mhurhangee/ep-ind-claims huggingface dataset:
A solar protection glazing comprising a substrate, preferably a glass substrate, provided with a stack of thin layers which act on solar radiation, in which said stack consists of the succession of the following layers, starting from the surface of the glass: - an underlayer or a set of underlayers, said underlayer(s) consisting of dielectric materials, - a layer based on titanium oxide also comprising silicon, the overall Si/Ti atomic ratio in said layer being between 0.01 and 0.25, and in which Si and Ti represent at least 90% of the atoms other than oxygen, the thickness of said layer being between 20 and 70 nm, - an overlayer or a set of overlayers, said overlayer(s) consisting of dielectric materials. - an underlayer or a set of underlayers, said underlayer(s) consisting of dielectric materials, - a layer based on titanium oxide also comprising silicon, the overall Si/Ti atomic ratio in said layer being between 0.01 and 0.25, and in which Si and Ti represent at least 90% of the atoms other than oxygen, the thickness of said layer being between 20 and 70 nm, - an overlayer or a set of overlayers, said overlayer(s) consisting of dielectric materials.
Method for analyzing a gemstone, typically for locating an inclusion in a gemstone, comprising: - selecting a solid material which is transparent in at least a segment of the visible spectrum or a segment of the infrared spectrum; - fixing the gemstone on a holder; - melting or plasticizing said solid material and applying the immersion material while the gemstone remains fixed on the holder by immersing the gemstone in said melted or plasticized material such that the gemstone is at least partly covered therein; - allowing said melted or plasticized material to become solid such that a solid transparent block is obtained containing the gemstone; characterized by - transferring the holder with the solid transparent block containing the gemstone to a device for analyzing the gemstone; - analyzing the gemstone in said device through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum. - selecting a solid material which is transparent in at least a segment of the visible spectrum or a segment of the infrared spectrum; - fixing the gemstone on a holder; - melting or plasticizing said solid material and applying the immersion material while the gemstone remains fixed on the holder by immersing the gemstone in said melted or plasticized material such that the gemstone is at least partly covered therein; - allowing said melted or plasticized material to become solid such that a solid transparent block is obtained containing the gemstone; characterized by - transferring the holder with the solid transparent block containing the gemstone to a device for analyzing the gemstone; - analyzing the gemstone in said device through a surface of the transparent solid block using light rays in the visible spectrum or in the infrared spectrum.
A pitch change mechanism (100:200) for a bladed rotor comprising: a driving sleeve (110:210) having, in axial sequence, a first helical connection portion (133:233) and a second helical connection portion (153:253); a drive shaft (102:202), the driving sleeve (110:210) being positioned concentric with and surrounding the drive shaft (102:202); a first pitch-changing element (130:230) having a first end (132:232) drivingly engaged with the first helical connection portion (133:233), and a first ring gear portion (140:240) at a second opposite end (138:238); a second pitch-changing element (150:250) having a first end (152:252) drivingly engaged with the second helical connection portion (153:253), and a second ring gear portion (160:260) at a second opposite end (158:258); and a plurality of blade drive gears arranged in a circumferential array around a longitudinal axis of the drive shaft (102:202), the first pitch-changing element (130:230) being positioned axially adjacent to the second pitch-changing element (150:250) with the first ring gear portion (140:240) facing the second ring gear portion (160:260), wherein the first and second pitch-changing elements (130:230,150:250) are positioned concentrically over the driving sleeve (110:210), such that axial movement of the driving sleeve (110:210) causes the first helical connection portion (133:233) to rotate the first pitch-changing element (130:230) in a first rotational direction, and simultaneously causes the second helical connection portion (153:253) to rotate the second pitch-changing element (150:250) in an opposite second rotational direction, with the contra-rotation of the first and second pitch-changing elements (130:230,150:250) causing a rotation of the plurality of blade drive gears positioned between and meshingly coupled to each of the first ring gear portion (140:240) and the second ring gear portion (160:260). a driving sleeve (110:210) having, in axial sequence, a first helical connection portion (133:233) and a second helical connection portion (153:253); a drive shaft (102:202), the driving sleeve (110:210) being positioned concentric with and surrounding the drive shaft (102:202); a first pitch-changing element (130:230) having a first end (132:232) drivingly engaged with the first helical connection portion (133:233), and a first ring gear portion (140:240) at a second opposite end (138:238); a second pitch-changing element (150:250) having a first end (152:252) drivingly engaged with the second helical connection portion (153:253), and a second ring gear portion (160:260) at a second opposite end (158:258); and a plurality of blade drive gears arranged in a circumferential array around a longitudinal axis of the drive shaft (102:202),
An electrolyte solution for an electrochemical device such as a lithium ion secondary battery comprising tris(trimethylsilyl) phosphite and at least one compound which is a fluorinated saturated cyclic carbonate of formula (1-a) or (1-b)
