mhurhangee/patent-ind-claim-en huggingface dataset:
A method in an access control server of controlling access to an enterprise network , comprising: establishing a connection between the access control server and a bridging server ; the bridging server configured to maintain a tunnel connection with an enterprise server; receiving, at the access control server from a client computing device outside the enterprise network, a request to establish a connection between the client computing device and the enterprise server ; responsive to the request, initiating establishment of a connection between the client computing device and the enterprise server via the bridging server by associating the tunnel connection with the client computing device;at the access control server, responsive to receiving the request, obtaining a security attribute of the enterprise server from a central repository outside the enterprise network; determining, based on the security attribute, whether the enterprise server meets a predefined security threshold; when the enterprise server does not meet the predefined security threshold, denying the request to establish a connection between the client computing device and the enterprise server; and wherein denying the request to establish the connection comprises sending a command to the bridging server to block data traffic between the client computing device and the enterprise server.
A communication device , comprising: a packet collection unit configured to collect packets transmitted to a network and packets received from the network; a packet detection unit configured to detect a packet error and to generate instruction information for instructing start and stop of recording packets by using the packets collected by the packet collection unit; a control information generation unit configured to generate information for use in monitoring operation of packets and control information including the instruction information; and a communication control unit configured to transmit the control information generated by the control information generation unit to another device connected to the network. a packet collection unit configured to collect packets transmitted to a network and packets received from the network; a packet detection unit configured to detect a packet error and to generate instruction information for instructing start and stop of recording packets by using the packets collected by the packet collection unit; a control information generation unit configured to generate information for use in monitoring operation of packets and control information including the instruction information; and a communication control unit configured to transmit the control information generated by the control information generation unit to another device connected to the network.
A pneumatic radial tire comprising a cap ply strip circumferentially wound on a belt package, said cap ply strip is made of parallel, two or three plied nylon 6,6 cords and two or three plied PET cords as the warps of a woven, characterized in that , the cable twist factor of the said two or three plied PET cord is at least 15% higher than the cable twist factor of the said two or three plied nylon 6,6 cord wherein said cable twist factors are determined according to the following formula; Twist factor= cord cable twist x (total cord linear density) 1/2 , with cord cable twist in turns per meter, abbreviated tpm, and total cord linear density in dtex.
A mechanism for transferring coil springs (10; 10'; 10") from a coil winding device to a conveyor belt of a pocketed coil assembly machine , said conveyor belt having a substantially horizontal conveying plane, the mechanism being characterized in that it comprises: a magnetic lift platform having a substantially horizontal upper surface configured for engaging a lower end ring of a coil spring (10; 10'; 10") before the coil spring (10; 10', 10") is released in substantially vertical orientation at an output of the coil winding device ; a drive mechanism configured for moving the lift platform between the output of the coil winding device and the conveyor belt ; and a slider configured for pushing the coil spring (10; 10'; 10") from the lift platform to the conveyor belt to be received by said conveyor belt in a substantially vertical orientation. a magnetic lift platform having a substantially horizontal upper surface configured for engaging a lower end ring of a coil spring (10; 10'; 10") before the coil spring (10; 10', 10") is released in substantially vertical orientation at an output of the coil winding device ; a drive mechanism configured for moving the lift platform between the output of the coil winding device and the conveyor belt ; and a slider configured for pushing the coil spring (10; 10'; 10") from the lift platform to the conveyor belt to be received by said conveyor belt in a substantially vertical orientation.
An ultrasound imaging system for remote control of a scanning procedure comprising: an ultrasound scanning device adapted to be coupleable with a local display and user control device for control by a local user, and comprising an ultrasound probe adapted to controllably transmit ultrasound energy, an ultrasound image processor , and a communication unit adapted to send image data to and receive control signals from a remote location connected to the ultrasound scanning device via a network connection ; an ultrasound image display that is located at the remote location and adapted to display the image data received from the ultrasound scanning device, wherein the ultrasound scanning device is adapted to be responsive to control signals initiated from the remote location, including an enable and disable command signal configured to enable and disable the transmission of ultrasound energy by the ultrasound probe while under the operation of the local user. an ultrasound scanning device adapted to be coupleable with a local display and user control device for control by a local user, and comprising an ultrasound probe adapted to controllably transmit ultrasound energy, an ultrasound image processor , and a communication unit adapted to send image data to and receive control signals from a remote location connected to the ultrasound scanning device via a network connection ; an ultrasound image display that is located at the remote location and adapted to display the image data received from the ultrasound scanning device, wherein the ultrasound scanning device is adapted to be responsive to control signals initiated from the remote location, including an enable and disable command signal configured to enable and disable the transmission of ultrasound energy by the ultrasound probe while under the operation of the local user.
