mhurhangee/ep-ind-claims huggingface dataset:
A method of utilizing a Trusted Platform Module's (TPM's) storage media that is internal to the TPM comprising the steps of: encrypting a first key, wherein the first key is associated with a whole volume encryption applied to a storage medium associated with a storage device; storing the encrypted first key on the storage medium; storing a second key, utilizable for decrypting the encrypted first key, on the TPM's storage media; storing, with the encrypted first key, on the storage medium, an index within the TPM's storage media at which the second key was stored; subsequent to the storing the second key on the TPM's storage media, requesting the second key from the TPM, the requesting specifying the index within the TPM's storage media at which the second key was stored; utilizing the second key, as obtained from the TPM in response to the requesting, to decrypt the encrypted first key; and instructing the TPM to delete the second key from the TPM's storage media; wherein the instructing the TPM to delete the second key causes the second key to be irretrievably erased from the TPM's storage media, thereby rendering the first key unobtainable from the encrypted first key even if the encrypted first key was retrieved from the storage medium; wherein decryption of the encrypted first key is tied to a state of a computing device; and the method further comprises generating a clear key protector comprising both an encrypted version of the first key and the second key needed to decrypt the encrypted version of the first key in anticipation of a change to a state of a computing device. encrypting a first key, wherein the first key is associated with a whole volume encryption applied to a storage medium associated with a storage device; storing the encrypted first key on the storage medium; storing a second key, utilizable for decrypting the encrypted first key, on the TPM's storage media; storing, with the encrypted first key, on the storage medium, an index within the TPM's storage media at which the second key was stored; subsequent to the storing the second key on the TPM's storage media, requesting the second key from the TPM, the requesting specifying the index within the TPM's storage media at which the second key was stored; utilizing the second key, as obtained from the TPM in response to the requesting, to decrypt the encrypted first key; and instructing the TPM to delete the second key from the TPM's storage media; wherein the instructing the TPM to delete the second key causes the second key to be irretrievably erased from the TPM's storage media, thereby rendering the first key unobtainable from the encrypted first key even if the encrypted first key was retrieved from the storage medium; wherein decryption of the encrypted first key is tied to a state of a computing device; and the method further comprises generating a clear key protector comprising both an encrypted version of the first key and the second key needed to decrypt the encrypted version of the first key in anticipation of a change to a state of a computing device.
A method comprising: providing a head mounted magnifying camera communicated with a computer system with a head-mounted display having a center of a field of view; providing a magnified view of a live dental area of interest; actuating image capture of the live dental area of interest and downloading it into the computer system, or uploading an image of a stored dental area of interest from the computer system and matching it to the live dental area of interest; automatically tracking the image of the live dental area of interest in the computer system; and keeping the image of the live dental area of interest in the center of the field of view of the head-mounted display, where automatically tracking the image of the live dental area of interest in the computer system comprises: providing a micro-pan and tilt mechanism coupled to the camera or a lens of the camera; and automatically moving the camera angle using the micro-pan and tilt mechanism to keep the live dental area of interest in the center of the field of view of the head-mounted display. providing a head mounted magnifying camera communicated with a computer system with a head-mounted display having a center of a field of view; providing a magnified view of a live dental area of interest; actuating image capture of the live dental area of interest and downloading it into the computer system, or uploading an image of a stored dental area of interest from the computer system and matching it to the live dental area of interest; automatically tracking the image of the live dental area of interest in the computer system; and keeping the image of the live dental area of interest in the center of the field of view of the head-mounted display, where automatically tracking the image of the live dental area of interest in the computer system comprises: providing a micro-pan and tilt mechanism coupled to the camera or a lens of the camera; and automatically moving the camera angle using the micro-pan and tilt mechanism to keep the live dental area of interest in the center of the field of view of the head-mounted display. providing a micro-pan and tilt mechanism coupled to the camera or a lens of the camera; and automatically moving the camera angle using the micro-pan and tilt mechanism to keep the live dental area of interest in the center of the field of view of the head-mounted display.
A use of a camera system at an identification counter for the identification of persons by way of portrait photographs, wherein the identification counter includes a working area, in which an inspecting person resides / can reside, wherein the identification counter includes a hand-over area, in which a person to be identified can hand over an identification document to the inspecting person at the identification counter, wherein the camera system has a housing, a camera module and a positioning device for adjusting a height position of the camera module, wherein the camera module includes at least one portrait camera, wherein a height position of the camera module is automatically adjustable with the aid of a positioning device in dependence of the body size of a person to be identified, wherein the housing supports the positioning device, wherein the camera module is at least partially arranged within the housing, wherein the housing is immovably fixable relative to the floor, wherein the camera system is not arranged on a sliding / hinged door or moving synchronously with it, wherein the camera system includes a facial recognition and/or is connected to a facial recognition, wherein the positioning device includes a guide rail extending in height direction, wherein the camera system is designed as a column, wherein the camera system is self-supporting and placeable.
