mhurhangee/ep-ind-claims huggingface dataset:
An agricultural vehicle, preferably an autonomous agricultural vehicle, comprising at least - a chassis having an undercarriage coupled to a driving motion system for preferably specifying speeds of travel and steering movements, - a control device for providing open-loop and/or closed-loop control signals for the driving motion system, - a first sensor device configured for detecting objects in front of the vehicle, characterized by - a second sensor device configured for detecting at least one row of a plant stock, wherein the control device is configured to provide open-loop and/or closed-loop control signals for the driving motion system from signals from the first sensor device in priority over signals from the second sensor device, wherein the agricultural vehicle comprises at least - one third sensor device configured for detecting an actual position and/or for specifying a setpoint position of the vehicle on an agricultural area, wherein the control device is furthermore configured to provide open-loop and/or closed-loop control signals for the driving motion system from signals from the first sensor device and from signals from the second sensor device in priority over signals from the third sensor device. - a chassis having an undercarriage coupled to a driving motion system for preferably specifying speeds of travel and steering movements, - a control device for providing open-loop and/or closed-loop control signals for the driving motion system, - a first sensor device configured for detecting objects in front of the vehicle, characterized by - a second sensor device configured for detecting at least one row of a plant stock, wherein the control device is configured to provide open-loop and/or closed-loop control signals for the driving motion system from signals from the first sensor device in priority over signals from the second sensor device, wherein the agricultural vehicle comprises at least - one third sensor device configured for detecting an actual position and/or for specifying a setpoint position of the vehicle on an agricultural area, - one third sensor device configured for detecting an actual position and/or for specifying a setpoint position of the vehicle on an agricultural area, wherein the control device is furthermore configured to provide open-loop and/or closed-loop control signals for the driving motion system from signals from the first sensor device and from signals from the second sensor device in priority over signals from the third sensor device.
A bee hive system comprising a housing, at least one ambient condition sensor (6; 61-65) being adapted to sense an ambient condition in the housing, a first fan being adapted to generate an air flow in at least a portion of the housing, electronics (7; 7', 7") connected to the ambient condition sensor (6; 61-65) and to the first fan, wherein the electronics (7; 7', 7") controls the first fan according to the sensed ambient condition, and characterized by a container for a liquid having an opening, wherein the container is arranged such that the air flow generated by the first fan at least partially passes the opening of the container, wherein the first fan is arranged at the opening of the container, and the container is placed inside the housing or under the housing.
A system, comprising: signal inputs; signal outputs; and a ribbon, comprising: a ribbon matrix material; and Erbium-doped fibers (120, 220a) located within the ribbon matrix material, each Erbium-doped fiber (120, 220a) being optically coupled to a corresponding signal input, each Erbium-doped fiber (120, 220a) further being optically coupled to a corresponding signal output, each Erbium-doped fiber (120, 220a) comprising: an Aluminum (Al) co-dopant; R Al within approximately ±0.05 of a target R Al, wherein: R Al = α 1480 nm / α peak; α 1480nm is the absorption at 1480nm; and α peak is the peak absorption for the Erbium-doped fiber (120, 220a); α peak being within approximately ±3% of a target absorption; an Erbium-doped core; a cladding (110a, 210a) surrounding the Erbium-doped core; and a coating layer (115a, 215a) surrounding the cladding (110a, 210a). signal inputs; signal outputs; and a ribbon, comprising: a ribbon matrix material; and Erbium-doped fibers (120, 220a) located within the ribbon matrix material, each Erbium-doped fiber (120, 220a) being optically coupled to a corresponding signal input, each Erbium-doped fiber (120, 220a) further being optically coupled to a corresponding signal output, each Erbium-doped fiber (120, 220a) comprising: an Aluminum (Al) co-dopant; R Al within approximately ±0.05 of a target R Al, wherein: R Al = α 1480 nm / α peak; α 1480nm is the absorption at 1480nm; and α peak is the peak absorption for the Erbium-doped fiber (120, 220a); α peak being within approximately ±3% of a target absorption; an Erbium-doped core; a cladding (110a, 210a) surrounding the Erbium-doped core; and a coating layer (115a, 215a) surrounding the cladding (110a, 210a). a ribbon matrix material; and Erbium-doped fibers (120, 220a) located within the ribbon matrix material, each Erbium-doped fiber (120, 220a) being optically coupled to a corresponding signal input, each Erbium-doped fiber (120, 220a) further being optically coupled to a corresponding signal output, each Erbium-doped fiber (120, 220a) comprising: an Aluminum (Al) co-dopant; R Al within approximately ±0.05 of a target R Al, wherein: R Al = α 1480 nm / α peak; α 1480nm is the absorption at 1480nm; and α peak is the peak absorption for the Erbium-doped fiber (120, 220a); α peak being within approximately ±3% of a target absorption; an Erbium-doped core; a cladding (110a, 210a) surrounding the Erbium-doped core; and a coating layer (115a, 215a) surrounding the cladding (110a, 210a). an Aluminum (Al) co-dopant; R Al within approximately ±0.05 of a target R Al, wherein: R Al = α 1480 nm / α peak; α 1480nm is the absorption at 1480nm; and α peak is the peak absorption for the Erbium-doped fiber (120, 220a); α 1480nm is the absorption at 1480nm; and α peak is the peak absorption for the Erbium-doped fiber (120, 220a); α peak being within approximately ±3% of a target absorption; an Erbium-doped core; a cladding (110a, 210a) surrounding the Erbium-doped core; and a coating layer (115a, 215a) surrounding the cladding (110a, 210a).
