mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting module, including: a substrate ; a light source disposed above the substrate and emitting laser light; a holder disposed above the substrate ; a diffuser lens disposed in the holder and disposed above the light source ; and a diffuser ring disposed between the diffuser lens and the light source , wherein the diffuser lens comprises a plurality of micro lenses, and wherein the holder comprises an opening formed above the diffuser lens and a stopping protrusion configured to prevent the diffuser lens from being separated through the opening, wherein the diffuser lens comprises a lens unit and a flange portion disposed on an outer periphery of the lens unit , the diffuser lens comprises a protrusion protruding from a portion of a lower surface of the flange portion , wherein the protrusion has a ring shape, wherein a gap is formed in at least a portion between the diffuser lens and the diffuser ring by the protrusion to define an adhesive accommodating portion . a substrate ; a light source disposed above the substrate and emitting laser light; a holder disposed above the substrate ; a diffuser lens disposed in the holder and disposed above the light source ; and a diffuser ring disposed between the diffuser lens and the light source , wherein the diffuser lens comprises a plurality of micro lenses, and wherein the holder comprises an opening formed above the diffuser lens and a stopping protrusion configured to prevent the diffuser lens from being separated through the opening, wherein the diffuser lens comprises a lens unit and a flange portion disposed on an outer periphery of the lens unit , the diffuser lens comprises a protrusion protruding from a portion of a lower surface of the flange portion , wherein the protrusion has a ring shape, wherein a gap is formed in at least a portion between the diffuser lens and the diffuser ring by the protrusion to define an adhesive accommodating portion .
A running carriage with at least one rolling body for transmitting a load between two drawer rails , wherein the at least one rolling body has a rotational axis (D) and on only one of its first and second end faces (S1, S2) has a projection (K) or a depression (E) with a shell surface (M1) configured so as to be substantially rotationally symmetrical about the rotational axis (D), characterized in that the running carriage has two opposing bearing surfaces (L) configured so as to be substantially identical in their shape configured convex or concave for each rolling body , wherein in the installed position of the at least one rolling body , one of the two bearing surfaces (L) remains free from a projection (V) or a depression (E).
A display method, comprising: starting , by a first terminal , a target application; sending , by the first terminal, second display data to a second terminal in response to starting the target application, wherein the second display data is used by the second terminal to display an operation entry of the target application; sending , by the first terminal, third display data to the second terminal when the operation entry of the target application displayed by the second terminal is triggered, wherein the third display data is used by the second terminal to display a display interface of the target application. starting , by a first terminal , a target application; sending , by the first terminal, second display data to a second terminal in response to starting the target application, wherein the second display data is used by the second terminal to display an operation entry of the target application; sending , by the first terminal, third display data to the second terminal when the operation entry of the target application displayed by the second terminal is triggered, wherein the third display data is used by the second terminal to display a display interface of the target application.
An electronic circuit for controlling charging of a piezoelectric load , the electronic circuit comprises - a charge pump configured to supply a charging current to the piezoelectric load dependent on a charge control signal , - a measurement circuit configured to obtain a load voltage corresponding to a terminal voltage at a load terminal of the piezoelectric load, - a comparator circuit configured to compare an adjustable reference voltage with the load voltage, where - the electronic circuit is configured to determine the charge control signal dependent on the comparison so that the charge control signal controls delivery of the charging current dependent on the comparison, characterised in that - the electronic circuit is configured to set the adjustable reference voltage to a target voltage (VT) and to set the adjustable reference voltage to a low limit voltage (Vlow), being lower than the target voltage, when the load voltage reaches the target voltage. - a charge pump configured to supply a charging current to the piezoelectric load dependent on a charge control signal , - a measurement circuit configured to obtain a load voltage corresponding to a terminal voltage at a load terminal of the piezoelectric load, - a comparator circuit configured to compare an adjustable reference voltage with the load voltage, where - the electronic circuit is configured to determine the charge control signal dependent on the comparison so that the charge control signal controls delivery of the charging current dependent on the comparison, characterised in that - the electronic circuit is configured to set the adjustable reference voltage to a target voltage (VT) and to set the adjustable reference voltage to a low limit voltage (Vlow), being lower than the target voltage, when the load voltage reaches the target voltage.
