mhurhangee/ep-ind-claims huggingface dataset:
Transformable modular toy element (1, 100) adapted for use in a toy construction system comprising a plurality of modular toy elements, wherein the transformable modular toy element (1, 100) comprises: a body portion (10, 110) comprising one or more coupling members, the one or more coupling members (11, 12, 111, 112) being adapted for releasably coupling the body portion (10, 110) with modular toy elements of the toy construction system; a head portion (20, 120) attached to the body portion (10, 110), wherein the head portion (20, 120) comprises a cavity (21, 121) for receiving the body portion (10, 110) therein, wherein the body portion (10, 110) is moveable with respect to the head portion (20, 120) between a retracted position where the body portion (10, 110) is retracted into the cavity (21, 121), whereby the transformable modular toy element (1, 100) has a first shape, and a deployed position where the body portion (10, 110) is in an axial direction deployed from the cavity (21, 121) whereby the transformable modular toy element (1, 100) has a second shape; the second shape being extended in the axial direction as compared to the first shape; and first locking means adapted to lock the body portion in the deployed position. a body portion (10, 110) comprising one or more coupling members, the one or more coupling members (11, 12, 111, 112) being adapted for releasably coupling the body portion (10, 110) with modular toy elements of the toy construction system; a head portion (20, 120) attached to the body portion (10, 110), wherein the head portion (20, 120) comprises a cavity (21, 121) for receiving the body portion (10, 110) therein, wherein the body portion (10, 110) is moveable with respect to the head portion (20, 120) between a retracted position where the body portion (10, 110) is retracted into the cavity (21, 121), whereby the transformable modular toy element (1, 100) has a first shape, and a deployed position where the body portion (10, 110) is in an axial direction deployed from the cavity (21, 121) whereby the transformable modular toy element (1, 100) has a second shape; the second shape being extended in the axial direction as compared to the first shape; and first locking means adapted to lock the body portion in the deployed position.
Exhaust-gas aftertreatment system, preferably exhaust-gas aftertreatment system of modular construction, preferably for a vehicle or a pump or generator unit, having at least one exhaust-gas module which has an inlet section and an outlet section, wherein at least one sensor fastening device (3.1, 3.2) is provided which comprises at least two, preferably at least three, spaced-apart fastening means (4.1, 4.2) for exhaust-gas sensor fastening, wherein the sensor fastening device (3.1, 3.2) comprises an annular base element, on the circumferential surface of which the fastening means (4.1, 4.2) are formed, characterized in that the sensor fastening device (3.1, 3.2) is arranged at the inlet section and/or at the outlet section.
Clamping unit for clamping a workpiece, comprising an electric drive and a transmission unit which comprises an arrangement of roller bodies, wherein a rotational movement is convertible by the transmission unit into a translation movement of an actuating element, and wherein, through translation movements of the actuating element, clamping elements are settable into a clamping setting in which a workpiece is clamped by the clamping elements and a release setting in which the clamping elements release the workpiece, wherein the clamping unit comprises a base module in which the electric drive, the transmission unit and the actuating element are integrated, characterised in that the clamping unit comprises a change insert with clamping elements arranged therein, that the base module comprises an arrangement of balls which are means for forming a clamping connection with the change insert and that through translation movements of the actuating element an engagement of the balls with the change insert is produced or cancelled.
