mhurhangee/ep-ind-claims huggingface dataset:
A bottle crate comprising a container body made of plastic material having a base and at least two side walls extending from the base, wherein at least one of the side walls is provided with a marking element showing markings, said marking element being an insert having a base layer, said base layer being embedded in the container body while exposing at least the surface of the markings, wherein said markings extend from the base layer and are attached or integrated into said base layer, and wherein the container body and the base layer are made of the same plastic material and comprise substantially the same colour pigments, characterised in that the markings comprising a first marking part and second marking parts (5"), the base layer is provided with holding means on one side and the first marking part is positioned on the other side of said base layer using cooperative positioning provisions on the base layer and said first marking part, for positioning said first marking part on the base layer and at a distance from said base layer, and in that said base layer further comprises said second marking parts (5"), injection moulded on said other side of the base layer, via injection openings through the base layer at the positions of said second marking parts.
Method of manufacturing a connection between a stranded conductor and a terminal, in which - an end of the strand conductor is enclosed by a sleeve, - a connecting part is materially bonded to the end of the stranded conductor, wherein - an end face of the end of the stranded conductor is welded to the connecting part by means of ultrasound, characterized in that - the end of the stranded conductor is welded to the sleeve by means of ultrasound prior to the ultrasonic welding of the end face of the end of the stranded conductor to the connecting part, wherein - a material bond in-between the strands of the stranded wire and between an outer shell side of the stranded wire and the sleeve is formed. - an end of the strand conductor is enclosed by a sleeve, - a connecting part is materially bonded to the end of the stranded conductor, wherein - an end face of the end of the stranded conductor is welded to the connecting part by means of ultrasound, characterized in that - the end of the stranded conductor is welded to the sleeve by means of ultrasound prior to the ultrasonic welding of the end face of the end of the stranded conductor to the connecting part, wherein - a material bond in-between the strands of the stranded wire and between an outer shell side of the stranded wire and the sleeve is formed.
A directly heated air heater comprising a combustion chamber for burning fuel to generate heat, and at least one heat exchanger in which heat is transferred from the combustion chamber and from exhaust gases generated in the combustion chamber to air which is provided for the purpose of being heated in order that hot air may be generated, wherein the heat exchanger comprises at least one exhaust pipe (50, 51) having a greater extension in at least one spatial direction than the greatest extension of the combustion chamber, and at least one hot air channel, which extends along the combustion chamber and the exhaust pipe and guides the hot air that is to be heated along the combustion chamber and the exhaust pipe for heat exchange, wherein at least one sub-region of the hot air channel is subdivided such that hot air sub-channels (114, 115) are provided for guiding hot air portions of different temperature, wherein the hot air channel is designed in such a way that the hot air portion of lower temperature is guided such that it meets an end region of the exhaust pipe, especially in order to cool the exhaust gas temperature to below the condensation temperature, characterised in that the at least one exhaust pipe (50, 51) is guided in a U-shaped manner and a partition wall is disposed at least partially between the limbs of the U-shaped exhaust pipe (50, 51) for the purpose of forming hot air sub-channels.
A prosthetic assembly comprising: a tibial tray having a medial retaining bracket, a lateral retaining bracket, and a substantially centrally disposed boss; a medial bearing; a lateral bearing; and a retention clip having a pair of arms (110a, 110b) which engage opposite sides of the boss and trap the medial bearing and the lateral bearing against the medial retaining bracket and the lateral retaining bracket, respectively; characterised in that the tibial tray further comprises a tibial stem comprising a recess and a resilient element provided within the recess, wherein the resilient element is configured to apply tension to an artificial ligament of the prosthetic assembly, and wherein the resilient element is retained within the recess by the retention clip. a tibial tray having a medial retaining bracket, a lateral retaining bracket, and a substantially centrally disposed boss; a medial bearing; a lateral bearing; and a retention clip having a pair of arms (110a, 110b) which engage opposite sides of the boss and trap the medial bearing and the lateral bearing against the medial retaining bracket and the lateral retaining bracket, respectively; characterised in that the tibial tray further comprises a tibial stem comprising a recess and a resilient element provided within the recess, wherein the resilient element is configured to apply tension to an artificial ligament of the prosthetic assembly, and wherein the resilient element is retained within the recess by the retention clip.
