mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , by a computing device, a seek command at a media player that is playing a media program at a first location , the seek command seeking to a second location in the media program; determining , by the computing device, a first segment of the media program that is associated with the second location in the media program; downloading , by the computing device, the first segment into a buffer ; characterized in that the method further comprises: calculating , by the computing device, a position of the second location within the first segment; calculating, by the computing device, an estimated download time for a second segment, the second segment being after the first segment; calculating, by the computing device, a delay to start playback of the first segment at the second location when the first segment is downloaded into the buffer based on the estimated download time for the second segment and the position of the second location within the first segment; when the start of playback is delayed, downloading at least a portion of the second segment into the buffer while the playback of the first segment is delayed by the delay; and playing back the first segment starting at the second location after the delay , and then the second segment. receiving , by a computing device, a seek command at a media player that is playing a media program at a first location , the seek command seeking to a second location in the media program; determining , by the computing device, a first segment of the media program that is associated with the second location in the media program; downloading , by the computing device, the first segment into a buffer ; characterized in that the method further comprises: calculating , by the computing device, a position of the second location within the first segment; calculating, by the computing device, an estimated download time for a second segment, the second segment being after the first segment; calculating, by the computing device, a delay to start playback of the first segment at the second location when the first segment is downloaded into the buffer based on the estimated download time for the second segment and the position of the second location within the first segment; when the start of playback is delayed, downloading at least a portion of the second segment into the buffer while the playback of the first segment is delayed by the delay; and playing back the first segment starting at the second location after the delay , and then the second segment.
An electronic cigarette, comprising: an atomizing assembly comprising a housing and an atomizer located in the housing ; the housing having an abutment portion ; the atomizer comprising a reservoir and an atomizing element connected to the reservoir ; and a power supply assembly removably connected to the atomizing assembly ; the power supply assembly comprising a first connecting portion facing the atomizing assembly ; wherein the housing is provided with a second connecting portion on an end thereof facing the power supply assembly , the second connecting portion is removably connected to the first connecting portion ; characterized in that the atomizer is removably located in the housing and is provided with a third connecting portion on an end thereof facing the power supply assembly ; when the first connecting portion is fixedly connected to the second connecting portion , the abutment portion abuts against the atomizer , such that the third connecting portion abuts against the first connecting portion . an atomizing assembly comprising a housing and an atomizer located in the housing ; the housing having an abutment portion ; the atomizer comprising a reservoir and an atomizing element connected to the reservoir ; and a power supply assembly removably connected to the atomizing assembly ; the power supply assembly comprising a first connecting portion facing the atomizing assembly ; wherein the housing is provided with a second connecting portion on an end thereof facing the power supply assembly , the second connecting portion is removably connected to the first connecting portion ; characterized in that the atomizer is removably located in the housing and is provided with a third connecting portion on an end thereof facing the power supply assembly ; when the first connecting portion is fixedly connected to the second connecting portion , the abutment portion abuts against the atomizer , such that the third connecting portion abuts against the first connecting portion .
An isolated peptide binding to HLA-A2 and having cytotoxic T lymphocyte (CTL) inducibility, said isolated peptide consisting of the amino acid sequence of SEQ ID NO: 34.
Method for air conditioning a building, wherein, in a first heating mode, air-flow heat energy from an exhaust air flow from the building is transferred to a heat accumulator and this exhaust air flow is then expelled as a discharge air flow and, if required, heat energy from the heat accumulator is transferred to the building as building heat energy, and wherein, in a first cooling mode, heat energy from a cold accumulator is transferred to the exhaust air flow from the building and this exhaust air flow is then expelled as a discharge air flow, and, if required, building heat energy from the building is transferred to the cold accumulator, and wherein, in a second heating mode, the exhaust air flow of the building is mixed with the outside air flow to form a mixed air flow and the air-flow heat energy of this mixed air flow is transferred to the heat accumulator, and the mixed air flow is then expelled as a discharge air flow and, if required, heat energy from the heat accumulator is transferred to the building as building heat energy, and wherein, in a second cooling mode, the exhaust air flow of the building is mixed with the outside air flow to form a mixed air flow and heat energy is transferred from the cold accumulator to this mixed air flow and the mixed air flow is then expelled as a discharge air flow, and, if required, building heat energy from the building is transferred to the cold accumulator, and wherein, in a comfort mode, air-flow heat energy from the exhaust air flow from the building is transferred to the heat accumulator alternately with heat energy from the cold accumulator being transferred to the exhaust air flow and this exhaust air flow is expelled as a discharge air flow and, if required, heat energy from the heat accumulator is fed to the building as building heat energy and/or building heat energy is fed from the building to the cold accumulator, and wherein, in an energy-saving mode, the exhaust air flow is expelled directly as a discharge air flow.
