mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration appliance comprising - at least two hinge assemblies for use with a flap door, - at least one flap door for opening/closing the refrigeration compartment, wherein the flap door is mountable to the hinge-assemblies, - opposing side walls which define a refrigeration compartment, - at least two mounting portions each for mounting a hinge-assembly, wherein the mounting portions are respectively formed on the opposing side walls, - said hinge-assembly comprising a flap hinge and a bearing for movably supporting the flap hinge, wherein the bearing is separately provided from the flap hinge - wherein the flap hinge and the bearing are configured such that the flap hinge is rotatable relative to the bearing about a horizontal axis (Ax) which is perpendicular to the side walls, and slidable relative to the bearing through a limited distance along said horizontal axis (Ax), and wherein the flap hinge and the bearing are biased away from each other along said horizontal axis (Ax) by a spring characterized in that - the flap hinge has a fixing portion for fastening the flap door, wherein the flap hinge is separately provided from the flap door - wherein the hinge assembly comprises a retainer for releasably joining the flap hinge and the bearing together - each of the mounting portions is configured to fix the bearing of the corresponding hinge-assembly and wherein the flap door is configured to fasten to the fixing portion of the flap hinges of the hinge-assemblies. - at least two hinge assemblies for use with a flap door, - at least one flap door for opening/closing the refrigeration compartment, wherein the flap door is mountable to the hinge-assemblies, - opposing side walls which define a refrigeration compartment, - at least two mounting portions each for mounting a hinge-assembly, wherein the mounting portions are respectively formed on the opposing side walls, - said hinge-assembly comprising a flap hinge and a bearing for movably supporting the flap hinge, wherein the bearing is separately provided from the flap hinge - wherein the flap hinge and the bearing are configured such that the flap hinge is rotatable relative to the bearing about a horizontal axis (Ax) which is perpendicular to the side walls, and slidable relative to the bearing through a limited distance along said horizontal axis (Ax), and wherein the flap hinge and the bearing are biased away from each other along said horizontal axis (Ax) by a spring - the flap hinge has a fixing portion for fastening the flap door, wherein the flap hinge is separately provided from the flap door - wherein the hinge assembly comprises a retainer for releasably joining the flap hinge and the bearing together - each of the mounting portions is configured to fix the bearing of the corresponding hinge-assembly and wherein the flap door is configured to fasten to the fixing portion of the flap hinges of the hinge-assemblies.
Cultivation system comprised of an endless cultivation track, that includes a number of support members on which that is to be grown is moved along the cultivation track's length under illumination from a plurality of lighting units (7, at least one of the lighting units is arranged to be movable to and from a position, where it is suitable to provide light, to and from a position at at least one support member, characterized in that the support members are pivotally attached at a distance from each other and connected with each other via chains or the like for moving the support members along the cultivation track, the cultivation system comprises positioning means including a heel or the like for positioning the lighting unit with the support member and movement of the lighting unit occurs with the support member to and from an arbitrary position along the cultivations track's length.
A transformer comprising a primary winding, a secondary winding and a shell enclosing the primary winding and separating the primary winding from the secondary winding, wherein the primary winding is encased within a composite insulation within the shell, wherein the composite insulation comprises an inorganic particulate filler impregnated with an oil-based thermo-reversible gel comprising a thickener, the gel being in solid form, wherein the inorganic particulate filler comprises sand.
Method for determining the position of an actuating device of at least one element for actuating an aircraft seat, the actuating device comprising a calculating unit, an actuator mounted to be movable in translation and/or in rotation on an output shaft so as to actuate the corresponding at least one element of an aircraft seat, said output shaft being connected to an angular position encoder so that a position of the actuator on said output shaft corresponds to a single angular position (θ) of the angular position encoder, the method comprising a preliminary submethod of automatically calibrating said actuating device comprising the following steps: - a step of placing the actuator at a predetermined position (Xref) corresponding to an expected angle value (θatt) of the encoder; - a step of measuring an initial positioning angle value (θini) of the angular position encoder when the actuator shaft is in the predetermined position (Xref); - a step of comparing said initial positioning angle value (θini) and said expected angle value (θatt); - a step of calculating the angular offset (θdecal) of the angular position encoder signal, withθdécal = (θini - θatt) [MODULO 360°], θdecal being between 0° and 359°. - a step of placing the actuator at a predetermined position (Xref) corresponding to an expected angle value (θatt) of the encoder; - a step of measuring an initial positioning angle value (θini) of the angular position encoder when the actuator shaft is in the predetermined position (Xref); - a step of comparing said initial positioning angle value (θini) and said expected angle value (θatt); - a step of calculating the angular offset (θdecal) of the angular position encoder signal, withθdécal = (θini - θatt) [MODULO 360°], θdecal being between 0° and 359°.
