mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device comprising: a housing defining a cavity , the housing having a first end and an opposite second end , the second end including a surface that at least partially defines the cavity and being configured to surround both a first eye and a second eye of a patient (P); and an anterior imaging system comprising: a camera including an optical lens barrel positioned inside the cavity , and a variable focus lens ; one or more illumination LEDs positioned on the optical lens barrel around the periphery of the variable focus lens and configured to illuminate an anterior portion of one of the patient's (P) first and second eyes for imaging said first or second eye by the camera and the variable focus lens ; and wherein the optical lens barrel includes a light pipe generated by the one or more illumination LEDs, the light pipe being directed by a light shield around the periphery of the optical lens barrel and configured to indirectly light the cavity. a housing defining a cavity , the housing having a first end and an opposite second end , the second end including a surface that at least partially defines the cavity and being configured to surround both a first eye and a second eye of a patient (P); and an anterior imaging system comprising: a camera including an optical lens barrel positioned inside the cavity , and a variable focus lens ; one or more illumination LEDs positioned on the optical lens barrel around the periphery of the variable focus lens and configured to illuminate an anterior portion of one of the patient's (P) first and second eyes for imaging said first or second eye by the camera and the variable focus lens ; and wherein the optical lens barrel includes a light pipe generated by the one or more illumination LEDs, the light pipe being directed by a light shield around the periphery of the optical lens barrel and configured to indirectly light the cavity. a camera including an optical lens barrel positioned inside the cavity , and a variable focus lens ; one or more illumination LEDs positioned on the optical lens barrel around the periphery of the variable focus lens and configured to illuminate an anterior portion of one of the patient's (P) first and second eyes for imaging said first or second eye by the camera and the variable focus lens ; and wherein the optical lens barrel includes a light pipe generated by the one or more illumination LEDs, the light pipe being directed by a light shield around the periphery of the optical lens barrel and configured to indirectly light the cavity.
A sensor system for a wind turbine blade , the system comprising: a blade load sensor for providing a total measured strain value; a processing unit interfaced with the blade load sensor and configured to provide a corrected load parameter as an output during operation of the wind turbine , wherein the processing unit includes: an axial force estimation module that continuously determines an estimated axial force on the wind turbine blade in a direction along a length of the blade ; and a load calculation module that continuously determines i) an induced strain value based on the estimated axial force and ii) the corrected load parameter based on the total measured strain value and the induced strain value. a blade load sensor for providing a total measured strain value; a processing unit interfaced with the blade load sensor and configured to provide a corrected load parameter as an output during operation of the wind turbine , wherein the processing unit includes: an axial force estimation module that continuously determines an estimated axial force on the wind turbine blade in a direction along a length of the blade ; and a load calculation module that continuously determines i) an induced strain value based on the estimated axial force and ii) the corrected load parameter based on the total measured strain value and the induced strain value. an axial force estimation module that continuously determines an estimated axial force on the wind turbine blade in a direction along a length of the blade ; and a load calculation module that continuously determines i) an induced strain value based on the estimated axial force and ii) the corrected load parameter based on the total measured strain value and the induced strain value.
A vehicle understructure comprising: a transaxle for accommodating a damper, a planetary gear, a power generating motor, a traveling drive motor, a differential device, and the like, within a transaxle case , said transaxle including a plurality of enclosures and a fastening part (B, B') that mutually fastens outer edge parts of the plurality of enclosures; an undercover including an interference part (C) that is made of resin, that is configured to be displaced upward when a road surface interferes with the undercover , and that faces the fastening part (B, B'); and a metal plate that is configured to reinforce at least a portion of the interference part (C); characterized in that the enclosures include a housing located on an internal combustion engine side, and a case body located on the opposite side of the housing from an internal combustion engine; the outer edge parts include a first flange located on the internal combustion engine side of the housing , a second flange located on a case body side of the housing , and a third flange formed at the case body ; the second flange and the third flange are overlapped with each other and fastened together; a lower end of the second flange is located nearer to a lower side of a vehicle than a lower end of the first flange ; and the fastening part (B, B') fastens the second flange and the third flange together. a transaxle for accommodating a damper, a planetary gear, a power generating motor, a traveling drive motor, a differential device, and the like, within a transaxle case , said transaxle including a plurality of enclosures and a fastening part (B, B') that mutually fastens outer edge parts of the plurality of enclosures; an undercover including an interference part (C) that is made of resin, that is configured to be displaced upward when a road surface interferes with the undercover , and that faces the fastening part (B, B'); and a metal plate that is configured to reinforce at least a portion of the interference part (C); characterized in that the enclosures include a housing located on an internal combustion engine side, and a case body located on the opposite side of the housing from an internal combustion engine; the outer edge parts include a first flange located on the internal combustion engine side of the housing , a second flange located on a case body side of the housing , and a third flange formed at the case body ; the second flange and the third flange are overlapped with each other and fastened together; a lower end of the second flange is located nearer to a lower side of a vehicle than a lower end of the first flange ; and the fastening part (B, B') fastens the second flange and the third flange together.
