mhurhangee/patent-ind-claim-en huggingface dataset:
A method of electrically connecting an external control circuit board with an internal control circuit board of an inner container , comprising the following steps: S10, removing an upper cover of a waste ink cartridge to obtain a cartridge shell , wherein, the waste ink cartridge comprises the upper cover and the cartridge shell ; S20, electrically connecting an external control circuit board with a control circuit board of the waste ink cartridge, so that contacts on the control circuit board of the waste ink cartridge communicate with the external control circuit board ; S30, arranging an internal control circuit board at a corresponding position of an inner container ; and S40, installing the inner container in the cartridge shell , so that internal contacts of the internal control circuit board of the inner container are electrically connected with the external control circuit board to obtain the inner container replaceable ink cartridge; characterized in that , wherein a first chip of the external control circuit board or a second chip of the internal control circuit board is written with actual ink volume data of the inner container and an adopted program; wherein in step S20, a communication hole is formed in the cartridge shell to connect the external control circuit board to the control circuit board of the waste ink cartridge, so that the contacts on the control circuit board of the waste ink cartridge communicate with some external contacts at corresponding positions of the external control circuit board in a one-to-one correspondence mode, and remaining external contacts extend into the cartridge shell through the communication hole . S10, removing an upper cover of a waste ink cartridge to obtain a cartridge shell , wherein, the waste ink cartridge comprises the upper cover and the cartridge shell ; S20, electrically connecting an external control circuit board with a control circuit board of the waste ink cartridge, so that contacts on the control circuit board of the waste ink cartridge communicate with the external control circuit board ; S30, arranging an internal control circuit board at a corresponding position of an inner container ; and S40, installing the inner container in the cartridge shell , so that internal contacts of the internal control circuit board of the inner container are electrically connected with the external control circuit board to obtain the inner container replaceable ink cartridge; characterized in that , wherein a first chip of the external control circuit board or a second chip of the internal control circuit board is written with actual ink volume data of the inner container and an adopted program; wherein in step S20, a communication hole is formed in the cartridge shell to connect the external control circuit board to the control circuit board of the waste ink cartridge, so that the contacts on the control circuit board of the waste ink cartridge communicate with some external contacts at corresponding positions of the external control circuit board in a one-to-one correspondence mode, and remaining external contacts extend into the cartridge shell through the communication hole .
A method for dealing with unauthorized frames used by a misuse detection electronic control unit that is connected to a bus used by a plurality of electronic control units in a vehicle network system to communicate frames and that checks a frame appearing in the bus , the method comprising: determining (S1006) whether a certain prevention condition is satisfied on the basis of content of an unauthorized frame that does not comply with a certain rule; characterized by recording (S1004), at least part of content of one or more frames transmitted in the bus as history information; the determination (S1006) whether a certain prevention condition is satisfied being further based on content of one or more frames transmitted prior to the unauthorized frame by referring to the history information, wherein the certain prevention condition is determined in view of a magnitude of a degree of effect upon vehicle control; and performing (S1007), if the certain prevention condition is satisfied, a prevention process for preventing the plurality of electronic control units from performing a process corresponding to the unauthorized frame or, if the certain prevention condition is not satisfied, not performing the prevention process. determining (S1006) whether a certain prevention condition is satisfied on the basis of content of an unauthorized frame that does not comply with a certain rule; characterized by recording (S1004), at least part of content of one or more frames transmitted in the bus as history information; the determination (S1006) whether a certain prevention condition is satisfied being further based on content of one or more frames transmitted prior to the unauthorized frame by referring to the history information, wherein the certain prevention condition is determined in view of a magnitude of a degree of effect upon vehicle control; and performing (S1007), if the certain prevention condition is satisfied, a prevention process for preventing the plurality of electronic control units from performing a process corresponding to the unauthorized frame or, if the certain prevention condition is not satisfied, not performing the prevention process.
An information processing apparatus , comprising: a processor configured to generate a plurality of pieces of authority information for obtaining user information classified into a plurality of categories, wherein: the processor is configured to generate the authority information to correspond to each of a plurality of the categories, the processor is configured to manage the authority information in association with an account of a social network service of a user, the processor is configured to transmit, to another device in response to a browsing request from the other device via the social network service, the authority information for obtaining the user information, the processor is configured to generate information associated with a browsing condition for browsing the user information, and transmit the information associated with a browsing condition together with the authority information, and the browsing condition includes any one of a browsing period, a browsing count, and a transfer count. the processor is configured to generate the authority information to correspond to each of a plurality of the categories, the processor is configured to manage the authority information in association with an account of a social network service of a user, the processor is configured to transmit, to another device in response to a browsing request from the other device via the social network service, the authority information for obtaining the user information, the processor is configured to generate information associated with a browsing condition for browsing the user information, and transmit the information associated with a browsing condition together with the authority information, and the browsing condition includes any one of a browsing period, a browsing count, and a transfer count.
