mhurhangee/ep-ind-claims huggingface dataset:
An Artificial seed formed of a seamless soft capsule having a structure of three or more layers comprising an innermost layer, an inner layer covering the innermost layer and an outermost layer covering the inner layer; wherein - the innermost layer includes a redifferentiable plant cell tissue suspended in an aqueous liquid; - the inner layer comprises a microbiologically degradable hardened oil that is solid at room temperature as the main component; and - the outermost layer is a membrane swellable with water and having bio-degradability. - the innermost layer includes a redifferentiable plant cell tissue suspended in an aqueous liquid; - the inner layer comprises a microbiologically degradable hardened oil that is solid at room temperature as the main component; and - the outermost layer is a membrane swellable with water and having bio-degradability.
Dispensing system comprising a cooled inner space for or with a bottle, in particular a champaign bottle, and with a dispenser means comprising an output device for dispensing the content of the bottle to a user, wherein the dispenser means is arranged within the cooled inner space, and a connecting element is provided, which is connected or connectable with the bottle and with the dispenser means in such a way that the beverage can be dispensed directly from the bottle, characterized in that the connecting element includes an attachment configured in such a way, that it includes a seal, and in that it includes a mechanic device by means of which the seal can be pressed against the bottle head and/or neck, wherein it is provided that the attachment comprises at least two parts that are separate or movably-connected to one another, wherein the at least two parts can be clamped mechanically by turning-over of a clamping bracket and that they have corresponding intersection points of the clamping bracket, the two parts are a ring and a bell, wherein the central opening of the ring is dimensioned such that the ring can be placed over the head of commercially-available Champaign bottles on to their head, and/or that the bell includes a receptacle for the bottle head, the shell webs of which are dimensioned such that they can engage into the central opening of the ring in a flush manner, and a counter-bearing element insertable between the ring and the bottleneck is provided.
Spinal implant comprising: an implant body extending between an anterior surface and a posterior surface, and including a first vertebral engaging surface and a second vertebral engaging surface, the implant body further including an inner surface that defines at least one opening oriented to implant a fastener oblique relative to a lateral axis of a subject body and adjacent an intervertebral space of the subject body, the implant body defining a cavity such that a surgical instrument is connectable with the implant body adjacent the cavity and movable relative to the implant body, and the spinal implant further comprising: a member movable in the cavity and connectable with the surgical instrument, wherein the member includes a socket configured for attachment with the surgical instrument, and wherein the socket is configured for threaded and releasable engagement with a portion of the surgical instrument. an implant body extending between an anterior surface and a posterior surface, and including a first vertebral engaging surface and a second vertebral engaging surface, the implant body further including an inner surface that defines at least one opening oriented to implant a fastener oblique relative to a lateral axis of a subject body and adjacent an intervertebral space of the subject body, the implant body defining a cavity such that a surgical instrument is connectable with the implant body adjacent the cavity and movable relative to the implant body, and the spinal implant further comprising: a member movable in the cavity and connectable with the surgical instrument, wherein the member includes a socket configured for attachment with the surgical instrument, and wherein the socket is configured for threaded and releasable engagement with a portion of the surgical instrument. a member movable in the cavity and connectable with the surgical instrument, wherein the member includes a socket configured for attachment with the surgical instrument, and wherein the socket is configured for threaded and releasable engagement with a portion of the surgical instrument.
An image forming lens consisting of: from an object side to an image side in order, a first group with a positive refractive power which includes less than or equal to five lens elements (L1,..., L4) of two negative lenses and equal to or more than one positive lens and in which a first lens element on a most object side is a negative meniscus lens a convex surface of which faces the object side; an aperture; and a second group with a positive refractive power which includes less than or equal to five lens elements (L5,..., L9) including at least one cemented lens of a positive lens element and a negative lens element; wherein each of the first group and the second group shifts independently to perform focusing to a limited object distance, and an interval between the first lens element and a second lens element placed close to a surface on the image side of the first lens element: d1 1-2 and an interval between the second lens element and a third lens element placed close to a surfaces on the image side of the second lens element: d1 2-3 satisfy Conditional Expression A: 0.0 < d1 2-3 /d1 1-2 < 1.0, characterized in that a lens surface on a most image side of the first group and a lens surface on a most object side of the second group have convex shape, and the aperture is interposed between the first group and the second group. from an object side to an image side in order, a first group with a positive refractive power which includes less than or equal to five lens elements (L1,..., L4) of two negative lenses and equal to or more than one positive lens and in which a first lens element on a most object side is a negative meniscus lens a convex surface of which faces the object side; an aperture; and a second group with a positive refractive power which includes less than or equal to five lens elements (L5,..., L9) including at least one cemented lens of a positive lens element and a negative lens element; wherein each of the first group and the second group shifts independently to perform focusing to a limited object distance, and an interval between the first lens element and a second lens element placed close to a surface on the image side of the first lens element: d1 1-2 and an interval between the second lens element and a third lens element placed close to a surfaces on the image side of the second lens element: d1 2-3 satisfy Conditional Expression A: 0.0 < d1 2-3 /d1 1-2 < 1.0, characterized in that a lens surface on a most image side of the first group and a lens surface on a most object side of the second group have convex shape, and the aperture is interposed between the first group and the second group.
