mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a dosing system of a spreader machine for distributing a granular material, comprising - a first member provided with a first opening; - a second member provided with a second opening; and - an actuator connected to at least one of the first and second members (11, 12) and configured to provide a driving force for relative movement between the first and second members (11, 12), thereby, adjusting an opening size of a dosing opening provided by an overlapping area in which the first and second openings (17, 18) are overlapping; wherein the relative movement is conductable by linear movement of at least one of the first and second members (11, 12), characterized in that the second member is configured to be forced movable in response to linear movement of the first member, wherein the linear movement is driven by the actuator. - a first member provided with a first opening; - a second member provided with a second opening; and - an actuator connected to at least one of the first and second members (11, 12) and configured to provide a driving force for relative movement between the first and second members (11, 12), thereby, adjusting an opening size of a dosing opening provided by an overlapping area in which the first and second openings (17, 18) are overlapping;
Carrying device for a baby or small child, with a retaining harness system having two shoulder straps and with an accommodating element adjustably connected to the retaining harness system, wherein the accommodating element comprises between the shoulder straps an accommodating space adjustable to the baby or small child to be carried and two laterally extending side parts for connection to the retaining harness system, and wherein the retaining harness system is adaptable to a size of a carrying person independently of an adjustment of said accommodating space, characterized in that the accommodating element is designed as a single sling-like the baby or small child evenly supporting wrap, and in that both laterally extending side parts of the accommodating space are end areas (4, 13) of the wrap that project length-adjustably beyond the connection with the retaining harness system in such a manner that each alteration of the projecting length of at least one end area adapts the size of the accommodating space to the size of the baby or small child to be carried.
Turbine blade of a turbomachine such as a turboprop or a turbojet, the blade comprising: a root, an airfoil supported on the root and extending along a length direction, terminating at a tip, the airfoil comprising a leading edge and a trailing edge located downstream from the leading edge, the airfoil comprising an intrados wall and an extrados wall at a spacing from each other and connecting the leading edge to the trailing edge, this airfoil also comprising: - cooling ducts (41, 52, 47, 54) each extending laterally from the extrados wall as far as an upstream internal wall or as far as a downstream internal wall; - an upstream lateral cavity and a downstream lateral cavity extending along the intrados wall to form a heat shield, at a spacing from each other along this intrados wall; - the upstream lateral cavity extending laterally from the intrados wall as far as the upstream internal wall along a thickness of less than its length along the intrados wall, this upstream lateral cavity protecting thermally two cooling ducts (41, 52); - the downstream lateral cavity extending laterally from the intrados wall as far as the downstream internal wall along a thickness of less than its length along the intrados wall; - a cooling conduit extending transversely from the intrados wall as far as the extrados wall between the upstream lateral cavity and the downstream lateral cavity; characterized in that the thickness of the lateral cavities (37, 38) is inferior to the thickness of the other ducts of the blade. - cooling ducts (41, 52, 47, 54) each extending laterally from the extrados wall as far as an upstream internal wall or as far as a downstream internal wall; - an upstream lateral cavity and a downstream lateral cavity extending along the intrados wall to form a heat shield, at a spacing from each other along this intrados wall; - the upstream lateral cavity extending laterally from the intrados wall as far as the upstream internal wall along a thickness of less than its length along the intrados wall, this upstream lateral cavity protecting thermally two cooling ducts (41, 52); - the downstream lateral cavity extending laterally from the intrados wall as far as the downstream internal wall along a thickness of less than its length along the intrados wall; - a cooling conduit extending transversely from the intrados wall as far as the extrados wall between the upstream lateral cavity and the downstream lateral cavity;
A method for production of oxymethylene ether of the general formula CH 3 O-(CH 2 O) m -CH 3 in a liquid phase process, wherein 1 ≤ m ≤ 10, wherein in a catalytic reaction molecular oxygen or an oxygen-containing oxidant and methanol, formaldehyde, and/or methyl formate are used as reactants in a solution and are converted by means of a vanadium-oxygen compound or a salt thereof as catalyst in the solution, which vanadium-oxygen compound contains vanadium in the oxidation stage +IV or +V, wherein the catalyst reduced during the catalytic reaction is restored to its starting state by oxidation by means of the molecular oxygen or the oxygen-containing oxidant, wherein the catalyst is a polyoxometallate ion of the general formula [PMo x V y O 40] n-, wherein 6 ≤ x ≤ 11, 1 ≤ y ≤ 6 and x + y = 12, [W x V y O 19] n-, wherein x + y = 6, 3 ≤ x ≤ 5 and 1 ≤ y ≤ 3 or [P 2 W x V y O 62] n-, wherein x + y = 18, 12 ≤ x ≤ 17 and 1 ≤ y ≤ 6, or is a VO 2+ -containing salt or a [VO 3] - -containing salt, wherein n, x and y are in each case an integer.
