mhurhangee/ep-ind-claims huggingface dataset:
A method for the transduction of cells including lymphocytes, T cells, or other adult human cells such as hematopoietic stem cells, by the addition of a virus, the method comprising the following steps: a) preconditioning a cell-based product comprising said cells by performing a washing procedure in order to remove unwanted elements, for example in a wash buffer, and optionally hydrating said washed cells by adding biological nutriments; b) diluting the preconditioned cells in a solution containing the virus to be transducted into said cells; c) spinning the cells, in a centrifugal processing chamber containing an axially movable piston, thereby separating said cells to the external surface of the centrifugal processing chamber and spreading the virus in the solution and causing close contact of the virus with the cells to initiate the transduction process of the cells with the virus, wherein the centrifugal processing chamber is part of a disposable set constituting an enclosed sterile environment; and d) optionally introducing further solution to the transducted cells to provide a target volume, wherein the method further comprises monitoring the position of the movable piston by an infrared sensor while carrying out said method. a) preconditioning a cell-based product comprising said cells by performing a washing procedure in order to remove unwanted elements, for example in a wash buffer, and optionally hydrating said washed cells by adding biological nutriments; b) diluting the preconditioned cells in a solution containing the virus to be transducted into said cells; c) spinning the cells, in a centrifugal processing chamber containing an axially movable piston, thereby separating said cells to the external surface of the centrifugal processing chamber and spreading the virus in the solution and causing close contact of the virus with the cells to initiate the transduction process of the cells with the virus, wherein the centrifugal processing chamber is part of a disposable set constituting an enclosed sterile environment; and d) optionally introducing further solution to the transducted cells to provide a target volume,
An aircraft fuselage structural component comprising plural longitudinally spaced-apart frame members defining a transversal cross-section of an aircraft fuselage section, the frame members having a plurality of stringer holes therethrough; and plural longitudinally oriented stringers, each of the stringers being positioned within a respective one of the stringer holes of the frame members; characterized in that reinforcement members are lap joined by a friction stir weld region to corresponding surfaces of the frame members in a vicinity of the stringer holes, wherein the reinforcement members comprise a discontinuous structure.
A food processing device, comprising: a container for receiving an ingredient to be processed; a blending blade located in the container; a sensor for sensing characteristics of the ingredient received at the container; a processor for analyzing the characteristics and/or a communications system for sending the characteristics to a remote data processing resource for analyzing or further analyzing, wherein the analyzing is for identifying ingredient types for a plurality of added ingredients and for identifying a recipe consistent with the added ingredient types; and an output device for guiding a user to follow the remainder of the identified recipe, wherein the sensor comprises a weight sensor and wherein the characteristics of the ingredient comprise a response curve generated by the weight sensor, wherein the response curve represents the weight detected by the weight sensor over time from receiving the ingredient at the container until equilibrium in the detected weight is reached, wherein the response curve includes oscillations in the detected weight of the ingredient between receiving the ingredient at the container and equilibrium in the detected weight being reached, and wherein identifying the ingredient types comprises analyzing the oscillations in the detected weight of the ingredient. a container for receiving an ingredient to be processed; a blending blade located in the container; a sensor for sensing characteristics of the ingredient received at the container; a processor for analyzing the characteristics and/or a communications system for sending the characteristics to a remote data processing resource for analyzing or further analyzing, wherein the analyzing is for identifying ingredient types for a plurality of added ingredients and for identifying a recipe consistent with the added ingredient types; and an output device for guiding a user to follow the remainder of the identified recipe, wherein the sensor comprises a weight sensor and wherein the characteristics of the ingredient comprise a response curve generated by the weight sensor, wherein the response curve represents the weight detected by the weight sensor over time from receiving the ingredient at the container until equilibrium in the detected weight is reached, wherein the response curve includes oscillations in the detected weight of the ingredient between receiving the ingredient at the container and equilibrium in the detected weight being reached, and wherein identifying the ingredient types comprises analyzing the oscillations in the detected weight of the ingredient.