A discontinuous reception mode, DRX, processing method, comprising: a user equipment, UE, in a DRX mode, detecting whether an event requiring to keep or enter an active time occurs; when the event is detected, the UE sending indication information of exiting the DRX mode and keeping or entering the active time to a base station; and the UE exiting the DRX mode and keeping or entering the active time, and receiving data sent by the base station; the method further comprising: while the UE sends the indication information, sending duration information of keeping or entering the active time to the base station; and resuming the time adjustment mode under the normal DRX mode after the duration. a user equipment, UE, in a DRX mode, detecting whether an event requiring to keep or enter an active time occurs; when the event is detected, the UE sending indication information of exiting the DRX mode and keeping or entering the active time to a base station; and
A method for operating an electronic device having a display and a keyboard having a plurality of input members for receiving inputs, comprising: receiving an input of one or more characters by a first, typing digit (270, 370); concurrent to the receiving of the input by the first, typing digit (270, 370), detecting a position of a second, non-typing digit (250, 350) that is different from the typing digit (270, 370), wherein the non-typing digit (250, 350) is active on the keyboard but not operationally engaged; generating a set of word prediction candidates based on the input and the detected position of the non-typing digit (250, 350); weighting the word prediction candidates in the set; adjusting weights for word prediction candidates with subsequent characters corresponding to input members proximal to the detected position of the non-typing digit (250, 350); and displaying select ones of the word prediction candidates. receiving an input of one or more characters by a first, typing digit (270, 370); concurrent to the receiving of the input by the first, typing digit (270, 370), detecting a position of a second, non-typing digit (250, 350) that is different from the typing digit (270, 370), wherein the non-typing digit (250, 350) is active on the keyboard but not operationally engaged; generating a set of word prediction candidates based on the input and the detected position of the non-typing digit (250, 350); weighting the word prediction candidates in the set; adjusting weights for word prediction candidates with subsequent characters corresponding to input members proximal to the detected position of the non-typing digit (250, 350); and displaying select ones of the word prediction candidates.
An automatic cleaner comprising: a casing having a suction port in a bottom portion of the casing through which foreign substances are suctioned; a moving device configured to move the casing; and a side brush assembly movably installed on the casing, wherein the side brush assembly comprises: a movable member movably disposed on the casing, the movable member is movable between a first position and a second position; a first driving device configured to generate power to move the movable member; a brush rotatably mounted on the movable member and including at least two brush bundles extending from a brush holder, the brush bundles are spaced apart to each other by a distance bigger than a size of the brush bundle; and a second driving device configured to generate power to rotate the brush, wherein the casing includes a seating recess for accommodating the movable member, and wherein in the first position the movable member is fully covered by the casing and in the second position the movable member is protruding at least partly outside the casing. a casing having a suction port in a bottom portion of the casing through which foreign substances are suctioned; a moving device configured to move the casing; and a side brush assembly movably installed on the casing, wherein the side brush assembly comprises: a movable member movably disposed on the casing, the movable member is movable between a first position and a second position; a first driving device configured to generate power to move the movable member; a brush rotatably mounted on the movable member and including at least two brush bundles extending from a brush holder, the brush bundles are spaced apart to each other by a distance bigger than a size of the brush bundle; and a second driving device configured to generate power to rotate the brush, a movable member movably disposed on the casing, the movable member is movable between a first position and a second position; a first driving device configured to generate power to move the movable member; a brush rotatably mounted on the movable member and including at least two brush bundles extending from a brush holder, the brush bundles are spaced apart to each other by a distance bigger than a size of the brush bundle; and a second driving device configured to generate power to rotate the brush, wherein the casing includes a seating recess for accommodating the movable member, and wherein in the first position the movable member is fully covered by the casing and in the second position the movable member is protruding at least partly outside the casing.
A power supply unit comprising a battery case, a plurality of battery modules disposed in parallel, each battery module being composed of three cells or less connected in series in a row, and the front end and the rear end of the battery module being held by a front part and a rear part of the battery case, a cooling system for forcing a coolant to flow in a passage between the neighboring battery modules, a shielding system for shielding the coolant from the battery module, said shielding system being placed at an upstream side of the passage, and a constraint plate being detachably attached at the front part of the battery case, characterized in that the shielding system comprises a couple of shielding plates, which are in parallel to each other, integrated into the constraint plate and protruding into the battery case in a direction being parallel to the battery module, wherein the first cell on the front end side of the battery module is shielded partly or completely by the shielding plates for shielding the coolant from the battery module by arranging the shielding plates in an overlapped manner to the first cell with each other in the passage in a direction corresponding to the flow of the coolant in the passage, wherein the following relationship is satisfied: L / 2 < m ≤ L, where L denotes a length of the first cell, and m denotes a length of the shielding plates for shielding the coolant from the battery module.