A frame for transporting a stretcher comprising: - at least one movement module equipped with wheels and configured for moving on a surface; - a supporting platform configured for receiving in coupling a table of a stretcher (B); - supporting means interposed between the at least one movement module and the supporting platform ; - damping means designed to limit the stresses induced on the stretcher (B) during a step for moving the frame ; characterised in that said supporting means comprise at least one crosspiece having at least one coupling seat configured to receive the supporting platform in coupling, and wherein the damping means are housed on the crosspiece , in the coupling seat ; said coupling seat having an open configuration upwards, preferably U-shaped, and the damping means comprising a layer of expanded material positioned along a receiving surface of the coupling seat . - at least one movement module equipped with wheels and configured for moving on a surface; - a supporting platform configured for receiving in coupling a table of a stretcher (B); - supporting means interposed between the at least one movement module and the supporting platform ; - damping means designed to limit the stresses induced on the stretcher (B) during a step for moving the frame ;
A method for producing a glass comprising the realization of a stream (F) of molten glass which flows along a central axis (A) and the mixing of said stream, characterized in that said mixing is realized by rotatingly driving n shafts , n being a whole number equal to or in excess of two, each having an axis positioned at an angle of between 0o and 30o inclusive in relation to a vertical in the direction of the central axis (A) of said stream (F), two adjacent shafts being separated by a distance (D) with their axes parallel and with each of said two adjacent shafts connected to at least one rod (11, 12; 21, 22) which is situated at least in part in said stream (F) and each of said rods (11, 12; 21, 22) having an axis which is parallel to the axis of the shaft to which it is connected, in that for said two adjacent axes at least, the distance (d 11 , d 12 ; d 21 , d 22 ,) between the axis of one rod and the axis of the shaft to which it is connected is in excess of or equal to 9/20 of the distance (D) between the axes of said two shafts, and in a preferred manner is in excess of or equal to half the distance (D) between the axes of the said two shafts, so as to form an overlap zone (Z) which is situated between said two shafts, and in that said two adjacent shafts are rotatingly driven in opposite directions with respect to one another with, following the direction of the stream and considering, when seen from above, that one of said two adjacent shafts is on the left and the other is on the right, the left-hand shaft being driven in the anticlockwise direction and the right-hand shaft being driven in the clockwise direction, and in that , the mixing of the stream is realized in horizontal planes, the mean draw rate in the horizontal plane being at least 10 times in excess of the mean vertical draw rate. in that for said two adjacent axes at least, the distance (d 11 , d 12 ; d 21 , d 22 ,) between the axis of one rod and the axis of the shaft to which it is connected is in excess of or equal to 9/20 of the distance (D) between the axes of said two shafts, and in a preferred manner is in excess of or equal to half the distance (D) between the axes of the said two shafts, so as to form an overlap zone (Z) which is situated between said two shafts, and in that said two adjacent shafts are rotatingly driven in opposite directions with respect to one another with, following the direction of the stream and considering, when seen from above, that one of said two adjacent shafts is on the left and the other is on the right, the left-hand shaft being driven in the anticlockwise direction and the right-hand shaft being driven in the clockwise direction, and in that , the mixing of the stream is realized in horizontal planes, the mean draw rate in the horizontal plane being at least 10 times in excess of the mean vertical draw rate.
