mhurhangee/ep-ind-claims huggingface dataset:
A grain-cleaning machine, comprising a housing having an inlet opening, an arrangement of sieves disposed internally of the housing, a vibration system configured to oscillate the arrangement of sieves, wherein the arrangement of sieves comprises at least two main sieve levels (14a, 14b, 14c) positioned overlapping each other and having an inclination to the horizontal from a high side to a low side, each main sieve level (14a, 14b, 14c) comprising a respective fine sieve followed by a respective grain sieve, wherein a respective fine-carrying channel is arranged below each fine sieve in communication with at least one outlet of residues smaller than grains and below each grain sieve is disposed a respective grain carrying channel in communication with at least one grain outlet, at least one lower sieve level comprising a respective lower grain sieve, wherein a lower grain-carrying channel is arranged below the lower grain sieve in communication with at least one grain outlet, the respective lower sieve level being positioned below the respective main sieve levels (14a, 14b, 14c), and inclined to the horizontal from a high side to a low side, wherein an upper portion of the low side of each main sieve level (14a, 14b, 14c) is in communication with an upper portion of the high side of the respective lower sieve level through a vertical passage and the low side of the lower sieve level is in communication with at least one outlet of residues larger than grains, where each fine sieve has a mesh configured to allow traversal of residues smaller than grains (R<) and each grain sieve (142, 162) has a mesh configured to allow traversal of grains (G, Ge).
A method for controlling access to data being processed by a remote computing resource, the method comprising: issuing a first encryption key for a data creator from a first certificate authority located outside the remote computing resource; detecting an encounter with a data owner; creating, by a second certificate authority of the remote computing resource, a second encryption key for the data creator and an encryption key for the data owner in response to detecting the encounter; the data creator collecting data from the data owner and encrypting said data being sent to the remote computing resource with the first encryption key, the data creator's second encryption key, and the data owner's encryption key; decrypting and storing the data based on a verification of the validity of the first encryption key by a verification authority located outside the remote computing resource and based on a verification of the validity of at least one of the data creator's second encryption key and the data owner's encryption key at the remote computing resource; and controlling, by the data owner, data creator's access to the data by altering at the remote computing resource a permission associated with at least one of the data creator's first and second encryption key (22; 26), corresponding to a permission of the key to access the data or a sub-part thereof. issuing a first encryption key for a data creator from a first certificate authority located outside the remote computing resource; detecting an encounter with a data owner; creating, by a second certificate authority of the remote computing resource, a second encryption key for the data creator and an encryption key for the data owner in response to detecting the encounter; the data creator collecting data from the data owner and encrypting said data being sent to the remote computing resource with the first encryption key, the data creator's second encryption key, and the data owner's encryption key; decrypting and storing the data based on a verification of the validity of the first encryption key by a verification authority located outside the remote computing resource and based on a verification of the validity of at least one of the data creator's second encryption key and the data owner's encryption key at the remote computing resource; and controlling, by the data owner, data creator's access to the data by altering at the remote computing resource a permission associated with at least one of the data creator's first and second encryption key (22; 26), corresponding to a permission of the key to access the data or a sub-part thereof.
A communication method applied in a wireless local area network system, comprising: constructing a beacon frame by an access device, wherein the beacon frame comprises a High Efficiency, HE, supports Guard Interval, GI, field, and the HE supports GI field represents whether each of multiple guard interval lengths is supported by the access device; and broadcasting by the access device the beacon frame to a terminal, and performing data communication with the terminal by using a guard interval length of the multiple guard interval lengths both supported by the access device and the terminal. constructing a beacon frame by an access device, wherein the beacon frame comprises a High Efficiency, HE, supports Guard Interval, GI, field, and the HE supports GI field represents whether each of multiple guard interval lengths is supported by the access device; and broadcasting by the access device the beacon frame to a terminal, and performing data communication with the terminal by using a guard interval length of the multiple guard interval lengths both supported by the access device and the terminal.