A blood collection apparatus , comprising: a connector comprising a distal end , a proximal end , and a lumen extending there between, wherein the distal end comprises a male luer lock fitting configured to couple to a proximal end of a catheter adapter , and wherein the proximal end comprises a male luer slip fitting ; and a lid for a blood collection tube , wherein the lid comprises: a body having a generally cylindrical outer wall , a cover portion and an inner wall extending from the cover portion, wherein the inner wall is aligned with an aperture extending through the cover portion, wherein the inner wall and the aperture form a channel configured to receive the male luer slip fitting ; a closure , wherein the closure comprises an annular flange that fits inside and contacts a circumference of the channel when the closure is in a closed position, and wherein the closure further comprises another annular flange , wherein the other annular flange contacts the outer circumference of the outer wall when the closure is in the closed position; and a tether connecting the body to the closure. a connector comprising a distal end , a proximal end , and a lumen extending there between, wherein the distal end comprises a male luer lock fitting configured to couple to a proximal end of a catheter adapter , and wherein the proximal end comprises a male luer slip fitting ; and a lid for a blood collection tube , wherein the lid comprises: a body having a generally cylindrical outer wall , a cover portion and an inner wall extending from the cover portion, wherein the inner wall is aligned with an aperture extending through the cover portion, wherein the inner wall and the aperture form a channel configured to receive the male luer slip fitting ; a closure , wherein the closure comprises an annular flange that fits inside and contacts a circumference of the channel when the closure is in a closed position, and wherein the closure further comprises another annular flange , wherein the other annular flange contacts the outer circumference of the outer wall when the closure is in the closed position; and a tether connecting the body to the closure. a body having a generally cylindrical outer wall , a cover portion and an inner wall extending from the cover portion, wherein the inner wall is aligned with an aperture extending through the cover portion, wherein the inner wall and the aperture form a channel configured to receive the male luer slip fitting ; a closure , wherein the closure comprises an annular flange that fits inside and contacts a circumference of the channel when the closure is in a closed position, and wherein the closure further comprises another annular flange , wherein the other annular flange contacts the outer circumference of the outer wall when the closure is in the closed position; and a tether connecting the body to the closure.
Tooth system for a cutter head, the tooth system comprising; - a tooth member comprising a cutting portion and a mounting portion with at least one curved surface , - a holder comprising a receiving portion comprising a cavity with a curved surface complementary to the at least one curved surface of the tooth member, the receiving portion for receiving the mounting portion of the tooth member, wherein the mounting portion of the tooth member detachably engages the holder such that when engaged, the at least one curved surface of the tooth member and the receiving portion curved surface contact each other at a contact area, characterised in that the at least one curved surface of the tooth member and the receiving portion curved surface are configured such that the tooth member rotates upon slidably engaging of the tooth member with the holder. - a tooth member comprising a cutting portion and a mounting portion with at least one curved surface , - a holder comprising a receiving portion comprising a cavity with a curved surface complementary to the at least one curved surface of the tooth member, the receiving portion for receiving the mounting portion of the tooth member,
A method of operating a weld training system , comprising: transmitting weld training data pertaining to a weld training activity performed using the weld training system to a remote server via communication circuitry of the weld training system ; and providing data representative of a location where the weld training data is accessible on the remote server after the weld training data has been transmitted to the remote server; characterised in that providing data representative of a location where the weld training data is accessible comprises transmitting to a user device , via a short wavelength ultra high radio frequency protocol or a near field communication protocol, the data representative of the location. transmitting weld training data pertaining to a weld training activity performed using the weld training system to a remote server via communication circuitry of the weld training system ; and providing data representative of a location where the weld training data is accessible on the remote server after the weld training data has been transmitted to the remote server; characterised in that providing data representative of a location where the weld training data is accessible comprises transmitting to a user device , via a short wavelength ultra high radio frequency protocol or a near field communication protocol, the data representative of the location.