A scanning fiber device comprising: an actuator tube ; an optical fiber inserted through the actuator tube , the optical fiber having a free end portion outside of the actuator tube ; a first bead around the optical fiber , at least part of the first bead within a distal portion of the actuator tube ; an adhesive adhering the first bead to the distal portion of the actuator tube ; a second bead around the optical fiber , at least part of the second bead within a proximal portion of the actuator tube ; an adhesive adhering the second bead to the proximal portion of the actuator tube , wherein the first bead , the second bead, and the adhesive collectively act as a spacer to substantially center the optical fiber within the actuator tube ; a housing enclosing the actuator tube , the free end portion , the first bead , and the second bead, in which the housing has a length that is less than 20 millimeters, and a thickness that is less than 5 millimeters: and one or more lenses of the housing in an optical path of light directed through the free end portion of the optical fiber . an actuator tube ; an optical fiber inserted through the actuator tube , the optical fiber having a free end portion outside of the actuator tube ; a first bead around the optical fiber , at least part of the first bead within a distal portion of the actuator tube ; an adhesive adhering the first bead to the distal portion of the actuator tube ; a second bead around the optical fiber , at least part of the second bead within a proximal portion of the actuator tube ; an adhesive adhering the second bead to the proximal portion of the actuator tube , wherein the first bead , the second bead, and the adhesive collectively act as a spacer to substantially center the optical fiber within the actuator tube ; a housing enclosing the actuator tube , the free end portion , the first bead , and the second bead, in which the housing has a length that is less than 20 millimeters, and a thickness that is less than 5 millimeters: and one or more lenses of the housing in an optical path of light directed through the free end portion of the optical fiber .
A device for weighting a cover intended for covering silage fodder in a silo, said weighting device comprising a body , a lower surface of which is intended to rest on a portion of said cover ( B ), said body being equipped with means for detachably fastening said weighting device to at least another identical weighting device , which is intended to be juxtaposed on said cover ( B ), characterized in that it includes at least one strap comprising: - a central portion , placed against and fastened to a surface of said body , and - a peripheral portion , free with respect to said body and carrying said detachable fastening means . - a central portion , placed against and fastened to a surface of said body , and - a peripheral portion , free with respect to said body and carrying said detachable fastening means .
An immunoconjugate comprising SN-38 conjugated to a humanized antibody, wherein, there is a CL2A linker between the SN-38 and the antibody, the humanized antibody is hRS7 (anti-TROP-2), 5 to 7 SN-38 molecules are attached to each antibody molecule and wherein the structure of the immunoconjugate is MAb-CL2A-SN-38 for use in a method of treating cancer comprising administering the immunoconjugate to a human subject with cancer; wherein the antibody binds to EGP-1 (TROP-2); and wherein the immunoconjugate is administered at a dosage of between 8 mg/kg and 10 mg/kg.
A container for transporting and/or storing a plurality of glass sheets of a maximum length substantially parallel to each other, the container comprising a frame having a supporting floor and a plurality of fastening uprights , wherein said floor is provided with holes , and wherein the container further includes moveable supporting and/or fastening means for supporting and/or fastening the glass sheets, characterized in that - said uprights are provided with holes and the supporting and/or fastening means being secured to the frame by means of a plurality of moveable attachment means received in the holes such that the location of the moveable supporting and/or fastening means can be tuned to the glass sheet dimensions. - said uprights are provided with holes and
A method of making an ultraviolet light-resistant article, comprising: providing a substrate comprising a glass or glass-ceramic and first and second primary surfaces; forming at least one ultraviolet light-absorbing layer over a first primary surface, the light-absorbing layer having an absorption of 50% or greater at wavelengths from 100 nm to 380 nm and a thickness between 10 nm and 1000 nm; and forming a dielectric layer with a plasma-assisted deposition process, wherein the light-absorbing layer is configured to inhibit damage to the first primary surface of the substrate from the step of forming the dielectric layer. providing a substrate comprising a glass or glass-ceramic and first and second primary surfaces; forming at least one ultraviolet light-absorbing layer over a first primary surface, the light-absorbing layer having an absorption of 50% or greater at wavelengths from 100 nm to 380 nm and a thickness between 10 nm and 1000 nm; and forming a dielectric layer with a plasma-assisted deposition process, wherein the light-absorbing layer is configured to inhibit damage to the first primary surface of the substrate from the step of forming the dielectric layer.