An image recording apparatus configured to irradiate a recording target with laser light to record an image, comprising: a plurality of laser emission parts that are disposed side by side in a predetermined direction and are configured to emit laser light; an optical system configured to collect a plurality of beams of laser light emitted by the laser emission parts onto the recording target moving relative to the laser emission parts in a direction crossing the predetermined direction; and characterized by an output control unit configured to perform control such that energy of laser light emitted from an outermost end laser emission part of the laser emission parts is greater than energy of laser light emitted from a center laser emission part, the outermost end laser emission part emitting laser light to be transmitted through vicinity of an end portion of the optical system, the center laser emission part emitting laser light to be transmitted through a portion other than vicinity of the end portion of the optical system. a plurality of laser emission parts that are disposed side by side in a predetermined direction and are configured to emit laser light; an optical system configured to collect a plurality of beams of laser light emitted by the laser emission parts onto the recording target moving relative to the laser emission parts in a direction crossing the predetermined direction; and characterized by an output control unit configured to perform control such that energy of laser light emitted from an outermost end laser emission part of the laser emission parts is greater than energy of laser light emitted from a center laser emission part, the outermost end laser emission part emitting laser light to be transmitted through vicinity of an end portion of the optical system, the center laser emission part emitting laser light to be transmitted through a portion other than vicinity of the end portion of the optical system.
A computing device comprising: a Security Engine - SE - to generate a one-time password - OTP - and a nonce; a processor; at least one machine readable media comprising a plurality of instructions, which response to execution by the processor, causes the processor to: encrypt the OTP, the nonce, and a unique identifier of the computing device to generate an authorization request packet; share the authorization request packet with a mobile device; receive an authorization response packet forwarded by the mobile device, the authorization response packet comprises the nonce re-encrypted by an access control server; decrypt the authorization response packet encrypted by the access control server; and determine whether to permit or deny access to the computing device as a function of a determination of whether the nonce re-encrypted by the access control server matches the nonce generated by the computing device. a Security Engine - SE - to generate a one-time password - OTP - and a nonce; a processor; at least one machine readable media comprising a plurality of instructions, which response to execution by the processor, causes the processor to: encrypt the OTP, the nonce, and a unique identifier of the computing device to generate an authorization request packet; share the authorization request packet with a mobile device; receive an authorization response packet forwarded by the mobile device, the authorization response packet comprises the nonce re-encrypted by an access control server; decrypt the authorization response packet encrypted by the access control server; and determine whether to permit or deny access to the computing device as a function of a determination of whether the nonce re-encrypted by the access control server matches the nonce generated by the computing device. encrypt the OTP, the nonce, and a unique identifier of the computing device to generate an authorization request packet; share the authorization request packet with a mobile device; receive an authorization response packet forwarded by the mobile device, the authorization response packet comprises the nonce re-encrypted by an access control server; decrypt the authorization response packet encrypted by the access control server; and determine whether to permit or deny access to the computing device as a function of a determination of whether the nonce re-encrypted by the access control server matches the nonce generated by the computing device.
