mhurhangee/patent-ind-claim-en huggingface dataset:
A circulating downhole tool for selectively diverting fluid to one of: below the circulating downhole tool; or into an annulus between the circulating downhole tool and a wellbore ; wherein the tool comprises a cycle valve device that is cyclable utilising a change in pressure above and/or below a pre-determined fluid pressure to trigger the cycle valve device to vary fluid flow diversion cyclically between below the tool or the annulus ; and wherein the tool is configured to be remotely operated from surface by an operator to allow selective and unlimited activation of the tool without having to be tripped or pulled out of the wellbore and wherein the tool comprises a longitudinal length of less than 50 cm and at least 20 cm.
Optomechanical system for dynamically controlling the photometric distribution of a luminaire comprising: ▪ a static frame , ▪ a light emitting substrate with one or more light emitting elements capable of emitting incident light , ▪ an optical layer comprising one or more optical elements capable of capturing incident light and transmitting transmitted light , ▪ a shifting mechanism for translationally moving along at least one direction a movable element which is chosen from either the optical layer or the light emitting substrate , wherein the shifting mechanism comprises one or more guiding elements , said one or more guiding elements being capable of maintaining the inclination angle between the light emitting substrate and the optical layer while moving the movable element , wherein the optomechanical system is configured in such a way that the photometric distribution of the luminaire is dynamically controllable by adjusting the relative position of the light emitting elements with respect to the optical elements , wherein the guiding elements are arranged in a single planar module , and wherein the shifting mechanism comprises said planar module , one or more shifting elements , one or more position sensors and an electronic board . ▪ a static frame , ▪ a light emitting substrate with one or more light emitting elements capable of emitting incident light , ▪ an optical layer comprising one or more optical elements capable of capturing incident light and transmitting transmitted light , ▪ a shifting mechanism for translationally moving along at least one direction a movable element which is chosen from either the optical layer or the light emitting substrate , wherein the shifting mechanism comprises one or more guiding elements , said one or more guiding elements being capable of maintaining the inclination angle between the light emitting substrate and the optical layer while moving the movable element , wherein the optomechanical system is configured in such a way that the photometric distribution of the luminaire is dynamically controllable by adjusting the relative position of the light emitting elements with respect to the optical elements , wherein the guiding elements are arranged in a single planar module , and wherein the shifting mechanism comprises said planar module , one or more shifting elements , one or more position sensors and an electronic board .
An article with controllable wettability comprising: a substrate ; a layer of a composite material supported on the substrate , the layer having an exposed surface , and the composite material including nanoparticles having controllable polarization embedded fully or partially in a matrix ; and a controller operable to selectively apply a controlled variable activation energy to the layer, the controllable polarization of the nanoparticles varying responsive to the controlled variable activation energy such that a wettability of the exposed surface also varies responsive to the controlled variable activation energy, characterized in that the nanoparticles are concentrated near the exposed surface with respect to through-thickness of the layer . a substrate ; a layer of a composite material supported on the substrate , the layer having an exposed surface , and the composite material including nanoparticles having controllable polarization embedded fully or partially in a matrix ; and a controller operable to selectively apply a controlled variable activation energy to the layer, the controllable polarization of the nanoparticles varying responsive to the controlled variable activation energy such that a wettability of the exposed surface also varies responsive to the controlled variable activation energy, characterized in that the nanoparticles are concentrated near the exposed surface with respect to through-thickness of the layer .