A method of producing a product through additive manufacturing with heat treatment, comprising the steps of: providing a substrate , positioning a layer of powder particles on said substrate producing an interface between said layer of powder particles and said substrate , melting said powder particles with a heat source in the form of a fusing light source that directs a projected beam onto said layer of powder particles such that said powder particles fuse with said substrate in a desired shape and pattern producing fused powder particles, wherein the projected beam solidifies the powder particles according to a digital image of a 2D layer information and produces a sintered layer, the 2D layer information being one of a series of 2-dimensional data files that each define a planar cross section through a 3D model of the product obtained by electronically slicing the 3D model into the series of 2-dimensional data files, heat treating the sintered layer by projecting a beam from a secondary energy source , which is a laser or diode laser, onto the sintered layer to anneal residual stresses in the sintered layer and produce a final layer , repeating said steps with a new layer of powder particles provided on top of a completed previous final layer in a layer by layer fashion until the product is completed. providing a substrate , positioning a layer of powder particles on said substrate producing an interface between said layer of powder particles and said substrate , melting said powder particles with a heat source in the form of a fusing light source that directs a projected beam onto said layer of powder particles such that said powder particles fuse with said substrate in a desired shape and pattern producing fused powder particles, wherein the projected beam solidifies the powder particles according to a digital image of a 2D layer information and produces a sintered layer, the 2D layer information being one of a series of 2-dimensional data files that each define a planar cross section through a 3D model of the product obtained by electronically slicing the 3D model into the series of 2-dimensional data files, heat treating the sintered layer by projecting a beam from a secondary energy source , which is a laser or diode laser, onto the sintered layer to anneal residual stresses in the sintered layer and produce a final layer , repeating said steps with a new layer of powder particles provided on top of a completed previous final layer in a layer by layer fashion until the product is completed.
A prosthetic heart valve having an inflow end and an outflow end , comprising: a collapsible and expandable stent including a plurality of cells arranged in rows , the rows comprising a first row, each of the rows extending around a circumference of the stent , at least one of the rows forming a flared portion having a diameter that is larger than diameters of others of the rows ; and a collapsible and expandable valve assembly disposed within the stent , the valve assembly having a plurality of leaflets , characterized in that the first row is disposed adjacent the outflow end and includes symmetric cells and asymmetric cells , the asymmetric cells include a pair of substantially straight struts which form a V-shape attached to substantially curved struts , and where engaging arms extend toward the inflow end, the engaging arms are nested within select ones of the asymmetric cells, the engaging arms being arranged to couple to heart tissue to anchor the stent , each engaging arm being nested within an asymmetric cell, the engaging arms extending from the connection of a first cell to adjacent cells of the first cell on either side of the first cell in the first row, the engaging arms having a curved shape that follows the shape of the curved struts . a collapsible and expandable stent including a plurality of cells arranged in rows , the rows comprising a first row, each of the rows extending around a circumference of the stent , at least one of the rows forming a flared portion having a diameter that is larger than diameters of others of the rows ; and a collapsible and expandable valve assembly disposed within the stent , the valve assembly having a plurality of leaflets , characterized in that the first row is disposed adjacent the outflow end and includes symmetric cells and asymmetric cells , the asymmetric cells include a pair of substantially straight struts which form a V-shape attached to substantially curved struts , and where engaging arms extend toward the inflow end, the engaging arms are nested within select ones of the asymmetric cells, the engaging arms being arranged to couple to heart tissue to anchor the stent , each engaging arm being nested within an asymmetric cell, the engaging arms extending from the connection of a first cell to adjacent cells of the first cell on either side of the first cell in the first row, the engaging arms having a curved shape that follows the shape of the curved struts .
A compute apparatus to perform machine learning operations, the compute apparatus comprising: a fetch unit arranged to fetch a single instruction having multiple input operands, wherein the multiple input operands have an unequal bit-length, a first input operand having a first bit-length and a second input operand having a second bit-length; a decode unit arranged to decode the single instruction into a decoded instruction; an operand length unit to determine the smaller bit-length of the first bit-length and the second bit-length; and a compute unit arranged to perform a matrix operation on the multiple input operands to generate an output value having a bit length equal to the smaller bit length, wherein the compute unit is further arranged to: determine whether a multiply operation of the matrix operation has a zero input; and bypass the multiply operation having the zero input. a fetch unit arranged to fetch a single instruction having multiple input operands, wherein the multiple input operands have an unequal bit-length, a first input operand having a first bit-length and a second input operand having a second bit-length; a decode unit arranged to decode the single instruction into a decoded instruction; an operand length unit to determine the smaller bit-length of the first bit-length and the second bit-length; and a compute unit arranged to perform a matrix operation on the multiple input operands to generate an output value having a bit length equal to the smaller bit length, wherein the compute unit is further arranged to: determine whether a multiply operation of the matrix operation has a zero input; and bypass the multiply operation having the zero input.