A method for enhancing mobility robustness in a wireless communication network, the method comprising: at a source network node, receiving a re-establishment cause from a selected network node, said selected node being selected by a user equipment for connection re-establishment following an unsuccessful handover of the user equipment from a source cell operated by the source network node, the re-establishment cause being received by the selected network node from the user equipment during the connection re-establishment of the user equipment with the selected network node, and indicating whether the user equipment received or not, in the source cell, a handover command related to the unsuccessful handover; and at the source network node, identifying a particular failure related to the unsuccessful handover using the received re-establishment cause information. at a source network node, receiving a re-establishment cause from a selected network node, said selected node being selected by a user equipment for connection re-establishment following an unsuccessful handover of the user equipment from a source cell operated by the source network node, the re-establishment cause being received by the selected network node from the user equipment during the connection re-establishment of the user equipment with the selected network node, and indicating whether the user equipment received or not, in the source cell, a handover command related to the unsuccessful handover; and at the source network node, identifying a particular failure related to the unsuccessful handover using the received re-establishment cause information.
A device for loosening at least one bone from a meat piece where at least one end of the bone is exposed, said device comprising: • a counter hold for supporting the device towards the meat piece; • a longitudinal movable pull bar; • a string for loosening the bone when being pulled along said bone in a direction towards the counter hold, where said string is fastened to the pull bar; • a longitudinal holding-down bar for holding down a bone while loosening this bone, where said holding-down bar is substantially parallel to said pull bar and has a length corresponding at least to the length of the pull bar; and • a loading means located at the end of the holding-down bar and located close to said string when the device is not in function, said loading means is for securing feeding of the string around the end of the exposed bone before loosening said bone; and wherein, • the counter hold comprises: ▪ a non-movable support such as a plate to be located towards the meat piece; and/or ▪ a movable support such as a vertically movable rod or element; and/or ▪ pins capable of holding said meat piece when said pins are pressed towards the meat piece; and • the loading means is connected to said holding-down bar so that the string at least partly can surround the loading means when the device is in a start position. • a counter hold for supporting the device towards the meat piece; • a longitudinal movable pull bar; • a string for loosening the bone when being pulled along said bone in a direction towards the counter hold, where said string is fastened to the pull bar; • a longitudinal holding-down bar for holding down a bone while loosening this bone, where said holding-down bar is substantially parallel to said pull bar and has a length corresponding at least to the length of the pull bar; and • a loading means located at the end of the holding-down bar and located close to said string when the device is not in function, said loading means is for securing feeding of the string around the end of the exposed bone before loosening said bone; and wherein, • the counter hold comprises: ▪ a non-movable support such as a plate to be located towards the meat piece; and/or ▪ a movable support such as a vertically movable rod or element; and/or ▪ pins capable of holding said meat piece when said pins are pressed towards the meat piece; and ▪ a non-movable support such as a plate to be located towards the meat piece; and/or ▪ a movable support such as a vertically movable rod or element; and/or ▪ pins capable of holding said meat piece when said pins are pressed towards the meat piece; and • the loading means is connected to said holding-down bar so that the string at least partly can surround the loading means when the device is in a start position.
A light reflective cover, comprising: a main reflective surface that is a concave surface; and a ridge, protruding from the main reflective surface, wherein the ridge has a light source end and a light emitting end that are opposite to each other, and a ridge-top reflective surface extending between the light source end and the light emitting end, and the ridge-top reflective surface comprises: a first part, near the light source end; and a second part, near the light emitting end, characterized in that the ridge-top reflective surface has a step between the first part and the second part, and in that the ridge-top reflective surface has a concave ridge line extending from the light source end to the light emitting end; wherein the concave ridge line divides the ridge-top reflective surface into two surfaces; and wherein an included angle between the two surfaces is less than 180°. a main reflective surface that is a concave surface; and a ridge, protruding from the main reflective surface, wherein the ridge has a light source end and a light emitting end that are opposite to each other, and a ridge-top reflective surface extending between the light source end and the light emitting end, and the ridge-top reflective surface comprises: a first part, near the light source end; and a second part, near the light emitting end, characterized in that the ridge-top reflective surface has a step between the first part and the second part, and in that the ridge-top reflective surface has a concave ridge line extending from the light source end to the light emitting end; a first part, near the light source end; and a second part, near the light emitting end, characterized in that the ridge-top reflective surface has a step between the first part and the second part, and in that the ridge-top reflective surface has a concave ridge line extending from the light source end to the light emitting end; wherein the concave ridge line divides the ridge-top reflective surface into two surfaces; and wherein an included angle between the two surfaces is less than 180°.