Toggle fixing for fixing an article to a thin-walled component, - having a crosspiece for engaging behind the component, which crosspiece extends along a crosspiece longitudinal axis and has an opening for receiving a screw, the opening extending along an opening longitudinal axis transversely with respect to the crosspiece longitudinal axis, - having an elongated strip, which is connected to the crosspiece and serves for holding and positioning the crosspiece during mounting and which especially has tooth elements, and - having a sleeve, which has a through-opening for passage of the strip and especially has at least one locking element for engagement in the tooth elements, wherein the sleeve has a screw hole, which extends along a longitudinal axis, for passage of the screw, the sleeve having an engagement element which projects into the screw hole radially with respect to the longitudinal axis for threaded engagement of the screw, characterised in that the engagement element has a manipulating element such that the engagement element is movable radially outwards relative to the longitudinal axis, and the engagement element is manipulatable from a rear side of the sleeve remote from the crosspiece. - having a crosspiece for engaging behind the component, which crosspiece extends along a crosspiece longitudinal axis and has an opening for receiving a screw, the opening extending along an opening longitudinal axis transversely with respect to the crosspiece longitudinal axis, - having an elongated strip, which is connected to the crosspiece and serves for holding and positioning the crosspiece during mounting and which especially has tooth elements, and - having a sleeve, which has a through-opening for passage of the strip and especially has at least one locking element for engagement in the tooth elements,
A system for visualization, the system comprising: a probe comprising a plurality of position transducers and a voltage contact; a processor, the processor configured to: receive an input of a plurality of measured coordinates of a respective plurality of position transducers of a probe inside a body of a subject; receive a measured voltage measurement output by the probe; determine a cost function based on a model of known mechanical properties of the probe compared to the measured coordinates with respect to shapes that can be assumed by the probe in the body and further based on an expected voltage value compared to the measured voltage measurement; select a shape based on the cost function; and generate corrected coordinates of the plurality of position transducers of the probe based on the shape. a probe comprising a plurality of position transducers and a voltage contact; a processor, the processor configured to: receive an input of a plurality of measured coordinates of a respective plurality of position transducers of a probe inside a body of a subject; receive a measured voltage measurement output by the probe; determine a cost function based on a model of known mechanical properties of the probe compared to the measured coordinates with respect to shapes that can be assumed by the probe in the body and further based on an expected voltage value compared to the measured voltage measurement; select a shape based on the cost function; and generate corrected coordinates of the plurality of position transducers of the probe based on the shape. receive an input of a plurality of measured coordinates of a respective plurality of position transducers of a probe inside a body of a subject; receive a measured voltage measurement output by the probe; determine a cost function based on a model of known mechanical properties of the probe compared to the measured coordinates with respect to shapes that can be assumed by the probe in the body and further based on an expected voltage value compared to the measured voltage measurement; select a shape based on the cost function; and generate corrected coordinates of the plurality of position transducers of the probe based on the shape.
A dynamic time division duplex, TDD, configuration method, applicable to a base station in a 3GPP Long Term Evolution, LTE, TDD system, the method comprising: transmitting a current TDD configuration in a system information block comprising the current TDD configuration that is legacy user equipment, UE, compatible, wherein a legacy UE is before 3GPP Release 12; selecting a dynamic TDD configuration based on the current TDD configuration after transmitting the current TDD configuration; transmitting the dynamic TDD configuration, wherein the dynamic TDD configuration is a subset of an allowable set comprising one or more possible TDD configurations by which each downlink subframe of the current TDD configuration is not re-configured to an uplink subframe by the dynamic TDD configuration selected from the allowable set; characterized in that if the current TDD configuration is 1, the allowable set is TDD configuration 1, 2, 4, and 5; if the current TDD configuration is 2, the allowable set is TDD configuration 2 and 5; if the current TDD configuration is 3, the allowable set is TDD configuration 3, 4, and 5; if the current TDD configuration is 4, the allowable set is TDD configuration 4 and 5; and if the current TDD configuration is 5, the allowable set is TDD configuration 5. transmitting a current TDD configuration in a system information block comprising the current TDD configuration that is legacy user equipment, UE, compatible, wherein a legacy UE is before 3GPP Release 12; selecting a dynamic TDD configuration based on the current TDD configuration after transmitting the current TDD configuration; transmitting the dynamic TDD configuration,
Camshaft adjusting device comprising an electromagnetic actuator, with an anchor axially adjustable along an adjusting axis, for operating a hydraulic valve for adjusting the cam, as well as fastening means for attaching the actuator to a motor element, wherein the fastening means comprise spring means which in a securing position brace the actuator against the motor element characterised in that the fastening means have positive-locking means as anti-twist protection, for preventing a twisting movement of the actuator in an assembly position relative to the motor element, which are designed and arranged in such a way that the actuator is adjustable into the assembly position through a purely translational assembly movement of the anchor towards the motor element,in particular along the adjusting axis, and in that in the securing position the spring means block a disassembly path for a purely translational disassembly movement of the actuator contrary to the assembly movement in such a way that the actuator cannot be disassembled contrary to the purely translational assembly direction.