A gear mechanism for a fishing reel, comprising: a drive gear having a gear with a prescribed diameter and a drive gear shaft configured to be rotated together with the gear and having a smaller diameter than the prescribed diameter of the gear; a handle configured to rotate with the drive gear shaft; wherein a vibration damper is disposed between the drive gear shaft and the handle, and is configured to dampen transmission of vibration of the drive gear, characterized in that the vibration damper is provided in a transmission path with a smaller diameter than the diameter of the drive gear, which transmission path includes said handle and said drive gear shaft. a drive gear having a gear with a prescribed diameter and a drive gear shaft configured to be rotated together with the gear and having a smaller diameter than the prescribed diameter of the gear; a handle configured to rotate with the drive gear shaft; wherein a vibration damper is disposed between the drive gear shaft and the handle, and is configured to dampen transmission of vibration of the drive gear, characterized in that the vibration damper is provided in a transmission path with a smaller diameter than the diameter of the drive gear, which transmission path includes said handle and said drive gear shaft.
A method comprising: receiving a first analog electrical data stream transmitted by a photonics module in a coherent optical communication system, and a second analog electrical data stream transmitted by the photonics module that together represent a portion of an optical signal received by the photonics module; sampling the first analog electrical data stream and the second analog electrical data stream at a sampling rate that is nominally twice or greater than twice a symbol rate of the first and second analog electrical data streams to convert the first analog electrical data stream to a first digital electrical data stream, and convert the second analog electrical data stream to a second digital electrical data stream; digitally filtering the first digital electrical data stream and the second digital electrical data stream to output a first filtered digital electrical data stream and a second filtered digital electrical data stream, respectively, at an effective sampling rate that is less than the sampling rate and less than twice the symbol rate of the first and second analog electrical data streams, and greater than or equal to the symbol rate of the first and second analog electrical data streams; and processing the first and second filtered digital electrical data streams at a rate that is substantially similar to the effective sampling rate to recover data in the optical signal received by the photonics module. receiving a first analog electrical data stream transmitted by a photonics module in a coherent optical communication system, and a second analog electrical data stream transmitted by the photonics module that together represent a portion of an optical signal received by the photonics module; sampling the first analog electrical data stream and the second analog electrical data stream at a sampling rate that is nominally twice or greater than twice a symbol rate of the first and second analog electrical data streams to convert the first analog electrical data stream to a first digital electrical data stream, and convert the second analog electrical data stream to a second digital electrical data stream; digitally filtering the first digital electrical data stream and the second digital electrical data stream to output a first filtered digital electrical data stream and a second filtered digital electrical data stream, respectively, at an effective sampling rate that is less than the sampling rate and less than twice the symbol rate of the first and second analog electrical data streams, and greater than or equal to the symbol rate of the first and second analog electrical data streams; and processing the first and second filtered digital electrical data streams at a rate that is substantially similar to the effective sampling rate to recover data in the optical signal received by the photonics module.
An aqueous seed treatment composition comprising: an aqueous polyurethane dispersion; and one or more insecticides, fungicides, nematicides and/or other pesticides, wherein the aqueous polyurethane dispersion forms a film exhibiting: (a) a microhardness of no more than 15 N/mm 2, (b) a glass transition temperature, T g, of -54°C to -4°C, (c) a percent elongation of 44 to 820, and (d) a tensile strength of 130 lb/in 2 (0.9 MPa) to 900 lb/in 2 (6.2 MPa). an aqueous polyurethane dispersion; and one or more insecticides, fungicides, nematicides and/or other pesticides, (a) a microhardness of no more than 15 N/mm 2, (b) a glass transition temperature, T g, of -54°C to -4°C, (c) a percent elongation of 44 to 820, and (d) a tensile strength of 130 lb/in 2 (0.9 MPa) to 900 lb/in 2 (6.2 MPa).