A fastening structure of an upper of a shoe, wherein: the upper defines a left eyelet row and a right eyelet row arranged along a longitudinal direction of the shoe; the left and right eyelet rows each at least include a first eyelet on a tip side, and a second eyelet, a third eyelet and a fourth eyelet that are arranged in this order from the first eyelet toward a posterior side; a first average interval D 1 is defined as an average value between an interval in the longitudinal direction between the first eyelet and the second eyelet of the left eyelet row and an interval in the longitudinal direction between the first eleyet and the second eyelet of the right eyelet row; a second average interval D 2 is defined as an average value between an interval in the longitudinal direction between the second eyelet and the third eyelet of the left eyelet row and an interval in the longitudinal direction between the second eleyet and the third eyelet of the right eyelet row; a third average interval D 3 is defined as an average value between an interval in the longitudinal direction between the third eyelet and the fourth eyelet of the left eyelet row and an interval in the longitudinal direction between the third eleyet and the fourth eyelet of the right eyelet row; and characterized in that Expressions and below are satisfied: D 1 > D 2 < D 3 1.0 * D 1 + D 2 > D 1 > 0.6 * D 1 + D 2 the upper defines a left eyelet row and a right eyelet row arranged along a longitudinal direction of the shoe; the left and right eyelet rows each at least include a first eyelet on a tip side, and a second eyelet, a third eyelet and a fourth eyelet that are arranged in this order from the first eyelet toward a posterior side; a first average interval D 1 is defined as an average value between an interval in the longitudinal direction between the first eyelet and the second eyelet of the left eyelet row and an interval in the longitudinal direction between the first eleyet and the second eyelet of the right eyelet row; a second average interval D 2 is defined as an average value between an interval in the longitudinal direction between the second eyelet and the third eyelet of the left eyelet row and an interval in the longitudinal direction between the second eleyet and the third eyelet of the right eyelet row; a third average interval D 3 is defined as an average value between an interval in the longitudinal direction between the third eyelet and the fourth eyelet of the left eyelet row and an interval in the longitudinal direction between the third eleyet and the fourth eyelet of the right eyelet row; and characterized in that Expressions and below are satisfied: D 1 > D 2 < D 3 1.0 * D 1 + D 2 > D 1 > 0.6 * D 1 + D 2
A drive train comprising: a housing having a first end and a second end ; a first stage disposed within the housing proximate the first end; a second stage disposed within the housing proximate the second end; and a third stage disposed within the housing between the first stage and the second stage; wherein the first stage, the second stage, and the third stage are disposed coaxially on a drive train axis, characterized in that the housing directly supports a plurality of third stage planetary gears of the third stage, the plurality of third stage planetary gears disposed in slots extending through the housing. a housing having a first end and a second end ; a first stage disposed within the housing proximate the first end; a second stage disposed within the housing proximate the second end; and a third stage disposed within the housing between the first stage and the second stage; wherein the first stage, the second stage, and the third stage are disposed coaxially on a drive train axis,
Production module for producing solid dosage forms in individual batches , encompassing • a feeder device for conveying powdery starting materials, • a mixing device connected to the feeder device for processing the conveyed powdery starting substances into a product, • a final processing device connected to the mixing device for creating a final product from the processed starting materials, and • a control device for automatically controlling the feeder device and mixing device and the final processing device , - whereby collection sluices are used to forward a batch from the feeder device to the mixing device and from the mixing device to the final processing device . - whereby between the feeder device and mixing device there is a first collection sluice in order to prevent fluid communication between the feeder device and mixing device , and whereby there is a second collection sluice between the mixing device and final processing device in order to prevent fluid communication between the mixing device and final processing device , distinguished by the fact that - the first collection sluice and/or the second collection sluice have at least one stirring attachment. • a feeder device for conveying powdery starting materials, • a mixing device connected to the feeder device for processing the conveyed powdery starting substances into a product, • a final processing device connected to the mixing device for creating a final product from the processed starting materials, and • a control device for automatically controlling the feeder device and mixing device and the final processing device , - whereby collection sluices are used to forward a batch from the feeder device to the mixing device and from the mixing device to the final processing device . - whereby between the feeder device and mixing device there is a first collection sluice in order to prevent fluid communication between the feeder device and mixing device , and whereby there is a second collection sluice between the mixing device and final processing device in order to prevent fluid communication between the mixing device and final processing device , distinguished by the fact that - the first collection sluice and/or the second collection sluice have at least one stirring attachment. - whereby collection sluices are used to forward a batch from the feeder device to the mixing device and from the mixing device to the final processing device . - whereby between the feeder device and mixing device there is a first collection sluice in order to prevent fluid communication between the feeder device and mixing device , and whereby there is a second collection sluice between the mixing device and final processing device in order to prevent fluid communication between the mixing device and final processing device , distinguished by the fact that - the first collection sluice and/or the second collection sluice have at least one stirring attachment.
A crystalline form of a tetrahydrofuran solvate of 1-{4-[1-(2,6-difluorobenzyl)-5-dimethylaminomethyl-3-(6-methoxypyridazin-3-yl)-2,4-dioxo-1,2,3,4-tetrahydrothieno[2,3-d]pyrimidin-6-yl]phenyl}-3-methoxyurea that exhibits an X-ray powder diffraction pattern having 2-theta (2θ) peaks at approximately 7.285°, 10.597°, and 15.292 and peaks expressed in d values (Å) at approximately 12.125, 8.342, and 5.790.
