mhurhangee/patent-ind-claim-en huggingface dataset:
A cubicle shed with a plurality of cubicles which can be filled, and in particular are filled, with litter material , as well as a cubicle monitoring system which is configured to monitor a plurality of cubicles for livestock animals in a livestock pen, and which is provided with - an aircraft which is autonomously movable along the cubicles , in particular a Zeppelin or drone, which is provided with a sensor device for observing the contents of the cubicles , - a control unit , in particular provided on the aircraft , for moving the aircraft at least along a subset of the cubicles , and - a processing device which is operatively connected to the sensor device, and preferably also to the control unit for receiving the observation and for processing the observation in order to generate information about a cubicle content status comprising information about an amount and/or distribution and/or quality of the contents of the cubicles , characterized in that - the processing device furthermore comprises reference information as well as at least one comparison criterion, wherein the processing device is configured to compare the information generated with the reference information, and to trigger an alarm signal if the result of the comparison meets at least one of the one or more comparison criteria, - and furthermore comprising a cubicle treatment vehicle , which is preferably autonomously movable under the control of the control unit , and comprises at least one of: - a litter material cleaning device, - a litter material dispensing device, and - a litter material redistribution device, - wherein the cubicle treatment vehicle is controllable based on the alarm signal. - an aircraft which is autonomously movable along the cubicles , in particular a Zeppelin or drone, which is provided with a sensor device for observing the contents of the cubicles , - a control unit , in particular provided on the aircraft , for moving the aircraft at least along a subset of the cubicles , and - a processing device which is operatively connected to the sensor device, and preferably also to the control unit for receiving the observation and for processing the observation in order to generate information about a cubicle content status comprising information about an amount and/or distribution and/or quality of the contents of the cubicles , characterized in that - the processing device furthermore comprises reference information as well as at least one comparison criterion, wherein the processing device is configured to compare the information generated with the reference information, and to trigger an alarm signal if the result of the comparison meets at least one of the one or more comparison criteria, - and furthermore comprising a cubicle treatment vehicle , which is preferably autonomously movable under the control of the control unit , and comprises at least one of: - a litter material cleaning device, - a litter material dispensing device, and - a litter material redistribution device, - wherein the cubicle treatment vehicle is controllable based on the alarm signal.
Eyeglasses comprising: - two lenses (L), each lens having two pairs of holes at a predetermined distance from each other; - a bridge and a pair of fronts furnished with hinge elements connecting them to a pair of temples (A); and - tubular sleeves housed in the lens holes, wherein the bridge and the fronts are furnished with pairs of prongs (33 - 34, 36 - 37, 13 - 14, 23 - 24), each pair of prongs defining a fork-shaped structure and projecting from the selfsame bridge and fronts to be operatively inserted into the tubular sleeves , the prongs having flat lateral faces (13a-13b, 14a-14b, 23a-23b, 24a-24b, 33a-33b, 34a-34b, 36a-36b, 37a-37b), wherein two opposite lateral faces of each prong each define a smooth surface and another two opposite lateral faces of each prong each define a knurled surface, characterized in that the prongs (33 - 34, 36 - 37, 13 - 14, 23 - 24) have, along the longitudinal edges where two of the lateral faces meet, a rough texture formed by a plurality of protrusions projecting in cantilever fashion from both the lateral faces defining the edge, wherein the protrusions forming the rough texture along the edges of the prongs are arranged, on each edge, in a first row projecting from one of the knurled surfaces and in a second row projecting from one of the smooth surfaces, the protrusions of the two rows of protrusions of each edge being longitudinally spaced and alternated in an alternating succession and at 90 degrees to each other, the first row of protrusions being ribs and the second row of protrusions being bosses . - two lenses (L), each lens having two pairs of holes at a predetermined distance from each other; - a bridge and a pair of fronts furnished with hinge elements connecting them to a pair of temples (A); and - tubular sleeves housed in the lens holes, wherein the bridge and the fronts are furnished with pairs of prongs (33 - 34, 36 - 37, 13 - 14, 23 - 24), each pair of prongs defining a fork-shaped structure and projecting from the selfsame bridge and fronts to be operatively inserted into the tubular sleeves , the prongs having flat lateral faces (13a-13b, 14a-14b, 23a-23b, 24a-24b, 33a-33b, 34a-34b, 36a-36b, 37a-37b), wherein two opposite lateral faces of each prong each define a smooth surface and another two opposite lateral faces of each prong each define a knurled surface, characterized in that the prongs (33 - 34, 36 - 37, 13 - 14, 23 - 24) have, along the longitudinal edges where two of the lateral faces meet, a rough texture formed by a plurality of protrusions projecting in cantilever fashion from both the lateral faces defining the edge, wherein the protrusions forming the rough texture along the edges of the prongs are arranged, on each edge, in a first row projecting from one of the knurled surfaces and in a second row projecting from one of the smooth surfaces, the protrusions of the two rows of protrusions of each edge being longitudinally spaced and alternated in an alternating succession and at 90 degrees to each other, the first row of protrusions being ribs and the second row of protrusions being bosses .
