mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a dosing device for metering an additive to an exhaust-gas treatment device, comprising at least the following steps: a) determining a dosing amount of the additive demanded by the exhaust-gas treatment device; b) determining an operating mode for supplying the required dosing amount for the dosing device, wherein at least the following sub-steps are carried out: b.1) providing at least one characteristic operating value of at least one component of the dosing device which is definitive of a degree of aging of the dosing device; b.2) setting an operating mode for the dosing device in a manner dependent on the characteristic operating value from step b.1); c) operating the dosing device with the set operating mode such that the dosing amount demanded in accordance with step a) is supplied to the exhaust-gas treatment device. a) determining a dosing amount of the additive demanded by the exhaust-gas treatment device; b) determining an operating mode for supplying the required dosing amount for the dosing device, wherein at least the following sub-steps are carried out: b.1) providing at least one characteristic operating value of at least one component of the dosing device which is definitive of a degree of aging of the dosing device; b.2) setting an operating mode for the dosing device in a manner dependent on the characteristic operating value from step b.1); b.1) providing at least one characteristic operating value of at least one component of the dosing device which is definitive of a degree of aging of the dosing device; b.2) setting an operating mode for the dosing device in a manner dependent on the characteristic operating value from step b.1); c) operating the dosing device with the set operating mode such that the dosing amount demanded in accordance with step a) is supplied to the exhaust-gas treatment device.
Keyboard Video Mouse device for monitoring and operating a plurality of coupled computers or servers (4a, 4b) comprising: a plurality of computer interfaces, each capable of receiving a video signal from a corresponding host computer or server (4a, 4b); characterized by a plurality of video receivers (8a, 8b), each coupled to the corresponding one of said computer interfaces and configured to convert the video signal received from the corresponding computer video interface to a common video format; and a video processor, capable of receiving at least one video signal in common video format from said video receivers (8a, 8b) and transmitting at least one combined or switched video output to at least one locally connected display, wherein said video processor has a video analysis function configured to automatically detect failure among said plurality of coupled computers or servers (4a, 4b) through video recognition of pre-defined failure screens selectable from the list of: I. Blue Screen of Death; II. Black Screen of Death; and III. at least one other predefined failure screen, captured by the manufacturer or by an administrator. a plurality of computer interfaces, each capable of receiving a video signal from a corresponding host computer or server (4a, 4b); characterized by a plurality of video receivers (8a, 8b), each coupled to the corresponding one of said computer interfaces and configured to convert the video signal received from the corresponding computer video interface to a common video format; and a video processor, capable of receiving at least one video signal in common video format from said video receivers (8a, 8b) and transmitting at least one combined or switched video output to at least one locally connected display, wherein said video processor has a video analysis function configured to automatically detect failure among said plurality of coupled computers or servers (4a, 4b) through video recognition of pre-defined failure screens selectable from the list of: I. Blue Screen of Death; II. Black Screen of Death; and III. at least one other predefined failure screen, captured by the manufacturer or by an administrator. I. Blue Screen of Death; II. Black Screen of Death; and III. at least one other predefined failure screen, captured by the manufacturer or by an administrator.
An anti-theft and anti-tampering protection system comprising: - at least one electrical accumulator designed to discharge rapidly at least in the event of any theft or tampering attempts on the system; - at least one rapid discharge electrical circuit of said accumulator; - at least one actuator to activate said discharge electrical circuit of said accumulator in case said system is tampered with; - at least one electrical circuit for replicating the charged and discharged state operatively connected to said accumulator to replicate its state, said replicating circuit having, on the connection to said accumulator, a high-input impedance so as to substantially isolate said accumulator when said replicating electrical circuit is not supplied, so as to limit the undesirable discharge process of said accumulator when said protection system is not powered. - at least one electrical accumulator designed to discharge rapidly at least in the event of any theft or tampering attempts on the system; - at least one rapid discharge electrical circuit of said accumulator; - at least one actuator to activate said discharge electrical circuit of said accumulator in case said system is tampered with; - at least one electrical circuit for replicating the charged and discharged state operatively connected to said accumulator to replicate its state, said replicating circuit having, on the connection to said accumulator, a high-input impedance so as to substantially isolate said accumulator when said replicating electrical circuit is not supplied, so as to limit the undesirable discharge process of said accumulator when said protection system is not powered.