An apparatus comprising: a planar five bar linkage having a ground link and an endpoint; a feed horn attached at or near the endpoint of the planar five bar linkage; a first motor attached to a first side of the ground link to move the endpoint; and a second motor attached to a second side of the ground link to move the endpoint; wherein the planar five bar linkage includes a first bar extending from the first motor, a second bar extending between the first bar and the endpoint, a third bar extending from the second motor and a fourth bar extending between the third bar and the endpoint; wherein the first bar is coupled to the second bar by a first hinge, the third bar is coupled to the fourth bar by a second hinge and the second bar is coupled to the fourth bar by a third hinge; and wherein the first motor, the second motor, the first hinge, the second hinge and the third hinge each has a respective axis of rotation that is perpendicular to a plane to enable movement of the endpoint along the plane. a planar five bar linkage having a ground link and an endpoint; a feed horn attached at or near the endpoint of the planar five bar linkage; a first motor attached to a first side of the ground link to move the endpoint; and a second motor attached to a second side of the ground link to move the endpoint; wherein the planar five bar linkage includes a first bar extending from the first motor, a second bar extending between the first bar and the endpoint, a third bar extending from the second motor and a fourth bar extending between the third bar and the endpoint; wherein the first bar is coupled to the second bar by a first hinge, the third bar is coupled to the fourth bar by a second hinge and the second bar is coupled to the fourth bar by a third hinge; and wherein the first motor, the second motor, the first hinge, the second hinge and the third hinge each has a respective axis of rotation that is perpendicular to a plane to enable movement of the endpoint along the plane.
Vehicle seat (101, 201), in particular motor vehicle seat, comprising at least one multi-bar linkage for adjusting the seat height, said multi-bar linkage being defined by at least five transmission links (5, 6, 7, 8, 9), wherein, during normal operation of the vehicle seat (101, 201), the multi-bar linkage is effective as a four-bar linkage because of a locking unit effective between at least two transmission links (7, 8) of the at least five transmission links (5, 6, 7, 8, 9), and a crash blocking unit which, in the event of a crash, locks at least one frame, which is fixed on the vehicle structure, and rocker, as two of the at least five transmission links (5, 6, 7, 8, 9), to each other in such a manner that the multi-bar linkage acts as a three-bar linkage, wherein a further transmission link of the at least five transmission links (5, 6, 7, 8, 9) is arranged between the frame and the rocker, and wherein, in the event of a crash, because of a load-controlled unlocking of the locking unit the multi-bar linkage can initially act as a five-bar linkage, as a result of which locking of the crash blocking unit can be triggered, characterized in that the crash blocking unit is lockable by an inertia-controlled pawl of the crash blocking unit independently of a load-controlled unlocking of the locking unit.
A method, performed by first node in an integrated access backhaul, IAB, network, for scheduling uplink, UL, transmissions in the IAB network, the method comprising: receiving, from a first downstream node in the IAB network, a first buffer status report, BSR, indicating a first amount of uplink data, wherein the first amount includes one or more of the following: an amount of UL data buffered at the first downstream node, and an amount of UL data expected to be received by the first downstream node; and sending, to the first downstream node, a first UL resource grant indicating a time schedule of resources available for the first downstream node to transmit at least a portion of the first amount of data; the method further comprising sending a second BSR to an upstream node in the IAB network, wherein: the second BSR indicates a second amount of UL data; and the second amount includes the at least a portion of the first amount and UL data buffered at the first node, and wherein the first BSR includes a first hop count value that indicates a number of downstream intermediate nodes between the first downstream node and a further downstream node having buffered UL data included in the first amount. receiving, from a first downstream node in the IAB network, a first buffer status report, BSR, indicating a first amount of uplink data, wherein the first amount includes one or more of the following: an amount of UL data buffered at the first downstream node, and an amount of UL data expected to be received by the first downstream node; and sending, to the first downstream node, a first UL resource grant indicating a time schedule of resources available for the first downstream node to transmit at least a portion of the first amount of data; an amount of UL data buffered at the first downstream node, and an amount of UL data expected to be received by the first downstream node; and sending, to the first downstream node, a first UL resource grant indicating a time schedule of resources available for the first downstream node to transmit at least a portion of the first amount of data; the method further comprising sending a second BSR to an upstream node in the IAB network, wherein: the second BSR indicates a second amount of UL data; and the second amount includes the at least a portion of the first amount and UL data buffered at the first node, and wherein the first BSR includes a first hop count value that indicates a number of downstream intermediate nodes between the first downstream node and a further downstream node having buffered UL data included in the first amount. the second BSR indicates a second amount of UL data; and the second amount includes the at least a portion of the first amount and UL data buffered at the first node, and wherein the first BSR includes a first hop count value that indicates a number of downstream intermediate nodes between the first downstream node and a further downstream node having buffered UL data included in the first amount.