A method for voice-quality enhancement in an audio communications system, the method comprising: monitoring for a presence of voiced speech in an audio signal that includes the voiced speech and noise captured by the audio communications system, at least a portion of the noise being at frequencies associated with the voiced speech, wherein monitoring for the presence of voiced speech includes computing phase differences between respective frequency domain representations of present audio samples of the audio signal in a present short window and of previous audio samples of the audio signal in at least one previous short window, wherein the present and at least one previous short window have a window length that is too short to capture audio samples of a full period of a periodic voiced excitation impulse signal of the voiced speech in the audio signal; determining whether the phase differences computed between the respective frequency domain representations are substantially linear over frequency; and detecting the presence of the voiced speech by determining that the phase differences computed are substantially linear and, in an event the voiced speech is detected, enhancing voice quality of the voiced speech communicated via the audio communications system by applying speech enhancement to the audio signal. monitoring for a presence of voiced speech in an audio signal that includes the voiced speech and noise captured by the audio communications system, at least a portion of the noise being at frequencies associated with the voiced speech, wherein monitoring for the presence of voiced speech includes computing phase differences between respective frequency domain representations of present audio samples of the audio signal in a present short window and of previous audio samples of the audio signal in at least one previous short window, wherein the present and at least one previous short window have a window length that is too short to capture audio samples of a full period of a periodic voiced excitation impulse signal of the voiced speech in the audio signal; determining whether the phase differences computed between the respective frequency domain representations are substantially linear over frequency; and detecting the presence of the voiced speech by determining that the phase differences computed are substantially linear and, in an event the voiced speech is detected, enhancing voice quality of the voiced speech communicated via the audio communications system by applying speech enhancement to the audio signal.
A computer system for masking data, the system comprising: one or more processors; and one or more memories operatively coupled to at least one of the one or more processors and having instructions stored thereon that, when executed by at least one of the one or more processors, cause at least one of the one or more processors to: receive a database query request directed to a database object in a database; apply a mask rule in a rule set to the database query request, wherein the mask rule is configured to apply a masking function to one or more defined columns of the database object which are responsive to the database query request; rewrite the database query request, based on the mask rule, wherein the rewritten request is directed to the same database object and will necessarily result in the conversion of data retrieved from the one or more defined columns of the database object into a masked format according to one or more instructions in the rewritten request; and transmit the rewritten request to the database. one or more processors; and one or more memories operatively coupled to at least one of the one or more processors and having instructions stored thereon that, when executed by at least one of the one or more processors, cause at least one of the one or more processors to: receive a database query request directed to a database object in a database; apply a mask rule in a rule set to the database query request, wherein the mask rule is configured to apply a masking function to one or more defined columns of the database object which are responsive to the database query request; rewrite the database query request, based on the mask rule, wherein the rewritten request is directed to the same database object and will necessarily result in the conversion of data retrieved from the one or more defined columns of the database object into a masked format according to one or more instructions in the rewritten request; and transmit the rewritten request to the database. receive a database query request directed to a database object in a database; apply a mask rule in a rule set to the database query request, wherein the mask rule is configured to apply a masking function to one or more defined columns of the database object which are responsive to the database query request; rewrite the database query request, based on the mask rule, wherein the rewritten request is directed to the same database object and will necessarily result in the conversion of data retrieved from the one or more defined columns of the database object into a masked format according to one or more instructions in the rewritten request; and transmit the rewritten request to the database.