Method for producing a green tyre blank, in which: - at least one stitching roller is applied to the blank with the use of a resilient roller support, and - during each rotation of the blank, a set value of a level of pressure of application of the roller against the blank is made to vary between at least two non-zero values, characterized in that the set value is made to vary in a monotonic way, while an angular rotation speed of the blank is made to vary in a monotonic way in the same direction as the set value. - at least one stitching roller is applied to the blank with the use of a resilient roller support, and - during each rotation of the blank, a set value of a level of pressure of application of the roller against the blank is made to vary between at least two non-zero values, characterized in that
A gear pump comprising a housing with a spur-toothed drive gear and a spur-toothed idle gear that are mounted rotatably around two parallel rotation axes within the housing comprising bushings, a connecting flange that is arranged on a first lateral side of the housing in the direction of the axes, a cover that is arranged on a second lateral side of the housing opposite the connecting flange, a drive shaft being rotatably mounted in the connecting flange by at least one bearing and being sealed against the connecting flange by at least one shaft seal, wherein the drive gear and the idle gear are identical, characterized in that the drive shaft being operatively connected to the drive gear by a coupling piece coupled to the drive shaft by a complementary profile, wherein each gear (4; 5) comprising a first bearing pin arranged on a first lateral side of the gear (4; 5) and a second bearing pin arranged on a second lateral side of the gear (4; 5), opposite to the first lateral side, wherein the axis of rotation of the bearing pins (41; 42) are congruent and the length and the diameter of the bearing pins (41; 42) are identical, wherein the first bearing pin comprising an internal driving profile or wherein the first bearing pin and the second bearing pin comprising an internal driving profile and wherein the coupling piece extending along a longitudinal axis and comprising a driving profile over its entire length that is complementary to the driving profile of the gears (4; 5) or the driving profile of the drive shaft, respectively.
Vertebral fixation device for supporting a spinal vertebra on a rod, comprising a fixation element comprising a part of transverse section in the shape of a U or substantially in the shape of a U exhibiting a first limb, a bottom and a second limb, said limbs comprising a distal portion, a loop formed by the rapprochement of two end portions (25', 25") of a flexible band linking the vertebra with the part, said part being provided on each of its limbs (5, 7) with a recess (14, 18) for passage of the end portions (25', 25") of the band, said recesses (14, 18) being located facing one another, and adjustable means for locking the two end portions (25', 25") of the flexible band on the wall of the bottom of the U by the rod, threaded onto the part, comprising a linking screw having a body linking the facing distal portions of the two limbs of the U, said body being provided on one side with a head for screwing and longitudinal locking of the screw in relation to a first limb of the U and on the other side a screw thread for screwing in the second limb of the U, characterised in that the locking means also comprise a detachable sleeve for passage of the screw which can be inserted in the first limb of the U, in longitudinal abutment with the head of the screw and comprising a chamfered part (35") arranged to co-operate with the rod and to compress the end portions (25', 25") of the band between the rod and the bottom of the U when tightened.
An isolated and recombinant, fully or partially B-domain deleted factor VIII (FVIII) variant, the FVIII variant comprising a sequence being at least 90% identical to SEQ ID NO. 1; and being devoid of an amino acid sequence corresponding to amino acids 716 to 742 of porcine factor VIII as depicted in Figure 2 or amino acids 714 to 740 of SEQ ID NO: 7.
A closure mechanism for an electromagnetically sealed measuring station with a test chamber, a door for closing the test chamber and an electromagnetic seal, wherein the door provides at least one peripheral rebate which engages in at least one groove in the door frame, characterised in that the door is attached in such a manner that it can be moved initially in a linear manner away from the test chamber and can then be pivoted in a rotational movement, so that the door is guided out of the groove in a linear movement exclusively perpendicular to the plane of the door.