An imaging system , comprising: a light source configured to generate a light beam ; a first light guiding optical element including a first entry portion and configured to propagate at least a first portion of the light beam by total internal reflection; a second light guiding optical element including a second entry portion and configured to propagate at least a second portion of the light beam by total internal reflection; and a light distributor including a light distributor entry portion, a first exit portion on a first arm and a second exit portion on a second arm , the light distributor configured to direct at least the first and second portions of the light beam into the first and second light guiding optical elements , respectively, wherein the light distributor entry portion is disposed between the first and second exit portions, characterized in that the first arm is perpendicular to the second arm , and the first and second arms are separated from each other along an axis orthogonal to both respective first and second axes of the first and second arms . a light source configured to generate a light beam ; a first light guiding optical element including a first entry portion and configured to propagate at least a first portion of the light beam by total internal reflection; a second light guiding optical element including a second entry portion and configured to propagate at least a second portion of the light beam by total internal reflection; and a light distributor including a light distributor entry portion, a first exit portion on a first arm and a second exit portion on a second arm , the light distributor configured to direct at least the first and second portions of the light beam into the first and second light guiding optical elements , respectively, wherein the light distributor entry portion is disposed between the first and second exit portions, characterized in that the first arm is perpendicular to the second arm , and the first and second arms are separated from each other along an axis orthogonal to both respective first and second axes of the first and second arms .
A system for detecting a tunnel for a motor vehicle comprising: a radiofrequency signal receiver provided to receive a radiofrequency signal coming from a source external to the vehicle ; a controller communicating with the radiofrequency signal receiver , the controller being configured to detect at least one variation in amplitude of the radiofrequency signal received by the receiver ; characterized in that the tunnel detection system comprises at least one sensor of at least one weather condition, preferably a light sensor; the controller is configured to determine at least one match level (FL) representative of the difference between the detected variation in amplitude of the radiofrequency signal with at least one predetermined variation in amplitude of the reference signal (RS) representative of the signal amplitude variation received by the receiver when the receiver passes through a tunnel ; the controller is configured to compare the determined match level (FL) with a predetermined minimum match threshold (TH); and in that the controller is configured to detect the tunnel through which the detection system passes when the determined match level (FL) is greater than or equal to the predetermined minimum match threshold (TH); the controller is configured to detect at least one variation in weather condition; the controller is configured to adjust the predetermined minimum match threshold (TH) according to the detected variation in weather condition. a radiofrequency signal receiver provided to receive a radiofrequency signal coming from a source external to the vehicle ; a controller communicating with the radiofrequency signal receiver , the controller being configured to detect at least one variation in amplitude of the radiofrequency signal received by the receiver ; characterized in that the tunnel detection system comprises at least one sensor of at least one weather condition, preferably a light sensor; the controller is configured to determine at least one match level (FL) representative of the difference between the detected variation in amplitude of the radiofrequency signal with at least one predetermined variation in amplitude of the reference signal (RS) representative of the signal amplitude variation received by the receiver when the receiver passes through a tunnel ; the controller is configured to compare the determined match level (FL) with a predetermined minimum match threshold (TH); and in that the controller is configured to detect the tunnel through which the detection system passes when the determined match level (FL) is greater than or equal to the predetermined minimum match threshold (TH); the controller is configured to detect at least one variation in weather condition; the controller is configured to adjust the predetermined minimum match threshold (TH) according to the detected variation in weather condition.