An apparatus for processing a blur, comprising a Time of Flight ToF camera, the apparatus comprising: a control unit to generate a plurality of control signals having four different phases with a phase difference of 90 degrees from each other; a sensor unit to integrate, based on the generated control signals, electrons generated by a reflected light signal corresponding to a radiated light signal reflected and returned from an object to obtain four quantities Q1, Q2, Q3 and Q4 of electric charges light-received by the reflected light signal, quantity of electric charges Q1 and Q2 being defined by a first pair of the plurality of control signals with a 180 degrees phase difference and Q3 and Q4 being defined by another pair of the plurality of control signals with a 180 degrees phase difference, wherein the apparatus further comprises: a blur determining unit, characterized in that: the blur determining unit is configured to store, in advance, reference electric charge quantity relationship information in the form of a diamond shaped graph expressing the relationship between a first difference value corresponding to a difference between quantities Q1 and Q2 and a second difference value corresponding to a difference between quantities Q3 and Q4, indicating a reference relationship between quantities of electric charges in a case in which a blur is absent; and wherein the blur determining unit is configured to compare a relationship between the obtained quantities of electric charges with the reference relationship to determine whether a blur occurs in an image acquired through the ToF camera. a control unit to generate a plurality of control signals having four different phases with a phase difference of 90 degrees from each other; a sensor unit to integrate, based on the generated control signals, electrons generated by a reflected light signal corresponding to a radiated light signal reflected and returned from an object to obtain four quantities Q1, Q2, Q3 and Q4 of electric charges light-received by the reflected light signal, quantity of electric charges Q1 and Q2 being defined by a first pair of the plurality of control signals with a 180 degrees phase difference and Q3 and Q4 being defined by another pair of the plurality of control signals with a 180 degrees phase difference, the blur determining unit is configured to store, in advance, reference electric charge quantity relationship information in the form of a diamond shaped graph expressing the relationship between a first difference value corresponding to a difference between quantities Q1 and Q2 and a second difference value corresponding to a difference between quantities Q3 and Q4, indicating a reference relationship between quantities of electric charges in a case in which a blur is absent; and wherein the blur determining unit is configured to compare a relationship between the obtained quantities of electric charges with the reference relationship to determine whether a blur occurs in an image acquired through the ToF camera.
A method of producing abrasives (2, 3, 4), characterized by the following method steps: i providing a starting mixture which preferably contains aluminum hydroxide and which is convertible by sintering at least into alumina, wherein the starting mixture is preferably capable to flow, ii. producing a layer from the starting mixture of a predetermined uniform layer thickness, iii. dividing the layer into mutually separated, preferably plate-shaped material portions (8, 9, 10), iv. comminuting the material portions (8, 9, 10) by breaking in a breaking apparatus, and v. sintering, wherein either the layer or the material portions or the material portions comminuted by breaking are sintered. i providing a starting mixture which preferably contains aluminum hydroxide and which is convertible by sintering at least into alumina, wherein the starting mixture is preferably capable to flow, ii. producing a layer from the starting mixture of a predetermined uniform layer thickness, iii. dividing the layer into mutually separated, preferably plate-shaped material portions (8, 9, 10), iv. comminuting the material portions (8, 9, 10) by breaking in a breaking apparatus, and v. sintering, wherein either the layer or the material portions or the material portions comminuted by breaking are sintered.
A communication method, wherein the method comprises: receiving (502, 602), by a first node, a first message from a second node, wherein the first message is used to instruct to set a third node to a low configuration mode or to set the third node to a high configuration mode; after receiving the first message, detecting, by the first node, if there is an established device-to-device, D2D, connection between the first node and the third node, and if there is no established D2D connection between the first node and the third node, establishing (503, 603), by the first node, a D2D connection to the third node; and sending (504, 604), by the first node, a second message to the third node, wherein the second message is used to instruct to set the third node to the low configuration mode or to set the third node to the high configuration mode; wherein the second node is a serving station of the first node and the third node, in the low configuration mode, the third node does not receive information sent by the second node, and in the high configuration mode, the second node keeps or maintains D2D connection with the third node, so that the third node can directly receive, after the second node stops communication with the first node, information sent by the second node. receiving (502, 602), by a first node, a first message from a second node, wherein the first message is used to instruct to set a third node to a low configuration mode or to set the third node to a high configuration mode; after receiving the first message, detecting, by the first node, if there is an established device-to-device, D2D, connection between the first node and the third node, and if there is no established D2D connection between the first node and the third node, establishing (503, 603), by the first node, a D2D connection to the third node; and sending (504, 604), by the first node, a second message to the third node, wherein the second message is used to instruct to set the third node to the low configuration mode or to set the third node to the high configuration mode; wherein the second node is a serving station of the first node and the third node, in the low configuration mode, the third node does not receive information sent by the second node, and in the high configuration mode, the second node keeps or maintains D2D connection with the third node, so that the third node can directly receive, after the second node stops communication with the first node, information sent by the second node.