mhurhangee/ep-ind-claims huggingface dataset:
A charging control device used in a system having an engine, an electric power generator driven by the engine, and a battery charged by electric power generated by the electric power generator and the system being capable of executing stop control for prohibiting the engine from restarting in a state where the engine is stopped and the charging control device controlling the charging of the battery, the charging control device characterized by comprising: a charging and discharging rate calculation unit calculating a charging and discharging rate, the charging and discharging rate being a ratio of an absolute value of a charging current integrated value of the battery to an absolute value of a discharging current integrated value of the battery following a full charging of the battery; a pre-charging execution unit executing pre-charging for increasing an average remaining capacity of the battery, the pre-charging execution unit shortening a period during which the pre-charging is executed when the calculated charging and discharging rate is high; and a refresh charging execution unit executing refresh charging for charging the battery by the electric power generated by the electric power generator, without executing the stop control, after the execution of the pre-charging and allowing the battery to be fully charged. a charging and discharging rate calculation unit calculating a charging and discharging rate, the charging and discharging rate being a ratio of an absolute value of a charging current integrated value of the battery to an absolute value of a discharging current integrated value of the battery following a full charging of the battery; a pre-charging execution unit executing pre-charging for increasing an average remaining capacity of the battery, the pre-charging execution unit shortening a period during which the pre-charging is executed when the calculated charging and discharging rate is high; and a refresh charging execution unit executing refresh charging for charging the battery by the electric power generated by the electric power generator, without executing the stop control, after the execution of the pre-charging and allowing the battery to be fully charged.
An image forming apparatus comprising: a transport part which comprises a transport belt to transport a printing medium; an image forming part which transfers a toner to form a color image; a controller which controls the image forming part to form a test image on the transport belt; and a sensor provided on a path of the transport belt and arranged to sense light reflected from the test image and to deliver the sensed result to the controller; characterized in that: the image forming apparatus includes: an Auto Colour Registration controller and an Light Scanning Unit controller; wherein the sensed result obtained from the sensor by the controller is transmitted to the Auto Colour Registration controller to perform a colour registration correction of the image forming part; and wherein controller is adapted to control the image forming part to form the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium. a transport part which comprises a transport belt to transport a printing medium; an image forming part which transfers a toner to form a color image; a controller which controls the image forming part to form a test image on the transport belt; and a sensor provided on a path of the transport belt and arranged to sense light reflected from the test image and to deliver the sensed result to the controller; characterized in that: the image forming apparatus includes: an Auto Colour Registration controller and an Light Scanning Unit controller; wherein the sensed result obtained from the sensor by the controller is transmitted to the Auto Colour Registration controller to perform a colour registration correction of the image forming part; and wherein controller is adapted to control the image forming part to form the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium. an Auto Colour Registration controller and an Light Scanning Unit controller; wherein the sensed result obtained from the sensor by the controller is transmitted to the Auto Colour Registration controller to perform a colour registration correction of the image forming part; and wherein controller is adapted to control the image forming part to form the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium.
Power-tool parting device, in particular hand-held power-tool parting device, having at least one cutting strand which comprises at least one blade carrier element and at least one connecting element which is formed in one piece with the blade carrier element, wherein the blade carrier element has at least one transverse securing element which is provided to secure the blade carrier element, in a mounted state, as far as possible against a transverse movement relative to a further blade carrier element of the cutting strand, wherein the connecting element is bolt-shaped and cylinder-shaped in form, characterized in that the blade carrier element has at least one segment guide element which is provided to limit a movement of the blade carrier element, in a state in which it is arranged in a guide unit, as viewed in a direction facing away from the guide unit, at least along a direction which extends at least substantially parallel to a cutting plane of the cutting strand, wherein the blade carrier element has a compressive-force transmission surface which is provided to support compressive forces, which act on the cutting strand during machining of a workpiece, by means of an interaction with a compressive-force-absorbing region of the guide region, wherein the compressive-force-absorbing region of the guide unit, as viewed along a direction extending at least substantially perpendicular to the cutting plane of the cutting strand, is arranged between two outer surfaces of the guide unit that extend at least substantially parallel to one another, wherein each blade carrier element of the cutting strand comprises a compressive-force transmission surface, wherein the blade carrier element has a drive surface which is provided, for driving the cutting strand, to interact with drive surfaces of a torque-transmitting element of the power-tool parting device.
