mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile communication terminal which is capable of being set to a silent mode in which signal reception of an incoming call is output without sound or by vibration, the mobile communication terminal comprising: a transceiver for transmitting an outgoing call and for receiving an incoming call; an audio processing unit ; a speaker (SPK); a connecting unit for being connected to an external audio output device; a display unit for displaying a screen; and a control unit configured to: control the display unit to display, while in the silent mode, a user interface for reproduction of at least one music file, in response to detecting a connection with the external audio output device while in the silent mode, control the audio processing unit to start reproducing a music file and to output audio signals corresponding to the reproduced music file through the external audio output device, and in response to detecting a disconnection with the external audio output device while outputting audio signals through the external audio output device in the silent mode, control the display unit to display a user interface to receive an input for continuing the reproduction of the music file. a transceiver for transmitting an outgoing call and for receiving an incoming call; an audio processing unit ; a speaker (SPK); a connecting unit for being connected to an external audio output device; a display unit for displaying a screen; and a control unit configured to: control the display unit to display, while in the silent mode, a user interface for reproduction of at least one music file, in response to detecting a connection with the external audio output device while in the silent mode, control the audio processing unit to start reproducing a music file and to output audio signals corresponding to the reproduced music file through the external audio output device, and in response to detecting a disconnection with the external audio output device while outputting audio signals through the external audio output device in the silent mode, control the display unit to display a user interface to receive an input for continuing the reproduction of the music file. control the display unit to display, while in the silent mode, a user interface for reproduction of at least one music file, in response to detecting a connection with the external audio output device while in the silent mode, control the audio processing unit to start reproducing a music file and to output audio signals corresponding to the reproduced music file through the external audio output device, and in response to detecting a disconnection with the external audio output device while outputting audio signals through the external audio output device in the silent mode, control the display unit to display a user interface to receive an input for continuing the reproduction of the music file.
A method of providing a set of feature descriptors (D1) configured to be used in matching at least one feature of an object in an image of a camera, comprising the steps of: a) providing at least two images (I1) of a first object or of multiple instances of a first object, wherein the multiple instances provide different appearances or different versions of an object, b) extracting features from the at least two images, c) storing at least one descriptor for each of the extracted features in a first set of descriptors, d) generating a second set of descriptors, wherein generating the second set of descriptors comprises: e) matching (S51) each descriptor of the first set of descriptors against at least each other descriptor of the first set of descriptors, f) computing (S51) a score parameter for each descriptor of the first set of descriptors based on the result of the matching process, g) selecting (S52) among the descriptors of the first set of descriptors at least one descriptor with a highest score parameter indicative of the highest number of matches in comparison with score parameters of other descriptors_of the first set of descriptors, h) adding (S53) the selected at least one descriptor to the second set of descriptors, i) reducing (S55) the score parameter of the selected at least one descriptor, and j) performing steps g), h), and i) again, and k) utilizing the second set of descriptors to identify the first object in an additional image. a) providing at least two images (I1) of a first object or of multiple instances of a first object, wherein the multiple instances provide different appearances or different versions of an object, b) extracting features from the at least two images, c) storing at least one descriptor for each of the extracted features in a first set of descriptors, d) generating a second set of descriptors, wherein generating the second set of descriptors comprises: e) matching (S51) each descriptor of the first set of descriptors against at least each other descriptor of the first set of descriptors, f) computing (S51) a score parameter for each descriptor of the first set of descriptors based on the result of the matching process, g) selecting (S52) among the descriptors of the first set of descriptors at least one descriptor with a highest score parameter indicative of the highest number of matches in comparison with score parameters of other descriptors_of the first set of descriptors, h) adding (S53) the selected at least one descriptor to the second set of descriptors, i) reducing (S55) the score parameter of the selected at least one descriptor, and j) performing steps g), h), and i) again, and k) utilizing the second set of descriptors to identify the first object in an additional image.