Transmission, comprising: - a transmission case; - a first planetary gear mechanism arranged in the transmission case and comprising a sun gear, a planet gear set, and a ring gear; - a transmission input shaft connected to the first planetary gear mechanism and connectable to an external power source for driving the planetary gear mechanism; - at least one transmission output shaft connected to the first planetary gear mechanism and connectable to an external device for driving said external device; characterized by: - at least one first hydrostat arranged externally on the transmission case and connected to the first planetary gear mechanism via a pump input shaft and configured to act as a unidirectional variable displacement pump driven by the first planetary gear mechanism; - at least one second hydrostat (35; 37) arranged externally on the transmission case, driven by the first hydrostat, and configured to act as a unidirectional motor and connected to the first planetary gear mechanism via a motor output shaft for driving the first planetary gear mechanism; wherein each of said transmission input shaft, the first hydrostat and the second hydrostat (35; 37) is connected to a respective one of said sun gear, said planet gear set, and said ring gear; wherein said transmission output shaft is connected to the one of said sun gear, said planet gear set, and said ring gear to which the second hydrostat (35; 37) is connected; wherein the first hydrostat and the second hydrostat (35; 37) are separate devices each having its own case arranged externally on the transmission case, and are connected via a hydraulic circuit that is configured for unidirectional flow of hydraulic oil between the first hydrostat and the second hydrostat.
A smartpad comprising: a screen; and a display, the display configured to display content from a docked multi-screen device, said multi-screen device having two screens, the docked multi-screen device having been inserted into the smartpad, wherein a dual screen application, which would be displayed on both screens of the docked multi-screen device, is instead displayed in full screen on the display of the smartpad, the content being displayed on the display of the smartpad using input from an accelerometer on the docked multi-screen device regarding an orientation of both the docked multi-screen device and the smartpad. a screen; and a display, the display configured to display content from a docked multi-screen device, said multi-screen device having two screens, the docked multi-screen device having been inserted into the smartpad, wherein a dual screen application, which would be displayed on both screens of the docked multi-screen device, is instead displayed in full screen on the display of the smartpad, the content being displayed on the display of the smartpad using input from an accelerometer on the docked multi-screen device regarding an orientation of both the docked multi-screen device and the smartpad.
A method for monitoring the performance of a computer system comprising: a) changing a base address of a trap table from a first address to a second address; b) executing trap instructions of an instrumented trap table having its base address at said second address, to generate performance statistics; and c) responsive to step (b), transferring control to a non-instrumented trap table. a) changing a base address of a trap table from a first address to a second address; b) executing trap instructions of an instrumented trap table having its base address at said second address, to generate performance statistics; and c) responsive to step (b), transferring control to a non-instrumented trap table.
A human monoclonal antibody that specifically binds to and has opsonic phagocytic killing activity against at least two different Staphylococcus species and against at least 3 different strains of Staphylococcus aureus, characterized in that said antibody is an antibody with a heavy chain comprising the variable region of SEQ. ID. NO. 155 and a light chain comprising the variable region of SEQ. ID. NO. 215.
