mhurhangee/ep-ind-claims huggingface dataset:
Covering element of a reveal, wherein said covering element comprises a supporting structure made of wood comprising a first, a second and a third panel rigidly connected to each other in series, wherein: - the second panel is interposed between the first and the third panel in the series; - the first and third panel are parallel to each other, they are perpendicular to the second panel and they extend on the same side of the second panel; - the first and third panel are connected to the second panel at respectively two opposite end portions of the second panel so that the first, the second and the third panel form a pocket, wherein, with reference to a direction perpendicular to the second panel, the third panel has an extension smaller than an extension of the first panel, wherein said covering element comprises a filling assembly housed in said pocket, and wherein said covering element comprises a layer made of a first insulating material which continuously covers the first and second panel on opposite side to said pocket. - the second panel is interposed between the first and the third panel in the series; - the first and third panel are parallel to each other, they are perpendicular to the second panel and they extend on the same side of the second panel; - the first and third panel are connected to the second panel at respectively two opposite end portions of the second panel so that the first, the second and the third panel form a pocket, wherein, with reference to a direction perpendicular to the second panel, the third panel has an extension smaller than an extension of the first panel, wherein said covering element comprises a filling assembly housed in said pocket, and wherein said covering element comprises a layer made of a first insulating material which continuously covers the first and second panel on opposite side to said pocket.
A calibration slide glass comprising: a calibration pattern having a plurality of calibration pattern chips (10a, 10b); a first spacer positioned at a perimeter of the calibration pattern; a pair of protective bases (20a, 20b) positioned so as to be facing each other via the calibration pattern and the first spacer, and having at least a transmission part in a region overlapping the calibration pattern in plan view; and a second spacer positioned between the first spacer and at least one of the protective bases, out of the pair of protective bases (20a, 20b), so as to overlap a portion of the calibration pattern chips (10a, 10b) in plan view; wherein the second spacer has at least an aperture in a region overlapping the calibration pattern in plan view and there is a groove in the surface of the second spacer, and wherein the second spacer is composed of metal or glass. a calibration pattern having a plurality of calibration pattern chips (10a, 10b); a first spacer positioned at a perimeter of the calibration pattern; a pair of protective bases (20a, 20b) positioned so as to be facing each other via the calibration pattern and the first spacer, and having at least a transmission part in a region overlapping the calibration pattern in plan view; and a second spacer positioned between the first spacer and at least one of the protective bases, out of the pair of protective bases (20a, 20b), so as to overlap a portion of the calibration pattern chips (10a, 10b) in plan view; wherein the second spacer has at least an aperture in a region overlapping the calibration pattern in plan view and there is a groove in the surface of the second spacer, and wherein the second spacer is composed of metal or glass.
A battery state estimating apparatus, comprising: a voltage measuring unit configured to measure a voltage of a battery cell and measure an open circuit voltage of the battery cell whenever the measured voltage reaches a reference charge voltage; and a control unit; characterized in that the control unit is configured to receive the OCV measured by the voltage measuring unit, calculate at least one of a voltage fluctuation rate and an electric resistance fluctuation rate based on a result obtained by processing the received OCV, determine a voltage increase and decrease pattern based on the calculated voltage fluctuation rate and pre-stored voltage fluctuation rate data when the voltage fluctuation rate is calculated, determine a resistance increase and decrease pattern based on the calculated electric resistance fluctuation rate and pre-stored electric resistance fluctuation rate data when the electric resistance fluctuation rate is calculated, determine a degradation acceleration degree of the battery cell according to at least one of the determined voltage increase and decrease pattern and the determined resistance increase and decrease pattern, and change a preset control condition based on the determined degradation acceleration degree. a voltage measuring unit configured to measure a voltage of a battery cell and measure an open circuit voltage of the battery cell whenever the measured voltage reaches a reference charge voltage; and a control unit; characterized in that the control unit is configured to receive the OCV measured by the voltage measuring unit, calculate at least one of a voltage fluctuation rate and an electric resistance fluctuation rate based on a result obtained by processing the received OCV, determine a voltage increase and decrease pattern based on the calculated voltage fluctuation rate and pre-stored voltage fluctuation rate data when the voltage fluctuation rate is calculated, determine a resistance increase and decrease pattern based on the calculated electric resistance fluctuation rate and pre-stored electric resistance fluctuation rate data when the electric resistance fluctuation rate is calculated, determine a degradation acceleration degree of the battery cell according to at least one of the determined voltage increase and decrease pattern and the determined resistance increase and decrease pattern, and change a preset control condition based on the determined degradation acceleration degree.
