mhurhangee/patent-ind-claim-en huggingface dataset:
An ovitrap comprising a container , a cover , and a means for dividing the container into two regions (101; 102), which in use are filled with water, and which communicate via an opening such that a volume (Vb) below the means defines a larvae trapping region, and a volume (Va) above the means defines an egg receiving region, characterised in that a light source has a cool, white spectra, with two peaks, a first peak at 450nm - 470nm, and a second peak at 500nm - 700nm and is mounted above the container and is positioned to direct light downwards at a water surface , such that when the light is turned on to create a photo stimulus, the larvae respond by moving in a direction away from the light, from the volume above (Va) into the volume below (Vb) via the opening , a gating mechanism operatively linked to the light source which opens and closes the opening when the light is respectively turned on and off, such that the larvae are trapped in the volume below.
A method performed by a data processing system and comprising: generating a machine tool post processor having a plurality of layers including a library layer , a controller layer , and at least one other layer ; interacting with a user in a dynamic user interface corresponding to the machine tool post processor ; and storing the machine tool post processor ; wherein each of the plurality of layers is associated with an access level defined by properties of the layers ; wherein the dynamic user interface selectively displays the plurality of layers based on corresponding access levels; wherein the at least one other layer includes one or more of a customer layer , a service layer , a machine layer , an original equipment manufacturer (OEM) layer , and a machine tool builder (MTB) layer ; wherein the data processing system also extracts kinematics and NC data from a machine tool and stores the kinematics and NC data in the machine tool post processor ; wherein the dynamic user interface is dynamically generated from the machine tool post processor ; wherein the dynamic user interface is provided with objects , each object having associated properties , and each property having a value ; and wherein for every property item in each layer, the post processor author may decide which type of license is necessary to see the value for the property or to do some modifications to it. generating a machine tool post processor having a plurality of layers including a library layer , a controller layer , and at least one other layer ; interacting with a user in a dynamic user interface corresponding to the machine tool post processor ; and storing the machine tool post processor ; wherein each of the plurality of layers is associated with an access level defined by properties of the layers ; wherein the dynamic user interface selectively displays the plurality of layers based on corresponding access levels; wherein the at least one other layer includes one or more of a customer layer , a service layer , a machine layer , an original equipment manufacturer (OEM) layer , and a machine tool builder (MTB) layer ; wherein the data processing system also extracts kinematics and NC data from a machine tool and stores the kinematics and NC data in the machine tool post processor ; wherein the dynamic user interface is dynamically generated from the machine tool post processor ; wherein the dynamic user interface is provided with objects , each object having associated properties , and each property having a value ; and wherein for every property item in each layer, the post processor author may decide which type of license is necessary to see the value for the property or to do some modifications to it.
An optoelectronic device (10; 80; 90) comprising a support , at least hydrophilic photoluminescent blocks comprising hydrophilic photoluminescent particles covering first areas of the support and hydrophobic photoluminescent blocks comprising hydrophobic photoluminescent particles covering second areas of the support, the hydrophilic photoluminescent blocks being in contact with a hydrophilic material at the level of the first areas and the hydrophobic photoluminescent blocks being in contact with a hydrophobic material at the level of the second areas.
An integrated circuit, IC , comprising: a digital logic circuit monolithically formed on said IC , said digital logic circuit configured to generate modulation signals (330a-330c, 332a-332c) for controlling power switches (104a-104f; 204a-204f) of a power inverter , said digital logic circuit (102; 302) generating said modulation signals based on at least one digital input value (idxl, idx2, idx3); a voltage level shifter monolithically formed on said IC , said voltage level shifter configured to shift said modulation signals (330a-330c, 332a-332c) to a voltage level suitable for driving said power switches (104a-104f; 204a-204f) of said power inverter ; wherein said IC is a mixed-signal IC having analog and digital circuits monolithically formed thereon; characterised in that the integrated circuit IC further comprises: a power supply monolithically formed on said IC , wherein the power supply is configured to power said digital logic circuit and said voltage level shifter . a digital logic circuit monolithically formed on said IC , said digital logic circuit configured to generate modulation signals (330a-330c, 332a-332c) for controlling power switches (104a-104f; 204a-204f) of a power inverter , said digital logic circuit (102; 302) generating said modulation signals based on at least one digital input value (idxl, idx2, idx3); a voltage level shifter monolithically formed on said IC , said voltage level shifter configured to shift said modulation signals (330a-330c, 332a-332c) to a voltage level suitable for driving said power switches (104a-104f; 204a-204f) of said power inverter ; a power supply monolithically formed on said IC , wherein the power supply is configured to power said digital logic circuit and said voltage level shifter .