A device for removing an object from a conveyor belt of an inspection line , comprising: a housing , adapted for attachment to the inspection line ; and a kicker portion , suspended for rotation about a pivot axis from the housing , such that a vertical separation of a lower end of the kicker portion from the conveyor belt remains constant during rotation, characterised in that : the housing has a rear wall and a top wall ; and the kicker portion comprises a wall that wraps around the sides and front of the top wall and extends downwardly, defining an interior of the kicker portion ; and in that the device further comprises: a contacting plate , arranged for sliding movement along a front side of the wall of the kicker portion . a housing , adapted for attachment to the inspection line ; and a kicker portion , suspended for rotation about a pivot axis from the housing , such that a vertical separation of a lower end of the kicker portion from the conveyor belt remains constant during rotation, the housing has a rear wall and a top wall ; and the kicker portion comprises a wall that wraps around the sides and front of the top wall and extends downwardly, defining an interior of the kicker portion ; and in that the device further comprises: a contacting plate , arranged for sliding movement along a front side of the wall of the kicker portion .
A composition comprising (a) a chemoattractant of cancer cells and a cytotoxicity-inducing composition, and (b) a dendritic cell recruitment composition, for use in the treatment of cancer, wherein the chemoattractant of cancer cells and the cytotoxicity-inducing composition are comprised in a first zone of a porous 3-dimensional scaffold, and the dendritic cell recruitment composition is comprised in a second zone, wherein said scaffold is administered to a subject diagnosed with a cancer and maintained in situ for a time period sufficient to accumulate a circulating cancer cell to yield a cancer cell-containing scaffold; wherein said cancer cell-containing scaffold is contacted with a cytotoxic or cytolytic element to disrupt said cancer cell residing in the first zone, thereby producing a processed tumor antigen without need for a biopsy; and wherein said scaffold provides a temporary residence to load a dendritic cell recruited to the scaffold with said processed tumor antigen. (a) a chemoattractant of cancer cells and a cytotoxicity-inducing composition, and (b) a dendritic cell recruitment composition, for use in the treatment of cancer,
A system , comprising: an ink tank (102, 201, 600, 602, 800, 1302, 1302A-D, 1502) including a feeder tank , wherein the feeder tank is to hold a fluid therein, the feeder tank having a port , and a print cartridge (106, 206, 306, 1306, 1506, 1506A-D, 1706) in fluid communication with the port of the feeder tank, the print cartridge having a nozzle plate , wherein the system is operative to produce a negative gauge pressure in the feeder tank, wherein, when the system is in a first orientation, the port of the feeder tank is positioned closest to a lower corner of the feeder tank that is distal to the print cartridge, wherein the nozzle plate is disposed above a predetermined level within the feeder tank when the system is in the first orientation, the predetermined level corresponding to a free surface of a predetermined volume of the fluid when the system is in the first orientation, wherein the predetermined volume of the fluid is associated with a maximum fill level of the fluid, and wherein, when the system is in a second orientation, the position of the nozzle plate is below the port and the port is exposed to trapped air in the feeder tank. an ink tank (102, 201, 600, 602, 800, 1302, 1302A-D, 1502) including a feeder tank , wherein the feeder tank is to hold a fluid therein, the feeder tank having a port , and a print cartridge (106, 206, 306, 1306, 1506, 1506A-D, 1706) in fluid communication with the port of the feeder tank, the print cartridge having a nozzle plate , wherein the system is operative to produce a negative gauge pressure in the feeder tank, wherein, when the system is in a first orientation, the port of the feeder tank is positioned closest to a lower corner of the feeder tank that is distal to the print cartridge, wherein the nozzle plate is disposed above a predetermined level within the feeder tank when the system is in the first orientation, the predetermined level corresponding to a free surface of a predetermined volume of the fluid when the system is in the first orientation, wherein the predetermined volume of the fluid is associated with a maximum fill level of the fluid, and wherein, when the system is in a second orientation, the position of the nozzle plate is below the port and the port is exposed to trapped air in the feeder tank.