A chipset for a terminal, the chipset comprising: - at least one secure processor into which a one-time programmable memory (OTP area) is integrated, - a modem; - an application processor; and - a memory chip with a rewritable non-volatile memory (NVM, ext NVM, int NVM), wherein the secure processor has a higher security level than the application processor, wherein a secure channel (S-CH) is set up between the at least one secure processor and the modem via a system bus for secured transmission of data between the secure processor and the modem, wherein at least one terminal serial number (IMEI) of the terminal is stored in the one-time programmable memory (OTP area) or in the memory chip (NVM, ext NVM, int NVM), wherein a key for setting up and operating the secure channel (S-CH) is stored in the one-time programmable memory (OTP area), and wherein access to information for securing the terminal serial number (IMEI) and/or the terminal serial number (IMEI) is exclusively granted to the secure processor; wherein an encryption key for encrypting the terminal serial number (IMEI) or a securing key, from which an encryption key for encrypting the terminal serial number (IMEI) can be derived, is also stored in the one-time programmable memory (OTP area); and wherein the chipset further comprises an encryption device which is set up to encrypt the terminal serial number (IMEI) with the encryption key to form an encrypted terminal serial number (enc(IMEI)) and to store the encrypted terminal serial number (enc(IMEI)) in the rewritable, non-volatile memory (NVM, ext NVM, int NVM). - at least one secure processor into which a one-time programmable memory (OTP area) is integrated, - a modem; - an application processor; and - a memory chip with a rewritable non-volatile memory (NVM, ext NVM, int NVM), wherein the secure processor has a higher security level than the application processor, wherein a secure channel (S-CH) is set up between the at least one secure processor and the modem via a system bus for secured transmission of data between the secure processor and the modem, wherein at least one terminal serial number (IMEI) of the terminal is stored in the one-time programmable memory (OTP area) or in the memory chip (NVM, ext NVM, int NVM), wherein a key for setting up and operating the secure channel (S-CH) is stored in the one-time programmable memory (OTP area), and wherein access to information for securing the terminal serial number (IMEI) and/or the terminal serial number (IMEI) is exclusively granted to the secure processor; wherein an encryption key for encrypting the terminal serial number (IMEI) or a securing key, from which an encryption key for encrypting the terminal serial number (IMEI) can be derived, is also stored in the one-time programmable memory (OTP area); and wherein the chipset further comprises an encryption device which is set up to encrypt the terminal serial number (IMEI) with the encryption key to form an encrypted terminal serial number (enc(IMEI)) and to store the encrypted terminal serial number (enc(IMEI)) in the rewritable, non-volatile memory (NVM, ext NVM, int NVM).
A system for directing content among a plurality of display devices, the system comprising: a first device having a first display for displaying content that may be selected; and at least a second device having a second display; the system is characterised in that it further comprises: a motor mechanism in communication with the second device for adjusting a position of the second device; an input command causing content displayed at the first device to be selected; and a processor in communication with the first device, at least the second device and the motor mechanism wherein the processor receives the input command from the first device, causes the motor mechanism to adjust a position of the second device, the processor dynamically adjusts the position of the second device and display settings of the second device based on the selected content causing the selected content to be displayed by at least the second device. a first device having a first display for displaying content that may be selected; and at least a second device having a second display; a motor mechanism in communication with the second device for adjusting a position of the second device; an input command causing content displayed at the first device to be selected; and a processor in communication with the first device, at least the second device and the motor mechanism wherein the processor receives the input command from the first device, causes the motor mechanism to adjust a position of the second device, the processor dynamically adjusts the position of the second device and display settings of the second device based on the selected content causing the selected content to be displayed by at least the second device.
Protective clothing in the form of a jacket or vest comprising gas bags on the chest, the hips, the central back and the shoulder and, in an option, on the buttocks and in the groin region, the protective clothing without the option comprising in particular a pair of trousers on which gas bags are arranged on the buttocks and/or in the groin region, wherein the compacted gas bags (2a, 2b), which are automatically inflatable during a fall to protect the person in an impact, the gas bags (2a, 2b) in the inflated state having an elongated shape with a longitudinal direction directed away from the body of the person to be protected, and the gas bags (2a, 2b) are not interconnected along their longitudinal direction, characterized in that the cross-sectional area of the gas bags (2a, 2b) increases in the longitudinal direction away from the person over a large part of the length of the gas bags (2a, 2b), wherein it is attainable or at least supportable by means of the gas bags becoming thicker away from the person with a suitable shape that the person bends his back forward and/or tilts his head forward-down.