A reception device comprising: - a first means for receiving configured to receive a first content, the first content being encrypted, - a means for transmitting configured to transmit the first content to a conditional access module, CAM , - a second means for receiving configured to receive from the CAM a second content corresponding to encrypted content processed by the CAM, first information identifying a transmission source of the first content and the CAM, and second information indicating whether or not a digital watermark has been embedded by the CAM in the second content, - means configured to embed a watermark in the second content if it is determined from the received second information that a digital watermark has not been embedded by the CAM in the second content and not to embed a watermark in the second content if it is determined from the received second information that a digital watermark has been embedded by the CAM in the second content, and - an output unit configured to output the second content including a watermark identifying the transmission source of the first content and the CAM - a first means for receiving configured to receive a first content, the first content being encrypted, - a means for transmitting configured to transmit the first content to a conditional access module, CAM , - a second means for receiving configured to receive from the CAM a second content corresponding to encrypted content processed by the CAM, first information identifying a transmission source of the first content and the CAM, and second information indicating whether or not a digital watermark has been embedded by the CAM in the second content, - means configured to embed a watermark in the second content if it is determined from the received second information that a digital watermark has not been embedded by the CAM in the second content and not to embed a watermark in the second content if it is determined from the received second information that a digital watermark has been embedded by the CAM in the second content, and - an output unit configured to output the second content including a watermark identifying the transmission source of the first content and the CAM
A method executed by a system for accessing a wireless access point , the system comprising a preset device , a smart device and the wireless access point ; the method comprising: the preset device successfully accessing the wireless access point ; the preset device broadcasting access information of the wireless access point , the access information including a Basic Service Set Identifier, BSSID, an access password of the wireless access point and a Service Set Identifier, SSID, of the wireless access point ; the smart device receiving the access information of the wireless access point broadcasted by the preset device ; the smart device detecting whether the SSID in the access information contains a preset character, the preset character being a character having different coding formats; and when the preset character is contained: the smart device unicasting to the wireless access point device finding information according to the BSSID, the device finding information carrying therein the BSSID; the smart device receiving feedback information sent by the wireless access point , the feedback information carrying therein an original SSID of the wireless access point ; and the smart device accessing the wireless access point according to the original SSID carried in the feedback information and the access password. the preset device successfully accessing the wireless access point ; the preset device broadcasting access information of the wireless access point , the access information including a Basic Service Set Identifier, BSSID, an access password of the wireless access point and a Service Set Identifier, SSID, of the wireless access point ; the smart device receiving the access information of the wireless access point broadcasted by the preset device ; the smart device detecting whether the SSID in the access information contains a preset character, the preset character being a character having different coding formats; and when the preset character is contained: the smart device unicasting to the wireless access point device finding information according to the BSSID, the device finding information carrying therein the BSSID; the smart device receiving feedback information sent by the wireless access point , the feedback information carrying therein an original SSID of the wireless access point ; and the smart device accessing the wireless access point according to the original SSID carried in the feedback information and the access password. the smart device unicasting to the wireless access point device finding information according to the BSSID, the device finding information carrying therein the BSSID; the smart device receiving feedback information sent by the wireless access point , the feedback information carrying therein an original SSID of the wireless access point ; and the smart device accessing the wireless access point according to the original SSID carried in the feedback information and the access password.