An apparatus for cleaning a printed band , which apparatus - comprises a frame , - comprises a motor for feeding the printed band through the apparatus , and - comprises a cleaning organ for removing printing ink from the printed band ; wherein the apparatus comprises an auxiliary frame , which auxiliary frame comprises at least one guide roll in order to determine a path for the printed band ; and wherein the apparatus is arranged in order to allow the auxiliary frame to be in a relatively high first position, and a relatively low second position ; characterized in that at any from i) a first side of the auxiliary frame , and ii) an opposite second side of the auxiliary frame , at least one flexible member is provided which - is passed over a suspension point , and - comprises a section that extends downwardly; and the auxiliary frame can be moved from the second position to the first position by exerting a downward force onto said sections. - comprises a frame , - comprises a motor for feeding the printed band through the apparatus , and - comprises a cleaning organ for removing printing ink from the printed band ; wherein the apparatus comprises an auxiliary frame , which auxiliary frame comprises at least one guide roll in order to determine a path for the printed band ; and wherein the apparatus is arranged in order to allow the auxiliary frame to be in a relatively high first position, and a relatively low second position ; to be in a relatively high first position, and a relatively low second position ; characterized in that at any from i) a first side of the auxiliary frame , and ii) an opposite second side of the auxiliary frame , at least one flexible member is provided which - is passed over a suspension point , and - comprises a section that extends downwardly; - is passed over a suspension point , and - comprises a section that extends downwardly; and the auxiliary frame can be moved from the second position to the first position by exerting a downward force onto said sections.
An electronic expansion device , comprising: a main body having an inlet side face and an outlet side face ; an inlet disposed on the inlet side face ; an orifice formed in the main body between the inlet side face and the outlet side face , the orifice having an inlet side and an outlet side; a plurality of flow paths from the inlet side of the orifice to the outlet side of the orifice formed by a flow director , the plurality of flow paths configured to receive an inlet flow, distribute the inlet flow to the plurality of flow paths by redirecting the inlet flow around the flow director , and join the plurality of flow paths downstream of the flow director to provide an outlet flow; an outlet disposed on the outlet side face , the outlet being in fluid communication with the inlet via the orifice and the plurality of flow paths; a plurality of flow control device mounts in the main body spaced circumferentially around the orifice , the plurality of flow control device mounts each having a longitudinal axis, each longitudinal axis of the plurality of flow control device mounts being arranged at an angle (α) relative to each other along a respective radius of the orifice ; and a plurality of flow control devices , each flow control device being installed in a corresponding one of the plurality of flow control device mounts , each including an electric motor and a sealing member , each sealing member extending through the main body between the inlet and the outlet , wherein each sealing member is movable into and out of the main body to control the outlet flow of a fluid. a main body having an inlet side face and an outlet side face ; an inlet disposed on the inlet side face ; an orifice formed in the main body between the inlet side face and the outlet side face , the orifice having an inlet side and an outlet side; a plurality of flow paths from the inlet side of the orifice to the outlet side of the orifice formed by a flow director , the plurality of flow paths configured to receive an inlet flow, distribute the inlet flow to the plurality of flow paths by redirecting the inlet flow around the flow director , and join the plurality of flow paths downstream of the flow director to provide an outlet flow; an outlet disposed on the outlet side face , the outlet being in fluid communication with the inlet via the orifice and the plurality of flow paths; a plurality of flow control device mounts in the main body spaced circumferentially around the orifice , the plurality of flow control device mounts each having a longitudinal axis, each longitudinal axis of the plurality of flow control device mounts being arranged at an angle (α) relative to each other along a respective radius of the orifice ; and a plurality of flow control devices , each flow control device being installed in a corresponding one of the plurality of flow control device mounts , each including an electric motor and a sealing member , each sealing member extending through the main body between the inlet and the outlet , wherein each sealing member is movable into and out of the main body to control the outlet flow of a fluid.