Sensor system for monitoring an occupancy of a storage rack, comprising: at least one sensor (2.1 to 2.4), which detects the occupancy of a compartment of the storage rack and makes it available as sensor data, and at least one communication node that communicates wirelessly with the sensor (2.1 to 2.4), wherein the sensor (2.1 to 2.4) has a wireless interface that is designed in such a way that the wireless interface wirelessly transmits sensor data to the communication node, characterized in that the wireless interface receives data from the communication node wirelessly, the communication node emits electromagnetic high-frequency radiation, and the sensor (2.1 to 2.4) comprises a power module, the power module having a receiver (2b.1) receiving the high-frequency radiation, a converter (2b.2) converting high-frequency energy of the high-frequency radiation into electrical voltage, and an energy storage (2b.3) for supplying the sensor (2.1 to 2.4) with stored electrical energy, wherein the sensor data is transmittable in a frequency band that is different from a frequency band in which the high-frequency radiation is transmittable to the sensor (2.1 to 2.4). at least one sensor (2.1 to 2.4), which detects the occupancy of a compartment of the storage rack and makes it available as sensor data, and at least one communication node that communicates wirelessly with the sensor (2.1 to 2.4), wherein the sensor (2.1 to 2.4) has a wireless interface that is designed in such a way that the wireless interface wirelessly transmits sensor data to the communication node, characterized in that the wireless interface receives data from the communication node wirelessly, the communication node emits electromagnetic high-frequency radiation, and the sensor (2.1 to 2.4) comprises a power module, the power module having a receiver (2b.1) receiving the high-frequency radiation, a converter (2b.2) converting high-frequency energy of the high-frequency radiation into electrical voltage, and an energy storage (2b.3) for supplying the sensor (2.1 to 2.4) with stored electrical energy, wherein the sensor data is transmittable in a frequency band that is different from a frequency band in which the high-frequency radiation is transmittable to the sensor (2.1 to 2.4).
Wheel end monitoring unit, comprising a first sensor unit, a second sensor unit and an evaluation unit, wherein the first sensor unit detects and/or is designed to detect at least a first measured value of a first wheel end, wherein the second sensor unit detects and/or is designed to detect a second measurement value of a second wheel head, characterised in that the evaluation unit is designed to the first measured value with the second measured value and/or their time derivatives or integrations, wherein the evaluation unit is designed to output and/or store a signal if the difference (Diff) between the first measured value and the second measured value exceeds a threshold value, wherein the wheel head monitoring unit comprises an ambient temperature sensor. wherein the first sensor unit detects and/or is designed to detect at least a first measured value of a first wheel end, wherein the second sensor unit detects and/or is designed to detect a second measurement value of a second wheel head, characterised in that the evaluation unit is designed to the first measured value with the second measured value and/or their time derivatives or integrations, wherein the evaluation unit is designed to output and/or store a signal if the difference (Diff) between the first measured value and the second measured value exceeds a threshold value, wherein the wheel head monitoring unit comprises an ambient temperature sensor.
Equipment for manufacturing an optical fiber, the equipment being capable of affording alternate twists to the optical fiber and comprising: a guide roller (31, 41, 51) arranged in a manner intersecting the travelling direction of the optical fiber and causing the optical fiber to roll in contact with the surface thereof, a roller supporting member (32, 42, 52) for holding the guide roller (31, 41, 51) in a manner allowing the guide roller (31, 41, 51) to freely turn about an axial center X, a driving unit (37, 47, 57) to cause the guide roller (31, 41, 51) to oscillate by making the roller supporting member (32, 42, 52) to turn about rotating shafts having an axial center Y as its turning axis, the axial center Y being inclined relative to the axial center X, characterized in that angle adjusting members (48a, 48b) are installed at inner end of the rotating shafts, respectively such that the inclination angle of the axial center X relative to the axial center Y is changeable. a guide roller (31, 41, 51) arranged in a manner intersecting the travelling direction of the optical fiber and causing the optical fiber to roll in contact with the surface thereof, a roller supporting member (32, 42, 52) for holding the guide roller (31, 41, 51) in a manner allowing the guide roller (31, 41, 51) to freely turn about an axial center X, a driving unit (37, 47, 57) to cause the guide roller (31, 41, 51) to oscillate by making the roller supporting member (32, 42, 52) to turn about rotating shafts having an axial center Y as its turning axis, the axial center Y being inclined relative to the axial center X, characterized in that angle adjusting members (48a, 48b) are installed at inner end of the rotating shafts, respectively such that the inclination angle of the axial center X relative to the axial center Y is changeable.
