mhurhangee/ep-ind-claims huggingface dataset:
A sample lysis and nucleic acid extraction apparatus, comprising: (i) a base for retaining a vortex generator assembly (110, 112), the vortex generator assembly comprising: a sample holder comprising a body member forming a channel extending from a first end to an opposite second end of the sample holder, the sample holder further comprising a first plurality of wells extending in a downwardly direction from a floor of the channel, each well having an interior volume; and a sample holder cover comprising a base member comprising a floor extending from a first end to an opposite end of the sample holder cover and a second plurality of vibration rods (304, 306) extending in a downwardly direction from the floor of the base member into the interior volume of a corresponding one of the plurality of wells when the base member is inserted into the channel; (ii) a rotating cam attached to a stepper motor and configured to impart vibrational movement to one or more of the second plurality of vibration rods (304, 306); and (iii) a horizontal actuator attached to the motor and configured to selectively impart horizontal movement of the motor along an x-axis repositioning the motor along vortex generator assemblies (110, 112) during sample processing. (i) a base for retaining a vortex generator assembly (110, 112), the vortex generator assembly comprising: a sample holder comprising a body member forming a channel extending from a first end to an opposite second end of the sample holder, the sample holder further comprising a first plurality of wells extending in a downwardly direction from a floor of the channel, each well having an interior volume; and a sample holder cover comprising a base member comprising a floor extending from a first end to an opposite end of the sample holder cover and a second plurality of vibration rods (304, 306) extending in a downwardly direction from the floor of the base member into the interior volume of a corresponding one of the plurality of wells when the base member is inserted into the channel; a sample holder comprising a body member forming a channel extending from a first end to an opposite second end of the sample holder, the sample holder further comprising a first plurality of wells extending in a downwardly direction from a floor of the channel, each well having an interior volume; and a sample holder cover comprising a base member comprising a floor extending from a first end to an opposite end of the sample holder cover and a second plurality of vibration rods (304, 306) extending in a downwardly direction from the floor of the base member into the interior volume of a corresponding one of the plurality of wells when the base member is inserted into the channel; (ii) a rotating cam attached to a stepper motor and configured to impart vibrational movement to one or more of the second plurality of vibration rods (304, 306); and (iii) a horizontal actuator attached to the motor and configured to selectively impart horizontal movement of the motor along an x-axis repositioning the motor along vortex generator assemblies (110, 112) during sample processing.
A system, comprising: one or more computer servers (30, 32, 38), each comprising a processor and a memory; a mobile computing device that is configured to communicate with the one or more computer servers via a wireless network, wherein the mobile computing device is in communication with an attached external storage medium, the external storage medium having stored thereon user data and security data (18, 20) for enabling the mobile computing device to communicate with the one or more computer servers via the wireless network, characterized in that the mobile computing device is configured to wipe settings of the mobile computing device to return the mobile computing device to its factory settings (124, 120) when the mobile computing device does not connect to the one or more computer servers via the wireless network for a predetermined period of time. one or more computer servers (30, 32, 38), each comprising a processor and a memory; a mobile computing device that is configured to communicate with the one or more computer servers via a wireless network, wherein the mobile computing device is in communication with an attached external storage medium, the external storage medium having stored thereon user data and security data (18, 20) for enabling the mobile computing device to communicate with the one or more computer servers via the wireless network,
Liquid container unit, comprising: a liquid container assembly (50; 50C,50M,50Y,50K) including a liquid chamber configured to contain ink, and a liquid inlet configured to inject ink into the liquid chamber; a case configured to cover at least part of the liquid container assembly (50; 50C,50M,50Y,50K); a mounting structure placed in the case, and a plug member (60; 60C,60M,60Y,60K,60,60b,60c,60d,60e,60f) that is detachably mounted to a liquid inlet to close the liquid inlet, wherein the plug member (60; 60C,60M,60Y,60K,60,60b,60c,60d,60e,60f) comprises: a sealing part configured to close the liquid inlet, such that at least part of the sealing part is inserted in the liquid inlet; and a cover part arranged around at least part of circumference of the sealing part, and a mounted part that is connected with the cover part and is attachable to the mounting structure. a liquid container assembly (50; 50C,50M,50Y,50K) including a liquid chamber configured to contain ink, and a liquid inlet configured to inject ink into the liquid chamber; a case configured to cover at least part of the liquid container assembly (50; 50C,50M,50Y,50K); a mounting structure placed in the case, and a plug member (60; 60C,60M,60Y,60K,60,60b,60c,60d,60e,60f) that is detachably mounted to a liquid inlet to close the liquid inlet, wherein the plug member (60; 60C,60M,60Y,60K,60,60b,60c,60d,60e,60f) comprises: a sealing part configured to close the liquid inlet, such that at least part of the sealing part is inserted in the liquid inlet; and a cover part arranged around at least part of circumference of the sealing part, and a mounted part that is connected with the cover part and is attachable to the mounting structure.