Rotary piston machine, - with at least two rotors which interact of power part and shut-off part and which have spur toothings, which spur toothings differ by one in terms of number of teeth and, together with a machine housing which accommodates the rotors (2, 3), delimit working chambers, - with a particular angle of the axes of rotation of the rotors (2, 3) relative to one another for generation of the delivery action, - with drive of the power part by way of a coaxially arranged electric motor and a rotary connection between electric motor and power part, and - with cycloidal form of the toothing, that is to say with a trochoid toothing, characterized - in that the electric motor is an external-rotor motor with internal stator and external rotor, - in that the machine housing has a support tube section which projects into and bears the internal stator, - in that the external rotor has a rotor bell which engages around the internal stator and which has a central drive shaft, which drive shaft extends through the support tube section and has a rotational connection to the power part, - in that the drive shaft is mounted with respect to the inner wall of the support tube section, - in that the machine housing has a flange-like central part which has an installation flange, said central part having openings or lugs for the fastening of the rotary piston machine to external objects, and on which central part, on one side, the central support tube section is arranged, and to which central part, on the other side, the machine housing is fastened. - with at least two rotors which interact of power part and shut-off part and which have spur toothings, which spur toothings differ by one in terms of number of teeth and, together with a machine housing which accommodates the rotors (2, 3), delimit working chambers, - with a particular angle of the axes of rotation of the rotors (2, 3) relative to one another for generation of the delivery action, - with drive of the power part by way of a coaxially arranged electric motor and a rotary connection between electric motor and power part, and - with cycloidal form of the toothing, that is to say with a trochoid toothing, - in that the electric motor is an external-rotor motor with internal stator and external rotor, - in that the machine housing has a support tube section which projects into and bears the internal stator, - in that the external rotor has a rotor bell which engages around the internal stator and which has a central drive shaft, which drive shaft extends through the support tube section and has a rotational connection to the power part, - in that the drive shaft is mounted with respect to the inner wall of the support tube section, - in that the machine housing has a flange-like central part which has an installation flange, said central part having openings or lugs for the fastening of the rotary piston machine to external objects, and on which central part, on one side, the central support tube section is arranged, and to which central part, on the other side, the machine housing is fastened.
A kit for converting a battery-powered fragrance sprayer into a solar powered automatic fragrance sprayer for use in an indoor lit area, the battery-powered fragrance sprayer including a controller, a battery compartment, an actuator and an aerosol cannister, the controller being adapted to activate the actuator to release fragrance from the aerosol cannister, the fragrance sprayer further including at least one cell for powering the controller and actuator, characterised in that the kit comprises: a battery pack for fitting into the battery compartment of the fragrance sprayer, the battery pack including a rechargeable nickel-hydride (Ni-Mh) low self-discharge battery mounted within a battery casing having positive and negative connection areas (26, 34) at respective ends for connection with connectors in the battery compartment; a replacement outer casing for the fragrance sprayer; at least one tuned amorphous silicon solar panel (14, 16) or at least one dye sensitised solar cell panel (14, 16) disposed on the replacement outer casing; and cable connection means electrically connecting the at least one tuned amorphous silicon solar panel (14, 16) or the at least one dye sensitised solar cell panel (14, 16) to the Ni-Mh LSD battery in the battery pack. a battery pack for fitting into the battery compartment of the fragrance sprayer, the battery pack including a rechargeable nickel-hydride (Ni-Mh) low self-discharge battery mounted within a battery casing having positive and negative connection areas (26, 34) at respective ends for connection with connectors in the battery compartment; a replacement outer casing for the fragrance sprayer; at least one tuned amorphous silicon solar panel (14, 16) or at least one dye sensitised solar cell panel (14, 16) disposed on the replacement outer casing; and cable connection means electrically connecting the at least one tuned amorphous silicon solar panel (14, 16) or the at least one dye sensitised solar cell panel (14, 16) to the Ni-Mh LSD battery in the battery pack.
An orthopaedic femoral implant, comprising: a main body and a porous augment removably attached to said main body, said porous augment having a bone ingrowth surface for interfacing with a bone material and another surface coupled with said main body, characterised in that a post extends from said interface surface of said main body past said bone ingrowth surface of said porous augment, said post comprising a metallic material, wherein said porous material is removably attached to said main body with only one fastener, said only one fastener being said post. a main body and a porous augment removably attached to said main body, said porous augment having a bone ingrowth surface for interfacing with a bone material and another surface coupled with said main body, characterised in that a post extends from said interface surface of said main body past said bone ingrowth surface of said porous augment, said post comprising a metallic material, wherein said porous material is removably attached to said main body with only one fastener, said only one fastener being said post.
Apparatus for the UV irradiation of objects, in particular for the curing of coatings, comprising a plurality of UV radiator modules which each comprise an LED arrangement which is arranged flat on a support, characterized in that each UV radiator module has a flat cable connection which is provided with a large number of connection lines for the electrical connection of the LED arrangement, and in that the flat cable connection is arranged on a connecting side of the support, which connecting side can be joined or is joined to a further UV radiator module.