A clutch (K), in particular a multi-disk clutch, having an outer clutch part , preferably a clutch pot, and an inner clutch part , preferably a clutch hub, wherein a tuning element for influencing the acoustic behavior of the clutch (K) surrounds the outer clutch part , wherein disk packs are arranged between the outer coupling part and the inner coupling part , characterized in that the tuning element is formed from at least two different materials and/or has different layer thicknesses.
A wrought 7xxx-series aluminium alloy product having a composition comprising, in wt.%., Zn 6.50 to 7.20, Mg 2.30 to 2.60, Cu 1.30 to 1.80, and wherein Cu+Mg < 4.50, and wherein Mg < 2.5 + 5/3(Cu - 1.2), Fe up to 0.25, Si up to 0.25, and optionally one or more elements selected from the group consisting of: Zr up to 0.3, Cr up to 0.3, Mn up to 0.45, Ti up to 0.25, Sc up to 0.5, Ag up to 0.5, the balance being aluminium and impurities, and wherein said product is aged to achieve: - a conventional tensile yield strength (in MPa) measured in the L-direction measured at quarter thickness of more than 485-0.12*(t-100) MPa (t being the thickness of the product in mm); - a minimum life without failure due to stress corrosion cracking (SCC) measured in accordance with ASTM G47-98 of at least 30 days at a short transverse (ST) stress level of 170 MPa; - a minimum K max-dev value without crack deviation due to crack propagation testing in standard atmosphere at room temperature in accordance with ASTM E647-13e01 in L-S direction on CT samples of at least 40 MPa√m on average, preferably of at least 45 MPa√m on average, testing in a load controlled fatigue test and crack deviation defined as a crack deviating more than 20° from the intended fracture plane. - a conventional tensile yield strength (in MPa) measured in the L-direction measured at quarter thickness of more than 485-0.12*(t-100) MPa (t being the thickness of the product in mm); - a minimum life without failure due to stress corrosion cracking (SCC) measured in accordance with ASTM G47-98 of at least 30 days at a short transverse (ST) stress level of 170 MPa; - a minimum K max-dev value without crack deviation due to crack propagation testing in standard atmosphere at room temperature in accordance with ASTM E647-13e01 in L-S direction on CT samples of at least 40 MPa√m on average, preferably of at least 45 MPa√m on average, testing in a load controlled fatigue test and crack deviation defined as a crack deviating more than 20° from the intended fracture plane.
An automotive vehicle , especially an automotive vehicle which is configured for driving autonomously at least partially or temporarily, comprising a vehicle safety system comprising an adjustable vehicle seat and an assigned side airbag , wherein the side airbag comprises at least one inflatable area and at least one non-inflatable area which subdivides the inflatable area and forms at least one adaptive deployment portion which is configured for adapting, regarding its deployment shape, automatically and adaptively to the position of an assigned vehicle seat , characterized in that the side airbag is configured and disposed within the vehicle so that in the inflated state the side airbag may bear on a backrest of the vehicle seat being provided in a standard position, wherein a bearing point of the side airbag is disposed so that in the inflated state of the latter a flow passage formed in the area of a lower longitudinal edge of the side airbag is at least partly closable by the bearing point contacting the backrest of the vehicle seat or in that the side airbag can be deployed into an inflated state without bearing against a backrest of the vehicle seat being provided in a position reclined to the rear, wherein also the adaptive deployment portion of the side airbag is inflatable free from obstruction.
1,3-Dipolar compound including an epoxide group, the epoxide group being a 3-membered ether ring in which a first member is a carbon atom having an attachment to the dipole of the 1,3-dipolar compound and a second member is a tertiary or quaternary carbon, which compound is an aromatic nitrile monoxide.
An image forming apparatus comprising: an apparatus main body ; a sheet feeding cartridge arranged attachably/detachbly with respect to the apparatus main body and storing sheets; an optical scanning device arranged inside the apparatus main body and including a deflector deflecting a laser light scanning an image carrier outputted from a light source , a first reflection mirror part adjusting scanning curve of the laser light deflected by the deflector , and a second reflection mirror part arranged at a downstream side from the first reflection mirror part in an optical path of the laser light to adjust scanning inclination of the laser light; and an adjustment operation transmitting part having one end part exposed in a state where the sheet feeding cartridge is detached from the apparatus main body and another end part connected to the second reflection mirror part of the optical scanning device and transmitting adjustment operation of the second reflection mirror part from one end part to another end part. an apparatus main body ; a sheet feeding cartridge arranged attachably/detachbly with respect to the apparatus main body and storing sheets; an optical scanning device arranged inside the apparatus main body and including a deflector deflecting a laser light scanning an image carrier outputted from a light source , a first reflection mirror part adjusting scanning curve of the laser light deflected by the deflector , and a second reflection mirror part arranged at a downstream side from the first reflection mirror part in an optical path of the laser light to adjust scanning inclination of the laser light; and an adjustment operation transmitting part having one end part exposed in a state where the sheet feeding cartridge is detached from the apparatus main body and another end part connected to the second reflection mirror part of the optical scanning device and transmitting adjustment operation of the second reflection mirror part from one end part to another end part.
