mhurhangee/ep-ind-claims huggingface dataset:
A pouch exterior material being one unit of sheet type pouch exterior material used to pack an electrode assembly, the pouch exterior material comprising: an inserting portion provided at a center of the pouch exterior material and having a width equal to a thickness of the electrode assembly; accommodating portions (310a, 310b) provided symmetrically at both sides of the inserting portion and gradually deepening from a portion corresponding to a width center of the electrode assembly towards a portion corresponding to an edge of the electrode assembly; and a triangular stepped portion provided at opposite ends of the inserting portion and having a depth gradually decreasing towards an end. an inserting portion provided at a center of the pouch exterior material and having a width equal to a thickness of the electrode assembly; accommodating portions (310a, 310b) provided symmetrically at both sides of the inserting portion and gradually deepening from a portion corresponding to a width center of the electrode assembly towards a portion corresponding to an edge of the electrode assembly; and a triangular stepped portion provided at opposite ends of the inserting portion and having a depth gradually decreasing towards an end.
Safety device for a motor vehicle, which has a latch holder, a pawl, an ejection spring for ejecting the latch holder and a catch, the catch having an opening direction of rotation, a closing direction of rotation, an open position and a main ratchet position, the ejection spring having a leg, and the leg directly abutting the latch holder in the main ratchet position of the catch and the leg directly abutting the catch in at least one intermediate position of the catch, in which the catch is between the main ratchet position and the open position, characterized in that the ejection spring is designed as a spiral spring.
An electrical household appliance comprising: i) an electronic control card; ii) means for displaying an item of information, the display means in turn comprising: - a display unit; - a printed circuit and a first connector which electrically connects the printed circuit to the outside; - a base which mounts the printed circuit and the first connector, the base being located behind the display unit with respect to an observation point outside the electrical household appliance and in front of display unit; iii) electrical connection means connecting the electronic control card and the first connector; wherein the first connector extends on a perimeter portion of the base, the electrical household appliance being characterized in that the first connector is applied to a protrusion on the base, said protrusion being co-planar with the rest of the base, and in that the display means comprise a receptacle at least partly interposed between the display unit and the base, the receptacle comprising a groove from which the first connector projects outwards. i) an electronic control card; ii) means for displaying an item of information, the display means in turn comprising: - a display unit; - a printed circuit and a first connector which electrically connects the printed circuit to the outside; - a base which mounts the printed circuit and the first connector, the base being located behind the display unit with respect to an observation point outside the electrical household appliance and in front of display unit; - a display unit; - a printed circuit and a first connector which electrically connects the printed circuit to the outside; - a base which mounts the printed circuit and the first connector, the base being located behind the display unit with respect to an observation point outside the electrical household appliance and in front of display unit; iii) electrical connection means connecting the electronic control card and the first connector; wherein the first connector extends on a perimeter portion of the base, the electrical household appliance being characterized in that the first connector is applied to a protrusion on the base, said protrusion being co-planar with the rest of the base, and in that the display means comprise a receptacle at least partly interposed between the display unit and the base, the receptacle comprising a groove from which the first connector projects outwards.
Method for transmitting an urgent message from a transmitting vehicle to a least one receiving vehicle via a radio network, while a normal message is already being transmitted in a radio channel of the radio network by a subscriber of the radio network different from the transmitting vehicle, wherein in the method - a transmission circuit of the transmitting vehicle transmits the urgent message in the radio channel at a transmission level which is lower than a transmission level of the normal message, wherein a modem of the transmission circuit is controlled and/or an antenna compensation circuit is switched off in order to set the transmission level of the urgent message, and - a respective receiving circuit of the at least one receiving vehicle receives from the radio channel a heterodyne signal which contains the normal message and the urgent message and reconstructs the normal message from the heterodyne signal and, on the basis of the reconstructed normal message models a signal component of the normal message on the heterodyne signal and, on the basis of the heterodyne signal and the modelled signal component of the normal message determines a residual signal which describes a difference between the heterodyne signal and the modelled signal component, and on the basis of the residual signal reconstructs the urgent message. - a transmission circuit of the transmitting vehicle transmits the urgent message in the radio channel at a transmission level which is lower than a transmission level of the normal message, wherein a modem of the transmission circuit is controlled and/or an antenna compensation circuit is switched off in order to set the transmission level of the urgent message, and - a respective receiving circuit of the at least one receiving vehicle receives from the radio channel a heterodyne signal which contains the normal message and the urgent message and reconstructs the normal message from the heterodyne signal and, on the basis of the reconstructed normal message models a signal component of the normal message on the heterodyne signal and, on the basis of the heterodyne signal and the modelled signal component of the normal message determines a residual signal which describes a difference between the heterodyne signal and the modelled signal component, and on the basis of the residual signal reconstructs the urgent message.