Process for synthesizing a block polymer which comprises a first block and a second block, said process comprising the following steps: a) reaction of a rare earth metallocene and a living anionic polymer of a first monomer, b) polymerization of a second monomer in the presence of the reaction product from step a), the first monomer being selected from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, the second monomer being a monoolefin or a mixture of a monoolefin and a 1,3-diene, the aromatic α-monoolefin being of the formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group. a) reaction of a rare earth metallocene and a living anionic polymer of a first monomer, b) polymerization of a second monomer in the presence of the reaction product from step a), the first monomer being selected from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, the second monomer being a monoolefin or a mixture of a monoolefin and a 1,3-diene, the aromatic α-monoolefin being of the formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group. the first monomer being selected from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, the second monomer being a monoolefin or a mixture of a monoolefin and a 1,3-diene, the aromatic α-monoolefin being of the formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group.
A user verifying bicycle control system, comprising a sensing module and a control module , wherein the sensing module further comprises: a first processing unit ; a crank sensing component , connecting the first processing unit , for sensing a torque and/or an angle of a crank of a bicycle; and a speed sensing unit , connecting with the first processing unit for sensing a bicycle speed to obtain a speed signal, and outputting the speed signal to the first processing unit ; wherein the sensing module connects with the control module , and provides multiple sensing signals to the control module ; the control module receives the sensing signals from the sensing module , and assembles the sensing signals to form a signal sequence; the signal sequence mainly comprises of at least one signal segment combination, and each signal segment combination includes at least two signal segments with characteristic consisting of a crank torque and/ or crank angle value wherein, the sensing signals assembled into the signal sequence include sensed values of the torque and/or the angle of the crank from the crank sensing component ; and the control module uses the signal sequence as a key for verifying the user identity; the control module matches characteristics of the input signal sequence to the known signal sequence in order to verify a user identity . a first processing unit ; a crank sensing component , connecting the first processing unit , for sensing a torque and/or an angle of a crank of a bicycle; and a speed sensing unit , connecting with the first processing unit for sensing a bicycle speed to obtain a speed signal, and outputting the speed signal to the first processing unit ; wherein the sensing module connects with the control module , and provides multiple sensing signals to the control module ; the control module receives the sensing signals from the sensing module , and assembles the sensing signals to form a signal sequence; the signal sequence mainly comprises of at least one signal segment combination, and each signal segment combination includes at least two signal segments with characteristic consisting of a crank torque and/ or crank angle value wherein, the sensing signals assembled into the signal sequence include sensed values of the torque and/or the angle of the crank from the crank sensing component ; and the control module uses the signal sequence as a key for verifying the user identity; the control module matches characteristics of the input signal sequence to the known signal sequence in order to verify a user identity .
A detuner system for a wind turbine , comprising: a drive train component having a natural frequency and configured to rotate about an axis of rotation at a range of different speeds; the detuner system is characterized in that it further comprises a controller for selectively interacting with the drive train component , wherein the controller is configured to cause a step change in the natural frequency of the drive train component above a first threshold of the rotational speed range, and to cause a step change in the natural frequency of the drive train component below a second threshold of the rotational speed range, wherein the rotational speed at the second threshold is different to the rotational speed at the first threshold . a drive train component having a natural frequency and configured to rotate about an axis of rotation at a range of different speeds; the detuner system is characterized in that it further comprises a controller for selectively interacting with the drive train component , wherein the controller is configured to cause a step change in the natural frequency of the drive train component above a first threshold of the rotational speed range, and to cause a step change in the natural frequency of the drive train component below a second threshold of the rotational speed range, wherein the rotational speed at the second threshold is different to the rotational speed at the first threshold .