A method, in particular a computer-implemented method, for training a machine learning model used for determining a remaining useful life of a further wind turbine, comprising: - providing a plurality of operation data sets of a reference wind turbine, - providing a plurality of load data sets of the reference wind turbine, wherein a load data set is based on at least one load parameter measured at the reference wind turbine, and - generating a plurality of wind turbine training data sets for training the machine learning model by synchronously assigning a respective operation data set with a respective load data set. - providing a plurality of operation data sets of a reference wind turbine, - providing a plurality of load data sets of the reference wind turbine, wherein a load data set is based on at least one load parameter measured at the reference wind turbine, and - generating a plurality of wind turbine training data sets for training the machine learning model by synchronously assigning a respective operation data set with a respective load data set.
A method of making a headless influenza HA protein complex, the method comprising: (a) obtaining or expressing an influenza HA protein comprising: (i) a stalk domain, wherein the stalk domain comprises a point mutation to tyrosine at one or more of amino acid positions 403, 406, 411, 422, 429, 432, 433, and 435, or an amino acid residue corresponding thereto by alignment to SEQ ID NO: 1, and (ii) a head domain, wherein the head domain comprises one or more artificially-introduced protease recognition motifs, (b) allowing the influenza HA protein obtained or expressed in step (a) to fold into its native conformation having a head domain and a trimeric stalk domain comprised of three protomers, (c) introducing one or more di-tyrosine cross-links, into the trimeric stalk domain in order to stabilize the stalk domain in its native trimeric conformation, and (d) subsequently proteolytically cleaving the head domain at the one or more artificially-introduced protease recognition motifs, thereby producing a headless influenza HA protein complex. (a) obtaining or expressing an influenza HA protein comprising: (i) a stalk domain, wherein the stalk domain comprises a point mutation to tyrosine at one or more of amino acid positions 403, 406, 411, 422, 429, 432, 433, and 435, or an amino acid residue corresponding thereto by alignment to SEQ ID NO: 1, and (ii) a head domain, wherein the head domain comprises one or more artificially-introduced protease recognition motifs, (i) a stalk domain, wherein the stalk domain comprises a point mutation to tyrosine at one or more of amino acid positions 403, 406, 411, 422, 429, 432, 433, and 435, or an amino acid residue corresponding thereto by alignment to SEQ ID NO: 1, and (ii) a head domain, wherein the head domain comprises one or more artificially-introduced protease recognition motifs, (b) allowing the influenza HA protein obtained or expressed in step (a) to fold into its native conformation having a head domain and a trimeric stalk domain comprised of three protomers, (c) introducing one or more di-tyrosine cross-links, into the trimeric stalk domain in order to stabilize the stalk domain in its native trimeric conformation, and (d) subsequently proteolytically cleaving the head domain at the one or more artificially-introduced protease recognition motifs,
A dual head contrast media injector system, the system comprising: a processor for controlling operation of the injector system; a memory coupled to the processor; a first head for driving injection of fluid from a first syringe; a second head for driving injection of fluid from a second syringe; the processor configured to selectively perform a preliminary injection prior to performing an injection protocol, characterised by: the memory storing a plurality of injection protocols, each protocol including respective injection parameters; wherein a flow rate for the preliminary injection is programmatically controlled such that the flow rate is derived from injection parameters for a particular injection protocol selected to follow said preliminary injection. a processor for controlling operation of the injector system; a memory coupled to the processor; a first head for driving injection of fluid from a first syringe; a second head for driving injection of fluid from a second syringe; the processor configured to selectively perform a preliminary injection prior to performing an injection protocol, the memory storing a plurality of injection protocols, each protocol including respective injection parameters;
An injectable dermal filler comprising: hyaluronic acid; and vitamin C or a vitamin C derivative covalently conjugated to the hyaluronic acid; wherein the degree of conjugation is between 3 mol% and 40 mol%; and wherein the conjugated vitamin C derivative is converted into vitamin C in vivo by enzymatic cleavage. hyaluronic acid; and vitamin C or a vitamin C derivative covalently conjugated to the hyaluronic acid; wherein the degree of conjugation is between 3 mol% and 40 mol%; and wherein the conjugated vitamin C derivative is converted into vitamin C in vivo by enzymatic cleavage.
