mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus, comprising; at least one circuit configured to: receive, from a plurality of image capturing apparatuses (11, 12), a plurality of captured images around a vehicle, wherein a field of view of the plurality of captured images is different for each of them, generate a display image by performing at least a trimming and combining process on the plurality of captured images, control at least one of a trimming position and a combining position to generate the display image, characterized in that the circuit is additionally configured to detect a movement of a user of the vehicle; and in that the at least one of the trimming position and the combining position are controlled based on the movement of the user. receive, from a plurality of image capturing apparatuses (11, 12), a plurality of captured images around a vehicle, wherein a field of view of the plurality of captured images is different for each of them, generate a display image by performing at least a trimming and combining process on the plurality of captured images, control at least one of a trimming position and a combining position to generate the display image, characterized in that the circuit is additionally configured to detect a movement of a user of the vehicle; and in that the at least one of the trimming position and the combining position are controlled based on the movement of the user.
An interconnect board assembly (401, 402) comprising: an ICB frame configured to accommodate cell leads of unidirectional battery cells having the cell leads formed on one side such that the cell leads face each other; and a bus bar (421a, 421b, 421c, 421a', 421b', 421c') electrically connectable to the cell leads by being assembled to the ICB frame, wherein the cell leads are placeable on the top surface and the bottom surface of the ICB frame, and the ICB assembly (401, 402) is coupled to another ICB frame by a hinge structure in the length direction of the ICB frame. an ICB frame configured to accommodate cell leads of unidirectional battery cells having the cell leads formed on one side such that the cell leads face each other; and a bus bar (421a, 421b, 421c, 421a', 421b', 421c') electrically connectable to the cell leads by being assembled to the ICB frame, wherein the cell leads are placeable on the top surface and the bottom surface of the ICB frame, and the ICB assembly (401, 402) is coupled to another ICB frame by a hinge structure in the length direction of the ICB frame.
A method of data transmission between a mobile terminal and a cellular network, the method comprising: establishing a downlink connection from the cellular network to the mobile terminal, said downlink connection using one or more downlink carriers (122, 124); identifying multiple uplink carriers (112, 114) which are available for establishing an uplink connection from the mobile terminal to the cellular network; estimating impact of usage of the uplink carriers (112, 114) on power consumption of the mobile terminal; and depending on the estimated impact, selecting a configuration of at least one of the uplink carriers (112, 114) for establishing the uplink connection for improving power efficiency of the mobile terminal. establishing a downlink connection from the cellular network to the mobile terminal, said downlink connection using one or more downlink carriers (122, 124); identifying multiple uplink carriers (112, 114) which are available for establishing an uplink connection from the mobile terminal to the cellular network; estimating impact of usage of the uplink carriers (112, 114) on power consumption of the mobile terminal; and depending on the estimated impact, selecting a configuration of at least one of the uplink carriers (112, 114) for establishing the uplink connection for improving power efficiency of the mobile terminal.
Device for regulating an air flow to a radiator device of a vehicle, wherein the air flow can be directed through at least one opening onto the radiator device, with at least one covering element (20, 21), wherein the covering element (20, 21) has at least one covering means (20.2, 21.2) for at least partially closing the opening in at least one closed position and at least one bearing element (20.1, 21.1) connected to the covering means (20.2, 21.2) for movably mounting the covering means (20.2, 21.2) in a bearing receptacle (50.1) of a support, wherein the covering element (20, 21) is mounted in an operating position in the support in such a way that a movement of the covering element (20, 21) between an open position for at least partial release of the opening and the closed position can be carried out, characterized in that, in an assembly position, the covering means (20.2, 21.2) can be inserted partially into a free space (50.3) of the bearing receptacle (50.1), the bearing receptacle (50.1) comprising a constriction (50.4), the free space (50.3) is adapted to the shape of the covering means (20.2, 21.2) and the constriction (50.4) is adapted to the shape of the bearing element (20.1, 21.1), wherein the free space (50.3) is designed in such a way that both an insertion of the bearing element (20.1, 21.2) and an insertion of the covering means (20.2, 21.2) connected to the bearing element (20.1, 21.1) is possible, and the constriction (50.4) is designed in such a way that the insertion of the bearing element (20.1, 21.1) but not the covering means (20.2, 21.2) is possible, the constriction (50.4) being provided as a receptacle for the bearing element (20.1, 21.1) and as a stop for the covering means (20.2, 21.2).