A method for protecting a computer file, stored in an electronic device managed by an operating system, from a possible encryption performed by malicious code, wherein the method comprises the following steps performed by the electronic device: a) detecting a request to access the computer file made by a user or a computer process of the operating system; b) copying the computer file in a temporary folder of a memory unit of the electronic device, wherein copying the computer file in a temporary folder comprises creating a handler for the copy of the computer file and sending said handler to the user or the computer process that performed the access request; c) assigning a level of maximum security direct access to the computer file, according to the operating system, thereby denying direct access to the computer file for all users and processes, except those with maximum privileges; d) performing modifications made by the user or the computer process on the copy of the computer file; e) in case of file modification, checking, in a verification module, if the modifications entail an encryption of the copy of the computer file; f) if after checking in step e) it is determined that the modifications do not entail the encryption of the copy of the computer file, performing the same modifications in the computer file; g) if after checking in step e) it is determined that the modifications do entail the encryption of the copy of the computer file, creating a warning for the user, through an interface of the electronic device; wherein the method further comprises registering any action that affects the computer file in a registry of the operating system. a) detecting a request to access the computer file made by a user or a computer process of the operating system; b) copying the computer file in a temporary folder of a memory unit of the electronic device, wherein copying the computer file in a temporary folder comprises creating a handler for the copy of the computer file and sending said handler to the user or the computer process that performed the access request; c) assigning a level of maximum security direct access to the computer file, according to the operating system, thereby denying direct access to the computer file for all users and processes, except those with maximum privileges; d) performing modifications made by the user or the computer process on the copy of the computer file; e) in case of file modification, checking, in a verification module, if the modifications entail an encryption of the copy of the computer file; f) if after checking in step e) it is determined that the modifications do not entail the encryption of the copy of the computer file, performing the same modifications in the computer file; g) if after checking in step e) it is determined that the modifications do entail the encryption of the copy of the computer file, creating a warning for the user, through an interface of the electronic device;
Compressor rotor for aircraft turbomachine (T) extending longitudinally along an axis X, said rotor comprising a rotor disc extending transversally with respect to the longitudinal axis X and a plurality of blades , said rotor disc comprising a plurality of housings formed on the outer periphery of the rotor disc , each blade extending radially with respect to the longitudinal axis X and comprising a mounting root , radially interior, configured to be mounted in one of said housings , a platform and a radially exterior air deflector vane , the rotor comprising a damping device which comprises: • a support ring which extends transversally with respect to the longitudinal axis X and which is positioned on the outer periphery of the rotor disc and • a plurality of damping members , integral with the support ring and extending projecting upstream from the support ring , each damping member extending under at least one platform of a blade so as to exert a radial force outwards so as to damp the radial displacement of said blade when the turbomachine (T) is in operation. • a support ring which extends transversally with respect to the longitudinal axis X and which is positioned on the outer periphery of the rotor disc and • a plurality of damping members , integral with the support ring and extending projecting upstream from the support ring , each damping member extending under at least one platform of a blade so as to exert a radial force outwards so as to damp the radial displacement of said blade when the turbomachine (T) is in operation.