A UV curable composition including a polymerizable compound and 1 to 25 wt% of an acyl phosphine oxide initiator wherein the acyl group is selected from the group consisting of a benzoyl group substituted by an urea group or an oxalylamide group; a 2,6-dimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,6-dimethoxy benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,4,6-trimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; and a 2,4,6-trimethoxybenzoyl group substituted in position 3 by an urea group or an oxalylamide group, with the proviso that the acyl phosphine oxide initiator contains no thiol group if the acyl group includes an urea group; and wherein the weight percentage of the acyl phosphine oxide initiator is based on the total weight of the UV curable composition. with the proviso that the acyl phosphine oxide initiator contains no thiol group if the acyl group includes an urea group; and wherein the weight percentage of the acyl phosphine oxide initiator is based on the total weight of the UV curable composition.
A content oriented network, CON (210, 310, 510), comprising: storage configured to cache, in a content oriented network, CON (210, 310, 510), a content object with a signature signed by a publisher (250, 350, 550) based on a known identity to a subscriber; and a transmitter coupled to the storage and configured to forward the content object with the signature upon request to the subscriber, a subscriber, configured to use the signature to verify the content object's integrity based on the known identity by recognizing the known identity, and wherein the known identity is trusted by the publisher. storage configured to cache, in a content oriented network, CON (210, 310, 510), a content object with a signature signed by a publisher (250, 350, 550) based on a known identity to a subscriber; and a transmitter coupled to the storage and configured to forward the content object with the signature upon request to the subscriber, a subscriber, configured to use the signature to verify the content object's integrity based on the known identity by recognizing the known identity, and wherein the known identity is trusted by the publisher.
A method for obtaining deep resistivity measurements, comprising: obtaining a first raw measurement from a first borehole within a formation; obtaining a second raw measurement from a drilling assembly (190, 200) disposed in a second borehole within the formation, wherein the drilling assembly comprises a drill bit (112, 203), and wherein the second raw measurement corresponds to a portion of the formation ahead of and around the drill bit; processing the second raw measurement; either: a) processing the first raw measurement and inverting the first processed raw measurement to form a first set of inverted parameters; or b) inverting the first raw measurement to form a first set of inverted parameters; characterized in that the method further comprises: inverting the second processed raw measurement to form a second set of inverted parameters; correlating the second set of inverted parameters with the first set of inverted parameters to identify a predicted formation characteristic ahead of the drill bit; altering an operating condition of the drilling assembly based, at least in part, on the predicted formation characteristic. obtaining a first raw measurement from a first borehole within a formation; obtaining a second raw measurement from a drilling assembly (190, 200) disposed in a second borehole within the formation, wherein the drilling assembly comprises a drill bit (112, 203), and wherein the second raw measurement corresponds to a portion of the formation ahead of and around the drill bit; processing the second raw measurement; either: a) processing the first raw measurement and inverting the first processed raw measurement to form a first set of inverted parameters; or b) inverting the first raw measurement to form a first set of inverted parameters; a) processing the first raw measurement and inverting the first processed raw measurement to form a first set of inverted parameters; or b) inverting the first raw measurement to form a first set of inverted parameters; characterized in that the method further comprises: inverting the second processed raw measurement to form a second set of inverted parameters; correlating the second set of inverted parameters with the first set of inverted parameters to identify a predicted formation characteristic ahead of the drill bit; altering an operating condition of the drilling assembly based, at least in part, on the predicted formation characteristic. inverting the second processed raw measurement to form a second set of inverted parameters; correlating the second set of inverted parameters with the first set of inverted parameters to identify a predicted formation characteristic ahead of the drill bit; altering an operating condition of the drilling assembly based, at least in part, on the predicted formation characteristic.