An apparatus for the handling of articles, the handling providing to simultaneously remove a plurality of articles from an infeed and to transpose them into at least one outer packaging staged on a staging surface, the apparatus comprising: - an infeed of articles being transported in a transport direction; - at least one staging surface disposed next to the infeed as seen in the direction of a horizontal axis, on which staging surface outer packagings have been and/or are being staged, which outer packagings are to be filled with articles having been removed from the infeed, and from which staging surface the outer packagings are discharged after the articles have been placed therein; and - a gripping device for the simultaneous seizing of a plurality of articles from the infeed; wherein: - the gripping device has one gripper head per article, the gripper head being lowerable coming from above onto an article in the infeed; - the gripping device has at least one manipulator with a manipulator head that is at least horizontally movable along a horizontal axis, and vertically movable along a vertical axis, at which manipulator head the gripper heads are disposed; and - the gripper heads are disposed at the manipulator head to be individually and/or groupwise translationally movably driven relative to each other in at least a first horizontal direction parallel to the transport direction of the infeed; characterised in that the gripper heads are disposed at the manipulator head to be additionally movably driven relative to each other in a second horizontal direction orthogonal to the transport direction of the infeed, and in that the apparatus comprises detection means for detecting the actual positions of the articles based on a foremost removal position at the end of the infeed as seen opposite to the transport direction of the infeed. - an infeed of articles being transported in a transport direction; - at least one staging surface disposed next to the infeed as seen in the direction of a horizontal axis, on which staging surface outer packagings have been and/or are being staged, which outer packagings are to be filled with articles having been removed from the infeed, and from which staging surface the outer packagings are discharged after the articles have been placed therein; and - a gripping device for the simultaneous seizing of a plurality of articles from the infeed; - the gripping device has one gripper head per article, the gripper head being lowerable coming from above onto an article in the infeed; - the gripping device has at least one manipulator with a manipulator head that is at least horizontally movable along a horizontal axis, and vertically movable along a vertical axis, at which manipulator head the gripper heads are disposed; and - the gripper heads are disposed at the manipulator head to be individually and/or groupwise translationally movably driven relative to each other in at least a first horizontal direction parallel to the transport direction of the infeed;
An antibody and/or fragment thereof that specifically binds to an epitope of Bb segment of the factor B, wherein the antibody and/or fragment comprises the heavy chain variable region and light chain variable region of an antibody produced by the hybridoma cell line deposited under ATCC Accession Number PTA-8543.
A cell binding device offering defined patterns of cell binding molecules comprising a) a passivating polymeric coating that is covalently attached to the surface of a solid carrier; b) an adaptor molecule covalently bound by directed photo-immobilization to a predetermined area of the surface coating, and c) a cell binding molecule covalently bound to said adaptor molecule by means of a moiety, wherein the moiety is obtainable by click chemistry involving either Cu -catalyzed azide/alkyne reactions or internal-strain-catalyzed azide/alkyne reactions, wherein the adaptor molecule, which is obtainable by laser-assisted adsorption by photobleaching, comprises a moiety for a cycloaddition reaction with a counterpart reactive group present on the cell binding molecule. a) a passivating polymeric coating that is covalently attached to the surface of a solid carrier; b) an adaptor molecule covalently bound by directed photo-immobilization to a predetermined area of the surface coating, and c) a cell binding molecule covalently bound to said adaptor molecule by means of a moiety, wherein the moiety is obtainable by click chemistry involving either Cu -catalyzed azide/alkyne reactions or internal-strain-catalyzed azide/alkyne reactions, wherein the adaptor molecule, which is obtainable by laser-assisted adsorption by photobleaching, comprises a moiety for a cycloaddition reaction with a counterpart reactive group present on the cell binding molecule.
A method of operating a computing device, the method comprising: in response to a request from a user to carry out an operation using the device: determining an elapsed time period that has elapsed since the identity of the user was authenticated; determining a time period associated with a type of the requested operation; and enabling the requested operation if the elapsed time period is within the time period associated with the type of the requested operation, characterized in that the time period associated with one type of the requested operation is arranged to expire upon completion of the immediately preceding operation of the same type. determining an elapsed time period that has elapsed since the identity of the user was authenticated; determining a time period associated with a type of the requested operation; and enabling the requested operation if the elapsed time period is within the time period associated with the type of the requested operation, characterized in that the time period associated with one type of the requested operation is arranged to expire upon completion of the immediately preceding operation of the same type.
A curable coating composition, comprising: (a) a compound having functionality A and functionality B that react in curing the coating, (b) a second material having functionality C that reacts with functionality A in curing the coating, and (c) a crosslinker having a plurality of functional groups D that react at least with functionality B in curing the coating, wherein compound (a) has carboxylic acid and carbamate functionality, material (b) has epoxide functionality, and crosslinker (c) comprises an aminoplast crosslinker. (a) a compound having functionality A and functionality B that react in curing the coating, (b) a second material having functionality C that reacts with functionality A in curing the coating, and (c) a crosslinker having a plurality of functional groups D that react at least with functionality B in curing the coating, wherein compound (a) has carboxylic acid and carbamate functionality, material (b) has epoxide functionality, and crosslinker (c) comprises an aminoplast crosslinker.