A method, comprising: detecting an encrypted traffic flow associated with a client in a network; capturing packets of a sequence of requests sent by the client device, wherein the sequence of requests comprises a request of the encrypted traffic flow and at least one request of an unencrypted traffic flow; capturing contextual traffic data regarding the encrypted traffic flow from one or more unencrypted packets of the at least one request of the unencrypted traffic flow; performing a classification of the encrypted traffic flow by using the contextual traffic data as input to a machine learning-based classifier; and generating an alert based on the classification of the encrypted traffic flow. detecting an encrypted traffic flow associated with a client in a network; capturing packets of a sequence of requests sent by the client device, wherein the sequence of requests comprises a request of the encrypted traffic flow and at least one request of an unencrypted traffic flow; capturing contextual traffic data regarding the encrypted traffic flow from one or more unencrypted packets of the at least one request of the unencrypted traffic flow; performing a classification of the encrypted traffic flow by using the contextual traffic data as input to a machine learning-based classifier; and generating an alert based on the classification of the encrypted traffic flow.
A device (1, 2, 3) for managing at least one flexible cable (100, 200) having a rigid portion, the device comprising: - a first axial end and a second axial end distanced from one another along an axis of the device, - at least a first winding surface at the first axial end and at least a second winding surface at the second axial end for receiving at least a first coil and a second coil of the flexible cable (100, 200), the first and second winding surfaces (11, 21) being transversal with respect to the axis of the device, and - a constraint (50, 51) for supporting the rigid portion of the flexible cable (100, 200) between the first and the second axial end (10, 20), wherein a first part of the flexible cable enters the device at the first axial end and is wound onto the second winding surface at the second axial end to form the first coil, and wherein a second part of the flexible cable enters the device at the second axial end and is wound onto the first winding surface at the first axial end to form the second coil. - a first axial end and a second axial end distanced from one another along an axis of the device, - at least a first winding surface at the first axial end and at least a second winding surface at the second axial end for receiving at least a first coil and a second coil of the flexible cable (100, 200), the first and second winding surfaces (11, 21) being transversal with respect to the axis of the device, and - a constraint (50, 51) for supporting the rigid portion of the flexible cable (100, 200) between the first and the second axial end (10, 20),
A method, comprising: transmitting by a target device (100, 02'), information in one or more Bluetooth Low Energy (Bluetooth LE) advertising packets (130, 130B), including preferences of the target device for using data signing for broadcasting associated with direction finding; and receiving by the target device from a tracker device (102, 100'), one or more direction finding request packets (150, 150B) including a request for data signing corresponding with the target device preferences; generating by the target device, a data signature of the target device; and transmitting by the target device to the tracker device, one or more Bluetooth LE advertising packets (160, 160B), including a packet type indication that the packet is a Bluetooth LE direction finding packet, the packet including the data signature and direction finding data for at least one of an angle of arrival (AoA) and angle of departure (AoD) estimation of the packet. transmitting by a target device (100, 02'), information in one or more Bluetooth Low Energy (Bluetooth LE) advertising packets (130, 130B), including preferences of the target device for using data signing for broadcasting associated with direction finding; and receiving by the target device from a tracker device (102, 100'), one or more direction finding request packets (150, 150B) including a request for data signing corresponding with the target device preferences; generating by the target device, a data signature of the target device; and transmitting by the target device to the tracker device, one or more Bluetooth LE advertising packets (160, 160B), including a packet type indication that the packet is a Bluetooth LE direction finding packet, the packet including the data signature and direction finding data for at least one of an angle of arrival (AoA) and angle of departure (AoD) estimation of the packet.