A coating material comprising: - fluororesin primary particles having an average particle size of 0.2-200 nm; - a curable silicone resin in an amount of 0.1-250 mass-% relative to the fluororesin primary particles; and - water; wherein the fluororesin primary particles are formed from at least one selected from the group consisting of homo-polytetrafluoroethylene, modified polytetrafluoroethylene comprising tetrafluoroethylene units and modifying monomer units in an amount of 0.001 to 2 mol%, the modifying monomer units being derived from one or more monomers that are copolymerizable with tetrafluoroethylene, and melt-fabricable fluroresins selected from tetrafluoroethylene/perfluoro(alkyl vinyl ether) copolymers and tetrafluoroethylene/hexafluoropropylene copolymers. - fluororesin primary particles having an average particle size of 0.2-200 nm; - a curable silicone resin in an amount of 0.1-250 mass-% relative to the fluororesin primary particles; and - water;
Apparatus, configured to detect the surroundings, in particular to detect the surroundings of a vehicle, having a housing, at least one sensor disposed within the housing, wherein the housing has a transmitter/receiver window and a cover, wherein the cover is configured so as to be transparent to sensor signals of the sensor, and wherein the cover is configured to cover the transmitter/receiver window in relation to external surroundings of the apparatus, wherein the apparatus has a cleaning unit which is disposed on an external side of the housing and by means of a drive unit is movable relative to the housing, wherein the cleaning unit is configured to remove contaminations from the cover, and wherein the cleaning unit has at least one first nozzle (32, 32', 32") which is configured to spray a cleaning liquid, in particular water, onto the cover, and wherein the cleaning unit has at least one second nozzle (33, 33') which is configured to blow a gas, in particular compressed air, onto the cover, characterized in that the cleaning unit has two second nozzles (33, 33') and at least three first nozzles (32, 32', 32"), wherein the first and the second nozzles (32, 32', 32", 33, 33') in terms of a movement direction (80, 80a, 80b) of the cleaning unit are disposed in series, and wherein the first nozzles (32, 32', 32") are disposed between the second nozzles (33, 33'), wherein the first and the second nozzles (32, 32', 32", 33, 33') are actuatable as a function of the current movement direction (80a, 80b) of the cleaning unit. a housing, at least one sensor disposed within the housing, wherein the housing has a transmitter/receiver window and a cover, wherein the cover is configured so as to be transparent to sensor signals of the sensor, and wherein the cover is configured to cover the transmitter/receiver window in relation to external surroundings of the apparatus, wherein the apparatus has a cleaning unit which is disposed on an external side of the housing and by means of a drive unit is movable relative to the housing, wherein the cleaning unit is configured to remove contaminations from the cover, and wherein the cleaning unit has at least one first nozzle (32, 32', 32") which is configured to spray a cleaning liquid, in particular water, onto the cover, and wherein the cleaning unit has at least one second nozzle (33, 33') which is configured to blow a gas, in particular compressed air, onto the cover, characterized in that the cleaning unit has two second nozzles (33, 33') and at least three first nozzles (32, 32', 32"), wherein the first and the second nozzles (32, 32', 32", 33, 33') in terms of a movement direction (80, 80a, 80b) of the cleaning unit are disposed in series, and wherein the first nozzles (32, 32', 32") are disposed between the second nozzles (33, 33'), wherein the first and the second nozzles (32, 32', 32", 33, 33') are actuatable as a function of the current movement direction (80a, 80b) of the cleaning unit.
A method for manufacturing a first layer composite, especially a transfer material for transferring to a target substrate, having the following steps: a) providing a plastic substrate foil having a release layer, wherein the release layer is provided with a smooth, non-porous surface, b) applying an effect layer to the release layer of the substrate foil, c) contiguously applying a transfer assist layer to the effect layer and, if applicable, the release layer of the substrate foil, and d) applying an adhesive layer for transferring the formed layer composite to the target substrate. a) providing a plastic substrate foil having a release layer, wherein the release layer is provided with a smooth, non-porous surface, b) applying an effect layer to the release layer of the substrate foil, c) contiguously applying a transfer assist layer to the effect layer and, if applicable, the release layer of the substrate foil, and d) applying an adhesive layer for transferring the formed layer composite to the target substrate.
A method comprising: at a user equipment device, UE: communicating with a cellular network according to a first downlink control information, DCI, mode; receiving first DCI from the cellular network according to the first DCI mode; determining whether a number of transmission configuration indicator, TCI, states at a TCI code point in the first DCI is greater than 1; selecting a second DCI mode, wherein the first DCI mode is different than the second DCI mode, based on the determination of whether the number of TCI states is greater than 1, wherein: if the number of TCI states is not greater than 1, a multi-DCI mode is selected as the second DCI mode; or if the number of TCI states is greater than 1, a single-DCI mode is selected as the second DCI mode; and receiving second DCI from the cellular network according to the second DCI mode. communicating with a cellular network according to a first downlink control information, DCI, mode; receiving first DCI from the cellular network according to the first DCI mode; determining whether a number of transmission configuration indicator, TCI, states at a TCI code point in the first DCI is greater than 1; selecting a second DCI mode, wherein the first DCI mode is different than the second DCI mode, based on the determination of whether the number of TCI states is greater than 1, wherein: if the number of TCI states is not greater than 1, a multi-DCI mode is selected as the second DCI mode; or if the number of TCI states is greater than 1, a single-DCI mode is selected as the second DCI mode; and if the number of TCI states is not greater than 1, a multi-DCI mode is selected as the second DCI mode; or if the number of TCI states is greater than 1, a single-DCI mode is selected as the second DCI mode; and receiving second DCI from the cellular network according to the second DCI mode.