An arrangement (1a, 1b, 1c, 1d) for cooling components of a subsea electric system, comprising: a tank filled with a dielectric fluid, the tank comprising a first section and a second section; at least one first electric component located within the first section; at least one second electric component located within the second section a first heat exchanger located outside the tank and in fluid contact with the tank, and arranged to during operation be in thermal contact with sea water; and a pump arranged to force a flow of the dielectric fluid through the first heat exchanger; wherein flow of the dielectric fluid in the tank is partially by natural convection and partially by forced convection generated by the pump, the at least one first electric component generates more heat than the at least one second electric component, and characterized in that within the first section the share of the flow by natural convection is greater than within the second section. a tank filled with a dielectric fluid, the tank comprising a first section and a second section; at least one first electric component located within the first section; at least one second electric component located within the second section a first heat exchanger located outside the tank and in fluid contact with the tank, and arranged to during operation be in thermal contact with sea water; and a pump arranged to force a flow of the dielectric fluid through the first heat exchanger; wherein flow of the dielectric fluid in the tank is partially by natural convection and partially by forced convection generated by the pump, the at least one first electric component generates more heat than the at least one second electric component, and characterized in that within the first section the share of the flow by natural convection is greater than within the second section.
An apparatus for forming cut adhesive backed labels on a liner comprising: a cutting station (230, 240) configured to form a plurality of cut adhesive backed labels and a surrounding matrix from a web of label stock comprising a facestock, an adhesive layer, and a liner; and a matrix removal station configured to remove the matrix from the cut adhesive backed labels and the matrix on the liner, the matrix removal station including a cylinder configured to receive a cut label stock comprising the cut adhesive back labels, the matrix, and the liner; a member configured to contact a surface of the cut label stock to cause separation of the matrix from the adhesive backed labels and the liner; characterized in that the matrix removal station further includes a source configured to apply an electrostatic charge to the cut label stock; and a member configured to neutralize cut label stock bearing the adhesive backed labels and the liner from which the matrix has been removed. a cutting station (230, 240) configured to form a plurality of cut adhesive backed labels and a surrounding matrix from a web of label stock comprising a facestock, an adhesive layer, and a liner; and a matrix removal station configured to remove the matrix from the cut adhesive backed labels and the matrix on the liner, the matrix removal station including a cylinder configured to receive a cut label stock comprising the cut adhesive back labels, the matrix, and the liner; a member configured to contact a surface of the cut label stock to cause separation of the matrix from the adhesive backed labels and the liner; characterized in that the matrix removal station further includes a source configured to apply an electrostatic charge to the cut label stock; and a member configured to neutralize cut label stock bearing the adhesive backed labels and the liner from which the matrix has been removed.
A printing control apparatus connectable to a printing apparatus which is operable in at least a standby state and in a power saving state in which power consumption is lower than that in the standby state, and which is arranged to receive a packet specifying a first predetermined port number to shift from the power saving state to the standby state, the printing control apparatus comprising: reception means configured to receive a printing request for causing the printing apparatus to execute printing from an external apparatus; generation means configured to generate printing data in accordance with the printing request received by the reception means; determination means configured to determine whether or not the printing apparatus is in the power saving state; and transmission means configured to transmit a first packet specifying the first predetermined port number for returning the printing apparatus from the power saving state to the standby state before a second packet specifying a second predetermined port number for transmitting the printing data generated by the generation means is transmitted to the printing apparatus in a case where the determination means determines that the printing apparatus is in the power saving state, and to transmit the second packet to the printing apparatus without transmitting the first packet in a case where the determination means determines that the printing apparatus is not in the power saving state. reception means configured to receive a printing request for causing the printing apparatus to execute printing from an external apparatus; generation means configured to generate printing data in accordance with the printing request received by the reception means; determination means configured to determine whether or not the printing apparatus is in the power saving state; and transmission means configured to transmit a first packet specifying the first predetermined port number for returning the printing apparatus from the power saving state to the standby state before a second packet specifying a second predetermined port number for transmitting the printing data generated by the generation means is transmitted to the printing apparatus in a case where the determination means determines that the printing apparatus is in the power saving state, and to transmit the second packet to the printing apparatus without transmitting the first packet in a case where the determination means determines that the printing apparatus is not in the power saving state.
A camera, comprising a housing, an electronics unit comprising a processor, and an image sensor unit comprising an image sensor and a lens support, the electronics unit being fixed inside the housing (10, 12, 13), the image sensor unit being slidable inside the housing, the housing being provided with a window through which a scene is viewable for the image sensor, the image sensor unit being slidable relative to the housing so as to allow adjustment of a distance (d) between the image sensor and the window along an adjustment direction, wherein the electronics unit and the image sensor unit are connected to each other via a flexible cable for transmittal of digital image sensor output from the image sensor to the processor in the electronics unit.