A system for mounting a firearm accessory device, comprising: a longitudinally extending handguard configured to be affixed to an associated firearm, the handguard configured to support the accessory device, the handguard including an upper portion and a lower portion; at least one electrical connector (238, 252) disposed on each of the upper portion and the lower portion; a power supply (296, 416a, 416b) supported on the handguard; circuitry disposed between the upper portion and the lower portion, the circuitry electrically coupling the power supply to the at least one electrical connector disposed on each of the upper portion and the lower portion; a lower grenade launcher support platform configured to be interchangeably attached to the upper portion in place of the lower portion, wherein the lower grenade launcher support platform is configured to removably interface a grenade launcher barrel assembly and a grenade launcher trigger assembly; and an upper grenade launcher support platform configured to be interchangeably attached to the lower grenade launcher support platform in place of the upper portion, wherein the upper grenade launcher support platform is configured to removably attach a pistol grip. a longitudinally extending handguard configured to be affixed to an associated firearm, the handguard configured to support the accessory device, the handguard including an upper portion and a lower portion; at least one electrical connector (238, 252) disposed on each of the upper portion and the lower portion; a power supply (296, 416a, 416b) supported on the handguard; circuitry disposed between the upper portion and the lower portion, the circuitry electrically coupling the power supply to the at least one electrical connector disposed on each of the upper portion and the lower portion; a lower grenade launcher support platform configured to be interchangeably attached to the upper portion in place of the lower portion, wherein the lower grenade launcher support platform is configured to removably interface a grenade launcher barrel assembly and a grenade launcher trigger assembly; and an upper grenade launcher support platform configured to be interchangeably attached to the lower grenade launcher support platform in place of the upper portion, wherein the upper grenade launcher support platform is configured to removably attach a pistol grip.
A mattress pad for collecting waste, the mattress pad comprising: a pad sized and shaped to cover at least a portion of a mattress; a retention port located in a central region of the pad where the pelvis of a patient may be positioned, the retention port including one or more openings therein sized and shaped to accommodate a drainage tube therethrough and one or more retainers disposed around an outer boundary thereof, the one or more retainers being configured to hold one or more objects relative to the retention port, the one or more retainers including, one or more first boundary strips attached to the pad and defining an outer boundary of the retention port, the one or more first boundary strips having one or more fasteners thereon; and one or more second boundary strips at least partially corresponding to a shape of the one or more first boundary strips, being free floating, and having fasteners thereon effective to attach the one or more second boundary strips to the one or more first boundary strips, to retain one or more objects therebetween, and to allow the one or more objects to protrude out of the retention port; and one or more attachments disposed on the pad, the one or more attachments being configured to at least temporarily attach the pad to the mattress. a pad sized and shaped to cover at least a portion of a mattress; a retention port located in a central region of the pad where the pelvis of a patient may be positioned, the retention port including one or more openings therein sized and shaped to accommodate a drainage tube therethrough and one or more retainers disposed around an outer boundary thereof, the one or more retainers being configured to hold one or more objects relative to the retention port, the one or more retainers including, one or more first boundary strips attached to the pad and defining an outer boundary of the retention port, the one or more first boundary strips having one or more fasteners thereon; and one or more second boundary strips at least partially corresponding to a shape of the one or more first boundary strips, being free floating, and having fasteners thereon effective to attach the one or more second boundary strips to the one or more first boundary strips, to retain one or more objects therebetween, and to allow the one or more objects to protrude out of the retention port; and one or more attachments disposed on the pad, the one or more attachments being configured to at least temporarily attach the pad to the mattress.
A polysaccharide derivative having a median Equivalent Projected Circle Diameter (EQPC) of less than 140 micrometers and a particle size and shape distribution meeting condition A or B or both: A. non-compacted polysaccharide derivative particles have a flowability of at least 45 g/sec through a vertically inverted cone having a vertex angle of about 40° and an outlet diameter of about 50 mm, or B. i) no more than 40 volume percent of the polysaccharide derivative particles are fine particles having a particle length LEFI of less than 40 micrometers and ii) no more than 40 volume percent of the polysaccharide derivative particles are fibrous particles, and the sum of the fine particles and the fibrous particles does not exceed 50 volume percent. A. non-compacted polysaccharide derivative particles have a flowability of at least 45 g/sec through a vertically inverted cone having a vertex angle of about 40° and an outlet diameter of about 50 mm, or B. i) no more than 40 volume percent of the polysaccharide derivative particles are fine particles having a particle length LEFI of less than 40 micrometers and ii) no more than 40 volume percent of the polysaccharide derivative particles are fibrous particles, and the sum of the fine particles and the fibrous particles does not exceed 50 volume percent.