A binding machine for gardening comprising: a main handle ; a clincher arm that is rotatably attached to the main handle ; a tape guide that is configured to draw out and guide a tape at a front end portion of the main handle ; a tape gripping device that is configured to grip an end portion of the tape drawn out from the tape guide , at a front end portion of the clincher arm ; and a cutting blade that is configured to cut the tape , wherein the tape gripping device includes a gripping member that operates to grip the tape , characterized in that the tape guide is swingably attached to the main handle such that a position of the tape guide when the tape gripping device operates to grip the end portion of the tape and a position of the tape guide when the cutting blade operates to cut the tape are different from each other, and the tape guide is configured to move while being guided to an inclined surface of the gripping member , and to further move together with the gripping member after being engaged with a V-shaped portion ahead of the inclined surface . a main handle ; a clincher arm that is rotatably attached to the main handle ; a tape guide that is configured to draw out and guide a tape at a front end portion of the main handle ; a tape gripping device that is configured to grip an end portion of the tape drawn out from the tape guide , at a front end portion of the clincher arm ; and a cutting blade that is configured to cut the tape , wherein the tape gripping device includes a gripping member that operates to grip the tape , characterized in that the tape guide is swingably attached to the main handle such that a position of the tape guide when the tape gripping device operates to grip the end portion of the tape and a position of the tape guide when the cutting blade operates to cut the tape are different from each other, and the tape guide is configured to move while being guided to an inclined surface of the gripping member , and to further move together with the gripping member after being engaged with a V-shaped portion ahead of the inclined surface .
A hydraulic forging press unit having devices arranged in a building-block-type, wherein the devices of the hydraulic forging press unit are arranged in different layers (a, b, c, d) in a building block type, to hierarchically combine and correspondingly arrange a main device , a hydraulic pump station, an electronic control system, an intelligent conversion system for hydraulic power source, and an intelligent filtration and cooling system of the hydraulic forging press unit correspondingly in a space, the main device comprising a lower fixed beam; the hydraulic pump station comprising an electric motor , a hydraulic pump , and a fuel tank ; the electronic control system comprising a power receiving transformer , a strong power cabinet , a control cabinet , and a console ; the intelligent conversion system for hydraulic power source comprising an energy accumulator and a booster ; the intelligent filtration and cooling system comprising a buffer tank , a filter , and a cooler , characterized in that the space is divided into an underground layer and overground layers, wherein the underground layer is a basement first floor (a), the overground layers comprise upward from ground, a first floor (b), a second floor (c), and a third floor (d) in sequence, and the basement first floor (a), the first floor (b), the second floor (c), and the third floor (d) are each provided with a left chamber and a right chamber, and left chambers on the basement first floor (a), the first floor (b), the second floor (c), and the third floor (d) communicate with each other vertically; the devices being arranged in a following way: the main device is placed in the left chamber on the basement first floor (a), and extends through the left chambers on the basement first floor (a), the first floor, the second floor (c), and the third floor (d); the hydraulic pump station is placed in the right chamber on the basement first floor (a); the electronic control system is placed in the right chamber on the first floor (b); the intelligent conversion system for hydraulic power source is placed in the right chamber on the second floor (c); and the intelligent filtration and cooling system is placed in the right chamber on the third floor (d). the main device is placed in the left chamber on the basement first floor (a), and extends through the left chambers on the basement first floor (a), the first floor, the second floor (c), and the third floor (d); the hydraulic pump station is placed in the right chamber on the basement first floor (a); the electronic control system is placed in the right chamber on the first floor (b); the intelligent conversion system for hydraulic power source is placed in the right chamber on the second floor (c); and the intelligent filtration and cooling system is placed in the right chamber on the third floor (d).
A notification appliance comprising: a back plate configured to abut a junction box ; a driver board connected to the back plate; a front housing connected to the back plate; one or more LED strobe elements electrically connected to the driver board; and an optic configured to shape light generated by the one or more LED strobe elements, the optic being in a predetermined configuration with respect to the one or more LED strobe elements, wherein the driver board is configured to drive the one or more LED strobe elements, wherein the driver board is mounted between the back plate and the front housing, wherein the front housing is configured to apply pressure to a portion of the driver board, characterised in that : the driver board includes a first side and a second side; wherein the driver board includes a terminal block connected to a part of the first side, the terminal block having a first opening configured to receive a first wire via the junction box and a second opening configured to receive a second wire via the junction box; wherein the terminal block includes a first screw configured to press the first wire into electrical contact with the driver board and a second screw configured to press the second wire into electrical contact with the driver board; wherein the front housing includes a post ; and wherein, when the front housing and the driver board are connected to the back plate, the post is proximate to or touching a part of the second side of the driver board that is opposite to the part of the first side to which the terminal block is connected. a back plate configured to abut a junction box ; a driver board connected to the back plate; a front housing connected to the back plate; one or more LED strobe elements electrically connected to the driver board; and an optic configured to shape light generated by the one or more LED strobe elements, the optic being in a predetermined configuration with respect to the one or more LED strobe elements, wherein the driver board is configured to drive the one or more LED strobe elements, wherein the driver board is mounted between the back plate and the front housing, wherein the front housing is configured to apply pressure to a portion of the driver board, characterised in that : the driver board includes a first side and a second side; wherein the driver board includes a terminal block connected to a part of the first side, the terminal block having a first opening configured to receive a first wire via the junction box and a second opening configured to receive a second wire via the junction box; wherein the terminal block includes a first screw configured to press the first wire into electrical contact with the driver board and a second screw configured to press the second wire into electrical contact with the driver board; wherein the front housing includes a post ; and wherein, when the front housing and the driver board are connected to the back plate, the post is proximate to or touching a part of the second side of the driver board that is opposite to the part of the first side to which the terminal block is connected.