A micro page table engine apparatus configured to perform rank shedding, which involves allowing ranks of memory to be prioritized in usage, the micro page table engine apparatus comprising: logic to receive a memory page request for a memory page, wherein the memory page request includes a linear address of the memory page; a translation lookaside buffer, TLB, to store one or more memory page address translations which translate linear addresses to micro-physical addresses which directly map into final physical memory space; a page miss handler logic to perform, in response to the TLB not storing the memory page address translation for the memory page referenced by the memory page request, a page walk using operating system, OS, established page tables to retrieve a platform physical address and to perform a micro physical address lookup in a page miss handler tag table using the platform physical address as an index, wherein the page miss handler tag table is implemented at least in part for said rank shedding; and a memory management logic configured to manage entries in the page miss handler tag table. logic to receive a memory page request for a memory page, wherein the memory page request includes a linear address of the memory page; a translation lookaside buffer, TLB, to store one or more memory page address translations which translate linear addresses to micro-physical addresses which directly map into final physical memory space; a page miss handler logic to perform, in response to the TLB not storing the memory page address translation for the memory page referenced by the memory page request, a page walk using operating system, OS, established page tables to retrieve a platform physical address and to perform a micro physical address lookup in a page miss handler tag table using the platform physical address as an index, wherein the page miss handler tag table is implemented at least in part for said rank shedding; and a memory management logic configured to manage entries in the page miss handler tag table.
A computer-implemented method for generating a three-dimensional object image from a three-dimensional image depicting an object and a secondary object, comprising: projecting the three-dimensional image along a first axis to generate a first two-dimensional projection image; defining a two-dimensional boundary of the object based upon the first two-dimensional projection image; reprojecting the two-dimensional boundary through volume of the three-dimensional image along the first axis; extracting voxels comprised within the reprojected boundary to generate a three-dimensional sub-image; identifying boundaries of the object within the sub-image perpendicular to the first axis; defining a three-dimensional boundary of the object within the three-dimensional image based upon the two-dimensional boundary and the boundaries within the sub-image; extracting voxels comprised within the three-dimensional boundary to generate the three-dimensional object image depicting the object but not depicting the secondary object. projecting the three-dimensional image along a first axis to generate a first two-dimensional projection image; defining a two-dimensional boundary of the object based upon the first two-dimensional projection image; reprojecting the two-dimensional boundary through volume of the three-dimensional image along the first axis; extracting voxels comprised within the reprojected boundary to generate a three-dimensional sub-image; identifying boundaries of the object within the sub-image perpendicular to the first axis; defining a three-dimensional boundary of the object within the three-dimensional image based upon the two-dimensional boundary and the boundaries within the sub-image; extracting voxels comprised within the three-dimensional boundary to generate the three-dimensional object image depicting the object but not depicting the secondary object.
A clutch drum being part of a centrifugal clutch for an internal combustion engine of a hand-held power tool, e.g. a chainsaw, a trimmer, a hedge trimmer or a cut off machine, the centrifugal clutch being arranged to transmit a rotational motion of a crank shaft at higher engine speed and to declutch at lower engine speed, the clutch drum comprising: - a peripheral portion, with thickness B, which is arranged to be engaged on the inside by weighted arms of a driving disc at higher engine speed, - an end portion, with thickness A, joining the peripheral portion and a drum hub, characterized in that the thickness A is less than the thickness B, wherein the clutch drum is formed by drawing a sheet metal blank, and the peripheral portion at least partly is folded and comprises two layers, one radially outer layer and a second radially inner layer, of said sheet metal, and preferably the radially outer layer is wider than the radially inner layer. - a peripheral portion, with thickness B, which is arranged to be engaged on the inside by weighted arms of a driving disc at higher engine speed, - an end portion, with thickness A, joining the peripheral portion and a drum hub, characterized in that the thickness A is less than the thickness B, wherein the clutch drum is formed by drawing a sheet metal blank, and the peripheral portion at least partly is folded and comprises two layers, one radially outer layer and a second radially inner layer, of said sheet metal, and preferably the radially outer layer is wider than the radially inner layer.
