mhurhangee/ep-ind-claims huggingface dataset:
A printhead assembly, comprising: ink ejection devices having nozzles; and processing electronics in communication with the ink ejection devices, the processing electronics including logic configured to receive nozzle data for controlling the ink ejection devices; receive error detection data associated with the nozzle data; detect errors associated with the nozzle data using the error detection data; generate fault data for the detected errors; and transmit the fault data to a printing system in communication with the printhead assembly during printing of a print job; wherein the generated fault data includes one of a number of errors, a type of error, an error sequence, and an error frequency for the errors associated with the nozzle data; based on which the printing system differentiates between critical and non-critical data transmission errors and provides an appropriate response to the critical or non-critical data transmission errors. ink ejection devices having nozzles; and processing electronics in communication with the ink ejection devices, the processing electronics including logic configured to receive nozzle data for controlling the ink ejection devices; receive error detection data associated with the nozzle data; detect errors associated with the nozzle data using the error detection data; generate fault data for the detected errors; and transmit the fault data to a printing system in communication with the printhead assembly during printing of a print job; wherein the generated fault data includes one of a number of errors, a type of error, an error sequence, and an error frequency for the errors associated with the nozzle data; based on which the printing system differentiates between critical and non-critical data transmission errors and provides an appropriate response to the critical or non-critical data transmission errors. receive nozzle data for controlling the ink ejection devices; receive error detection data associated with the nozzle data; detect errors associated with the nozzle data using the error detection data; generate fault data for the detected errors; and transmit the fault data to a printing system in communication with the printhead assembly during printing of a print job; wherein the generated fault data includes one of a number of errors, a type of error, an error sequence, and an error frequency for the errors associated with the nozzle data; based on which the printing system differentiates between critical and non-critical data transmission errors and provides an appropriate response to the critical or non-critical data transmission errors.
An assembly comprising a combustion engine, and a housing comprising a first wall which consists of two or more containers (8, 9, 10, 11, 12, 13, 14, 15, 16) to protect the combustion engine which is located inside the housing, and a chimney with a rack which rack has the size of an ISO container, the chimney being attached to the housing and connected to an exhaust system of the engine.
A compressible liner for impact protection, said liner comprising three substantially co-extensive layers (1124,1128,1160) mutually engaged by respective arrays of cone-like protuberances (1130,1162) and corresponding cone-like recesses (1161,1132), the outer surface of the liner being substantially smooth and at least a portion of the intermediate layer having a different compressibility to that of an adjacent layer (1124,1128).
An automotive battery system comprising: - a first battery configured to couple to an electrical system, wherein the first battery comprises a first battery chemistry; - a second battery coupled in parallel with the first battery and configured to couple to the electrical system; - a first switch coupled to a positive terminal of the second battery and configured to electrically couple or decouple the second battery to or from the electrical system; and - a battery control unit configured to detect a short circuit condition of the first battery, the second battery, or both and to decouple the second battery from the electrical system by opening the first switch upon detecting the short circuit condition, wherein the battery control unit comprises a wake-up control unit configured to wake-up the battery control unit upon detection of a potential short circuit condition while the battery control unit is in a hibernation mode, wherein the wake-up control unit receives a voltage signal from an output of the first battery and the second battery, determines an instantaneous rate of change of the voltage signal, and provides a wake-up signal to short circuit detection electronics of the battery control unit when the instantaneous rate of change of the voltage signal is lower than a predetermined threshold value. - a first battery configured to couple to an electrical system, wherein the first battery comprises a first battery chemistry; - a second battery coupled in parallel with the first battery and configured to couple to the electrical system; - a first switch coupled to a positive terminal of the second battery and configured to electrically couple or decouple the second battery to or from the electrical system; and - a battery control unit configured to detect a short circuit condition of the first battery, the second battery, or both and to decouple the second battery from the electrical system by opening the first switch upon detecting the short circuit condition,