Method for producing a knife with a blade, a bolster and a handle, in particular a tang, forged from a single piece of flat steel material, wherein, before the forging, the flat material is upset in the region between the blade and the handle or tang to form a bead, the longitudinal axis of which is arranged transversely in relation to the longitudinal axis of the knife, and is then formed by the forging into a bolster, which has at least one side edge positioned obliquely in relation to the longitudinal axis of the knife, characterized in that the longitudinal axis of the bead, which later forms the bolster, is oriented obliquely in relation to the longitudinal axis of the knife.
An ink cartridge chip, comprising: a communication interface unit, used for communicating with an imaging device mounted with an ink cartridge, so as to receive or transmit ink level information in a first format (710, 720, A1, A2); and a storage unit, used for saving the ink level information; the ink cartridge chip characterized by: comprising a data conversion unit, used for converting the ink level information in the first format as received into ink level information in a second format (100, 110, 120, B1, B2) by means of logic encryption, wherein the second format comprises more bits therein than the first format; wherein the storage unit is used for saving the ink level information in the second format, and wherein when it is necessary for the imaging device to read ink level information of the ink cartridge chip, the data conversion unit is further used for restoring the ink level information in the second format as stored in the storage unit to the first format. a communication interface unit, used for communicating with an imaging device mounted with an ink cartridge, so as to receive or transmit ink level information in a first format (710, 720, A1, A2); and a storage unit, used for saving the ink level information; comprising a data conversion unit, used for converting the ink level information in the first format as received into ink level information in a second format (100, 110, 120, B1, B2) by means of logic encryption, wherein the second format comprises more bits therein than the first format; wherein the storage unit is used for saving the ink level information in the second format, and wherein when it is necessary for the imaging device to read ink level information of the ink cartridge chip, the data conversion unit is further used for restoring the ink level information in the second format as stored in the storage unit to the first format.
A composition comprising a plurality of hydrophobic core structures that are encapsulated within a liposomal-bilayer, wherein the plurality of hydrophobic core structures comprise at least one mRNA molecule encoding an antigen of interest and at least one positively-charged polymer or protein.
A method of assessing a subject for diabetic nephropathy comprising measuring at least one biomarker in a sample from the subject, wherein said at least one biomarker is CD5 antigen like.
A method comprising; authenticating a first device (102, 201); providing, to the first device (102, 201), a first security element based upon the authentication of the first device (102, 201), wherein the first security element is configured to authorize the first device (102, 201) by communicating with a second security element disposed remotely from the first device (102, 201); authorizing the first device (102, 201) using the first security element and the second security element; providing a security token comprising a security key to the first device (102, 201) based upon the authorization of the first device (102, 201), wherein the first device (102, 201) is within a first network and the security token is received by the first device (102, 201) from a second network external to the first network; and providing the security token to a second device (124, 126), wherein the second device (124, 126) is within the first network, and wherein the second device (124, 126) receives a request for information from the first device (102, 201) via the first network, the request for information comprising an unencrypted data field and an encrypted data field, and wherein the encrypted data field is encrypted using the security token such that the second device (124, 126) will authenticate the request for information using the security token.
A syrup composition comprising: gum, pectin, or a combination thereof; and allulose, wherein the gum, the pectin or a combination thereof is present in an amount of 0.05 parts by weight to 0.5 parts by weight relative to 100 parts by weight of the allulose in terms of solid content, and wherein the syrup composition has a viscosity of 600 cP to 7,000 cP (mPa.s) as measured under conditions of spindle No. 5, 20 rpm, and 25°C using a Brookfield viscometer.