A secondary battery comprising: a jelly-roll electrode assembly having a structure in which a positive electrode , a negative electrode , and a separator interposed between the positive electrode and the negative electrode are wound together; a can main body inside of which a hollow having an open side is formed and in which the electrode assembly is accommodated in a shape surrounding the hollow; and a top cover mounted on an open upper end portion of the can main body to seal the can main body, wherein one of a bottom portion of the can main body and the top cover is formed with a through-hole communicating with the hollow of the can main body, and at least 50 % of a total volume of the hollow is filled with a thermally conductive resin , wherein the thermally conductive resin is a polymer made of urethane or silicon as a base material and alumina or boron nitride as an auxiliary material. a jelly-roll electrode assembly having a structure in which a positive electrode , a negative electrode , and a separator interposed between the positive electrode and the negative electrode are wound together; a can main body inside of which a hollow having an open side is formed and in which the electrode assembly is accommodated in a shape surrounding the hollow; and a top cover mounted on an open upper end portion of the can main body to seal the can main body, wherein one of a bottom portion of the can main body and the top cover is formed with a through-hole communicating with the hollow of the can main body, and at least 50 % of a total volume of the hollow is filled with a thermally conductive resin , wherein the thermally conductive resin is a polymer made of urethane or silicon as a base material and alumina or boron nitride as an auxiliary material.
An image forming apparatus comprising: a plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) receiving supply of electric power from a power source ; a conveyance roller for conveying paper; a first load (MB1) that is one of the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) for driving the conveyance roller ; a plurality of second loads included in the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) and different from the first load (MB1); a jam detecting means (SR9) for detecting whether a jam occurs at the conveyance roller ; a first power cutting-off means for cutting off supply of electric power from the power source to the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL), if the jam detecting means (SR9) detects occurrence of a jam; and a power supplying means for controlling an operating state of the second load such that regenerative power produced at the first load (MB1) due to rotation of the conveyance roller is supplied to the second load, if the jam detecting means (SR9) detects occurrence of a jam, a measuring means for measuring back electromotive force that is electromotive force of the regenerative power; and a selecting means for selecting a load to be supplied with the regenerative power from the plurality of second loads, based on the back electromotive force measured by the measuring means . a plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) receiving supply of electric power from a power source ; a conveyance roller for conveying paper; a first load (MB1) that is one of the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) for driving the conveyance roller ; a plurality of second loads included in the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL) and different from the first load (MB1); a jam detecting means (SR9) for detecting whether a jam occurs at the conveyance roller ; a first power cutting-off means for cutting off supply of electric power from the power source to the plurality of loads (MA1-MA6, MB1-MB7, MC1-MC5, MD1-MD18, F1-F8, EL1-EL4, SL), if the jam detecting means (SR9) detects occurrence of a jam; and a power supplying means for controlling an operating state of the second load such that regenerative power produced at the first load (MB1) due to rotation of the conveyance roller is supplied to the second load, if the jam detecting means (SR9) detects occurrence of a jam, a measuring means for measuring back electromotive force that is electromotive force of the regenerative power; and a selecting means for selecting a load to be supplied with the regenerative power from the plurality of second loads, based on the back electromotive force measured by the measuring means .
A method of wireless communications for a host device (102, 104; 104a), comprising: identifying a set of random access channel, RACH, resources and configurations; sending a first RACH message (320; 322) including the set; and receiving a second RACH message (322; 324) including an indication indicating a preference of a resource selected from the set. identifying a set of random access channel, RACH, resources and configurations; sending a first RACH message (320; 322) including the set; and receiving a second RACH message (322; 324) including an indication indicating a preference of a resource selected from the set.