An apparatus (10; 110; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1110; 1210) for supplying user inputs to a computer program, for controlling the computer program, comprising: a case comprising a body portion (14; 114; 214; 314; 414; 1014; 1114); and a plurality of controls located on a front of the apparatus; at least one first additional control located on a rear of the apparatus; at least one second additional control located on a rear of the apparatus; the apparatus being shaped so that the controls located on the front of the apparatus can be operated by a user's thumbs when both hands of the user hold the apparatus; at least one first actuator (11C, 11D) mounted to the rear of the apparatus in a position operable by a middle, ring or little finger of a user; at least one second actuator (11A, 11B) mounted to the rear of the apparatus, in a position operable by a middle, ring or little finger of a user; the first actuator is configured to activate the at least one first additional control; the second actuator is configured to activate the at least one second additional control; characterised by the at least one second actuator (11A, 11B) being mounted in vertical registry with the first and second additional controls; and by the first actuator comprising a first laterally extending projection (16C, 16D) configured to extend between an outer surface of the body portion and an inner surface of the second actuator so as to be disposed in overlapping relationship with the second actuator such that the first laterally extending projection is disposed over one of the first additional control. a case comprising a body portion (14; 114; 214; 314; 414; 1014; 1114); and a plurality of controls located on a front of the apparatus; at least one first additional control located on a rear of the apparatus; at least one second additional control located on a rear of the apparatus; the apparatus being shaped so that the controls located on the front of the apparatus can be operated by a user's thumbs when both hands of the user hold the apparatus; at least one first actuator (11C, 11D) mounted to the rear of the apparatus in a position operable by a middle, ring or little finger of a user; at least one second actuator (11A, 11B) mounted to the rear of the apparatus, in a position operable by a middle, ring or little finger of a user; the first actuator is configured to activate the at least one first additional control; the second actuator is configured to activate the at least one second additional control; characterised by the at least one second actuator (11A, 11B) being mounted in vertical registry with the first and second additional controls; and by the first actuator comprising a first laterally extending projection (16C, 16D) configured to extend between an outer surface of the body portion and an inner surface of the second actuator so as to be disposed in overlapping relationship with the second actuator such that the first laterally extending projection is disposed over one of the first additional control.
Method for allocating an identifier to a first client node of a client domain, said first client node being able to manage traffic associated with said client domain with a view to protecting it against a cyber attack, characterized in that said method is implemented by a device for allocating an identifier and in that it comprises: - receiving, from the first client node, a request to allocate a client-node identifier, said request comprising at least one datum identifying the first client node; - obtaining a list of client-node identifiers already allocated to active client nodes at least in the client domain; - allocating to said first client node a client-node identifier not belonging to the obtained list; - recording, in a local memory, an association between the allocated identifier and the datum identifying the first client node; - sending a response comprising the allocated identifier to the first client node; and - sending a request to record the identifier allocated to the first client node in the domain to at least one server managing traffic associated with the domain. - receiving, from the first client node, a request to allocate a client-node identifier, said request comprising at least one datum identifying the first client node; - obtaining a list of client-node identifiers already allocated to active client nodes at least in the client domain; - allocating to said first client node a client-node identifier not belonging to the obtained list; - recording, in a local memory, an association between the allocated identifier and the datum identifying the first client node; - sending a response comprising the allocated identifier to the first client node; and - sending a request to record the identifier allocated to the first client node in the domain to at least one server managing traffic associated with the domain.
A robotic surgical instrument, comprising: a shaft; an end effector element (502, 503); an articulation at a distal end of the shaft for articulating the end effector element, the articulation comprising: a first and second joint permitting the end effector element to adopt a range of configurations relative to a longitudinal axis of the shaft, the first joint being driveable by a first pair of driving elements (A1, A2) and the second joint being driveable by a second pair of driving elements (B1, B2); and an instrument interface at a proximal end of the shaft, wherein the instrument interface is engageable with a drive assembly interface at a distal end of a robotic arm and wherein the instrument interface is configured to transfer drive from a robotic arm to the robotic surgical instrument; wherein the instrument interface comprises: a chassis formed from the attachment of a first chassis portion to a second chassis portion, the first chassis portion comprising a mounting surface to which the shaft is mounted; wherein the first pair of driving elements are secured relative to the first chassis portion and the second pair of driving elements are secured relative to the second chassis portion, and wherein the first and second pairs of driving elements extend between the instrument interface and the articulation through the shaft. a shaft; an end effector element (502, 503); an articulation at a distal end of the shaft for articulating the end effector element, the articulation comprising: a first and second joint permitting the end effector element to adopt a range of configurations relative to a longitudinal axis of the shaft, the first joint being driveable by a first pair of driving elements (A1, A2) and the second joint being driveable by a second pair of driving elements (B1, B2); and an instrument interface at a proximal end of the shaft, wherein the instrument interface is engageable with a drive assembly interface at a distal end of a robotic arm and wherein the instrument interface is configured to transfer drive from a robotic arm to the robotic surgical instrument; wherein the instrument interface comprises: a chassis formed from the attachment of a first chassis portion to a second chassis portion, the first chassis portion comprising a mounting surface to which the shaft is mounted;