A protective cover for a gas sensor having a cylindrical metallic housing, a sensor element axially disposed in the housing and having at a front end thereof a sensing portion and a sensor terminal fitted to a rear end of the sensor element to produce a signal output from the sensing portion, the protective cover including an attachment portion to be attached to a rear end portion of the housing in such a manner as to cover the sensor terminal with the protective cover, characterized in that the attachment portion is lower in hardness than a remaining portion of the protective cover and has a Vickers hardness of 100 to 200.
Profiled element able to be connected in an articulated manner to other adjacent profiled elements in order to form a curtain or a wall panel, comprising: - a wall defining at least partially a hollow space, and having first openings; - a sound absorber material arranged in said hollow space and comprising second openings, with the first and second openings communicating with each other; characterised in that: - the absorber material completely fills said hollow space, - the first and second openings are of substantially identical shapes. - a wall defining at least partially a hollow space, and having first openings; - a sound absorber material arranged in said hollow space and comprising second openings, with the first and second openings communicating with each other; characterised in that: - the absorber material completely fills said hollow space, - the first and second openings are of substantially identical shapes. - the absorber material completely fills said hollow space, - the first and second openings are of substantially identical shapes.
An in vitro method of determining whether a member of a replicable library contains or encodes an immunogenic polypeptide, wherein said library comprises at least 20 discrete members in defined locations and said members each comprise a cell or virus comprising an identified open reading frame of a polynucleotide encoding a polypeptide, or a portion thereof, differentially expressed in a neoplastic cell as compared to the corresponding normal cell, said identified open reading frame operably linked to a promoter, said method comprising: (a) individually contacting a member of said library with a second cell capable of (i) endocytosing said cell or said virus and (ii) displaying a polypeptide encoded by said identified open reading frame on its surface through the major histocompatibility complex class I pathway; (b) individually contacting said second cell from step (a) with a cytotoxic T lymphocyte cell derived from a mammal having, or having previously had, a neoplasm; and (c) detecting whether said CTL cell is activated, wherein activation of said CTL cell indicates that said member of said library contains said identified open reading frame which encodes at least a portion of said immunogenic polypeptide. (a) individually contacting a member of said library with a second cell capable of (i) endocytosing said cell or said virus and (ii) displaying a polypeptide encoded by said identified open reading frame on its surface through the major histocompatibility complex class I pathway; (b) individually contacting said second cell from step (a) with a cytotoxic T lymphocyte cell derived from a mammal having, or having previously had, a neoplasm; and (c) detecting whether said CTL cell is activated, wherein activation of said CTL cell indicates that said member of said library contains said identified open reading frame which encodes at least a portion of said immunogenic polypeptide.
Method for piercing a metal workpiece by means of a laser beam and a process gas comprising the following steps: a) forming a pierced hole in the workpiece that does not go all the way through by piercing the workpiece by means of the laser beam using an inert gas, in particular nitrogen, as the process gas; b) widening the upper part of the pierced hole into a trough that surrounds the pierced hole on the top side of the workpiece, in particular concentrically, by means of the laser beam which is set to a larger beam diameter on the workpiece than in step a) and using oxygen as the process gas; and c) fully piercing the pierced hole by means of the laser beam and using oxygen as the process gas. a) forming a pierced hole in the workpiece that does not go all the way through by piercing the workpiece by means of the laser beam using an inert gas, in particular nitrogen, as the process gas; b) widening the upper part of the pierced hole into a trough that surrounds the pierced hole on the top side of the workpiece, in particular concentrically, by means of the laser beam which is set to a larger beam diameter on the workpiece than in step a) and using oxygen as the process gas; and c) fully piercing the pierced hole by means of the laser beam and using oxygen as the process gas.
Mixtures containing (a) at least one phenylalkenal of formula in which R 1 and R 2 independently of one another represent hydrogen, a methyl or phenyl residue, R 3 stands for hydrogen, a phenyl, an alkenyl or a linear or branched alkyl residue with 1 to 5 carbon atoms, and the broken double lines represent, independently of one another, a single bond or a double bond, and (b) at least one physiological cooling agent. (a) at least one phenylalkenal of formula in which R 1 and R 2 independently of one another represent hydrogen, a methyl or phenyl residue, R 3 stands for hydrogen, a phenyl, an alkenyl or a linear or branched alkyl residue with 1 to 5 carbon atoms, and the broken double lines represent, independently of one another, a single bond or a double bond, and (b) at least one physiological cooling agent.