Dental device comprising a multi-layer plastic film, characterised in that - it has a core layer A containing at least one polycarbonate or copolycarbonate and/or a polyester or copolyester having a glass transition temperature Tg from 80 °C to 200°C, - and this core layer A is located between two outer layers B containing at least one thermoplastic polyurethane and/or polyester or copolyester exhibiting a hardness from 45 Shore D to 85 Shore D, wherein glass transition temperatures Tg are determined by means of differential scanning calorimetry according to standard DIN EN 61006 at a heating- rate of 20 K/min with definition of Tg as the midpoint temperature (tangent method); and wherein Shore hardness is determined in accordance with DIN EN ISO 868. - it has a core layer A containing at least one polycarbonate or copolycarbonate and/or a polyester or copolyester having a glass transition temperature Tg from 80 °C to 200°C, - and this core layer A is located between two outer layers B containing at least one thermoplastic polyurethane and/or polyester or copolyester exhibiting a hardness from 45 Shore D to 85 Shore D, wherein glass transition temperatures Tg are determined by means of differential scanning calorimetry according to standard DIN EN 61006 at a heating- rate of 20 K/min with definition of Tg as the midpoint temperature (tangent method); and wherein Shore hardness is determined in accordance with DIN EN ISO 868.
A method for removing mineral scale (204, 404) from tubing (202, 402), the method comprising: making a first cut (206, 407, 408) longitudinally along the tubing (202, 402) and tangential to the inside diameter of the tubing (202, 402), and completely through the tubing (202, 402) making a second cut (206, 407, 408) longitudinally along the tubing (202, 402) and tangential to the inside diameter of the tubing (202, 402), and completely through the tubing (202, 402); removing a plurality of sections of tubing (212, 214, 432, 434), wherein the sections of tubing are defined by the first and second longitudinal cuts (206, 407, 408); and separating cut tubing (212, 214, 432, 434) from the mineral scale (204, 404). making a first cut (206, 407, 408) longitudinally along the tubing (202, 402) and tangential to the inside diameter of the tubing (202, 402), and completely through the tubing (202, 402) making a second cut (206, 407, 408) longitudinally along the tubing (202, 402) and tangential to the inside diameter of the tubing (202, 402), and completely through the tubing (202, 402); removing a plurality of sections of tubing (212, 214, 432, 434), wherein the sections of tubing are defined by the first and second longitudinal cuts (206, 407, 408); and separating cut tubing (212, 214, 432, 434) from the mineral scale (204, 404).
A bearing assembly for a wind turbine, comprising; an outer race; an inner race rotatable relative to the outer race; a plurality of roller elements positioned between the inner and outer race; and a plurality of load-bearing spacers configured between the roller elements, each of the spacers comprising a spacer portion and at least one extension portion, wherein the extension portion is configured to contact adjacent spacers within the bearing assembly so as to transfer loads experienced by the bearing assembly; characterized in that: each of the extension portions further comprises opposing end faces (126, 128), wherein the end faces (126, 128) of one of the extension portions are configured to abut against the end faces (126, 128) of adjacent extension portions, and wherein one of the opposing end faces (126, 128) comprises a convex surface and one of the opposing end faces (126, 128) comprises a concave surface.
A cosmetic device of longitudinal axis for packaging and application, comprising: - an applicator having a stem bearing an at least partially elastically deformable application element and having an applicator part comprising at least one main interior cavity delimited laterally by a first lateral portion and a second lateral portion and axially by a distal portion and a proximal portion that join the first lateral portion and the second lateral portion together, the application element being provided with a fastening end piece of longitudinal axis X fitted in the stem, - a container containing a product to be applied, in which the application element can be accommodated when not in use, the container having an opening through which the application element can pass when the latter is withdrawn from the container, the first lateral portion and the second lateral portion are elongate along respective longitudinal axes that extend parallel to a plane that makes a nonzero angle (α) with the axis of the end piece, and a main arm of longitudinal axis connects an outer edge of the proximal portion to the fastening end piece, the main interior cavity having, in at least one plane, a closed contour, said device being characterized in that it has a first supporting arm of longitudinal axis and a second supporting arm of longitudinal axis, which are situated on either side of the main arm, the first supporting arm connecting a first outer edge of a first lateral portion to the fastening end piece and the second supporting arm connecting a second outer edge of a second lateral portion to the fastening end piece.