A system for detecting a designated wake-up word, the system comprising: a plurality of microphones to detect acoustic information from a physical space having a plurality of acoustic zones; at least one processor configured to: receive a first acoustic signal representing the acoustic information received by the plurality of microphones; process the first acoustic signal to identify content of the first acoustic signal originating from each of the plurality of acoustic zones; provide a plurality of second acoustic signals, each of the plurality of second acoustic signals substantially corresponding to the content identified as originating from a respective one of the plurality of acoustic zones; performe automatic speech recognition on each of the plurality of second acoustic signals to determine whether the designated wake-up word was spoken; and once the wake up word has been detected, perform additional automatic speech recognition on subsequent speech, and unless the wake up word is detected, not process the detected acoustic information. a plurality of microphones to detect acoustic information from a physical space having a plurality of acoustic zones; at least one processor configured to: receive a first acoustic signal representing the acoustic information received by the plurality of microphones; process the first acoustic signal to identify content of the first acoustic signal originating from each of the plurality of acoustic zones; provide a plurality of second acoustic signals, each of the plurality of second acoustic signals substantially corresponding to the content identified as originating from a respective one of the plurality of acoustic zones; performe automatic speech recognition on each of the plurality of second acoustic signals to determine whether the designated wake-up word was spoken; and once the wake up word has been detected, perform additional automatic speech recognition on subsequent speech, and unless the wake up word is detected, not process the detected acoustic information. receive a first acoustic signal representing the acoustic information received by the plurality of microphones; process the first acoustic signal to identify content of the first acoustic signal originating from each of the plurality of acoustic zones; provide a plurality of second acoustic signals, each of the plurality of second acoustic signals substantially corresponding to the content identified as originating from a respective one of the plurality of acoustic zones; performe automatic speech recognition on each of the plurality of second acoustic signals to determine whether the designated wake-up word was spoken; and once the wake up word has been detected, perform additional automatic speech recognition on subsequent speech, and unless the wake up word is detected, not process the detected acoustic information.
A method for a wireless power receiver to control power transfer based on a result of foreign object detection, the method being characterized in that the method comprises, by the wireless power receiver: receiving, from a wireless power transmitter, a confidence level as to whether a foreign object is present, the confidence level being within a predetermined range; mapping the confidence level to a maximum operating condition; sending the maximum operating condition to the wireless power transmitter; and receiving power from the wireless power transmitter at or below the maximum operating condition. receiving, from a wireless power transmitter, a confidence level as to whether a foreign object is present, the confidence level being within a predetermined range; mapping the confidence level to a maximum operating condition; sending the maximum operating condition to the wireless power transmitter; and receiving power from the wireless power transmitter at or below the maximum operating condition.
A combustion engine with a turbocharger, which comprises a turbine, a radial compressor, in which inflow occurs in the axial direction, based on an axis of rotation of a compressor impeller, and outflow occurs in the radial direction, and a trim adjuster for the radial compressor, an inflow cross-section with which the axial inflow to the compressor impeller occurs being changeable by means of the trim adjuster, and the turbine being regulatable by means of a VTG device and a wastegate, characterized in that - an exhaust gas mass flow that can maximally be guided through the wastegate is between 5% and 30% of the exhaust gas mass flow that can maximally be guided through the turbine, and - by means of a control device, during operation of the combustion engine at the rated power, - a portion of the then greatest exhaust gas mass flow is guided past the turbine via the wastegate, and - the VTG device is set to a control position in which it does not open the free flow cross-section as far as possible. - an exhaust gas mass flow that can maximally be guided through the wastegate is between 5% and 30% of the exhaust gas mass flow that can maximally be guided through the turbine, and - by means of a control device, during operation of the combustion engine at the rated power, - a portion of the then greatest exhaust gas mass flow is guided past the turbine via the wastegate, and - the VTG device is set to a control position in which it does not open the free flow cross-section as far as possible.