A method of communicating data in a wireless telecommunications system, the method comprising: transmitting data (1812, 1822, 1832) from a base station to a plurality of terminal devices in a multicast transmission; and transmitting response signals (1810, 1820, 1830) from respective ones of the terminal devices to the base station on a Physical Uplink Control Channel, PUCCH, in response to the multicast transmission to indicate whether the respective terminal devices have successfully received the multicast transmission, wherein respective ones of the terminal devices use different PUCCH resources for their respective response signals, and wherein the method further comprises conveying to respective ones of the terminal devices an indication of an uplink transmission resource to be used for their response signal, wherein the indication of an uplink transmission resource is conveyed during a set-up procedure (1880, 1882) performed when the respective terminal devices connect to the wireless telecommunications system. transmitting data (1812, 1822, 1832) from a base station to a plurality of terminal devices in a multicast transmission; and transmitting response signals (1810, 1820, 1830) from respective ones of the terminal devices to the base station on a Physical Uplink Control Channel, PUCCH, in response to the multicast transmission to indicate whether the respective terminal devices have successfully received the multicast transmission, wherein respective ones of the terminal devices use different PUCCH resources for their respective response signals, and wherein the method further comprises conveying to respective ones of the terminal devices an indication of an uplink transmission resource to be used for their response signal, wherein the indication of an uplink transmission resource is conveyed during a set-up procedure (1880, 1882) performed when the respective terminal devices connect to the wireless telecommunications system.
Washing machine with a machine housing, with a water container received in the housing and received in an oscillatory manner relative hereto, with a laundry drum received in a rotating manner in the water container with a feed opening aligned relative to the axis of rotation of the drum, said feed opening being included in an opening of the water container, wherein the opening of the water container is aligned relative to a loading and unloading opening in the housing, wherein the opening of the water container and the loading and unloading opening are connected by a tube-type collar which enables a oscillation compensation, while a door gap is present between an inner wall region of a door frame (14, 14a) of the housing door and a ring-type region of the housing surrounding the loading and unloading opening in the closed state of the door, wherein the collar comprises a sealing lip which, in a closed state of the door, interacts with a casing of a bull's eye received in the door frame with a truncated structure to seal the water container in respect of the housing, characterised in that at least in a lower subregion the door gap is embodied as an enlarged gap (d 3 ',d 3 ") compared with its remaining region, wherein the sealing lip is embodied to be resilient so that an item of laundry which is clamped when the door is closed is released with an, in particular initial, rotation of the drum, wherein the sealing lip does not exceed a predetermined maximum value of the holding or clamping force acting therefrom on the clamped item of laundry.
An optical adaptor for mounting to a receptacle to optically couple connectorized optical cables, comprising: - an assembly of an optical extension comprising an optical lens to provide an optical bridging path between a first and a second one of the connectorized optical cables (1, 2) to optically couple the first and the second connectorized optical cable (1, 2), wherein the assembly of the optical extension has a first side (S100a) to optically couple the first connectorized optical cable to the optical lens and a second side (S100b) to optically couple the second connectorized optical cable to the optical lens, - a mounting element to mount the optical adaptor to the receptacle, - wherein the mounting element is configured to receive the assembly of the optical extension and to mechanically couple the first connectorized optical cable to the mounting element so that the first connectorized optical cable is optically coupled to the first side (S100a) of the assembly of the optical extension, - wherein the assembly of the optical extension comprises a connector interface having a first hollow area to receive a middle portion of the lens, - wherein the lens is arranged in the first hollow area of the connector interface such that a first end portion of the lens protrudes at a first side (S120a) of the connector interface from the first hollow area of the connector interface, - wherein the connector interface has a second hollow area to receive a second end portion of the lens, the second hollow area having a larger diameter than the first hollow area. - an assembly of an optical extension comprising an optical lens to provide an optical bridging path between a first and a second one of the connectorized optical cables (1, 2) to optically couple the first and the second connectorized optical cable (1, 2), wherein the assembly of the optical extension has a first side (S100a) to optically couple the first connectorized optical cable to the optical lens and a second side (S100b) to optically couple the second connectorized optical cable to the optical lens, - a mounting element to mount the optical adaptor to the receptacle, - wherein the mounting element is configured to receive the assembly of the optical extension and to mechanically couple the first connectorized optical cable to the mounting element so that the first connectorized optical cable is optically coupled to the first side (S100a) of the assembly of the optical extension, - wherein the assembly of the optical extension comprises a connector interface having a first hollow area to receive a middle portion of the lens, - wherein the lens is arranged in the first hollow area of the connector interface such that a first end portion of the lens protrudes at a first side (S120a) of the connector interface from the first hollow area of the connector interface, - wherein the connector interface has a second hollow area to receive a second end portion of the lens, the second hollow area having a larger diameter than the first hollow area.