A kit for forming an agricultural tool from a wheel body or a roller support , the kit comprising a flexible track having a hollow chamber and an inner surface around this hollow chamber , the flexible track further having a circular opening on the hollow chamber and a pair of beads bordering this circular opening and through which the flexible track is mounted around the wheel body or the roller support , the kit further comprising a spacer at least partially tubular with two axially opposite end faces, characterised in that at least on a part corresponding to at least one of the beads , the inner surface extends generally frusto-conically, flaring radially outwardly of the flexible track , and at least one of the end faces of the spacer has at least one axially protruding surface, the spacer being shaped so as to be positioned through the opening of the flexible track such that the protruding surface is capable of engaging the inner surface in a zone of said part corresponding to at least one of the beads , while said bead has a circular groove open onto the hollow chamber and said zone comprises this circular groove , the circular groove being shaped in a manner corresponding to the axially protruding surface of the spacer .
Method for transporting a user in an autonomously driving vehicle configured according to a context of the user, comprising providing a context-dependently configured autonomously driving vehicle, in which the autonomously driving vehicle is selected on the basis of information transmitted to a server about a context of the user and is configured by adapting at least one component selected from the infotainment system, lighting system, fragrance system, body, motorization, vehicle type and vehicle design, wherein a chassis and/or a body and/or a setting profile of respective interior components of the vehicle is selected with reference to an assignment table, which assigns respective configuration parameters to respective control commands of the user, and the vehicle is configured with the selected chassis and/or the selected body and/or the selected setting profile of respective interior components of the vehicle using an automatic configuration device, which is used to exchange components of the vehicle, such a, for example its body or its drive, and wherein the context of the user is determined on the basis of control commands provided by the user by means of a program executed on a computing unit.
Laser microscope , comprising a common laser emitting at least one excitation beam , a scan optics configured for scanning the excitation beam over the surface of a sample , a focusing optics configured for focusing the excitation beam onto the sample , and at least one detector for light (7, 7a-7d) emitted by the sample due to an optical effect in response to the excitation beam , wherein the common laser emits a pulsed ablation beam for the purposes of local ablation of the material of the sample , wherein the ablation beam is guided via the scan optics and the focusing optics to the sample , wherein the common laser comprises a common continuous-wave pump laser , wherein the excitation beam comprises pulses of at least two different wavelengths, wherein the common pulsed laser comprises an optical oscillator , a spectral filter and a beam splitter , wherein the beam is guided from the common continuous-wave pump laser into the optical oscillator and the beam splitter splits the pulsed beam emitted by the optical oscillator into the excitation beam on the one hand and into the ablation beam on the other hand, wherein the excitation beam is guided through the spectral filter and the at least two different wavelengths of the excitation beam are generated by a four-wave mixture of the excitation light guided through the spectral filter .
Mechanical connecting device comprising a bracelet and a mechanical part , in particular a component of a wristwatch, wherein the mechanical connecting device is arranged to connect the bracelet to the mechanical part , the bracelet comprising a pivot and a stop , said mechanical part comprising a retaining member for said pivot , the retaining member being arranged to hold said pivot on the mechanical part in a first configuration and to release the pivot from the mechanical part in a second configuration; the mechanical connecting device: - further comprises a latch movable between a closed position in which it holds said pivot on said mechanical part and an open position in which the pivot can be released from said mechanical part ; - the latch having a resilient constraining member arranged to constrain said latch in its closed position; - said latch having at least one inclined plane arranged such that the application of a force to said inclined plane in one direction generates a displacement of the latch to its open position in another direction; - the latch comprising at least one support area arranged such that the application of a force on the support area generates a displacement of the latch to its open position; the mechanical connecting device is characterised - in that the mechanical part comprises a stop member cooperating with said stop of the bracelet so as to prevent the pivot of the bracelet from applying a force to the latch so as to move it into its open position when the bracelet is in a position of use, the stop member not interacting with the stop of the bracelet when the bracelet is in a replacement position. - further comprises a latch movable between a closed position in which it holds said pivot on said mechanical part and an open position in which the pivot can be released from said mechanical part ; - the latch having a resilient constraining member arranged to constrain said latch in its closed position; - said latch having at least one inclined plane arranged such that the application of a force to said inclined plane in one direction generates a displacement of the latch to its open position in another direction; - the latch comprising at least one support area arranged such that the application of a force on the support area generates a displacement of the latch to its open position; the mechanical connecting device is characterised - in that the mechanical part comprises a stop member cooperating with said stop of the bracelet so as to prevent the pivot of the bracelet from applying a force to the latch so as to move it into its open position when the bracelet is in a position of use, the stop member not interacting with the stop of the bracelet when the bracelet is in a replacement position.