A method of operating a hookloader (10, 100, 200, 300), the hookloader (10, 100, 200, 300) comprising a chassis for receiving a container, a boom arm pivotably moveable with respect to the chassis, with a linear actuator disposed therebetween and actuatable to pivot the boom arm, the boom arm comprising a hook having a hook body defining an opening for hooking the container, the hook comprising a latch configured to lock to close the opening of the hook, or to unlock to open the opening of the hook, the method characterised by comprising: receiving an inclination parameter, from a sensor, relating to the inclination of the boom arm; and controlling the latch of the hook to lock or unlock based on the inclination parameter. receiving an inclination parameter, from a sensor, relating to the inclination of the boom arm; and controlling the latch of the hook to lock or unlock based on the inclination parameter.
Stripping element for a conveyor belt, having a steel bearer on which a stripping band made of sintered hard metal is fastened by means of an adhesive layer, wherein, on its side facing the steel bearer, the stripping band forms an undercut receiving groove which is continuous in the longitudinal direction and into which the steel bearer engages in a form-fitting manner, forming an adhesive gap receiving the adhesive layer.
A tape cartridge for a tape printing apparatus, the tape cartridge comprising: a tape-shaped member having a plurality of label portions provided along a tape length direction and a plurality of detection convex portions provided along the tape length direction corresponding to the plurality of label portions and partially projecting from an end in a tape width direction; a cartridge case in which the tape-shaped member is accommodated; and a platen roller accommodated in the cartridge case and paying out the tape-shaped member outside the cartridge case, in the tape length direction, detection tip-ends serving as downstream-side ends of the detection convex portions are positioned downstream of label tip-ends serving as downstream-side ends of the respective label portions in a paying-out direction of the tape-shaped member, characterized in that the cartridge case has an exposed area in which the plurality of detection convex portions is exposed one after another as the tape-shaped member is paid out by the platen roller and a tape delivery port from which the tape-shaped member is ejected outside the cartridge case as being paid out by the platen roller, and the tape delivery port is provided on a downstream side of the exposed area in the paying-out direction of the tape-shaped member. a tape-shaped member having a plurality of label portions provided along a tape length direction and a plurality of detection convex portions provided along the tape length direction corresponding to the plurality of label portions and partially projecting from an end in a tape width direction; a plurality of label portions provided along a tape length direction and a plurality of detection convex portions provided along the tape length direction corresponding to the plurality of label portions and partially projecting from an end in a tape width direction; a cartridge case in which the tape-shaped member is accommodated; and a platen roller accommodated in the cartridge case and paying out the tape-shaped member outside the cartridge case, in the tape length direction, detection tip-ends serving as downstream-side ends of the detection convex portions are positioned downstream of label tip-ends serving as downstream-side ends of the respective label portions in a paying-out direction of the tape-shaped member, characterized in that the cartridge case has an exposed area in which the plurality of detection convex portions is exposed one after another as the tape-shaped member is paid out by the platen roller and a tape delivery port from which the tape-shaped member is ejected outside the cartridge case as being paid out by the platen roller, and an exposed area in which the plurality of detection convex portions is exposed one after another as the tape-shaped member is paid out by the platen roller and a tape delivery port from which the tape-shaped member is ejected outside the cartridge case as being paid out by the platen roller, and the tape delivery port is provided on a downstream side of the exposed area in the paying-out direction of the tape-shaped member.
A secondary battery device comprising; an anode comprising a layer of Aluminum, a membrane sandwiched with said anode, an electrolyte including first ions containing Aluminum and having a positive charge and including second ions containing Aluminum and having a negative charge and said electrolyte impregnating said membrane to carry an ion current through said membrane, a cathode sandwiched with said membrane and disposed in spaced and parallel relationship with said anode, and characterized by, said electrolyte consisting essentially of glycerol and said first ions containing Aluminum and said second ions containing Aluminum dispersed in said glycerol for migrating between and reacting with said anode of Aluminum and said cathode to charge and discharge said secondary battery device.