System for surface hot cleaning comprising a handle provided with a handle grip and a brush with a swivel head, comprising a water distribution chamber, a heating panel consisting of a metal element, preferably aluminium, which houses a heating element and is provided with holes for water flow, and a cleaning cloth and at least one thermostat for temperature regulation set to keep the pre-set temperature of the heating panel constant, said brush having a central opening for a water pipe to supply water to the heating panel through the holes and an electric cable for the power supply of the heating panel, wherein the handle is provided with a water tank, a manual and/or electric pump, and a lever to control the pump, through a connection element that connects the lever to the pump to pump out water from the tank and convey it to the distribution chamber of the brush, and to the cleaning cloth through the holes, characterized in that the cleaning cloth being in direct contact with the entire lower surface of the heating panel that warms it up to the pre-set temperature adjusted by the thermostat, so that the water can moisten the cleaning cloth and by flowing through it acquires the same temperature as the heating panel, and the cleaning action being carried out at a temperature around 100°C kept constant by the heating panel and that guarantees the removal of difficult dirt and a sanitising action with the elimination of germs and bacteria.
A control device for a compression ratio variable internal combustion engine provided with a compression ratio variable mechanism for changing an engine compression ratio in accordance with a rotational position of a control shaft and configured to control the compression ratio variable mechanism to a target compression ratio set in accordance with an engine operating condition, - wherein the control device comprises a compression ratio detection unit that is configured to detect an actual compression ratio corresponding to an actual engine compression ratio, and - wherein the control device is configured to carry out a first reference position learning operation only in a predetermined engine operation condition (S11, "Y"), - wherein in the first reference position learning operation reference position learning operation for the compression ratio detection unit is carried out with the control shaft mechanically locked up at a predetermined reference position; the control device being characterized in that it is further configured - to carry out a second reference position learning operation during operation of the engine, irrespective of said predetermined engine operation condition (S11, "N"), immediately when the actual compression ratio is lost (S13, "Y") or when a difference between the actual compression ratio and a target compression ratio becomes greater than a predetermined value (S14, "Y"), - wherein, in the second reference position learning operation, the reference position learning operation is carried out with the control shaft mechanically locked up at a predetermined reference position. - wherein the control device comprises a compression ratio detection unit that is configured to detect an actual compression ratio corresponding to an actual engine compression ratio, and - wherein the control device is configured to carry out a first reference position learning operation only in a predetermined engine operation condition (S11, "Y"), - wherein in the first reference position learning operation reference position learning operation for the compression ratio detection unit is carried out with the control shaft mechanically locked up at a predetermined reference position; - to carry out a second reference position learning operation during operation of the engine, irrespective of said predetermined engine operation condition (S11, "N"), immediately when the actual compression ratio is lost (S13, "Y") or when a difference between the actual compression ratio and a target compression ratio becomes greater than a predetermined value (S14, "Y"), - wherein, in the second reference position learning operation, the reference position learning operation is carried out with the control shaft mechanically locked up at a predetermined reference position.