A flow control device comprising a body portion (5, 6, 7) with an orifice (8l, 6o) adapted to allow fluid flow through the orifice (8l, 6o); a control portion (10, 11, 12) that is adapted to change configurations between a first configuration that allows fluid flow through the orifice (8l, 6o), and a second configuration that restricts fluid flow through the orifice (8l, 6o); and a fluid flow controller (30, 31, 32, 60) disposed between the body portion (5, 6, 7) and the control portion (10, 11, 12); wherein the fluid flow controller (30, 31, 32, 60) comprises a plurality of annular members in the form of first and second rings (35, 36, 37, 65), wherein one of the body portion (5, 6, 7) and the control portion (10, 11, 12) comprises at least one recess (26, 27, 66) for accommodating the first and second rings in the at least one recess (26, 27, 66); wherein the fluid flow controller (30, 31, 32, 60) has a leak path that is opened and closed by a pressure differential acting across the first and second rings (35, 36, 37, 65); and wherein the first ring (35, 36, 37, 65) has a first split between two ends of the first ring, characterised in that the second ring (35, 36, 37, 65) has a second split between two ends of the second ring; wherein the first split between the ends of the first ring (35, 36, 37, 65) is circumferentially staggered out of alignment with the second split between the ends of the second ring (35, 36, 37, 65), and wherein the circumferential position of each of the first and second rings (35, 36, 37, 65) relative to one another is maintained within the or each recess (26, 27, 66).
Method for operating an elevator control device, wherein the elevator control device has an interface (30, 32) for wireless and/or wired access to the elevator control unit by means of a programming device, wherein for access to the elevator control device by means of the programming device a code is automatically sent to the programming device, wherein the elevator control device expects, within a specified or specifiable entry time period, an entry of the previously sent code at a control panel (20, 22) comprised by the lift control device or assigned to the elevator control device, and wherein the elevator control device enables access to the elevator control device if the previously sent code has been entered correctly, in particular entered correctly within the entry time period. wherein the elevator control device has an interface (30, 32) for wireless and/or wired access to the elevator control unit by means of a programming device, wherein for access to the elevator control device by means of the programming device a code is automatically sent to the programming device, wherein the elevator control device expects, within a specified or specifiable entry time period, an entry of the previously sent code at a control panel (20, 22) comprised by the lift control device or assigned to the elevator control device, and wherein the elevator control device enables access to the elevator control device if the previously sent code has been entered correctly, in particular entered correctly within the entry time period.
Method for manufacturing a moulded fibre packaging, in particular a food package, more particular an egg package, comprising, - providing a fibre pulp for a moulding process, the fibre pulp being contained in a pulp container, wherein the method comprises, - adding lignocellulosic biomass originating from grass, leaves of tomato plants, stems of tomato plants, and/or rapeseed straw to the pulp container to obtain a pulp mix comprising between 5-80 % lignocellulosic biomass, preferably between 5-60% lignocellulosic biomass, wherein the lignocellulosic biomass contains between 0 to 2% protein in dry weight, and - before adding the lignocellulosic biomass to the pulp container, processing the lignocellulosic biomass for removing protein from the lignocellulosic biomass such that the lignocellulosic biomass contains between 0 to 2% protein in dry weight. - providing a fibre pulp for a moulding process, the fibre pulp being contained in a pulp container, wherein the method comprises, - adding lignocellulosic biomass originating from grass, leaves of tomato plants, stems of tomato plants, and/or rapeseed straw to the pulp container to obtain a pulp mix comprising between 5-80 % lignocellulosic biomass, preferably between 5-60% lignocellulosic biomass, wherein the lignocellulosic biomass contains between 0 to 2% protein in dry weight, and - before adding the lignocellulosic biomass to the pulp container, processing the lignocellulosic biomass for removing protein from the lignocellulosic biomass such that the lignocellulosic biomass contains between 0 to 2% protein in dry weight.
An electric wire comprising: an electric conductor part; and an insulating cover part that covers the electric conductor part, wherein a plurality of connection destination circuit information parts indicating a connection destination are formed on the insulating cover part at equal intervals; wherein a later fitting circuit information part indicating a later fitting circuit is formed on the insulating cover part; and wherein the later fitting circuit information part is colored by ink which is lower than that of the connection destination circuit information parts in at least one of an adhesive property, a weather resistance, a heat resistance and a chemical resistance, characterized in that: the later fitting circuit information part is formed between the connection destination circuit information parts on the insulating cover part. an electric conductor part; and an insulating cover part that covers the electric conductor part, wherein a plurality of connection destination circuit information parts indicating a connection destination are formed on the insulating cover part at equal intervals; wherein a later fitting circuit information part indicating a later fitting circuit is formed on the insulating cover part; and wherein the later fitting circuit information part is colored by ink which is lower than that of the connection destination circuit information parts in at least one of an adhesive property, a weather resistance, a heat resistance and a chemical resistance, characterized in that: the later fitting circuit information part is formed between the connection destination circuit information parts on the insulating cover part. the later fitting circuit information part is formed between the connection destination circuit information parts on the insulating cover part.