A method for analyzing images at a surgical site within a patient, comprising: acquiring a first image comprising a preoperative image of the surgical site or a contralateral image on an opposite side of the patient from the surgical site; acquiring a second image comprising an intraoperative image of the surgical site that depicts a first implanted device; scaling and aligning the first and second images; providing a digital template of the first implanted device; matching the digital template of the first implanted device to the first implanted device in the second image; identifying a first anatomical landmark point on the second image; identifying the first anatomical landmark point on the first image; and superimposing the digital template of the first implanted device onto the first image, wherein the first anatomical landmark point is used to superimpose the digital template of the first implanted device onto the first image, such that it is positioned in the same anatomical location as depicted in the second image. acquiring a first image comprising a preoperative image of the surgical site or a contralateral image on an opposite side of the patient from the surgical site; acquiring a second image comprising an intraoperative image of the surgical site that depicts a first implanted device; scaling and aligning the first and second images; providing a digital template of the first implanted device; matching the digital template of the first implanted device to the first implanted device in the second image; identifying a first anatomical landmark point on the second image; identifying the first anatomical landmark point on the first image; and superimposing the digital template of the first implanted device onto the first image, wherein the first anatomical landmark point is used to superimpose the digital template of the first implanted device onto the first image, such that it is positioned in the same anatomical location as depicted in the second image.
A transcranial magnetic stimulation system, comprising: an optical device configured to project a light spot to a head of a patient and detecting a reflection light of the light spot; characterized by comprising: a memory means configured to memorize information included in the reflection light detected by the optical device as a reference information when the projected light spot on the patient overlaps a marking provided on the patient; a calculation means (step #2) configured to calculate an overlap ratio between the marking and the light spot from the reference information memorized in the memory means and a comparison information included in the reflection light of the light spot; and a display means (steps #5, #504) configured to display the overlap ratio. an optical device configured to project a light spot to a head of a patient and detecting a reflection light of the light spot; characterized by comprising: a memory means configured to memorize information included in the reflection light detected by the optical device as a reference information when the projected light spot on the patient overlaps a marking provided on the patient; a calculation means (step #2) configured to calculate an overlap ratio between the marking and the light spot from the reference information memorized in the memory means and a comparison information included in the reflection light of the light spot; and a display means (steps #5, #504) configured to display the overlap ratio. a memory means configured to memorize information included in the reflection light detected by the optical device as a reference information when the projected light spot on the patient overlaps a marking provided on the patient; a calculation means (step #2) configured to calculate an overlap ratio between the marking and the light spot from the reference information memorized in the memory means and a comparison information included in the reflection light of the light spot; and a display means (steps #5, #504) configured to display the overlap ratio.
A folding, modular trailer that can be hitched to motor vehicles, consisting of a main frame module which comprises a tow-bar assembly (10, 23), a self-supporting chassis fitted with a base structure and connection handles, mudguards, tow-bar coupling and an axle with wheels, characterised in that the base structure of the self-supporting chassis is configured with a central recess fitted with a reinforcement profile, on which other supplementary modules (2 - 7) can be attached by means of quick lock fittings, the space between the sides and the central recess being covered by a reinforcement folded into a "Z" shape; The tow-bar assembly (10, 23) comprises at least two sections: - a front section (10.1), with a coupling head, - a central section (10.2) and rear section (10.3) that couple with the tow-bar coupling on the self-supporting chassis, - the front section (10.1) being coupled to the central section (10.2) by means of two fastening plates positioned on either side of the sections and opposite each other, joined together by means of anchoring means, self-anchoring means, and a pin fitted on the underside of the tow-bar, - the central section (10.2) being coupled to the rear section (10.3) by means of two fastening plates positioned on either side of the sections and opposite each other, joined together by means of anchoring means, self-anchoring means, and a pin fitted on the top side of the tow-bar, - and in that the main frame module includes two support brackets with retractable wheels. - a front section (10.1), with a coupling head, - a central section (10.2) and rear section (10.3) that couple with the tow-bar coupling on the self-supporting chassis, - the front section (10.1) being coupled to the central section (10.2) by means of two fastening plates positioned on either side of the sections and opposite each other, joined together by means of anchoring means, self-anchoring means, and a pin fitted on the underside of the tow-bar, - the central section (10.2) being coupled to the rear section (10.3) by means of two fastening plates positioned on either side of the sections and opposite each other, joined together by means of anchoring means, self-anchoring means, and a pin fitted on the top side of the tow-bar, - and in that the main frame module includes two support brackets with retractable wheels.