Method for a secure boot-up process of an integrated, electronic circuit (S) at least consisting of at least one master unit (M1, M2 to Mn), a bus system (BS), a RAM (AS), an internal memory (iS), at least one interface (IF1, IF2) for linking external units (eS, eMS) and slave units (S1 to Sn), wherein the boot-up process is carried out in several stages , and wherein in a first stage a first boot-up program from the internal memory (iS), in a second stage by executing the first boot-up program a second boot-up program from a first external memory (eS) and in a third stage by executing the second boot-up program from a second external memory (eMS) an application is loaded into the RAM (AS), characterised in that a bus monitoring unit (BE1, BE2 to BEn) is connected to the at least one master unit (M1, M2 to Mn), that during a duration of the boot-up process parallel to loading and executing the first and second boot-up program by the bus monitoring unit (BE1, BE2 to BEn), internal access to the at least one master unit (M1, M2 to Mn) is monitored and respective access data is forwarded to a signature forming unit (SB), that then an actual signature is created by the signature forming unit (SB) from the access data of the at least one master unit (M1, M2 to Mn), wherein by means of a start/stop register unit (SR) of the signature forming unit (SB), a scope of the access data for the determination of the actual signature is adjusted and wherein address data, control information and transmitted data is used as access data for determining the actual signature, that a target signature is written into a register unit (RE) by the application loaded in the third stage of the start-up process, and that then the actual signature determined by the signature forming unit (SB) is compared with the target signature .
A method for an AP, access point , controlling a NAV, network allocation vector, setting of an STA ,station , in a WLAN, wireless local area network, system, the method comprising: detecting a BSS, basic service set, color overlap with an OBSS, overlapping basic service set; transmitting, to the STA, a first frame containing BSS color disabled information set to a first value for disablement of a use of the BSS color; and transmitting, to the STA, a second frame containing a TXOP_DURATION field set to a specific value other than values for duration indication in response that the AP sets the BSS color disabled information to the first value. detecting a BSS, basic service set, color overlap with an OBSS, overlapping basic service set; transmitting, to the STA, a first frame containing BSS color disabled information set to a first value for disablement of a use of the BSS color; and transmitting, to the STA, a second frame containing a TXOP_DURATION field set to a specific value other than values for duration indication in response that the AP sets the BSS color disabled information to the first value.
A process for producing and isolating feruloylated arabinoxylans (AXs) from a cereal crop, comprising subjecting said cereal crop to a) pressurized hot water extraction, b) a subsequent enzymatic treatment of the insoluble residues with an endo-beta-xylanase and a feruloyl esterase, and c) one or more step(s) of subsequent membrane ultrafiltration to further purify the extracts. a) pressurized hot water extraction, b) a subsequent enzymatic treatment of the insoluble residues with an endo-beta-xylanase and a feruloyl esterase, and c) one or more step(s) of subsequent membrane ultrafiltration to further purify the extracts.
An acoustic antenna (ANT) intended to equip a sonar, the antenna being centred around a first longitudinal axis (A1) and comprising at least a first set of at least two transducers (T1) and a second set of at least two transducers (T2) stacked along said longitudinal axis, with each transducer having at least one radial mode having a resonant frequency, called radial frequency, as well as a cavity mode having a resonant frequency, called cavity frequency, the transducers of the first set being configured to transmit sound waves in a first continuous frequency band extending at least between the cavity frequencies and the radial frequencies of the transducers of the first set and the transducers of the second set being configured to transmit sound waves in a second continuous frequency band extending at least between the cavity frequencies and the radial frequencies of the transducers of the second set, with the cavity frequency of a transducer of the second set being substantially equal to the radial frequency of a transducer of the first set plus or minus (fr1-fc1)/10, with fr1 being the radial frequency of the transducer of the first set and fc1 being the cavity frequency of the transducer of the first set, characterised in that the transducers of the second set are placed between the transducers of the first set and in that no transducer of the first set is placed between the transducers of the second set.
Multi-function cooling device with a number of cooling elements , which each comprise a flat, outer surface for establishing a coolable set-down surface and a concave inner surface for establishing a contact surface with respect to a cooling object , wherein the multi-function cooling device has at least one hinge for connecting the cooling elements , by means of which the cooling elements are connected to one another, characterised in that the hinge is embodied to be able to change the by the cooling elements from a state of the shape, in which these form a coolable flat set-down surface through the interaction of their flat surfaces , into another state of the shape, in which the concave surfaces for cooling a bottle form the contact surfaces and in which the multi-function cooling device is kept in a box-shaped and rectangular shape.