Combustion chamber assembly, having - a combustor seal with a bearing portion extending along a longitudinal axis, which bearing portion has a passage opening for the positioning of a fuel nozzle at a combustion chamber of an engine, wherein (a) the bearing portion has an opening edge, which points radially outwards in relation to the longitudinal axis, at one end of the passage opening, which, in the case of intended installation at the combustion chamber of the engine, is situated within a combustion space of the combustion chamber, and (b) at least one bar which extends radially outwards in relation to the longitudinal axis is formed on the bearing portion, and - a heat shield which, in the case of intended installation at the combustion chamber of the engine, is situated within the combustion space of the combustion chamber, and has a passage hole through which the bearing portion of the combustor seal extends, characterized in that the combustor seal and the heat shield form a structural unit which is manufactured by additive processes and in the case of which the heat shield is received at least partially between the radially outwardly pointing opening edge and the at least one radially outwardly extending bar, such that a separation of the heat shield from the combustor seal along the longitudinal axis is excluded. - a combustor seal with a bearing portion extending along a longitudinal axis, which bearing portion has a passage opening for the positioning of a fuel nozzle at a combustion chamber of an engine, wherein (a) the bearing portion has an opening edge, which points radially outwards in relation to the longitudinal axis, at one end of the passage opening, which, in the case of intended installation at the combustion chamber of the engine, is situated within a combustion space of the combustion chamber, and (b) at least one bar which extends radially outwards in relation to the longitudinal axis is formed on the bearing portion, and (a) the bearing portion has an opening edge, which points radially outwards in relation to the longitudinal axis, at one end of the passage opening, which, in the case of intended installation at the combustion chamber of the engine, is situated within a combustion space of the combustion chamber, and (b) at least one bar which extends radially outwards in relation to the longitudinal axis is formed on the bearing portion, - a heat shield which, in the case of intended installation at the combustion chamber of the engine, is situated within the combustion space of the combustion chamber, and has a passage hole through which the bearing portion of the combustor seal extends,
An inverter casing comprising an upper casing, an inner side of the upper casing is provided with a cavity for accommodating a circuit board, an upper surface of the upper casing is provided with a junction recess for accommodating a junction box, and the junction box is fixedly installed in the junction recess; a bottom part of the junction recess is provided with an elastic protrusion, configured for connecting a high-voltage protection device, and two incoming terminals; the elastic protrusion cooperates with a knockout pin on the junction box for high-voltage power-off protection; the two incoming terminals are connected with external cables via the junction box. an upper casing, an inner side of the upper casing is provided with a cavity for accommodating a circuit board, an upper surface of the upper casing is provided with a junction recess for accommodating a junction box, and the junction box is fixedly installed in the junction recess; a bottom part of the junction recess is provided with an elastic protrusion, configured for connecting a high-voltage protection device, and two incoming terminals; the elastic protrusion cooperates with a knockout pin on the junction box for high-voltage power-off protection; the two incoming terminals are connected with external cables via the junction box.
Fire-protection rolling door, comprising a rolling door curtain made of profiled slats connected to one another in an articulated manner, a web-shaped intermediate layer made of fire- and heat-insulating material and overlapping cover slats, which is held in guide rails on both sides in a guidable manner in the open state above an opening to be closed in the event of fire, characterized in that the web-shaped intermediate layer has plate-shaped support segments which are respectively covered on both sides by at least one layer made of fire- and heat-insulating material (7, 8), the plate-shaped support segments being covered by means of first connecting elements, which are each covered on both sides with at least one layer of fire- and heat-insulating material (7, 8), the plate-shaped support segments being connected to the profiled slats by means of first connecting elements and to the cover slats by means of second connecting elements, the first and second connecting elements (11, 12) being pin-shaped and the first and second connecting elements (11, 12) being offset with respect to one another.