A system comprising: at least one processing unit ; a memory in communication with the processing unit ; a signature module stored in the memory and executable on the processing unit to: find k-grams for a plurality of polynucleotide reads; encode the k-grams as bit strings; and concatenate the bit strings into signatures that deterministically embed edit-distance space into Hamming space, wherein said edit distance is equal to the minimum number of insertions, deletions, and substitutions required to transform one polynucleotide read into another polynucleotide read; and a clusterization module stored in the memory and executable on the processing unit to divide the plurality of polynucleotide reads into clusters based at least in part on the signatures and a randomized locality-sensitive hashing (LSH) , which is based at least in part on (i) a random permutation of numbers and wherein the signatures comprise binary signatures or (ii) nucleotides adjacent to an occurrence of a randomly selected string within a polynucleotide read. at least one processing unit ; a memory in communication with the processing unit ; a signature module stored in the memory and executable on the processing unit to: find k-grams for a plurality of polynucleotide reads; encode the k-grams as bit strings; and concatenate the bit strings into signatures that deterministically embed edit-distance space into Hamming space, wherein said edit distance is equal to the minimum number of insertions, deletions, and substitutions required to transform one polynucleotide read into another polynucleotide read; and a clusterization module stored in the memory and executable on the processing unit to divide the plurality of polynucleotide reads into clusters based at least in part on the signatures and a randomized locality-sensitive hashing (LSH) , which is based at least in part on (i) a random permutation of numbers and wherein the signatures comprise binary signatures or (ii) nucleotides adjacent to an occurrence of a randomly selected string within a polynucleotide read. find k-grams for a plurality of polynucleotide reads; encode the k-grams as bit strings; and concatenate the bit strings into signatures that deterministically embed edit-distance space into Hamming space, wherein said edit distance is equal to the minimum number of insertions, deletions, and substitutions required to transform one polynucleotide read into another polynucleotide read; and a clusterization module stored in the memory and executable on the processing unit to divide the plurality of polynucleotide reads into clusters based at least in part on the signatures and a randomized locality-sensitive hashing (LSH) , which is based at least in part on (i) a random permutation of numbers and wherein the signatures comprise binary signatures or (ii) nucleotides adjacent to an occurrence of a randomly selected string within a polynucleotide read.
A generator unit , comprising: a housing ; a fuel cell device that is arranged in an interior space , which is gas-tight, of the housing ; a gas-carrying duct having an upstream opening in the housing and a downstream opening in the housing ; a valve that is provided, in particular set up, to connect the interior space to the duct at least at times in a gas-carrying manner, wherein the valve is an unidirectional valve that permits a gas transfer only from the interior space into the duct ; a driving device that moves gas within the duct from the upstream opening to the downstream opening ; a sensor device that is arranged in a downstream direction of the duct starting from the valve and is set up to detect at least one parameter of the gas. a housing ; a fuel cell device that is arranged in an interior space , which is gas-tight, of the housing ; a gas-carrying duct having an upstream opening in the housing and a downstream opening in the housing ; a valve that is provided, in particular set up, to connect the interior space to the duct at least at times in a gas-carrying manner, wherein the valve is an unidirectional valve that permits a gas transfer only from the interior space into the duct ; a driving device that moves gas within the duct from the upstream opening to the downstream opening ; a sensor device that is arranged in a downstream direction of the duct starting from the valve and is set up to detect at least one parameter of the gas.
A Turkish coffee machine comprising a body ; a brewing chamber that is disposed in the body ; a heater that enables the brewing chamber to be heated, and a residue container wherein the liquid that drips from the brewing chamber is accumulated, that is positioned so as to remain under the brewing chamber and that has a grill that partially covers the residue container , characterized by the residue container at least a portion of which extends into the body and a sensor that is disposed at the portion of the residue container remaining in the body and that enables the liquid accumulated in the residue container to be measured.