A light emitting device comprising: a substrate; a positive electrode and a negative electrode formed on said substrate; a light emitting diode connected to said positive electrode and said negative electrode; a transparent layer (12,14) covering said light emitting diode; and a fluorescent material dispersed in said transparent layer, so as to excite said fluorescent material dispersed in said transparent layer by means of the light emitted by said light emitting diode to emit light of a color different from that of the light emitted by said light emitting diode; wherein said transparent layer covering said light emitting diode comprises a first transparent layer including said fluorescent material and a second transparent layer formed on said first transparent layer; said second transparent layer is formed to have a curved shape so as to form a lens on the top surface thereof; either a) the second transparent resin layer does not have the fluorescent material dispensed therein, or b) the mean concentration of the fluorescent material included in the second transparent resin layer is not higher than 1/10 the mean concentration of the fluorescent material included in the first transparent resin layer; characterised in that said first transparent layer and said second transparent layer are formed to have a coplanar face on a pair of opposed side faces (12a, 14a) of said emitting device so that said first transparent layer is exposed. a substrate; a positive electrode and a negative electrode formed on said substrate; a light emitting diode connected to said positive electrode and said negative electrode; a transparent layer (12,14) covering said light emitting diode; and a fluorescent material dispersed in said transparent layer, so as to excite said fluorescent material dispersed in said transparent layer by means of the light emitted by said light emitting diode to emit light of a color different from that of the light emitted by said light emitting diode; wherein said transparent layer covering said light emitting diode comprises a first transparent layer including said fluorescent material and a second transparent layer formed on said first transparent layer; said second transparent layer is formed to have a curved shape so as to form a lens on the top surface thereof; either a) the second transparent resin layer does not have the fluorescent material dispensed therein, or b) the mean concentration of the fluorescent material included in the second transparent resin layer is not higher than 1/10 the mean concentration of the fluorescent material included in the first transparent resin layer; characterised in that said first transparent layer and said second transparent layer are formed to have a coplanar face on a pair of opposed side faces (12a, 14a) of said emitting device so that said first transparent layer is exposed.
A method for compressing data in a relational database table stored in a relational database system, the table comprising one or more rows, each row divided into columns, the method comprising: identifying, in at least one row of the table having a first row format, a data column defined with a fixed length data type for compression, wherein the identifying step comprises selecting the data column for compression based on whether the length of the fixed-length data column meets a predetermined column length threshold; and storing the at least one row containing the identified data column as compressed data in the database system using a second row format different from the first row format, the storing comprising: storing the value of the data column having the fixed length data type in a variable length format; and including a bitmap in the row, comprising bits indicating the length of the data column after compression, where the number of bits used depends upon the maximum length of the fixed-length data column. identifying, in at least one row of the table having a first row format, a data column defined with a fixed length data type for compression, wherein the identifying step comprises selecting the data column for compression based on whether the length of the fixed-length data column meets a predetermined column length threshold; and storing the at least one row containing the identified data column as compressed data in the database system using a second row format different from the first row format, the storing comprising: storing the value of the data column having the fixed length data type in a variable length format; and including a bitmap in the row, comprising bits indicating the length of the data column after compression, where the number of bits used depends upon the maximum length of the fixed-length data column. storing the value of the data column having the fixed length data type in a variable length format; and including a bitmap in the row, comprising bits indicating the length of the data column after compression, where the number of bits used depends upon the maximum length of the fixed-length data column.
A short hairpin RNA (shRNA) molecule consisting of: a. a first RNA sequence; b. a second RNA sequence; c. optionally, a nucleotide overhang consisting of 1 to 2 nucleotides; and wherein the first RNA sequence is 5' to the second RNA sequence; the first RNA sequence is at least 80% complementary to a target nucleotide sequence; the second RNA sequence is at least 85% complementary to at least a portion of the first sequence; the shRNA molecule is capable of inhibiting expression of the target nucleotide sequence; and i. the first RNA sequence consists of 18 nucleotides; and ii. the second RNA sequence has the same number of nucleotides as the first sequence. a. a first RNA sequence; b. a second RNA sequence; c. optionally, a nucleotide overhang consisting of 1 to 2 nucleotides; and wherein the first RNA sequence is 5' to the second RNA sequence; the first RNA sequence is at least 80% complementary to a target nucleotide sequence; the second RNA sequence is at least 85% complementary to at least a portion of the first sequence; the shRNA molecule is capable of inhibiting expression of the target nucleotide sequence; and i. the first RNA sequence consists of 18 nucleotides; and ii. the second RNA sequence has the same number of nucleotides as the first sequence. i. the first RNA sequence consists of 18 nucleotides; and ii. the second RNA sequence has the same number of nucleotides as the first sequence.