A processor implemented method for inclusive CAPTCHA, the method comprising: in response to a user request for a webpage having CAPTCHA, creating a media file in real-time, wherein the created media file is characterized by distortion interference and corresponds to a selected theme from a plurality of themes associated with real-world scenarios; randomly selecting a comprehension question for the created media file as the CAPTCHA, the comprehension question being based on the selected theme, geography associated with a user requesting the webpage and context of the created media file; transmitting the webpage including the CAPTCHA; and in response to a user input to the comprehension question, detecting either a human input or a machine input based on a self-learning CAPTCHA decision module in an intelligent manner,wherein detecting either a human input or a machine input based on a self-learning CAPTCHA decision module comprises: comparing the user input to previously stored user inputs from a decision repository of the self-learning CAPTCHA decision module, considering one or more of spelling errors, incomplete responses, contextual metonyms, synonyms and variants thereof; detecting either a human input or a machine input based on the comparing and associated decision thereof; and dynamically updating the decision repository with the user input and associated decision based on the detected input. in response to a user request for a webpage having CAPTCHA, creating a media file in real-time, wherein the created media file is characterized by distortion interference and corresponds to a selected theme from a plurality of themes associated with real-world scenarios; randomly selecting a comprehension question for the created media file as the CAPTCHA, the comprehension question being based on the selected theme, geography associated with a user requesting the webpage and context of the created media file; transmitting the webpage including the CAPTCHA; and creating a media file in real-time, wherein the created media file is characterized by distortion interference and corresponds to a selected theme from a plurality of themes associated with real-world scenarios; randomly selecting a comprehension question for the created media file as the CAPTCHA, the comprehension question being based on the selected theme, geography associated with a user requesting the webpage and context of the created media file; transmitting the webpage including the CAPTCHA; and in response to a user input to the comprehension question, comparing the user input to previously stored user inputs from a decision repository of the self-learning CAPTCHA decision module, considering one or more of spelling errors, incomplete responses, contextual metonyms, synonyms and variants thereof; detecting either a human input or a machine input based on the comparing and associated decision thereof; and dynamically updating the decision repository with the user input and associated decision based on the detected input.
Roof comprising a resistant structure made up of girders surmounted by a covering disposed at a distance from this structure, said structure being equipped with a safety device comprising a support mounted on an underlay, this support comprising a base fitted on said resistant structure from underneath, this base being surmounted by a rod and being connected to the bottom part thereof by a fitting means, the top end of the rod or rod top protruding beyond the roof and comprising a hooking member; the device comprising a sealing ring, the roof being characterised in that: - the hooking member is a ring detachably mounted on said top end of the rod, - the top of the rod is equipped with a guide for water droplets, - said covering has a hole having the exact dimensions of the section of the rod to enable it to be fitted from the outside, and in that said fitting means between the base and the bottom part of the rod is a fitting means of the removable type. - the hooking member is a ring detachably mounted on said top end of the rod, - the top of the rod is equipped with a guide for water droplets, - said covering has a hole having the exact dimensions of the section of the rod to enable it to be fitted from the outside, and in that said fitting means between the base and the bottom part of the rod is a fitting means of the removable type.
Key profiles for flat keys for locking systems, which are formed on the side faces of the key shank and cooperate with corresponding profiling in the keyway of a cylinder core rotatably mounted in the lock cylinder housing in the assembled state, wherein the profiling has variable and fixed profile features, and the fixed profile features have straight profile faces in the key base and the fixed and variable profile features profile faces have radii on the outside of the key [sic], wherein the radii are formed centrally to the respective profile feature, running symmetrically and at a right-angle to the notional centre plane of the key relative to the central profile axis, characterised in that the radii of the variable profile features dependent on the width of the profile features at the respective locations, are multiplied by a form factor, the radii being calculated according to the following formula: r = a/2 x f, wherein r is the radius of the profile feature, a is the width of the profile feature at the point at which the radius starts, and f is the form factor, which is a constant and amounts to 1.1, and in that in the case of variable profile features which have an adjacent fixed profile feature which lies closer to the centre plane of the key, the radius is embodied as a quarter circle, the centre point of the radius lying on the extended line of the fixed profile feature, and the radius likewise being calculated according to the formula r = a/2 x f; wherein here a = b x 2, and wherein b designates the distance between the transition of the variable profile feature into its radius and the point of intersection of a line parallel to the centre plane of the key which is the extended line of the fixed profile feature at the profile angle α. r is the radius of the profile feature, a is the width of the profile feature at the point at which the radius starts, and f is the form factor, which is a constant and amounts to 1.1,
Sulfated polysaccharide for use as a medicament for the inhibition of cell proliferation by inhibiting the physical interaction between the cell surface and platelets in the treatment of a medical disorder associated with unwanted cell proliferation.
A compound of Formula Ic: or a pharmaceutically acceptable salt thereof, wherein R 1 is aryl or heteroaryl, either of which is optionally substituted with 1 to 3 substituents independently selected from alkyl, halo, amino, alkoxy, haloalkyl, alkylsulfonyl, nitro, phenyl, 1-piperazinyl, or 4-methylpiperazin-1-yl; and R 8 is alkyl optionally substituted with halo, hydroxyl or alkoxy. R 1 is aryl or heteroaryl, either of which is optionally substituted with 1 to 3 substituents independently selected from alkyl, halo, amino, alkoxy, haloalkyl, alkylsulfonyl, nitro, phenyl, 1-piperazinyl, or 4-methylpiperazin-1-yl; and R 8 is alkyl optionally substituted with halo, hydroxyl or alkoxy.