A rear hitch assembly attached to an agricultural tractor, the assembly comprising a drawbar carrier element mounted to the underside of a chassis by a first connection which permits fore and aft movement of the carrier element relative to the chassis, and a second connection which includes a load sensor which senses horizontal load placed upon the carrier element, wherein implement connector elements are attached to the carrier in a fixed positional relationship, characterised in that the first connection comprises a sliding contact between the carrier and a bearing fixed relative to the chassis and wherein the first connection includes a shaft that supports the carrier element , said shaft being held in position relative to the chassis, the shaft being aligned longitudinally and being in sliding contact with the carrier element .
Transport pallet having an upper side , a lower side and at least four side parts or side faces arranged between and/or adjacent to the upper side and the lower side , wherein the transport pallet is composed in a modular manner of at least two parts and comprises at least one lower part and at least one upper part and is able to be provided or is provided with at least one rechargeable energy store , wherein the at least one rechargeable energy store is configured to supply energy to at least one electrical or electronic component of a transport vehicle and is arranged in the interior of the upper part and/or the lower part, wherein at least one charging electronics unit for the at least one rechargeable energy store is arranged on or in the interior of the transport pallet , and wherein the transport pallet has at least one energy transfer device for transferring energy from the at least one rechargeable energy store to the at least one electrical or electronic component of the transport vehicle and/or from at least one energy source to the rechargeable energy store .
An actinic radiation-curable inkjet ink comprising a photocurable compound and a photoinitiator, wherein: the photoinitiator includes a photoinitiator having a photocurable group; and the actinic radiation-curable inkjet ink further comprises a gelling agent thereby undergoes sol-gel phase transition. the photoinitiator includes a photoinitiator having a photocurable group; and the actinic radiation-curable inkjet ink further comprises a gelling agent thereby undergoes sol-gel phase transition.
A sensor element including: an element body having an elongate rectangular parallelepiped shape and including solid electrolyte layers (1-6) with oxygen ion conductivity, an outer electrode disposed on a first surface that is one of surfaces of the element body, and a protective layer covering at least a part of a second surface of the element body on a side opposite to the first surface and including one or more first interior spaces (92, 92A, 95B2, 95C2, 92D-92I, 95J2, 95K2) to which the second surface is exposed, wherein the volume of one first interior space is 12500 mm 3 or more, and the total volume of the one or more first interior spaces is 0.03 mm 3 or more, and wherein the second surface has a region covered by the protective layer, and at least one of the first interior spaces (92, 92A, 95B2, 95C2, 92D-92I, 95J2, 95K2) is positioned in an overlapping relation to the middle of said region of the second surface , when viewed from a direction perpendicular to the second surface, said middle of said region of the second surface being located at the middle of said region in at least one of the short-length direction and the longitudinal direction of the second surface, and wherein the sensor element has a heater , disposed at a position closer to the second surface than to the first surface . an element body having an elongate rectangular parallelepiped shape and including solid electrolyte layers (1-6) with oxygen ion conductivity, an outer electrode disposed on a first surface that is one of surfaces of the element body, and a protective layer covering at least a part of a second surface of the element body on a side opposite to the first surface and including one or more first interior spaces (92, 92A, 95B2, 95C2, 92D-92I, 95J2, 95K2) to which the second surface is exposed, wherein the volume of one first interior space is 12500 mm 3 or more, and the total volume of the one or more first interior spaces is 0.03 mm 3 or more, and wherein the second surface has a region covered by the protective layer, and at least one of the first interior spaces (92, 92A, 95B2, 95C2, 92D-92I, 95J2, 95K2) is positioned in an overlapping relation to the middle of said region of the second surface , when viewed from a direction perpendicular to the second surface, said middle of said region of the second surface being located at the middle of said region in at least one of the short-length direction and the longitudinal direction of the second surface, and wherein the sensor element has a heater , disposed at a position closer to the second surface than to the first surface .