A fabric , having a first side , a second side , a body extending from said first side to said second side ; at least one hydrophobic agent , provided at least on said first side of said fabric as a pattern of hydrophobic areas , wherein said fabric comprises: at least one hydrophilic agent which is provided on at least some regions of said first side of the fabric , whereby said first side has a pattern of hydrophobic areas and a pattern of hydrophilic areas , to transfer the moisture from said first side to said second side , wherein said pattern of hydrophobic areas comprises hydrophobic areas having a spiral shape. at least one hydrophilic agent which is provided on at least some regions of said first side of the fabric , whereby said first side has a pattern of hydrophobic areas and a pattern of hydrophilic areas , to transfer the moisture from said first side to said second side , wherein said pattern of hydrophobic areas comprises hydrophobic areas having a spiral shape.
A method performed by a user equipment, UE, , the method comprising: receiving from a gNB information indicating a set of different synchronization signals, wherein the synchronization signals serve as references for obtaining or maintaining synchronization with the gNB wherein each synchronization signal is different from one another and corresponds to a different beam from among two or more beams used by the gNB and, maintaining synchronization with the gNB in conjunction with moving between coverage areas corresponding to the two or more beams by dynamically synchronizing or resynchronizing with at least one of the synchronization signals in the set, wherein the UE does not trigger a radio link failure as long as synchronisation can be obtained from the set. receiving from a gNB information indicating a set of different synchronization signals, wherein the synchronization signals serve as references for obtaining or maintaining synchronization with the gNB wherein each synchronization signal is different from one another and corresponds to a different beam from among two or more beams used by the gNB and, maintaining synchronization with the gNB in conjunction with moving between coverage areas corresponding to the two or more beams by dynamically synchronizing or resynchronizing with at least one of the synchronization signals in the set, wherein the UE does not trigger a radio link failure as long as synchronisation can be obtained from the set.
A silicone-based composition comprises: a silicone polymer and at least one acid neutralizer comprising a metal oxide, an ion exchanger, or a combination thereof, wherein the silicone-based composition has a pH of least 5 after at least one dose of irradiation between 10 kGy and 200 kGy via Cobalt-60 ( 60 Co) when measured by a pH meter.
A plate heat exchanger (100; 200; 300; 400; 500) comprising a stack of heat exchanger plates (102a-102j; 202a-202f; 302a-302i; 402a-402i; 502a-502j) provided with a pressed pattern of ridges (R) and grooves (G) adapted to keep the plates (102a-102j; 202a-202f; 302a-302i; 402a-402i; 502a-502j) in the stack at a distance from one another by providing contact points between ridges (R) of one heat exchanger plate and grooves (G) of a neighbouring plate and vice versa, such that interplate flow channels are formed between all neighbouring heat exchanger plates (102a-102j; 202a-202f; 302a-302i; 402a-402i (502a-502j) in the stack, wherein four port openings (102aa, 102ab, 102ac, 102ad; P1-P4; 402aa-402ad; 502aa-502ad) are arranged to provide for selective communication to the interplate flow channels, the port openings (102aa, 102ab, 102ac, 102ad; P1-P4; 402aa-402ad; 502aa-502ad) being arranged in pairs communicating with the same interplate flow channels, wherein one of the port opening pairs communicates with at least two more interplate flow channels than the other pair, characterised in that the selective communication between the port openings (102aa, 102ab, 102ac, 102ad; P1-P4; 402aa-402ad; 502aa-502ad) at least partly is achieved by providing areas surrounding the port openings of each heat exchanger plate on different levels, such that the areas of neighbouring plates either contact one another or do not contact one another.