A dual-arm engineering machine comprising: a track body; a revolving body mounted on the track body so as to be revolvable; a main arm including a first boom mounted at a front portion of the revolving body so as to be able to be lowered and raised, a first arm installed at a leading end of the first boom so as to be turnable by an arm cylinder, and a first working device installed at a leading end of the first arm; a sub-arm including a swing portion swingably installed at the revolving body, preferably on the left side of the front portion of the revolving body, a second boom mounted to the swing portion so as to be able to be lowered and raised, a second arm installed at a leading end of the second boom, and a second working device installed at a leading end of the second arm; arm cylinder drive means for driving the arm cylinder; and sub-arm position and operating condition detecting means (31, 32) for detecting position and operating condition of the sub-arm; a control unit adapted to receive a detection signal from the sub-arm position and operating condition detecting means characterised in that the control unit is further adapted to output a control command to limit the stroke of the arm cylinder, to the arm cylinder drive means when a determination is made, based on the detection signal, that the main arm and the sub-arm are performing cooperative work. a track body; a revolving body mounted on the track body so as to be revolvable; a main arm including a first boom mounted at a front portion of the revolving body so as to be able to be lowered and raised, a first arm installed at a leading end of the first boom so as to be turnable by an arm cylinder, and a first working device installed at a leading end of the first arm; a sub-arm including a swing portion swingably installed at the revolving body, preferably on the left side of the front portion of the revolving body, a second boom mounted to the swing portion so as to be able to be lowered and raised, a second arm installed at a leading end of the second boom, and a second working device installed at a leading end of the second arm; arm cylinder drive means for driving the arm cylinder; and sub-arm position and operating condition detecting means (31, 32) for detecting position and operating condition of the sub-arm; a control unit adapted to receive a detection signal from the sub-arm position and operating condition detecting means characterised in that the control unit is further adapted to output a control command to limit the stroke of the arm cylinder, to the arm cylinder drive means when a determination is made, based on the detection signal, that the main arm and the sub-arm are performing cooperative work.
A method for detecting features in digital numeric data, said method comprising: - obtaining digital numeric data comprising values corresponding to a plurality of sampling points over a domain space having at least one dimension, - computing a plurality of scale-space data such as to form a multi-scale data representation in which the data is organized over a joint spatial and scale domain, each of said plurality of scale-space data comprising data over said domain space at a corresponding scale in said domain space, in which the computing of the plurality of scale-space data comprises filtering said digital numeric data using a filter bank, - determining a plurality of feature regions in said plurality of scale-space data, each feature region corresponding to a local extremum in scale and location of the scale-space data; and - determining a feature region descriptor for each of said plurality of feature regions; wherein said filter bank is a Cosine Modulated Gaussian filter bank in which the standard deviation parameter of the Gaussian equals 1 π ln 2 2 2 b + 1 2 b − 1 multiplied by the cosine wavelength, in which b is in the range of 0.75 to 1.25, or said filter bank is an N th -order Gaussian Derivative filter bank with N being in the range of 5 to 20,in which said filter bank comprises a plurality of infinite impulse response filters, each infinite impulse response filter corresponding to a different scale parameter value for a common mathematical filter kernel having a controllable scale parameter, the common mathematical filter kernel being either: e − x 2 2 σ 2. cos 2 π x. e ^ λ, in which σ = 1 π ln 2 2 2 b + 1 2 b − 1 λ with b in the range of 0.75 to 1.25; or ∂ N ∂ x N e − x 2 2 σ 2, in which N is in the range of 5 to 20, in which said filter bank is constructed by approximating said common mathematical filter kernel by a sum of exponentials in a σ-independent space X with X = x/σ, in which computing the plurality of scale-space data furthermore comprises filtering said digital numeric data along a plurality of directions in said domain space, and for each scale aggregating the filtered digital numeric data over the plurality of directions in said domain space, in which determining the feature region descriptor comprises computing a histogram of gradient orientations or sum of gradients. - obtaining digital numeric data comprising values corresponding to a plurality of sampling points over a domain space having at least one dimension, - computing a plurality of scale-space data such as to form a multi-scale data representation in which the data is organized over a joint spatial and scale domain, each of said plurality of scale-space data comprising data over said domain space at a corresponding scale in said domain space, in which the computing of the plurality of scale-space data comprises filtering said digital numeric data using a filter bank, - determining a plurality of feature regions in said plurality of scale-space data, each feature region corresponding to a local extremum in scale and location of the scale-space data; and - determining a feature region descriptor for each of said plurality of feature regions;
A transmucosal administration system for a pharmaceutical active ingredient wherein the system contains a suspension comprising 30-60% by weight of idebenone and 40-70% by weight of a polyalcohol and/or a cellulose derivative as carrier material and wherein the system is a mucoadhesive film which dissolves in the mouth.