Aqueous dispersions, comprising a) 20 to 45% aclonifen and 4 to 20% flufenacet, at a total amount of 24 to 65%, b) 0.3 to 3% of one or more anionic surfactants from the group of the sulfonates, selected from the groups based on naphthalenes, the alkylaryls, the fused naphthalenes and based on lignin, c) 2 to 15% of one or more nonionic surfactants from the group of the di- and tri-block-copolymers of alkylene oxides, d) 0.01 to 1% of an organic thickener based on xanthan gum, e) 0.1 to 3% of an inorganic thickener, f) 0 to 50% of one or more agrochemically active compounds different from component a), g) 0 to 20% of one or more further customary auxiliaries and additives, and 20 to 70% water; where the components d) and e) are present in a ratio of from 1:300 to 10:1 to one another. a) 20 to 45% aclonifen and 4 to 20% flufenacet, at a total amount of 24 to 65%, b) 0.3 to 3% of one or more anionic surfactants from the group of the sulfonates, selected from the groups based on naphthalenes, the alkylaryls, the fused naphthalenes and based on lignin, c) 2 to 15% of one or more nonionic surfactants from the group of the di- and tri-block-copolymers of alkylene oxides, d) 0.01 to 1% of an organic thickener based on xanthan gum, e) 0.1 to 3% of an inorganic thickener, f) 0 to 50% of one or more agrochemically active compounds different from component a), g) 0 to 20% of one or more further customary auxiliaries and additives,
A terminal apparatus of a first user, comprising: a display ; a communicator ; a sensor ; and a controller configured to: based on the terminal apparatus performing a phone call with a second user which is a caller, extract a keyword from a content of the phone call; control the communicator to transmit the extracted keyword and information of the second user to a server, receive from the server a curated content relating to the second user and the keyword based on the keyword and the information of the second user, and control the display to display the curated content, wherein the controller is further configured to: extract at least one object from the received curated content, generate an interaction effect in which a display state of the object is changed in accordance with a user manipulation detected by the sensor, process the curated content by adding the interaction effect to the content, and control the communicator to transmit the processed content to an external apparatus. a display ; a communicator ; a sensor ; and a controller configured to: based on the terminal apparatus performing a phone call with a second user which is a caller, extract a keyword from a content of the phone call; control the communicator to transmit the extracted keyword and information of the second user to a server, receive from the server a curated content relating to the second user and the keyword based on the keyword and the information of the second user, and based on the terminal apparatus performing a phone call with a second user which is a caller, extract a keyword from a content of the phone call; control the communicator to transmit the extracted keyword and information of the second user to a server, receive from the server a curated content relating to the second user and the keyword based on the keyword and the information of the second user, and control the display to display the curated content, wherein the controller is further configured to: extract at least one object from the received curated content, generate an interaction effect in which a display state of the object is changed in accordance with a user manipulation detected by the sensor, process the curated content by adding the interaction effect to the content, and control the communicator to transmit the processed content to an external apparatus. extract at least one object from the received curated content, generate an interaction effect in which a display state of the object is changed in accordance with a user manipulation detected by the sensor, process the curated content by adding the interaction effect to the content, and control the communicator to transmit the processed content to an external apparatus.
A method for facilitating Optical Supervisory Channel, OSC, communications between a main site and a plurality of remote sites in an optical network, wherein the main and remote sites are comprised within a Radio Access Network and wherein the main and remote sites are connected via a point to multipoint optical infrastructure, and wherein the optical network comprises a hub node located between the main and remote sites, the method comprising: the hub node receiving an OSC signal on an OSC from the main site; the hub node forwarding the received OSC signal on the OSC to a first remote site, and receives an OSC signal from the first remote site; the hub node forwarding the OSC signal received from the first remote site to a second remote site on the OSC; and receiving an OSC signal from the second remote site, wherein the hub node repeats the steps of receiving and forwarding OSC signals to sequentially route OSC signals on the OSC to each of the remote sites in a daisy chain configuration; and the hub node returning an OSC signal received on the OSC from a last of the remote sites in the daisy chain configuration to the main site; the OSC being transported over the point to multipoint optical infrastructure. the hub node receiving an OSC signal on an OSC from the main site; the hub node forwarding the received OSC signal on the OSC to a first remote site, and receives an OSC signal from the first remote site; the hub node forwarding the OSC signal received from the first remote site to a second remote site on the OSC; and receiving an OSC signal from the second remote site, wherein the hub node repeats the steps of receiving and forwarding OSC signals to sequentially route OSC signals on the OSC to each of the remote sites in a daisy chain configuration; and the hub node returning an OSC signal received on the OSC from a last of the remote sites in the daisy chain configuration to the main site;
Wall module (16a-h) for an explosion-proof housing , characterized in that the wall module (16a-h) comprises - at least one projection (33.1, 33.2, 33.3) for the positionally correct arrangement of an, for example plate shaped, element relative to the wall module , which engages in a recess in the element , and - one or more stabilizing extensions (31.1, 31.2, 33.3, 34.1, 34.2, 34.3) extending away from the wall module (16a-h). - at least one projection (33.1, 33.2, 33.3) for the positionally correct arrangement of an, for example plate shaped, element relative to the wall module , which engages in a recess in the element , and - one or more stabilizing extensions (31.1, 31.2, 33.3, 34.1, 34.2, 34.3) extending away from the wall module (16a-h).