A method of correlating vulnerabilities in source code, the method comprising: generating a representation of the source code; scanning the representation to identify one or more potential vulnerabilities; generating a signature for each of the one or more potential vulnerabilities; storing the signature with a plurality of signatures from previous scans of one or more previous versions of the source code; comparing the signature with the plurality of signatures from the previous scans; determining whether the signature matches at least one signature from the plurality of signatures from the previous scans; and in response to determining that the signature does not match the at least one signature from the plurality of signatures from the previous scans, determining that the signature represents a new vulnerability and storing the signature with the plurality of signatures. generating a representation of the source code; scanning the representation to identify one or more potential vulnerabilities; generating a signature for each of the one or more potential vulnerabilities; storing the signature with a plurality of signatures from previous scans of one or more previous versions of the source code; comparing the signature with the plurality of signatures from the previous scans; determining whether the signature matches at least one signature from the plurality of signatures from the previous scans; and in response to determining that the signature does not match the at least one signature from the plurality of signatures from the previous scans, determining that the signature represents a new vulnerability and storing the signature with the plurality of signatures.
An article rejecting system comprising: a conveyance unit configured to convey an article along a conveying direction; a detection unit configured to detect the article which is conveyed by the conveyance unit; a rejecting unit provided on a downstream side of the detection unit in the conveying direction and configured to perform a rejecting motion for rejecting the article which is conveyed by the conveyance unit; and a control unit configured to control the rejecting unit such that the rejecting motion is performed at a predetermined automatic timing in a case where the detection unit detects the article, characterized by an input unit configured to accept input of a manual operation for causing the rejecting unit to perform the rejecting motion at a manual timing, wherein the control unit is configured to set the automatic timing based on the manual timing, if the input unit accepts the input of the manual operation in a case where the detection unit detects the article. a conveyance unit configured to convey an article along a conveying direction; a detection unit configured to detect the article which is conveyed by the conveyance unit; a rejecting unit provided on a downstream side of the detection unit in the conveying direction and configured to perform a rejecting motion for rejecting the article which is conveyed by the conveyance unit; and a control unit configured to control the rejecting unit such that the rejecting motion is performed at a predetermined automatic timing in a case where the detection unit detects the article, characterized by an input unit configured to accept input of a manual operation for causing the rejecting unit to perform the rejecting motion at a manual timing, wherein the control unit is configured to set the automatic timing based on the manual timing, if the input unit accepts the input of the manual operation in a case where the detection unit detects the article.
An optronic sight for a motorized vehicle such as an aerial or marine vehicle propelled by a propeller or a tracked land vehicle comprising: - an aiming module able to be moved about a first axis and a second axis not parallel to the first axis, - means (17a, 17b) for moving the aiming module about the first and second axes, - means for continuously measuring an angular data of said module about the first and second axes, characterized in that it comprises a feedback control loop comprising: - means for continuously measuring the acceleration of the aiming module according to three orthogonal directions of the space (8a, 8b, 8c), - means for detecting at least one fundamental frequency of the vibratory disturbances generated by the operation of the motorized vehicle, this frequency being obtained based on the output data of said acceleration measuring means, - an adaptive corrector configured to: -- continuously receive as input: --- said fundamental frequency, --- a discrepancy between an angular setpoint value (y ck) and said angular data -- output a movement setpoint value to the moving means (17a, 17b). - an aiming module able to be moved about a first axis and a second axis not parallel to the first axis, - means (17a, 17b) for moving the aiming module about the first and second axes, - means for continuously measuring an angular data of said module about the first and second axes, - means for continuously measuring the acceleration of the aiming module according to three orthogonal directions of the space (8a, 8b, 8c), - means for detecting at least one fundamental frequency of the vibratory disturbances generated by the operation of the motorized vehicle, this frequency being obtained based on the output data of said acceleration measuring means, - an adaptive corrector configured to: -- continuously receive as input: --- said fundamental frequency, --- a discrepancy between an angular setpoint value (y ck) and said angular data -- output a movement setpoint value to the moving means (17a, 17b). -- continuously receive as input: --- said fundamental frequency, --- a discrepancy between an angular setpoint value (y ck) and said angular data --- said fundamental frequency, --- a discrepancy between an angular setpoint value (y ck) and said angular data -- output a movement setpoint value to the moving means (17a, 17b).