A method of transmitting data, the method comprising: analyzing a packet loss rate of a network; determining the number of at least one detection packet to be generated according to a result of the analyzing; transmitting a frame containing a plurality of data packets; generating the at least one detection packet for detecting a loss of a last data packet among the plurality of data packets based on the determined number of the at least one detection packet; in response to the last data packet of the frame being transmitted, transmitting the detection packet so that the at least one detection packet is transmitted subsequent to the last data packet, and transmitting a regenerated last data packet to a client according to a packet retransmission request received after the transmission of the at least one detection packet, wherein, a loss of a data packet is determined based on a serial number of a subsequent data packet of the data packet, and the loss of the last data packet is determined based on a serial number of the at least one detection packet, and wherein the at least one detection packet is distinguishable from each of the plurality of data packets based on header information including a packet type. analyzing a packet loss rate of a network; determining the number of at least one detection packet to be generated according to a result of the analyzing; transmitting a frame containing a plurality of data packets; generating the at least one detection packet for detecting a loss of a last data packet among the plurality of data packets based on the determined number of the at least one detection packet; in response to the last data packet of the frame being transmitted, transmitting the detection packet so that the at least one detection packet is transmitted subsequent to the last data packet, and transmitting a regenerated last data packet to a client according to a packet retransmission request received after the transmission of the at least one detection packet, wherein, a loss of a data packet is determined based on a serial number of a subsequent data packet of the data packet, and the loss of the last data packet is determined based on a serial number of the at least one detection packet, and wherein the at least one detection packet is distinguishable from each of the plurality of data packets based on header information including a packet type.
A determination method, comprising: generating a phase difference image (I P) of a sphere that is an aggregate of a plurality of cells from a hologram obtained by imaging the sphere, wherein the phase difference image (I P) is a phase difference image (I P) of the sphere at a slice position in which variation in a phase difference amount (θ) between a plurality of pixels constituting the phase difference image (I P) is the maximum among a plurality of phase difference images (I P) that are generable from the hologram; and determining a state of the sphere on the basis of the phase difference image (I P) and a shape index value corresponding to a shape of the sphere. generating a phase difference image (I P) of a sphere that is an aggregate of a plurality of cells from a hologram obtained by imaging the sphere, wherein the phase difference image (I P) is a phase difference image (I P) of the sphere at a slice position in which variation in a phase difference amount (θ) between a plurality of pixels constituting the phase difference image (I P) is the maximum among a plurality of phase difference images (I P) that are generable from the hologram; and determining a state of the sphere on the basis of the phase difference image (I P) and a shape index value corresponding to a shape of the sphere.
A device for detecting acute myocardial infarction markers in a human blood sample, comprising a mixture of two antibodies or antibody conjugates, each of them specific to one cardiac marker, which are immobilized in an immunoassay strip in a band to react with both cardiac troponin at a threshold concentration of 0.5 ng/ml and heart-type fatty acids binding protein (HFBP) at a threshold concentration of 5 ng/ml.