A playback apparatus comprising: an acquiring unit (110, 120) that acquires auditory language data including data to be played back as a spoken voice; an analyzing unit (191, 192) that analyzes the auditory language data to output an analysis result; a setting unit (193, 194) that sets at least a portion of the auditory language data to a control portion to be played back at a set playback speed, based on the analysis result; a detecting unit that detects a user instruction of a playback speed; and a voice playback unit that plays back the control portion as a spoken voice at the set playback speed, wherein the voice playback unit plays back a portion of the auditory language data not set to the control portion at a playback speed corresponding to a user instruction, characterized by a display unit that displays the auditory language data by text in a scrollable manner; wherein the detecting unit detects a scroll operation, with respect to the auditory language data that the display unit displays, as a user instruction of the playback speed. an acquiring unit (110, 120) that acquires auditory language data including data to be played back as a spoken voice; an analyzing unit (191, 192) that analyzes the auditory language data to output an analysis result; a setting unit (193, 194) that sets at least a portion of the auditory language data to a control portion to be played back at a set playback speed, based on the analysis result; a detecting unit that detects a user instruction of a playback speed; and a voice playback unit that plays back the control portion as a spoken voice at the set playback speed, wherein the voice playback unit plays back a portion of the auditory language data not set to the control portion at a playback speed corresponding to a user instruction, characterized by a display unit that displays the auditory language data by text in a scrollable manner; wherein the detecting unit detects a scroll operation, with respect to the auditory language data that the display unit displays, as a user instruction of the playback speed.
A transport closure for use in a packaging container for bulk solids, said transport closure comprising or consisting of a laminate of a first layer and a second layer, said first layer being delimited by a first layer peripheral edge, said second layer being delimited by a second layer peripheral edge, said second layer comprising or consisting of a weldable material and said first layer having a higher tear strength than said second layer, said first layer being provided with a weakening line defining a pull-tab in said first layer and having a first and a second base point (6a,6b), said base points (6a,6b) being arranged at a base end of said pull-tab, opposite to a gripping end of said pull-tab, and at a distance d1 and d2 respectively, of from 1 to 30 mm from said first peripheral edge, wherein said weakening line forms a first and/or second weakening line leg(s) (20a,20b) extending from said first and/or said second base point(s) (6a,6b), respectively, and alongside with said first layer peripheral edge and that said second layer peripheral edge extends beyond said first layer peripheral edge around the perimeter of said transport closure forming a transport closure welding collar.
A composition comprising: a first solvent, the first solvent including N-ethylcaprolactam; and a crop nutrition active ingredient dissolved in the first solvent. a first solvent, the first solvent including N-ethylcaprolactam; and a crop nutrition active ingredient dissolved in the first solvent.
Device for applying and/or introducing pasty or liquid substances to and/or into a bodywork component, comprising a recognition unit for structure, opening and/or cavity recognition of the bodywork component, wherein the recognition unit operates with microwave waves and/or millimetre waves, the recognition unit comprising a transmitting/receiving array, on which are arranged at least one transmitting module, which operates in the microwave range and/or millimetre wave range, and a plurality of receiving modules (13, 14, 15), which receive in the microwave range and/or millimetre wave range, in a fixed positioning relative to one another, wherein in addition an activating device, which can address, particularly individually, the at least one transmitting module and the plurality of receiving modules (13, 14, 15), is provided, wherein the transmitting module is activated by the activating device for transmission of a signal, wherein the receiving modules (13, 14, 15) are configured for detection of reflected and/or refracted signals and wherein a computer unit, which computes from the obtained received data of the plurality of receiving modules (13, 14, 15) an image of the opening and/or cavity to be measured, is provided, wherein the transmitting module is activated by the activating device for transmission of a transient pulse, which transient pulse penetrates the body to be measured and is reflected and/or refracted in the interior at cavity walls, wherein the receiving modules (13, 14, 15) detect phase, amount and/or specific frequency components of the reflected signal at the respective location, which is associated with the receiving module (13, 14, 15), relative to the transmitting module as received data, wherein the transient pulse is not longer than 1 ns or not longer than 100 ps, or not longer than 20 ps and a reception time window within which the receiving modules (13, 14, 15) detect radiation is predeterminable.