A headphone arrangement comprising: an ear cup configured to be arranged to at least partly surround an ear of a user, thereby defining an at least partly enclosed volume about the ear of the user, wherein the ear cup comprises an at least partly hollow frame configured to at least partly enframe the at least partly enclosed volume about the ear of the user when the ear cup is arranged to surround the ear of the user, the frame thereby at least partly enframing at least a part of the ear of the user as viewed from a lateral direction when the ear cup is arranged to at least partly surround the ear of the user, wherein the frame comprises a first cavity, the first cavity being formed by wall portions of the frame, characterised in that the ear cup is completely open in the lateral direction; and at least one loudspeaker comprising a membrane with a first side and a second side, the at least one loudspeaker arranged within wall portions of the first cavity, wherein wall portions of the first cavity form a first waveguide configured to guide sound radiated from the first side or from the second side of the loudspeaker membrane through a waveguide output of the first waveguide, wherein the waveguide output of the first waveguide comprises one or more openings in the first cavity, and either sound radiated from the first side of the loudspeaker membrane, or sound radiated from the second side of the loudspeaker membrane is directed towards the at least partly enclosed volume about the ear of the user. an ear cup configured to be arranged to at least partly surround an ear of a user, thereby defining an at least partly enclosed volume about the ear of the user, wherein the ear cup comprises an at least partly hollow frame configured to at least partly enframe the at least partly enclosed volume about the ear of the user when the ear cup is arranged to surround the ear of the user, the frame thereby at least partly enframing at least a part of the ear of the user as viewed from a lateral direction when the ear cup is arranged to at least partly surround the ear of the user, wherein the frame comprises a first cavity, the first cavity being formed by wall portions of the frame, characterised in that the ear cup is completely open in the lateral direction; and at least one loudspeaker comprising a membrane with a first side and a second side, the at least one loudspeaker arranged within wall portions of the first cavity, wherein wall portions of the first cavity form a first waveguide configured to guide sound radiated from the first side or from the second side of the loudspeaker membrane through a waveguide output of the first waveguide, wherein the waveguide output of the first waveguide comprises one or more openings in the first cavity, and either sound radiated from the first side of the loudspeaker membrane, or sound radiated from the second side of the loudspeaker membrane is directed towards the at least partly enclosed volume about the ear of the user.
Support part for a piece of furniture, - in particular designed as a shelf board or as part of a carcass, of a door or of a drawer, having - an upper side and a lower side, - wherein a clearance which opens towards the bottom is configured in the lower side, characterized - in that a liquid outlet which opens outwardly on the lower side of the support part is inserted into the clearance, - in that a valve is connected to the liquid outlet by way of a connecting line in the form of a flexible hose, - in that a line guide, in which the connecting line to the liquid outlet is disposed, is configured in the interior of the support part, - wherein the line guide is incorporated in the support part, and the connecting line is placed into the line guide, and - in that the connecting line is disposed between the upper side and the lower side of the support part (19, - wherein, in a use position of the support part, the upper side lies at the top and the lower side lies at the bottom, - so that the liquid outlet in the use position is oriented downwards. - in particular designed as a shelf board or as part of a carcass, of a door or of a drawer, having - an upper side and a lower side, - wherein a clearance which opens towards the bottom is configured in the lower side, characterized - in that a liquid outlet which opens outwardly on the lower side of the support part is inserted into the clearance, - in that a valve is connected to the liquid outlet by way of a connecting line in the form of a flexible hose, - in that a line guide, in which the connecting line to the liquid outlet is disposed, is configured in the interior of the support part, - wherein the line guide is incorporated in the support part, and the connecting line is placed into the line guide, and - in that the connecting line is disposed between the upper side and the lower side of the support part (19, - wherein, in a use position of the support part, the upper side lies at the top and the lower side lies at the bottom, - so that the liquid outlet in the use position is oriented downwards.
A device for removing breast cartilage from a poultry breast carcass, said device having a conveying device for moving the breast carcass along a straight, in particular horizontal path of motion in a fixed orientation, wherein a median plane of the breast carcass is aligned perpendicularly with respect to the path of motion, a positionally fixed cutting device having a transversal blade for carrying out a transversal cut, which passes through the breast cartilage and extends in a transversal cutting plane arranged perpendicularly with respect to the median plane, wherein the transversal cutting plane encloses an angle of up to 30° with a transversal plane of the breast carcass which transversal plane is arranged perpendicularly with respect to the median plane, and having a frontal blade for carrying out a frontal cut which passes through the breast cartilage and extends in a frontal cutting plane arranged perpendicularly with respect to the median plane, wherein the frontal cutting plane encloses an angle of up to 30° with a frontal plane of the breast carcass which frontal plane is arranged perpendicularly with respect to the median plane and perpendicularly with respect to the transversal plane, and wherein the transversal blade and the frontal blade extend from a tip pointing in opposition to the direction of movement.