A coffee machine having a brewing unit having a terminal for production of the beverage, and a device for the preparation of a dose of ground coffee powder comprising a filter holder cup having a filter for the introduction and collection of said dose of ground coffee powder, an attaching support to which said filter holder cup is separably attached and a grinder for coffee beans comprising a slide for dispensing ground coffee having an outlet positioned above said filter of said filter holder cup , wherein said device comprises a pressing piston of said dose of ground coffee powder present in said filter holder cup , a lifting mechanism of said pressing piston in a position above said outlet of said slide , said pressing piston being rigidly supported by a vertical stem which extends above it, said lifting mechanism comprising a manual rotating control element being either a lever or a knob and a transmission which transforms the rotation of said manual rotating control element in a vertical translation of said pressing piston , the coffee machine being characterized in that the transmission of said lifting mechanism comprises a gear comprising a vertical rack solidly constrained to said stem and an arch of a cogwheel supported by a horizontal mechanical axis connected to said control element , and in that the coffee machine further comprises pressing force adjustment means comprising an elastic clutch which connects two elements of said lifting mechanism to each other, said two elements connected by said elastic clutch being said control element and said arch of a cogwheel .
An air conditioner comprising: an indoor device ; and an outdoor device connected to the indoor device , wherein the outdoor device comprises: an outdoor heat exchanger ; an outdoor expansion mechanism communicating with the outdoor heat exchanger and expanding the refrigerant entering it in a heating operation; a pass variable tube for varying refrigerant flow within the outdoor heat exchanger ; and a pass variable valve provided to the pass variable tube , wherein the outdoor heat exchanger comprises a first heat exchange part and a second heat exchange part , the first heat exchange part is connected to a first manifold and a second manifold to distribute refrigerant flow, wherein the first manifold distributes the refrigerant to the first heat exchange part when the air conditioner is in a cooling operation, whereas the second manifold distributes the refrigerant to the first heat exchange part when the air conditioner is in a heating operation, characterised in that the second manifold is connected to first capillaries which are connected to the outdoor expansion mechanism and may decrease the refrigerant pressure further in heating operation, and the pass variable tube is connected to the second manifold , wherein the air conditioner further comprises: a first connection tube in which refrigerant discharged from the first heat exchange part flows in a heating operation; and a second connection tube in which refrigerant discharged from the second heat exchange part flows in the heating operation, wherein the pass variable tube is connected to the second connection tube . an indoor device ; and an outdoor device connected to the indoor device , wherein the outdoor device comprises: an outdoor heat exchanger ; an outdoor expansion mechanism communicating with the outdoor heat exchanger and expanding the refrigerant entering it in a heating operation; a pass variable tube for varying refrigerant flow within the outdoor heat exchanger ; and a pass variable valve provided to the pass variable tube , wherein the outdoor heat exchanger comprises a first heat exchange part and a second heat exchange part , the first heat exchange part is connected to a first manifold and a second manifold to distribute refrigerant flow, a first connection tube in which refrigerant discharged from the first heat exchange part flows in a heating operation; and a second connection tube in which refrigerant discharged from the second heat exchange part flows in the heating operation, wherein the pass variable tube is connected to the second connection tube .
An image processing method comprising: performing first image processing on a fundus image of a subject eye to extract a first non perfusion area candidate; characterised by : performing second image processing on the fundus image to extract a second non perfusion area candidate; and extracting as a predicted non perfusion area any candidate that is both the first non perfusion area candidate and the second non perfusion area candidate. performing first image processing on a fundus image of a subject eye to extract a first non perfusion area candidate; characterised by : performing second image processing on the fundus image to extract a second non perfusion area candidate; and extracting as a predicted non perfusion area any candidate that is both the first non perfusion area candidate and the second non perfusion area candidate. performing second image processing on the fundus image to extract a second non perfusion area candidate; and extracting as a predicted non perfusion area any candidate that is both the first non perfusion area candidate and the second non perfusion area candidate.