An optical sensor comprising: an optical cavity defined by a dielectric body and responsive to one or more physical environmental conditions; a waveguide having a terminal end spaced apart from the optical cavity such that light is optically coupled from the terminal end of the waveguide to the optical cavity; and a spacer (30, 130) comprising a hollow tube extending between the dielectric body at a proximal end of the spacer and towards the terminal end of the waveguide, the spacer arranged such that the distance between the terminal end of the waveguide and the optical cavity is greater than 1 mm and the distance is sufficient such that, when the optical sensor is in use, the waveguide is maintained at a first temperature that would not damage the mechanical or optical properties of the waveguide whilst the dielectric body is at a second temperature, higher than the first temperature, that would be sufficient to damage the mechanical or optical properties of the waveguide. an optical cavity defined by a dielectric body and responsive to one or more physical environmental conditions; a waveguide having a terminal end spaced apart from the optical cavity such that light is optically coupled from the terminal end of the waveguide to the optical cavity; and a spacer (30, 130) comprising a hollow tube extending between the dielectric body at a proximal end of the spacer and towards the terminal end of the waveguide, the spacer arranged such that the distance between the terminal end of the waveguide and the optical cavity is greater than 1 mm and the distance is sufficient such that, when the optical sensor is in use, the waveguide is maintained at a first temperature that would not damage the mechanical or optical properties of the waveguide whilst the dielectric body is at a second temperature, higher than the first temperature, that would be sufficient to damage the mechanical or optical properties of the waveguide.
A method of selecting and displaying an augmented reality content item, the method comprising: causing, by a messaging application running on a device, a camera of the device to capture an image; receiving by the messaging application, speech input to select augmented reality content for display with the image; determining at least one keyword included in the speech input; determining that the at least one keyword indicates an object depicted in the image and an action to perform with respect to the object, characterized in that the object is a math problem and the action corresponds to solving the math problem; selecting, from plural augmented reality content items, an augmented reality content item that corresponds to displaying a solution to the math problem; and displaying the augmented reality content item, which includes the solution to the math problem, with the image. causing, by a messaging application running on a device, a camera of the device to capture an image; receiving by the messaging application, speech input to select augmented reality content for display with the image; determining at least one keyword included in the speech input; determining that the at least one keyword indicates an object depicted in the image and an action to perform with respect to the object, characterized in that the object is a math problem and the action corresponds to solving the math problem; selecting, from plural augmented reality content items, an augmented reality content item that corresponds to displaying a solution to the math problem; and displaying the augmented reality content item, which includes the solution to the math problem, with the image.
A population of isolated adipose-derived regenerative cells for restoring soft tissue tears in cartilage, wherein said population of isolated adipose-derived regenerative cells are for administration in their native form as separated and concentrated from adipose tissue.
An automatic card handling device (110, 130, 150, 160), comprising: a shuffling apparatus configured to shuffle an input set of cards and deliver an output set of cards resulting from the shuffling; and a custom module comprising: a communication module; and a diagnosis module configured to: receive a self-diagnostic request from a remote location via the communication module; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device (110, 130, 150, 160); and determine diagnostic results of the self-diagnosis; wherein the communication module is configured to transmit the diagnostic results of the self-diagnosis across a network to an alerting system operably coupled to one or more servers. a shuffling apparatus configured to shuffle an input set of cards and deliver an output set of cards resulting from the shuffling; and a custom module comprising: a communication module; and a diagnosis module configured to: receive a self-diagnostic request from a remote location via the communication module; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device (110, 130, 150, 160); and determine diagnostic results of the self-diagnosis; wherein the communication module is configured to transmit the diagnostic results of the self-diagnosis across a network to an alerting system operably coupled to one or more servers. a communication module; and a diagnosis module configured to: receive a self-diagnostic request from a remote location via the communication module; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device (110, 130, 150, 160); and determine diagnostic results of the self-diagnosis; receive a self-diagnostic request from a remote location via the communication module; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device (110, 130, 150, 160); and determine diagnostic results of the self-diagnosis; wherein the communication module is configured to transmit the diagnostic results of the self-diagnosis across a network to an alerting system operably coupled to one or more servers.