An electric press-in contact element with at least one press-in section, which has a length extending in a direction of extension from a root area, in which the press-in section is connected with a contact body, up to a free end, and forms a connection area that adjoins the root area, a contact area adjoining the former, and an end area that extends from the contact area up to the free end, wherein a middle zone running in the direction of extension is flanked over its entire length and on either side by a respective edge zone which forms webs being bent away from the middle zone, between the webs extends a channel over the entire length of the press-in section, whose floor is the middle zone, wherein the edge zones form contact surfaces (8") in the contact area, which abut against the wall of the press-in opening after inserting the press-in section into the press-in opening, wherein an inner surface of the press-in section comprises a portion running in the plane of extension of the middle zone and two portions (9") of the webs adjoining the bending line, characterized in that the portions (9") of the webs running perpendicular to the portion of the middle zone comprising a slot in that way, that the contact surfaces (8") can resiliently deform towards each other.
An internal combustion engine comprising: an oil seal attached to a crankshaft of an internal combustion engine main body; and a cover member (20, 220) including an oil seal securing portion for securing the oil seal attached to the crankshaft, the cover member (20, 220) including a first main body attachment portion (26, 226) which is for attaching the cover member (20, 220) to the internal combustion engine main body by a first fastening member (95, 308, 408, 508), wherein the cover member (20, 220) further includes a second main body attachment portion (22b, 222b) which is arranged along the edge portion (22, 222) of the cover member (20, 220) and which is for attaching the cover member (20, 220) to the internal combustion engine main body with a second fastening member (90, 201, 202, 203), and the first main body attachment portion (26, 226) is arranged in the vicinity of the oil seal securing portion at the inner side relative to the second main body attachment portion (22b, 222b) arranged at the edge portion (22, 222) of the cover member (20, 220), characterized in that the oil seal securing portion includes a recessed portion, the oil seal is inserted in the recessed portion and is secured at the recessed portion, and a portion of the first fastening member (95, 308, 408, 508) which is in contact with a surface of the first main body attachment portion (26, 226) which is at a side opposite to the internal combustion engine main body is provided to project to cover at least part of a portion of the recessed portion of the oil seal securing portion into which the oil seal is inserted. an oil seal attached to a crankshaft of an internal combustion engine main body; and a cover member (20, 220) including an oil seal securing portion for securing the oil seal attached to the crankshaft, the cover member (20, 220) including a first main body attachment portion (26, 226) which is for attaching the cover member (20, 220) to the internal combustion engine main body by a first fastening member (95, 308, 408, 508), wherein the cover member (20, 220) further includes a second main body attachment portion (22b, 222b) which is arranged along the edge portion (22, 222) of the cover member (20, 220) and which is for attaching the cover member (20, 220) to the internal combustion engine main body with a second fastening member (90, 201, 202, 203), and the first main body attachment portion (26, 226) is arranged in the vicinity of the oil seal securing portion at the inner side relative to the second main body attachment portion (22b, 222b) arranged at the edge portion (22, 222) of the cover member (20, 220), characterized in that the oil seal securing portion includes a recessed portion, the oil seal is inserted in the recessed portion and is secured at the recessed portion, and a portion of the first fastening member (95, 308, 408, 508) which is in contact with a surface of the first main body attachment portion (26, 226) which is at a side opposite to the internal combustion engine main body is provided to project to cover at least part of a portion of the recessed portion of the oil seal securing portion into which the oil seal is inserted.