Method for determining a carrier lifetime in at least one point of a surface of a sample, with the method comprising the following steps: - in the absence of illumination, measuring, at the point, a parameter P representing the charge carriers in the sample via an atomic force microscopy technique in such a way as to obtain a value P dark; - illuminating the point with a continuous light beam; - measuring, at the point, the parameter P representing the charge carriers in the sample via the atomic force microscopy technique in such a way as to obtain a value P sat; - successively illuminating the point with continuous modulated light beams each having a different frequency ƒ i, the frequency f i varying from one modulated light beam to the next, with the frequencies f i being between a minimum frequency f min and a maximum frequency f max, with the modulated light beams having a duty cycle D being defined the ratio between the duration of illumination and the sum of the duration of illumination and of extinction during a cycle; - for each modulated light beam, measuring, at the point, the parameter P representing the charge carriers in the sample via the atomic force microscopy technique in such a way as to obtain a value P trans i for each frequency f i; - calculating using a quadrature formula an interpolation S, at the point, of a curve representing P trans i according to the frequencies f i; - calculating the carrier lifetime, at the point, by using the following formula: τ = x 0 2 2 + x 0 D − 1 − K S P sat − P dark − 1 + D f max Wherein X o and K are constants. - in the absence of illumination, measuring, at the point, a parameter P representing the charge carriers in the sample via an atomic force microscopy technique in such a way as to obtain a value P dark; - illuminating the point with a continuous light beam; - measuring, at the point, the parameter P representing the charge carriers in the sample via the atomic force microscopy technique in such a way as to obtain a value P sat; - successively illuminating the point with continuous modulated light beams each having a different frequency ƒ i, the frequency f i varying from one modulated light beam to the next, with the frequencies f i being between a minimum frequency f min and a maximum frequency f max, with the modulated light beams having a duty cycle D being defined the ratio between the duration of illumination and the sum of the duration of illumination and of extinction during a cycle; - for each modulated light beam, measuring, at the point, the parameter P representing the charge carriers in the sample via the atomic force microscopy technique in such a way as to obtain a value P trans i for each frequency f i; - calculating using a quadrature formula an interpolation S, at the point, of a curve representing P trans i according to the frequencies f i; - calculating the carrier lifetime, at the point, by using the following formula: τ = x 0 2 2 + x 0 D − 1 − K S P sat − P dark − 1 + D f max Wherein X o and K are constants.
A slide rack gripper apparatus, comprising: a base; a finger mount attached to the base and configured to move along a first linear axis (x); a first motor attached to the base and configured to drive the finger mount along the first linear axis (x); a plurality of gripper fingers attached to the finger mount and configured to move along a second linear axis (z) and a third linear axis (y), wherein each gripper finger extends away from the second linear axis (z) and comprises a slide rack engagement surface and the slide rack engagement surface of a first gripper finger faces the slide rack engagement surface of a second gripper finger along the third linear axis (y); and a second motor attached to the finger mount and configured to drive the plurality of gripper fingers along the second linear axis (z), the second motor further configured to drive the first gripper finger and the second gripper finger in opposite directions along the third linear axis (y) to grasp or release a slide rack (30, 200, 250, 300, 350). a base; a finger mount attached to the base and configured to move along a first linear axis (x); a first motor attached to the base and configured to drive the finger mount along the first linear axis (x); a plurality of gripper fingers attached to the finger mount and configured to move along a second linear axis (z) and a third linear axis (y), wherein each gripper finger extends away from the second linear axis (z) and comprises a slide rack engagement surface and the slide rack engagement surface of a first gripper finger faces the slide rack engagement surface of a second gripper finger along the third linear axis (y); and a second motor attached to the finger mount and configured to drive the plurality of gripper fingers along the second linear axis (z), the second motor further configured to drive the first gripper finger and the second gripper finger in opposite directions along the third linear axis (y) to grasp or release a slide rack (30, 200, 250, 300, 350).
Method for displaying a procedure for pulling a vehicle out of a parking space with a travel direction indicator, comprising the following steps: (a) sensing whether a driving manoeuvre which has been carried out is a manoeuvre for pulling out of a parking space, wherein a driving manoeurvre is sensed as a manoeuvre for pulling out of a parking space if a first driving movement in a first direction is followed by a second driving movement in a second direction opposed to the first direction, and a steering movement is carried out during at least one driving movement, (b) displaying the manoeuvre for pulling out of a parking space by activating the travel direction indicator, and (c) keeping the travel direction indicator activated until the manoeuvre for pulling out of a parking space is ended. (a) sensing whether a driving manoeuvre which has been carried out is a manoeuvre for pulling out of a parking space, wherein a driving manoeurvre is sensed as a manoeuvre for pulling out of a parking space if a first driving movement in a first direction is followed by a second driving movement in a second direction opposed to the first direction, and a steering movement is carried out during at least one driving movement, (b) displaying the manoeuvre for pulling out of a parking space by activating the travel direction indicator, and (c) keeping the travel direction indicator activated until the manoeuvre for pulling out of a parking space is ended.