An inductor damper circuit comprising: a shared magnetic core; a primary winding wound around the shared magnetic core wherein the primary winding comprises an inductor winding having a first wire diameter; and a secondary winding comprising a resistive damper winding having a second wire diameter that is less than the first wire diameter and wherein the secondary winding is wound around the same shared magnetic core and is contactless magnetically coupled with the primary winding, wherein the primary winding is a copper winding and characterized in that the resistive damper winding comprises a resistive alloy. a shared magnetic core; a primary winding wound around the shared magnetic core wherein the primary winding comprises an inductor winding having a first wire diameter; and a secondary winding comprising a resistive damper winding having a second wire diameter that is less than the first wire diameter and wherein the secondary winding is wound around the same shared magnetic core and is contactless magnetically coupled with the primary winding, wherein the primary winding is a copper winding and characterized in that the resistive damper winding comprises a resistive alloy.
Method for evaporating and condensing a medium with an evaporation system, in particular a rotary evaporator, comprising the steps of - Providing a medium to be vaporized in a container, - Providing a heating device for heating the medium to be vaporized, - Providing a pressure control device for detecting and setting a pressure in the container, - Providing a cooling device for condensing vaporized media, - Detection of a temperature (T H) of the heating device and a temperature (T K) of the cooling device, - Detection of the pressure in the container, - Adjusting the pressure in the container in such a way that the medium evaporates at an initial temperature (T A) which is greater than the temperature (T K) of the cooling device by a predetermined temperature difference (ΔT) and condenses on the cooling device, - Setting the temperature (T H) of the heating device in such a way that the temperature (T H) of the heating device is equal to the initial temperature (T A), Subsequent adjustment of the temperature (T H) of the heating device to a predetermined continuous temperature (T contin-uous) with simultaneous tracking of the pressure in accordance with a boiling curve of the aforementioned medium, characterized in that - the pressure is continuously recorded and the temperature (T H) of the heating device is continuously adjusted according to the boiling curve and/or - the temperature (T H) of the heating device is continuously recorded and the pressure is continuously adjusted according to the boiling curve, - whereby evaporation and condensation take place continuously. - Providing a medium to be vaporized in a container, - Providing a heating device for heating the medium to be vaporized, - Providing a pressure control device for detecting and setting a pressure in the container, - Providing a cooling device for condensing vaporized media, - Detection of a temperature (T H) of the heating device and a temperature (T K) of the cooling device, - Detection of the pressure in the container, - Adjusting the pressure in the container in such a way that the medium evaporates at an initial temperature (T A) which is greater than the temperature (T K) of the cooling device by a predetermined temperature difference (ΔT) and condenses on the cooling device, - Setting the temperature (T H) of the heating device in such a way that the temperature (T H) of the heating device is equal to the initial temperature (T A), Subsequent adjustment of the temperature (T H) of the heating device to a predetermined continuous temperature (T contin-uous) with simultaneous tracking of the pressure in accordance with a boiling curve of the aforementioned medium, characterized in that - the pressure is continuously recorded and the temperature (T H) of the heating device is continuously adjusted according to the boiling curve and/or - the temperature (T H) of the heating device is continuously recorded and the pressure is continuously adjusted according to the boiling curve, - whereby evaporation and condensation take place continuously.
A thermotherapy device having a human body scan function, wherein a thermo-ceramic unit configured to move along a longitudinal direction of a user's backbone, a transfer motor unit configured to move the thermo-ceramic unit, wherein the transfer motor unit includes a transfer motor configured to move the thermo-ceramic unit along a longitudinal direction of a user's backbone; wherein the device further comprises: a motor variation generation module configured to measure variations in load of the transfer motor of the transfer motor unit, wherein the load variations of the transfer motor are measured using at least any one of rpm of the transfer motor, an amount of current supplied to the transfer motor, and a value of voltage supplied to the transfer motor; and a backbone information generation module configured to generate information about a shape of the user's backbone using data of the motor variation generation module.