A tracked amphibious vehicle having a vehicle frame and a pair of track assemblies attachable to a respective side (10a, 10b) of said vehicle frame, said vehicle frame being arranged to support a vehicle cab and an engine configuration, characterized in that in that said vehicle frame is arranged to receive said cab via hinge means so as to allow tilting of said cab about said hinge means between a closed position and an open position, said vehicle frame comprising a pair of separated longitudinal wall elements (11, 12) extending in the longitudinal direction of the tracked vehicle and a bottom element connecting said pair of longitudinal wall elements (11, 12) so as to form a space for supporting and housing said engine configuration, wherein said space becomes accessible when the cab is in said open position, wherein said vehicle frame further comprises an extension frame forming an extension in a substantially vertical direction, wherein said extension frame is wedge-shaped so that the extension frame has a decreasing vertical extension in direction from the rear portion to a front portion of the vehicle frame, said vehicle frame is configured to have a lateral extension on its respective side (10a, 10b) ending prior to or substantially at the level of the a respective track (31, 32) of the pair of track assemblies when assembled to the vehicle frame so that no portion of the vehicle frame extends laterally passed the respective track (30, 31) of said pair of track assemblies so as to allow easy access to said space.
A method for determining a presence of damage in a structure, comprising: applying energy comprising applying a first low energy, a second high energy, and a third low energy to an excitation region of the structure to induce tension shockwaves in the structure, wherein the first low energy applies to induce first tension shockwaves, the second high energy applies to induce second tension shockwaves and the third low energy applies to induce third tension shockwaves; detecting first, second and third sound waves caused by the first, second and third tension shockwaves using at least two acoustic emission sensors positioned on and in contact with a surface of the structure, wherein at least one of the at least two acoustic emission sensors is movable along the surface of the structure; and wherein at least one of the at least two acoustic emission sensors is positioned at a first distance away from the excitation region of the structure and the other of the at least two acoustic emission sensors is positioned at a second distance from the excitation region of the structure, said first and second distances being different from each other; and determining the presence of damage in the structure due to the applied first, second and third energy based on a comparison between the detected first and third sound waves. applying energy comprising applying a first low energy, a second high energy, and a third low energy to an excitation region of the structure to induce tension shockwaves in the structure, wherein the first low energy applies to induce first tension shockwaves, the second high energy applies to induce second tension shockwaves and the third low energy applies to induce third tension shockwaves; detecting first, second and third sound waves caused by the first, second and third tension shockwaves using at least two acoustic emission sensors positioned on and in contact with a surface of the structure, wherein at least one of the at least two acoustic emission sensors is movable along the surface of the structure; and wherein at least one of the at least two acoustic emission sensors is positioned at a first distance away from the excitation region of the structure and the other of the at least two acoustic emission sensors is positioned at a second distance from the excitation region of the structure, said first and second distances being different from each other; and determining the presence of damage in the structure due to the applied first, second and third energy based on a comparison between the detected first and third sound waves.
An extract from Heterobasidion annosum obtained using a process comprising the following stages: a) preparing a raw material by pulverising a fresh sporocarp of Heterobasidion annosum fungus to a particle size lower than 2 mm and controlling that the temperature does not increase above 40°C during the process; b) extracting Heterobasidion annosum by pouring methanol in a ratio of 1:2 (raw material: solvent, mass: volume (m:V)) on the raw material, stirring the obtained mixture for a period of from 24 to 120 hours, decanting the methanol and adding a fresh portion of methanol in a ratio of 1:2 (raw material: solvent, m:V); c) repeating the extraction procedure at least 3 times; d) combining and filtrating the obtained extracts; and e) evaporating the solvent to obtain an extract in the form of powder; wherein the extract so obtained has anticancer effect. a) preparing a raw material by pulverising a fresh sporocarp of Heterobasidion annosum fungus to a particle size lower than 2 mm and controlling that the temperature does not increase above 40°C during the process; b) extracting Heterobasidion annosum by pouring methanol in a ratio of 1:2 (raw material: solvent, mass: volume (m:V)) on the raw material, stirring the obtained mixture for a period of from 24 to 120 hours, decanting the methanol and adding a fresh portion of methanol in a ratio of 1:2 (raw material: solvent, m:V); c) repeating the extraction procedure at least 3 times; d) combining and filtrating the obtained extracts; and e) evaporating the solvent to obtain an extract in the form of powder; wherein the extract so obtained has anticancer effect.
A water-based release agent containing a layer-forming component with a melting point of ≥ 700°C and a non-ionic emulsifier component, the non-ionic emulsifier component being vaporizable without any residue and being selected from the group including polyalkylsiloxane, alkylarylsiloxane and mixtures of the latter, the portion of layer-forming component (in weight %) with respect to non-ionic emulsifier component (in weight %) being ≥0.02:1 and ≤0.075:1.