Method for measuring and assessing the functions and shape of a shoe, in particular a sports shoe such as a running shoe or ski boot, wherein the user of the shoe, while wearing the shoe on the foot without the shoe being provided with sensors, stands on a measuring surface and/or walks or runs over a measuring surface, said measuring surface comprising a plurality of pressure sensors whose pressure values recorded in relation to the measured shoe are evaluated by a computer program, and wherein the shape, the dimensions and/or the materials of the bottom part of the shoe are determined according to the recorded pressure values, and a shoe is produced on the basis of the generated data.
Container for holding culture media, in particular for culturing microorganisms, cell cultures and bacteria, comprising a dish and a lid which closes the dish , the dish comprising a dish bottom in the form of a circular surface and an annular dish wall projecting from the dish bottom , and the lid comprising a lid bottom in the form of a circular surface and an annular lid wall projecting from the lid bottom , the lid wall having a larger internal diameter than the external diameter of the dish wall or the dish wall having a larger internal diameter than the external diameter of the lid wall , such that, in order to close the dish , the lid wall can be slid over the dish wall or the dish wall can be slid over the lid wall , engaging means being associated with the dish and the lid , which means prevent unintended detaching of the dish and lid when mutually engaged, and the engaging means of the dish being clamp-like or flange-like in order to surround or engage with the engaging means of the lid , and the flanges extending orthogonally from a rim region of the dish bottom and having a shoulder which is responsible for the holding or clamping action, characterised in that , when viewed equally from both sides in the circumferential direction of the dish , the engaging means of the dish have wedge surfaces or elevated regions of different heights, such that the engaging means of the lid , viewed in the circumferential direction of the lid from both sides, can be inserted into the engaging means of the dish , specifically into the region under the shoulder , so as to have different clamping and sealing actions.
An apparatus for picking up objects including a robot for picking up an object , at least one part of said object having a curved shape, comprising: a storing means for storing a gray gradient distribution model of said object ; and a recognizing means for recognizing a gray image of said object ; characterized in that the apparatus further comprises: a gradient extracting means for extracting a gray gradient distribution from said gray image recognized by said recognizing means ; a designating means for designating edge information of said object in said gray image recognized by said recognizing means ; an edge extracting means for extracting said edge information designated by said designating means from said gray image, wherein said storing means stores an edge information model of said object ; an object detecting means for detecting a position or position posture of said object in said gray image by comparing said gray gradient distribution extracted by said gradient extracting means and said edge information extracted by said edge extracting means with said gray gradient distribution model stored by said storing means and said edge information model stored by said storing means ; a detection information converting means for converting information of said position or position posture detected by said object detecting means into information of position or position posture in a coordinate system regarding said robot ; and a robot moving means for moving said robot to the position or position posture converted by said detection information converting means to pick up said object . a storing means for storing a gray gradient distribution model of said object ; and a recognizing means for recognizing a gray image of said object ; a gradient extracting means for extracting a gray gradient distribution from said gray image recognized by said recognizing means ; a designating means for designating edge information of said object in said gray image recognized by said recognizing means ; an edge extracting means for extracting said edge information designated by said designating means from said gray image, wherein said storing means stores an edge information model of said object ; an object detecting means for detecting a position or position posture of said object in said gray image by comparing said gray gradient distribution extracted by said gradient extracting means and said edge information extracted by said edge extracting means with said gray gradient distribution model stored by said storing means and said edge information model stored by said storing means ; a detection information converting means for converting information of said position or position posture detected by said object detecting means into information of position or position posture in a coordinate system regarding said robot ; and a robot moving means for moving said robot to the position or position posture converted by said detection information converting means to pick up said object .