An electrode device comprising an internal electrode, an enclosing that houses the internal electrode, an internal solution that is housed in the enclosing and that electrically communicates through a liquid junction formed in the enclosing or through a response glass that forms a part or all of the enclosing with the internal electrode, and an antifouling mechanism that has a light source to irradiate ultraviolet rays on a sample contact surface of the enclosing as being a surface that makes contact with a sample and that prevents the sample contact surface of the enclosing from being polluted, wherein the light source is directly or indirectly mounted on an outside of the enclosing, or the light source is housed inside of the enclosing, the internal electrode is covered, except for a part thereof, by a covering material that intercepts or absorbs ultraviolet rays, and the internal electrode is arranged across the light source at a position nearer to the opposite side with respect to an end where the response glass or the liquid junction is arranged than a position where the length of the electrode enclosing is halved to restrain the ultraviolet rays emitted from the light source from being irradiated on the internal electrode. an internal electrode, an enclosing that houses the internal electrode, an internal solution that is housed in the enclosing and that electrically communicates through a liquid junction formed in the enclosing or through a response glass that forms a part or all of the enclosing with the internal electrode, and an antifouling mechanism that has a light source to irradiate ultraviolet rays on a sample contact surface of the enclosing as being a surface that makes contact with a sample and that prevents the sample contact surface of the enclosing from being polluted, wherein the light source is directly or indirectly mounted on an outside of the enclosing, or the light source is housed inside of the enclosing, the internal electrode is covered, except for a part thereof, by a covering material that intercepts or absorbs ultraviolet rays, and the internal electrode is arranged across the light source at a position nearer to the opposite side with respect to an end where the response glass or the liquid junction is arranged than a position where the length of the electrode enclosing is halved to restrain the ultraviolet rays emitted from the light source from being irradiated on the internal electrode.
A system, including: - a plurality of Intellectual Property circuits (IPa, IPb), - a General Purpose Input/Output circuit (GPIO) shared by the plurality of Intellectual Property circuits via respective analog links (AINa, AINb), - analog switches (A, B) coupled with the analog links (AINa, AINb), the analog switches (A, B) controlling signal propagation over the respective analog links, the analog switches (A, B) activatable via switch enable signals (AIN_ENa, AIN_ENb) over respective switch enable paths, the switch enable paths having a first end coupled to one of the Intellectual Property circuits (IPa, IPb) and a second end coupled to the shared General Purpose Input/Output circuit (GPIO), wherein at least one of the switch enable paths includes a secure analog link circuit (SAL1, SAL2) sensitive to a secure/non-secure status (IP_sec, IO_sec) of the Intellectual Property circuit (IPa, IPb) and the General Purpose Input/Output circuit (GPIO) coupled to the first and the second ends of the at least one of the switch enable paths, the secure analog link circuit (SAL1, SAL2) configured (20, 22) to admit propagation of a switch enable signal (AIN_ENa, AIN_ENb) as a result of the Intellectual Property circuit (IPa, IPb) and the General Purpose Input/Output circuit (GPIO) coupled to the first end and the second end of the at least one of the switch enable paths having both secure status or both non-secure status. - a plurality of Intellectual Property circuits (IPa, IPb), - a General Purpose Input/Output circuit (GPIO) shared by the plurality of Intellectual Property circuits via respective analog links (AINa, AINb), - analog switches (A, B) coupled with the analog links (AINa, AINb), the analog switches (A, B) controlling signal propagation over the respective analog links, the analog switches (A, B) activatable via switch enable signals (AIN_ENa, AIN_ENb) over respective switch enable paths, the switch enable paths having a first end coupled to one of the Intellectual Property circuits (IPa, IPb) and a second end coupled to the shared General Purpose Input/Output circuit (GPIO),