A device comprising: a power supply ; a light emitting device electrically coupled between the power supply and a reference node , wherein the light emitting device comprises a node; a control element in a current shunting path electrically coupled in parallel with the light emitting device between the power supply and the reference node , wherein the control element is configured to control a voltage drop across the current shunting path responsive to an electrical signal from the node of the light emitting device, wherein the control element comprises a regulating transistor and wherein a control electrode of the regulating transistor is electrically coupled to the node of the light emitting device ; characterised by a switching transistor electrically coupled in series with the regulating transistor in the current shunting path between the power supply and the reference node ; and a controller coupled to a control electrode of the switching transistor , wherein the controller is configured to generate a pulse width modulated control signal that is applied to the control electrode of the switching transistor to vary a current through the current shunting path. a power supply ; a light emitting device electrically coupled between the power supply and a reference node , wherein the light emitting device comprises a node; a control element in a current shunting path electrically coupled in parallel with the light emitting device between the power supply and the reference node , wherein the control element is configured to control a voltage drop across the current shunting path responsive to an electrical signal from the node of the light emitting device, wherein the control element comprises a regulating transistor and wherein a control electrode of the regulating transistor is electrically coupled to the node of the light emitting device ; characterised by a switching transistor electrically coupled in series with the regulating transistor in the current shunting path between the power supply and the reference node ; and a controller coupled to a control electrode of the switching transistor , wherein the controller is configured to generate a pulse width modulated control signal that is applied to the control electrode of the switching transistor to vary a current through the current shunting path.
An exhaust gas turbocharger for a supercharged, in particular compression-ignited, internal combustion engine of a motor vehicle, comprising a throttle device for controlling and/or regulating the engine braking operation of the internal combustion engine supercharged by means of the exhaust gas turbocharger, wherein the exhaust gas turbocharger comprises at least one single-flow or multi-flow exhaust gas turbine (1; 15), in the housing (2; 16) of which at least one inflow channel is formed, in which a throttle device (8; 17) is integrated upstream of and adjacent to a turbine impeller received in an impeller receiving space of the housing (2; 16), and wherein the throttle device (8; 17) is arranged in a mouth region of the at least one inflow channel into the impeller receiving space in such a way that the throttle device (8; 17), in its closed position, substantially completely closes the at least one inflow channel and thus the flow connection to the impeller receiving space , characterised in that the throttle device (8; 17) is formed by at least one pivotable flap, or in the case of a two-flow exhaust gas turbine , both inflow channels are each provided with a throttle device , wherein the throttle devices are formed by a double flap controlling both inflow channels in cross-section. a throttle device for controlling and/or regulating the engine braking operation of the internal combustion engine supercharged by means of the exhaust gas turbocharger, wherein the exhaust gas turbocharger comprises at least one single-flow or multi-flow exhaust gas turbine (1; 15), in the housing (2; 16) of which at least one inflow channel is formed, in which a throttle device (8; 17) is integrated upstream of and adjacent to a turbine impeller received in an impeller receiving space of the housing (2; 16), and wherein the throttle device (8; 17) is arranged in a mouth region of the at least one inflow channel into the impeller receiving space in such a way that the throttle device (8; 17), in its closed position, substantially completely closes the at least one inflow channel and thus the flow connection to the impeller receiving space , the throttle device (8; 17) is formed by at least one pivotable flap, or in the case of a two-flow exhaust gas turbine , both inflow channels are each provided with a throttle device , wherein the throttle devices are formed by a double flap controlling both inflow channels in cross-section.
A method for detecting a malicious file, comprising: monitoring a file during execution of the file within a computer system; forming a feature vector based on behavioral data during the execution of the file, wherein features of the feature vector characterize the behavioral data, and wherein the feature vector represents a convolution of the behavioral data in the form of a set of numbers; calculating parameters based on the feature vector using a trained model for calculation of parameters, wherein the parameters comprise: i) a degree of maliciousness that is a probability that the file may be malicious, and ii) a limit degree of safety that is a probability that the file will definitely prove to be safe, wherein an aggregate of consecutively calculated degrees is described by a predetermined time law; and deciding that the file is malicious when the degree of maliciousness and the limit degree of safety satisfy a predetermined criterion, wherein that criterion is a rule for the classification of the file according to an established correlation between the degree of maliciousness and the limit degree of safety. monitoring a file during execution of the file within a computer system; forming a feature vector based on behavioral data during the execution of the file, wherein features of the feature vector characterize the behavioral data, and wherein the feature vector represents a convolution of the behavioral data in the form of a set of numbers; calculating parameters based on the feature vector using a trained model for calculation of parameters, wherein the parameters comprise: i) a degree of maliciousness that is a probability that the file may be malicious, and ii) a limit degree of safety that is a probability that the file will definitely prove to be safe, wherein an aggregate of consecutively calculated degrees is described by a predetermined time law; and deciding that the file is malicious when the degree of maliciousness and the limit degree of safety satisfy a predetermined criterion, wherein that criterion is a rule for the classification of the file according to an established correlation between the degree of maliciousness and the limit degree of safety.
