to be filled with products , is supplied by a handling device , and wherein the containers are fed to the handling device by means of a first conveyor , and wherein the filled containers , following the handling device , are removed by means of a second conveyor , and wherein the products are fed to the handling device by means a third conveyor , and wherein the product flowing in the region of the conveyors , as a result of appropriate arrangement and orientation of the same, runs in an essentially common vertical plane or in parallel vertical planes, and wherein the feeding of the container to the handling device on the first conveyor and the removal of the filled container , following the handling device , on the second conveyor take place on different horizontal planes, in particular the feeding operation takes place above the removal operation, and wherein the feeding of the products on the third conveyor and the removal of the filled container , following the handling device , on the second conveyor take place in the same direction, and wherein an upright transporting route runs between the first conveyor and the second conveyor , the containers which are to be filled or have been filled being transported along a transporting route in the direction of the second conveyor , wherein a plurality of, preferably two, containers are handled simultaneously in the region of the upright transporting route such that while one container is introduced into the transporting route an already filled container is ejected from the transporting route, characterized in that the feeding of the container to the handling device on the first conveyor and the removal of the filled container , following the handling device , on the second conveyor take place in different, opposite directions, and in that , in the region of the upright transporting route, the containers are handled by box grippers , which are removed along two upright linear spindles arranged in the same upright plane, wherein the box grippers are pivoted out of the plane of the linear spindles on either side, and therefore the box grippers can be moved past one another without the respective containers colliding.
A temperature sensor , comprising: a sensor element including a thermosensitive portion and paired electric wires electrically connected to the thermosensitive portion ; and a holder made of a resin material and configured to hold the sensor element , wherein the holder includes a first layer , which includes a housing space , the housing space includes a through hole opening on top and bottom surfaces, to house the thermosensitive portion and the electric wires , and wherein the through hole is formed in a thickness direction (T) of the first layer of the holder . a sensor element including a thermosensitive portion and paired electric wires electrically connected to the thermosensitive portion ; and a holder made of a resin material and configured to hold the sensor element , wherein the holder includes a first layer , which includes a housing space , the housing space includes a through hole opening on top and bottom surfaces, to house the thermosensitive portion and the electric wires , and wherein the through hole is formed in a thickness direction (T) of the first layer of the holder .
A system for controlling a laser device , comprising: the laser device configured to generate a laser beam with a focal point ; a distance meter configured to measure a distance between the focal point and a target (T) of a patient ; a haptic sensation generator ; and a computer configured to: receive the distance from the distance meter ; characterized in that the haptic sensation generator is configured to generate an acoustic field that projects a sensory pattern onto a user; and the computer is configured to determine the pattern corresponding to the distance according to a function in which the distance is a variable; and instruct the haptic sensation generator to generate the acoustic field that projects the determined pattern. the laser device configured to generate a laser beam with a focal point ; a distance meter configured to measure a distance between the focal point and a target (T) of a patient ; a haptic sensation generator ; and a computer configured to: receive the distance from the distance meter ; characterized in that receive the distance from the distance meter ; characterized in that the haptic sensation generator is configured to generate an acoustic field that projects a sensory pattern onto a user; and the computer is configured to determine the pattern corresponding to the distance according to a function in which the distance is a variable; and instruct the haptic sensation generator to generate the acoustic field that projects the determined pattern. determine the pattern corresponding to the distance according to a function in which the distance is a variable; and instruct the haptic sensation generator to generate the acoustic field that projects the determined pattern.
An electronic device , comprising: a substrate ; a first light-emitting element disposed on the substrate and configured to emit a blue light, wherein the first light-emitting element comprises a first semiconductor layer and a first ohmic contact electrode in contact with the first semiconductor layer; and a second light-emitting element disposed on the substrate and configured to emit green or red light, wherein the second light-emitting element comprises a second semiconductor layer and a second ohmic contact electrode in contact with the second semiconductor layer, wherein a first ratio of an area of the first ohmic contact electrode and an area of the first semiconductor layer is different from a second ratio of an area of the second ohmic contact electrode and an area of the second semiconductor layer, characterized in that the first ratio is greater than the second ratio. a substrate ; a first light-emitting element disposed on the substrate and configured to emit a blue light, wherein the first light-emitting element comprises a first semiconductor layer and a first ohmic contact electrode in contact with the first semiconductor layer; and a second light-emitting element disposed on the substrate and configured to emit green or red light, wherein the second light-emitting element comprises a second semiconductor layer and a second ohmic contact electrode in contact with the second semiconductor layer, wherein a first ratio of an area of the first ohmic contact electrode and an area of the first semiconductor layer is different from a second ratio of an area of the second ohmic contact electrode and an area of the second semiconductor layer, characterized in that the first ratio is greater than the second ratio.
Method for producing a tub-shaped sanitary object made of plastic with a visible side and a bottom, comprising the following steps: - providing a plastic sheet to be moulded to form the sanitary object, - providing a forming device comprising a frame arrangement having a first frame with a first frame-shaped bending structure and a second frame with a second frame-shaped bending structure , wherein the plastic sheet is to be formed by means of the bending structures , - arranging and attaching the heated plastic sheet to the first frame , - inserting the second frame into the open first frame into a forming end position in such a way that the second frame takes along the plastic sheet with its bending structure when it is inserted, wherein the plastic sheet is formed into a tub shape by means of both the first and the second bending structure , - cooling the formed plastic sheet . - providing a plastic sheet to be moulded to form the sanitary object, - providing a forming device comprising a frame arrangement having a first frame with a first frame-shaped bending structure and a second frame with a second frame-shaped bending structure , wherein the plastic sheet is to be formed by means of the bending structures , - arranging and attaching the heated plastic sheet to the first frame , - inserting the second frame into the open first frame into a forming end position in such a way that the second frame takes along the plastic sheet with its bending structure when it is inserted, wherein the plastic sheet is formed into a tub shape by means of both the first and the second bending structure , - cooling the formed plastic sheet .
An apparatus for gripping a tubular, comprising: a body ; a slip carrier coupled to an inner surface of the body, wherein the slip carrier is configured to pivot with respect to the body between an open position and a closed position, and wherein, when the slip carrier is in the open position, the slip carrier creates an opening to allow a tubular to be introduced laterally into the body; and a slip coupled to the slip carrier, wherein the slip is configured to move radially between a first position in which the slip is spaced apart from the tubular and a second position in which the slip contacts and grips the tubular; a main timing ring ; a cylinder that is coupled to the body that moves the main timing ring up and down; a slip position indicator rod configured to move downward together with the main timing ring; an indicator ramp coupled to and configured to move together with the slip position indicator rod; and a slip position indicator valve coupled to the body, wherein movement of the indicator ramp past the slip position indicator valve causes a signal to be transmitted indicating that the slip is in the second position, wherein the body is substantially U-shaped. a body ; a slip carrier coupled to an inner surface of the body, wherein the slip carrier is configured to pivot with respect to the body between an open position and a closed position, and wherein, when the slip carrier is in the open position, the slip carrier creates an opening to allow a tubular to be introduced laterally into the body; and a slip coupled to the slip carrier, wherein the slip is configured to move radially between a first position in which the slip is spaced apart from the tubular and a second position in which the slip contacts and grips the tubular; a main timing ring ; a cylinder that is coupled to the body that moves the main timing ring up and down; a slip position indicator rod configured to move downward together with the main timing ring; an indicator ramp coupled to and configured to move together with the slip position indicator rod; and a slip position indicator valve coupled to the body, wherein movement of the indicator ramp past the slip position indicator valve causes a signal to be transmitted indicating that the slip is in the second position, wherein the body is substantially U-shaped.