A method of cleaning a process gas containing sulphur dioxide by means of a wet scrubber comprising at least two spray level systems (20, 26, 32, 220) to which an absorption liquid is supplied for atomization by nozzles (38, 138, 238) comprised in said spray level system (20, 26, 32, 220) and each of which is individually controllable to convert operation of the individual spray level systems (20, 26, 32, 220) between a first operating mode and a second operating mode, wherein said spray level systems (20, 26, 32, 220) comprise at least a first tubular portion (34, 40, 44, 134, 234) and a second tubular portion (36, 42, 46, 136, 236), each of said first and second tubular portions (34, 36; 40, 42, 44, 46, 134, 136, 234, 236) comprising nozzles (38, 138, 238) distributed substantially evenly over a complete horizontal cross-section of the wet scrubber, and operating the wet scrubber in at least said first operating mode comprising using in said spray level systems (20, 26, 32, 220) an active nozzle density of at least 0.7 nozzles/m 2, supplying each of the spray level system active nozzles with an absorption liquid flow of at least 10 m 3 /hour, and supplying a Total Flow of absorption liquid of at least 30 m 3 /hour/m 2 to the spray level systems (20, 26, 32, 220) for a process gas with a vertical velocity of at least 3.5 m/s, controlling the amount of absorption liquid supplied to the first tubular portion (34, 40, 44, 134, 234) independently from the amount of absorption liquid supplied to the second tubular portion (36, 42, 46, 136, 236), controlling the amount of absorption liquid supplied to the spray level systems (20, 26, 32, 220) between operation of the spray level systems (20, 26, 32, 220) in said first higher absorption capacity operating mode, and in said second lower absorption capacity operating mode, wherein the amount of absorption liquid supplied to the spray level system is controlled based on the measured process gas pressure drop over the spray level system.
A security system, comprising: access control readers configured to control access to a building and/or to interior areas of the building; an access controller configured to place the access control readers into power saving state when the building is assessed to be unoccupied; and a security alarm panel configured to receive indications of intrusions at the building from security devices and to send alarm signals in response, characterized in that the access controller is configured to assess the building to be unoccupied when the security alarm panel indicates that it has been armed, and wherein the access controller is configured to place the access control readers out of power saving state in response to the access controller receiving the alarm signals from the security alarm panel. access control readers configured to control access to a building and/or to interior areas of the building; an access controller configured to place the access control readers into power saving state when the building is assessed to be unoccupied; and a security alarm panel configured to receive indications of intrusions at the building from security devices and to send alarm signals in response, characterized in that the access controller is configured to assess the building to be unoccupied when the security alarm panel indicates that it has been armed, and wherein the access controller is configured to place the access control readers out of power saving state in response to the access controller receiving the alarm signals from the security alarm panel.
Key for a lock cylinder, wherein the key comprises a key shank which extends along a longitudinal direction and which has two key broad side faces (18, 18'), wherein the key shank has a cutout through the key broad side faces (18, 18'), wherein a shaft extends through the cutout, and wherein the shaft is arranged in the key shank in a rotationally fixed manner, and wherein at least two rings (28, 30) are arranged next to one another on the shaft in the cutout, wherein an inside diameter of each ring (28, 30) is larger than an outside diameter of the shaft, characterized in that the key has exactly two rings (28, 30), and in that the rings (28, 30) are each formed symmetrically to a rotational symmetry axis, and are formed asymmetrically relative to a ring centre plane extending perpendicularly to the rotational symmetry axis.
Pathway or walkway lighting having lighting units (3, 3') arranged in or on a handrail, which lighting units (3, 3') have light sources (5a, 5b), and in particular LED's, by which a pathway or walkway can be lit with respective distributions of illuminance, which illuminance is at a maximum in the region of a main direction of emission (6a, 6b) of the light emitted by any given light source (5a, 5b), the light sources (5a, 5b) being spaced apart in the longitudinal direction of the handrail and there being at least two groups of light sources (5a, 5b) each comprising a plurality of light sources (5a, 5b), the groups of light sources (5a, 5b) being supplied with electrical energy by respective supply units (15, 16) of their own, characterised in that successive light sources (5a, 5b) in the longitudinal direction of the handrail each belong to different groups.