A rail mountable device configured to mount on a rail associated with a weapon, the rail mountable device comprising: a housing ; and a rail clamp comprising: a screw receptacle , a screw configured to be threaded into the screw receptacle, a first ramp member coupled to the screw and configured to move relative to the screw, and a second ramp member coupled to the screw receptacle and configured to move relative to the screw receptacle, wherein the screw and the screw receptacle are configured to be pulled toward each other in response to a rotation of the screw about an axis in a first direction, and wherein the first ramp member and the second ramp member are configured to be pulled toward each other in response to the pulling together of the screw and the screw receptacle, wherein the first and second ramp members comprise substantially inclined surfaces relative to the axis, wherein the inclined surfaces are configured to slide against complementary inclined surfaces of the housing in response to the rotation, the rail mountable device being characterized in that the screw receptacle is configured to be positioned within a transversal groove of the rail. a housing ; and a rail clamp comprising: a screw receptacle , a screw configured to be threaded into the screw receptacle, a first ramp member coupled to the screw and configured to move relative to the screw, and a second ramp member coupled to the screw receptacle and configured to move relative to the screw receptacle, wherein the screw and the screw receptacle are configured to be pulled toward each other in response to a rotation of the screw about an axis in a first direction, and wherein the first ramp member and the second ramp member are configured to be pulled toward each other in response to the pulling together of the screw and the screw receptacle, wherein the first and second ramp members comprise substantially inclined surfaces relative to the axis, wherein the inclined surfaces are configured to slide against complementary inclined surfaces of the housing in response to the rotation, the rail mountable device being characterized in that the screw receptacle is configured to be positioned within a transversal groove of the rail. a screw receptacle , a screw configured to be threaded into the screw receptacle, a first ramp member coupled to the screw and configured to move relative to the screw, and a second ramp member coupled to the screw receptacle and configured to move relative to the screw receptacle, wherein the screw and the screw receptacle are configured to be pulled toward each other in response to a rotation of the screw about an axis in a first direction, and wherein the first ramp member and the second ramp member are configured to be pulled toward each other in response to the pulling together of the screw and the screw receptacle, wherein the first and second ramp members comprise substantially inclined surfaces relative to the axis, wherein the inclined surfaces are configured to slide against complementary inclined surfaces of the housing in response to the rotation,
A heat sink , comprising: - at least one sheet metal having a top surface (4-1) and a bottom surface (4-2); - at least one first reference pin extending, at least in part, from the top surface (4-1); and - at least one second reference pin extending, at least in part, from the bottom surface (4-2), the at least one first reference pin and the at least one second reference pin enabling referencing of the heat sink to at least one optical element; characterized by the at least one second reference pin being located within a diameter of and concentrically with the at least one first reference pin , and the at least one first reference pin having a larger diameter than the at least one second reference pin . - at least one sheet metal having a top surface (4-1) and a bottom surface (4-2); - at least one first reference pin extending, at least in part, from the top surface (4-1); and - at least one second reference pin extending, at least in part, from the bottom surface (4-2), the at least one first reference pin and the at least one second reference pin enabling referencing of the heat sink to at least one optical element; characterized by the at least one second reference pin being located within a diameter of and concentrically with the at least one first reference pin , and the at least one first reference pin having a larger diameter than the at least one second reference pin .