A PTFE resin seal ring in which an amorphous carbon film is formed on at least one surface of an abutting part that forms a discontinuous part of the seal ring.
A display device comprising: a frame; at least one processor mounted in the frame and configured to select an image to be displayed to a viewer; a display attached to the frame and configured to display the image selected by the processor; and two compound lenses, one for each eye of a user, through which a user wearing the display device can see the display; wherein each of the two compound lenses comprises a central lens portion having a first focal length and at least one peripheral lens portion having a second focal length and surrounding the central lens portion, and the first focal length is greater than the second focal length, the two compound lenses configured to form an optically distorted image of the display by redistributing pixels such that the number of pixels in a central region is greater than the number of pixels in a peripheral region, the optically distorted image thereby having a relatively high resolution in the central region of a viewing angle and a relatively low resolution in the peripheral region of the viewing angle, the resolution of the distorted image based on the number of pixels of the display seen by the human eye per degree; and wherein the at least one processor is configured to: apply a pre-distortion algorithm to images to be displayed on the device, the pre-distortion algorithm compensating for the optical distortion of the compound lens, and control the display to display pre-distorted images. a frame; at least one processor mounted in the frame and configured to select an image to be displayed to a viewer; a display attached to the frame and configured to display the image selected by the processor; and two compound lenses, one for each eye of a user, through which a user wearing the display device can see the display; wherein each of the two compound lenses comprises a central lens portion having a first focal length and at least one peripheral lens portion having a second focal length and surrounding the central lens portion, and the first focal length is greater than the second focal length, the two compound lenses configured to form an optically distorted image of the display by redistributing pixels such that the number of pixels in a central region is greater than the number of pixels in a peripheral region, the optically distorted image thereby having a relatively high resolution in the central region of a viewing angle and a relatively low resolution in the peripheral region of the viewing angle, the resolution of the distorted image based on the number of pixels of the display seen by the human eye per degree; and wherein the at least one processor is configured to: apply a pre-distortion algorithm to images to be displayed on the device, the pre-distortion algorithm compensating for the optical distortion of the compound lens, and control the display to display pre-distorted images. apply a pre-distortion algorithm to images to be displayed on the device, the pre-distortion algorithm compensating for the optical distortion of the compound lens, and control the display to display pre-distorted images.
A mobile transport system for transporting objects in a technical facility, comprising a pair of first support wheels, a pair of second support wheels, a pair of drive wheels, two drive motors and two travel gear units, wherein a drive motor and a travel gear unit are in each case associated with each of the drive wheels, characterised in that a release lever is in each case attached to each of the travel gear units, by means of which lever the respective travel gear unit is mechanically separable from the associated drive motor and can be mechanically coupled with the associated drive motor. a pair of first support wheels, a pair of second support wheels, a pair of drive wheels, two drive motors and two travel gear units, wherein a drive motor and a travel gear unit are in each case associated with each of the drive wheels, characterised in that a release lever is in each case attached to each of the travel gear units, by means of which lever the respective travel gear unit is mechanically separable from the associated drive motor and can be mechanically coupled with the associated drive motor.
A method of controlling a dishwasher, comprising: supplying washing water to the inside of the dishwasher; washing dishes in the dishwasher using the washing water; and draining the washing water from the dishwasher by using a drain pump, characterised by temporarily stopping the supply of the washing water for a designated time between the drain of the washing water and the supply of the washing water to prevent the washing water from being drained due to a siphon action relating to an inertial operation of the drain pump, so as to completely stop the inertial operation of the drain pump, when the drain of the washing water is converted into the supply of the washing water to repeatedly perform the respective operations. supplying washing water to the inside of the dishwasher; washing dishes in the dishwasher using the washing water; and draining the washing water from the dishwasher by using a drain pump, characterised by temporarily stopping the supply of the washing water for a designated time between the drain of the washing water and the supply of the washing water to prevent the washing water from being drained due to a siphon action relating to an inertial operation of the drain pump, so as to completely stop the inertial operation of the drain pump, when the drain of the washing water is converted into the supply of the washing water to repeatedly perform the respective operations.