A relay abnormality diagnosis system comprising: a relay positioned on an electric circuit; a current measurement circuit configured to measure a current flowing on the electric circuit; a diagnosis resistor unit configured to switchably connect or disconnect the relay and the current measurement circuit ; a storage unit capable of storing the measured current value in a data table; and a control circuit configured to control the connection between the relay and the current measurement circuit via the diagnosis resistor unit , characterized in that the control circuit is configured to diagnose an abnormality of the relay by: calculating a difference value between the measured current flowing on the electric circuit and a current input to the current measurement circuit from the diagnosis resistor unit ; and analyzing a tendency and a pattern of the stored current value to detect an abnormal symptom. a relay positioned on an electric circuit; a current measurement circuit configured to measure a current flowing on the electric circuit; a diagnosis resistor unit configured to switchably connect or disconnect the relay and the current measurement circuit ; a storage unit capable of storing the measured current value in a data table; and a control circuit configured to control the connection between the relay and the current measurement circuit via the diagnosis resistor unit , characterized in that the control circuit is configured to diagnose an abnormality of the relay by: calculating a difference value between the measured current flowing on the electric circuit and a current input to the current measurement circuit from the diagnosis resistor unit ; and analyzing a tendency and a pattern of the stored current value to detect an abnormal symptom. calculating a difference value between the measured current flowing on the electric circuit and a current input to the current measurement circuit from the diagnosis resistor unit ; and analyzing a tendency and a pattern of the stored current value to detect an abnormal symptom.
Processing plant, in particular crushing plant , in particular rock crusher with a filling unit which can be filled with the material to be crushed, wherein a screening unit is arranged in the conveying direction downstream of the filling unit or in the filling unit , wherein the screening unit can be set in oscillating motion by means of an oscillation exciter , wherein a part of the fed material is fed via the screening unit to a subsequent processing unit, in particular to a crushing unit , and a further part is screened out in the screening unit , wherein the screened-out part of the material is fed by means of an adjustable flap of a conveying unit optionally in a bypass position past the subsequent processing unit, in particular the crushing unit , to a conveying device, in particular a crusher discharge conveyor , or in a conveying position is conveyed out of the machine working area by means of a conveying device , characterized in that the flap is attached to the screen unit in such a way that it is excited together with the screen unit by the vibration exciter .
A signal reception method performed by a non-bandwidth reduced low complexity, Non-BL, User Equipment, UE, working in an enhanced coverage mode in an idle-state, comprising: monitoring (S101) signal quality of a serving cell; and determining and receiving (S102) system information matching the signal quality based on the signal quality; characterized in that said determining and receiving (S102) system information matching the signal quality based on the signal quality comprises: determining a mode transition trigger preparation condition that the signal quality satisfies, wherein the mode transition trigger preparation condition corresponds to a candidate coverage category; determining the candidate coverage category and system information corresponding to the candidate coverage category based on the mode transition trigger preparation condition; and receiving the system information corresponding to the candidate coverage category, which comprises receiving the system information corresponding to the candidate coverage category based on the signal quality satisfying the mode transition trigger preparation condition. monitoring (S101) signal quality of a serving cell; and determining and receiving (S102) system information matching the signal quality based on the signal quality; determining a mode transition trigger preparation condition that the signal quality satisfies, wherein the mode transition trigger preparation condition corresponds to a candidate coverage category; determining the candidate coverage category and system information corresponding to the candidate coverage category based on the mode transition trigger preparation condition; and receiving the system information corresponding to the candidate coverage category, which comprises receiving the system information corresponding to the candidate coverage category based on the signal quality satisfying the mode transition trigger preparation condition.
A maintenance-free stone tile, comprising a stone tile and an inorganic glassy protective coating layer formed on a surface of the stone tile, wherein the layer has an outer surface having a pencil hardness of a value corresponding to 12H or more in the case of measuring the outer surface on the basis of correlative data between a pencil hardness test and an abrasion resistance test; a thickness of the coating of 20 to 50 μm; a surface roughness Rmax of 0.8 μm (s) or less; a mirror surface glossiness of 80 or more; dry slip properties of 0.6 or more; a wet slipperiness of 0.5 or more; and a surface resistance value of 10 11 Q or less, wherein the stone tile is selected from the group consisting of marble and terrazzo.