A method of forming a getter element comprising: determining an expected amount of fission product contained within a fluid flow of a nuclear fission reactor core over a selected period of time; identifying an expected amount of reaction product to be formed in a chemical reaction between the expected amount of the fission product and a getter material, the chemical reaction occurring over the selected period of time; determining a volume parameter of a getter process mixture including the getter material and based on the expected amount of the fission product and the expected amount of reaction product; wherein the volume parameter identifies an amount or volume of the getter process mixture needed to yield the expected amount of reaction product in the selected period of time; and forming a getter body with the getter process mixture, the getter body including at least one through-channel defined by the determined volume parameter, by densifying the getter process mixture to form a getter body having a density between 25 and 45% or between 50 and 70% of a theoretical density of the getter body; wherein the volume parameter defines a surface area sufficient to facilitate a chemical reaction between the expected amount of the fission product and the getter material to yield the expected amount of reaction product over the selected period of time. determining an expected amount of fission product contained within a fluid flow of a nuclear fission reactor core over a selected period of time; identifying an expected amount of reaction product to be formed in a chemical reaction between the expected amount of the fission product and a getter material, the chemical reaction occurring over the selected period of time; determining a volume parameter of a getter process mixture including the getter material and based on the expected amount of the fission product and the expected amount of reaction product; wherein the volume parameter identifies an amount or volume of the getter process mixture needed to yield the expected amount of reaction product in the selected period of time; and forming a getter body with the getter process mixture, the getter body including at least one through-channel defined by the determined volume parameter, by densifying the getter process mixture to form a getter body having a density between 25 and 45% or between 50 and 70% of a theoretical density of the getter body; wherein the volume parameter defines a surface area sufficient to facilitate a chemical reaction between the expected amount of the fission product and the getter material to yield the expected amount of reaction product over the selected period of time.
Device for measuring the concentration of ammonium nitrogen (NH 4 + -N) in liquid manure in dilution that comprises a first member, which comprises a first receptacle for taking a liquid manure sample with volume V1, and a second member, which comprises a second receptacle, for taking a water sample with volume V2, in order to prepare a dilution of the sample to be analyzed, characterized in that the first member further comprises a closing lid, the inner lateral face of said lid includes means designed to join said second member in a detachable manner, and, on the inner face thereof, is equipped with a cavity designed to house said first receptacle and to enclose inside the cavity the remains of slurry adhered to the outer surface of said first receptacle, when a liquid manure sample of volume V1 is taken with said first receptacle, and said cavity (1 a) includes means to join said first receptacle in a detachable manner, allowing said designed cavity (1 a) that the remains of slurry adhered to the outer surface of said first receptacle does not interfere in said volume V1, and in that said two members (I, II), which comprise said two receptacles (1, 2), are configured in such a way that they are susceptible to being coupled to one another in order to obtain said dilution of the sample to be analyzed, where said second member comprises an outflow opening in the lateral face thereof at a height h from the base of said second member, wherein said volumes V1 and V2 of said two receptacles (1,2) are sized to provide a dilution whose conductivity measurement fulfils the equivalence 1 dS/m = 1 kg NH 4 + -N/m 3, providing the volume ratio V1/V2 between said two receptacles (1,2) a direct reading of the concentration of ammonium nitrogen per cubic meter of liquid manure from the reading of the conductivity of the dilution prepared.
An isolated polypeptide having protease activity, selected from the group consisting of: (a) a polypeptide having at least 90% sequence identity to the mature polypeptide of SEQ ID NO: 6, wherein the mature polypeptide is amino acids 1 to 314 of SEQ ID NO: 6; (b) a variant of the mature polypeptide of SEQ ID NO: 6 comprising a substitution, deletion, and/or insertion in at least one and no more than 20 positions; and (c) a fragment of the polypeptide of (a) or (b) that has protease activity. (a) a polypeptide having at least 90% sequence identity to the mature polypeptide of SEQ ID NO: 6, wherein the mature polypeptide is amino acids 1 to 314 of SEQ ID NO: 6; (b) a variant of the mature polypeptide of SEQ ID NO: 6 comprising a substitution, deletion, and/or insertion in at least one and no more than 20 positions; and (c) a fragment of the polypeptide of (a) or (b) that has protease activity.
Motor vehicle storage device comprising a drawer (1, 1') that can be moved in translation in a cavity of a fixed structure of the vehicle, in particular a dashboard, between a closed position and an open position, the drawer (1, 1') being guided in its movement by sliding rails interposed between the lateral flanks of the drawer (1, 1') and lateral walls of the cavity, characterized in that a front edge of the drawer comprises front rolling-element means that allow a front part of the drawer to rest on a floor of the cavity, and in that an edge of the cavity adjacent to its opening comprises rear rolling-element means on which the floor of the drawer (1, 1') rests, the front rolling-element means and the rear rolling-element means being of the type having rollers (12, 13) that pivot about an axis that is substantially horizontal and transverse to the direction of movement.