A hardware cryptographic engine comprising: a direct-memory-access, DMA, input module for receiving input data over a memory bus ; and a cryptographic module , wherein the cryptographic module comprises: an input register having an input-register length; and circuitry configured to perform a cryptographic operation on data in the input register, characterised in that the hardware cryptographic engine further comprises an input-alignment buffer having a length that is less than twice said input-register length, and alignment circuitry for performing an alignment operation on input data in the input-alignment buffer; and wherein the hardware cryptographic engine is configured to pass input data, received by the DMA input module, from the memory bus to the input register of the cryptographic module after buffering an amount of input data no greater than the length of the input-alignment buffer. a direct-memory-access, DMA, input module for receiving input data over a memory bus ; and a cryptographic module , wherein the cryptographic module comprises: an input register having an input-register length; and circuitry configured to perform a cryptographic operation on data in the input register, an input register having an input-register length; and circuitry configured to perform a cryptographic operation on data in the input register, characterised in that the hardware cryptographic engine further comprises an input-alignment buffer having a length that is less than twice said input-register length, and alignment circuitry for performing an alignment operation on input data in the input-alignment buffer; and wherein the hardware cryptographic engine is configured to pass input data, received by the DMA input module, from the memory bus to the input register of the cryptographic module after buffering an amount of input data no greater than the length of the input-alignment buffer.
Thermally insulating construction element for the force transmitting connection of a cantilever slab to a building ceiling or a building wall with - an insulating body for placing between the cantilever slab and the building ceiling or the building wall, - a multitude of steel profiles that pass through the insulating body and serve to absorb tensile and transversal forces and - single slide safety assemblies that are undetachably fixed to both sides of the insulating body on the multitude of steel profiles and that project beyond the profile at at least one point, wherein the multitude of slide safety assemblies corresponds at least to the double number of steel profiles , characterized in that the slide safety assembly is a front plate placed on each front side of the steel profile that projects beyond the cross section of the steel profile . - an insulating body for placing between the cantilever slab and the building ceiling or the building wall, - a multitude of steel profiles that pass through the insulating body and serve to absorb tensile and transversal forces and - single slide safety assemblies that are undetachably fixed to both sides of the insulating body on the multitude of steel profiles and that project beyond the profile at at least one point, wherein the multitude of slide safety assemblies corresponds at least to the double number of steel profiles ,
A pile point for a driven concrete pile , the pile point comprising - a collar part which has a first end and a second end and which can be fitted onto an end of the concrete pile to surround the outer periphery of the concrete cast of the pile , the second end of the collar part being adapted to be positioned, on the driven pile , closer to the upper end of the pile than the first end of the collar part , as well as - a tip part which can be attached to the collar part in such a way that, once the pile point has been assembled to the pile , the tip part extends, in the driving direction of the pile , outwards from the collar part , wherein - the first end and the second end of the collar part are open, and the collar part and the tip part are shaped to support the tip part , at its outer surface, against the inner surface of the collar part as the tip part is mounted, through the second end of the collar part , into the collar part , characterized in that , - the surfaces of the collar part and the tip part that come into contact with each other are shaped to comprise sections tapering towards the first end of the collar part , - the collar part comprises one or more attachment areas for attaching the collar part to the tip part , and - the attachment areas are formed by hitting or pressing. - a collar part which has a first end and a second end and which can be fitted onto an end of the concrete pile to surround the outer periphery of the concrete cast of the pile , the second end of the collar part being adapted to be positioned, on the driven pile , closer to the upper end of the pile than the first end of the collar part , as well as - a tip part which can be attached to the collar part in such a way that, once the pile point has been assembled to the pile , the tip part extends, in the driving direction of the pile , outwards from the collar part , - the first end and the second end of the collar part are open, and the collar part and the tip part are shaped to support the tip part , at its outer surface, against the inner surface of the collar part as the tip part is mounted, through the second end of the collar part , into the collar part , characterized in that , - the surfaces of the collar part and the tip part that come into contact with each other are shaped to comprise sections tapering towards the first end of the collar part , - the collar part comprises one or more attachment areas for attaching the collar part to the tip part , and - the attachment areas are formed by hitting or pressing.
Torch with an optical attachment which is rotationally symmetrical to an optical axis, comprising an outer reflection part , an inner converging lens part and a rear surface having a blind hole bore , and a light emitting diode (LED) arranged on a disk-shaped holder , in which the diameter of the reflector part is 20,8 mm ± 0,1 mm, the diameter of the converging lens part is 11,4 mm ± 1 mm and the height of the optical attachment is 11,6 mm ± 1 mm, characterized in that the optical attachment is movable in a limited manner between two stops in relation to the LED , so that at an end stop of the optical attachment at the holder a substantially homogenous light cone is generated, wherein the thickness of the converging lens part is 3,04 mm ± 0,5 mm and in a focused setting the spacing between LED and contact face is 3,58 mm ± 0,5 mm and the spacing between LED and a center point plane is 8,88 mm ± 1 mm.