Ceiling or wall panel, which has a long panel body at the one longitudinal edge of which is disposed a groove and at a longitudinal edge being opposite to the groove is formed a tongue (3, 3a), so that the panel body can be coupled with at least one further panel body of the same sort under the formation of a tongue-and-groove connection, wherein in the region of the groove and the tongue (3, 3a) latching means (6, 6a) are disposed which can be brought into engagement with one another, by means of which the panel bodies (A, B) in coupled state can be fixed to one another, wherein the latching means (6, 6a) in coupled state of the panel bodies (A, B) are distanced from one another and form a plane of separation between themselves, wherein the latching means (6, 6a) only through pivoting at least one of the panel bodies (A, B) coupled with one another around the longitudinal direction of the tongue-and-groove connection can be brought at least sectionally into engagement with one another, wherein the panel body (A, B) has a viewing side and wherein the second latching means is formed at a groove sidewall of the groove, characterised in that the first latching means is disposed at a region of the tongue (3, 3a) facing the viewing side and wherein the second latching means is formed in a section of the groove sidewall, which recedes in respect to the groove or is formed in an inclined surface of the groove sidewall which is tilted with respect to the groove.
A transport refrigeration unit to cool an interior compartment of a container fluidly coupled to the transport refrigeration unit, the transport refrigeration unit comprising: a power system to provide power to the transport refrigeration unit comprising: an engine; an exhaust system to expel exhausted air from the engine; a fuel supply system to transfer fuel to the engine via a fuel supply hose, and a thermal event detection system comprising: a safety controller; characterised in that the thermal event detection system further comprises: a linear heat detector communicatively coupled to the safety controller, wherein the linear heat detector is operative to create, subsequent to being exposed to a temperature greater than or equal to a threshold temperature, a change in resistance along at least a portion of the linear heat detector, wherein the change in resistance is detectable by the safety controller, and wherein the safety controller is operative to initiate an action upon having detected the change in resistance. an engine; an exhaust system to expel exhausted air from the engine; a fuel supply system to transfer fuel to the engine via a fuel supply hose, and a thermal event detection system comprising: a safety controller; characterised in that the thermal event detection system further comprises: a linear heat detector communicatively coupled to the safety controller, wherein the linear heat detector is operative to create, subsequent to being exposed to a temperature greater than or equal to a threshold temperature, a change in resistance along at least a portion of the linear heat detector, wherein the change in resistance is detectable by the safety controller, and wherein the safety controller is operative to initiate an action upon having detected the change in resistance. a safety controller; characterised in that the thermal event detection system further comprises: a linear heat detector communicatively coupled to the safety controller, wherein the linear heat detector is operative to create, subsequent to being exposed to a temperature greater than or equal to a threshold temperature, a change in resistance along at least a portion of the linear heat detector, wherein the change in resistance is detectable by the safety controller, and wherein the safety controller is operative to initiate an action upon having detected the change in resistance. a linear heat detector communicatively coupled to the safety controller, wherein the linear heat detector is operative to create, subsequent to being exposed to a temperature greater than or equal to a threshold temperature, a change in resistance along at least a portion of the linear heat detector, wherein the change in resistance is detectable by the safety controller, and wherein the safety controller is operative to initiate an action upon having detected the change in resistance.
A retractable roof system for a vehicle structured such that a lid covering a storage space so as to open and close covers said storage space at a time of storing a retractable roof having a front roof, a rear roof, and a rear window and capable of being stored in said storage space which is different from a trunk space, comprising: a roof locking apparatus provided in the vehicle body and capable of retaining the retractable roof in the storage space; and a lid driver provided in the vehicle body and capable of changing a position of said lid to an open position and a closed position, characterized in that the roof locking apparatus is structured such as to work with the lid driver and to retain the front roof in the storage space and wherein the roof locking apparatus is provided with a grip member (71, 72, 73) movable by the lid driver in a vertical direction between a gripping position gripping the front roof, and a retracted position provided at a position which is a predetermined distance away to a lower side from the gripping position and retaining the grip member (71, 72, 73) gripping the front roof. a roof locking apparatus provided in the vehicle body and capable of retaining the retractable roof in the storage space; and a lid driver provided in the vehicle body and capable of changing a position of said lid to an open position and a closed position, characterized in that the roof locking apparatus is structured such as to work with the lid driver and to retain the front roof in the storage space and wherein the roof locking apparatus is provided with a grip member (71, 72, 73) movable by the lid driver in a vertical direction between a gripping position gripping the front roof, and a retracted position provided at a position which is a predetermined distance away to a lower side from the gripping position and retaining the grip member (71, 72, 73) gripping the front roof.