A method for integrating a gene by homologous recombination into chromosomal DNA of a S. spinosa host cell, the method comprising the steps of: a) cloning two genomic DNA fragments from the obsA gene of the obscurin polyketide synthase gene locus to generate an integration plasmid, wherein one genomic fragment is cloned upstream of a polynucleotide to be integrated, and the second genomic fragment is cloned downstream of a polynucleotide to be integrated, and the resulting ligated DNA fragment becomes the integration plasmid wherein upon integration the obsA gene of the obscurin polyketide synthase gene locus is disrupted by the polynucleotide; b) introducing the plasmid of step (a) into the host cell; c) integrating the polynucleotide into the native obsA gene of the obscurin polyketide synthase gene locus in the genome of the host cell; and, d) screening the host cell for presence of said polynucleotide. a) cloning two genomic DNA fragments from the obsA gene of the obscurin polyketide synthase gene locus to generate an integration plasmid, wherein one genomic fragment is cloned upstream of a polynucleotide to be integrated, and the second genomic fragment is cloned downstream of a polynucleotide to be integrated, and the resulting ligated DNA fragment becomes the integration plasmid wherein upon integration the obsA gene of the obscurin polyketide synthase gene locus is disrupted by the polynucleotide; b) introducing the plasmid of step (a) into the host cell; c) integrating the polynucleotide into the native obsA gene of the obscurin polyketide synthase gene locus in the genome of the host cell; and, d) screening the host cell for presence of said polynucleotide.
Method of coating a substrate with the aid of a thermal spraying process, in which cooling is used, characterised in that - exclusively only those areas in which coating was carried out immediately beforehand are selectively cooled, - the cooling area is no greater than the spray spot area and - the temperature of the layer/substrate composite is at least 200 K above the ambient temperature both during coating and after defined cooling of the deposited layer. - exclusively only those areas in which coating was carried out immediately beforehand are selectively cooled, - the cooling area is no greater than the spray spot area and - the temperature of the layer/substrate composite is at least 200 K above the ambient temperature both during coating and after defined cooling of the deposited layer.
A display apparatus comprising: a display panel; a light guide plate configured to guide light to the display panel; a light source configured to irradiate an entry side surface of the light guide plate with light; and a middle mold disposed between the display panel and the light guide plate, the middle mold comprising: a support surface configured to support the light guide plate, and a groove formed in the middle mold proximate to the support surface, adjacent to the light guide plate, wherein the groove includes a first inner surface and a second inner surface connected by a connecting surface, the inner side surfaces (111, 112) facing an inside of the groove, wherein the groove is formed such that light exiting the groove has a reduced intensity with respect to light entering the groove due to multiple reflections on the inner side surfaces of the groove, and wherein one of the inner side surfaces is collinear with the entry side surface of the light guide plate. a display panel; a light guide plate configured to guide light to the display panel; a light source configured to irradiate an entry side surface of the light guide plate with light; and a middle mold disposed between the display panel and the light guide plate, the middle mold comprising: a support surface configured to support the light guide plate, and a groove formed in the middle mold proximate to the support surface, adjacent to the light guide plate, wherein the groove includes a first inner surface and a second inner surface connected by a connecting surface, the inner side surfaces (111, 112) facing an inside of the groove, wherein the groove is formed such that light exiting the groove has a reduced intensity with respect to light entering the groove due to multiple reflections on the inner side surfaces of the groove, and wherein one of the inner side surfaces is collinear with the entry side surface of the light guide plate. a support surface configured to support the light guide plate, and a groove formed in the middle mold proximate to the support surface, adjacent to the light guide plate, wherein the groove includes a first inner surface and a second inner surface connected by a connecting surface, the inner side surfaces (111, 112) facing an inside of the groove, wherein the groove is formed such that light exiting the groove has a reduced intensity with respect to light entering the groove due to multiple reflections on the inner side surfaces of the groove, and wherein one of the inner side surfaces is collinear with the entry side surface of the light guide plate.