A method of operating a memory system comprising: allocating a first percentage of storage of a memory media that is to be filled with a randomly distributed first plurality of files prior to writing the first plurality of files on the memory media; writing the first plurality of files onto the memory media prior to a request to access the memory media, wherein the first plurality of files are randomly distributed to locations of the memory media; recording a mode of operation of the memory media; recording each location on the memory media for each of the randomly distributed first plurality of files; monitoring read and write requests to the randomly distributed first plurality of files; and taking an action based upon the recorded mode of operation when one of the randomly distributed plurality of files is accessed. allocating a first percentage of storage of a memory media that is to be filled with a randomly distributed first plurality of files prior to writing the first plurality of files on the memory media; writing the first plurality of files onto the memory media prior to a request to access the memory media, wherein the first plurality of files are randomly distributed to locations of the memory media; recording a mode of operation of the memory media; recording each location on the memory media for each of the randomly distributed first plurality of files; monitoring read and write requests to the randomly distributed first plurality of files; and taking an action based upon the recorded mode of operation when one of the randomly distributed plurality of files is accessed.
A circular-shaped abrasive device configured to be placed in rotation around its own centre of rotation , said abrasive device comprising a substantially planar front surface provided with a plurality of openings, characterised in that said plurality of openings comprises at least one series of through holes , positioned on the front surface at areas surrounding the points identified by the intersection of: - a first set of geometric lines, formed of concentric circumferences coplanar to the front surface and having a centre of symmetry coinciding with the centre of rotation of the abrasive device ; with - three second sets (7, 7', 7") of geometric lines, each of which is formed of concentric ellipses, coplanar to the front surface . - a first set of geometric lines, formed of concentric circumferences coplanar to the front surface and having a centre of symmetry coinciding with the centre of rotation of the abrasive device ; with - three second sets (7, 7', 7") of geometric lines, each of which is formed of concentric ellipses, coplanar to the front surface .
A system for controlling a volume of a drape, comprising: a drape configured to at least partially cover an articulated member ; and a controller configured to cause a volume enclosed by the drape to change in connection with movement of the articulated member , and at least one sensor configured to monitor pressure within the volume enclosed by the drape , wherein the drape increasingly conforms to the articulated member as the volume enclosed by the drape is decreased, and wherein the controller is configured to detect a collision between the drape and an external object based on an input from the at least one sensor . a drape configured to at least partially cover an articulated member ; and a controller configured to cause a volume enclosed by the drape to change in connection with movement of the articulated member , and at least one sensor configured to monitor pressure within the volume enclosed by the drape , wherein the drape increasingly conforms to the articulated member as the volume enclosed by the drape is decreased, and wherein the controller is configured to detect a collision between the drape and an external object based on an input from the at least one sensor .
A method of operating a message processing node (100, 202 1 , 202 2 , 202 n ) in a message processing system , the message processing system comprising message processing nodes and a database that stores records for objects that are accessible by the message processing nodes of the system, the method comprising: upon receipt of a message for a transaction referring to an object for which a record is stored in a database (100A 206), processing the received message for the transaction if the record for the object is already locked by the message processing node or sending a request to the database to lock the record for the object if the record for the object is not already locked by the message processing node; and where the record for the object is unlocked: receiving a message from the database indicating that the request to lock the record for the object is successful; and processing the received message for the transaction; where the record for the object has been locked previously by another message processing node: receiving a message from the database indicating that the request to lock the record for the object is unsuccessful and identifying the message processing node to which the record for the object is locked; and forwarding the received message for the transaction referring to the object to the identified message processing node. upon receipt of a message for a transaction referring to an object for which a record is stored in a database (100A 206), processing the received message for the transaction if the record for the object is already locked by the message processing node or sending a request to the database to lock the record for the object if the record for the object is not already locked by the message processing node; and where the record for the object is unlocked: receiving a message from the database indicating that the request to lock the record for the object is successful; and processing the received message for the transaction; receiving a message from the database indicating that the request to lock the record for the object is successful; and processing the received message for the transaction; where the record for the object has been locked previously by another message processing node: receiving a message from the database indicating that the request to lock the record for the object is unsuccessful and identifying the message processing node to which the record for the object is locked; and forwarding the received message for the transaction referring to the object to the identified message processing node. receiving a message from the database indicating that the request to lock the record for the object is unsuccessful and identifying the message processing node to which the record for the object is locked; and forwarding the received message for the transaction referring to the object to the identified message processing node.