A method of trimming versions in transaction processing, the method comprising: providing a visibility sequence number to versions such that operations having a lower transaction sequence number than the visibility sequence number have all been applied and a preselected amount of operations with a higher transaction sequence number than the visibility sequence number could have been applied; providing a notification when an enumeration in a transaction processing has been applied or committed; providing just-in-time version trimming maintaining a selected number of at least one visible version and removing versions related to a visibility sequence number after an executing transaction is applied or committed; and determining, after an apply, whether a version is visible; wherein an updated version is maintained in a multi-version storage container; wherein a unique transaction sequence number identifies each transaction, and the unique transaction sequence numbers are recorded for each version; and wherein a transaction works with the most recent versions having a transaction sequence number before the sequence number of the transaction. providing a visibility sequence number to versions such that operations having a lower transaction sequence number than the visibility sequence number have all been applied and a preselected amount of operations with a higher transaction sequence number than the visibility sequence number could have been applied; providing a notification when an enumeration in a transaction processing has been applied or committed; providing just-in-time version trimming maintaining a selected number of at least one visible version and removing versions related to a visibility sequence number after an executing transaction is applied or committed; and determining, after an apply, whether a version is visible; wherein an updated version is maintained in a multi-version storage container; wherein a unique transaction sequence number identifies each transaction, and the unique transaction sequence numbers are recorded for each version; and wherein a transaction works with the most recent versions having a transaction sequence number before the sequence number of the transaction.
An arrangement for generating a door release signal for platform doors, comprising at least a first sensor, a second sensor and a control unit, wherein the sensors (12, 14) are arranged at different positions along a track section, where a train is to stop, and are communicatively coupled with the control unit, characterized in that the control unit is adapted to start a first time interval of predetermined length when a train or a particular section of the train has passed the first sensor in the direction of travel of the train, and to interrupt the first time interval at least when the second sensor in the direction of travel of the train is passed by a particular train part (18', 20', 22'), and to generate a platform door release signal if the time interval has elapsed without interruption.
A method of manufacturing a fibrous, oxygen barrier film comprising the steps of: - providing at least a first and a second suspension each comprising microfibrillated cellulose in an amount of at least 50 wt% calculated on the total solids content of said suspension, - applying said first suspension on a non-porous substrate to form a first web, - drying said first web to a solids content of at least 50 wt% in an intermediate drying step, - applying said second suspension comprising microfibrillated cellulose onto the surface of said dried first web to form a second web, - drying the web, comprising said first and second web, in a final drying step to form a film having a basis weight of less than 40 g/m2 and an Oxygen Transmission Rate value of below 10 ml/m 2 /per 24h at 50% RH. - providing at least a first and a second suspension each comprising microfibrillated cellulose in an amount of at least 50 wt% calculated on the total solids content of said suspension, - applying said first suspension on a non-porous substrate to form a first web, - drying said first web to a solids content of at least 50 wt% in an intermediate drying step, - applying said second suspension comprising microfibrillated cellulose onto the surface of said dried first web to form a second web, - drying the web, comprising said first and second web, in a final drying step to form a film having a basis weight of less than 40 g/m2 and an Oxygen Transmission Rate value of below 10 ml/m 2 /per 24h at 50% RH.
A rotary piston pump comprising pump housing having inlet and outlet orifices (7, 8) for the medium to be pumped, said housing comprising in a spherical piston chamber of the pump housing two rotor halves (9, 10) of the rotary piston connected by a universal-joint spider, wherein the rotation axes (11, 12) of the rotor halves (9, 10) are at an angle in relation to each other and said universal-joint spider is included in a disk element between said rotor halves (9, 10), wherein the spherical piston chamber is divided by said disk element between the corresponding opposite end faces of the rotor halves (9, 10), the spherical wall of the piston chamber and the sides of the disk element into four mutually separated spatial compartments having a changing volume due to the rotation of the rotor, wherein spider arms of the universal-joint spider included in the disk element are formed by semi-axles inserted into the spherical part at the centre of the disk element, characterised in that at the other end of each semi-axle there is a bearing (22, 23) of the universal-joint spider arm, the bearing at the end of each semi-axle of the universal-joint spider comprises an inner bearing sleeve, which is located rotatably in an outer bearing sleeve in the joint of the corresponding rotor half (9, 10).
Oven, comprising a front plate, a door, a gas/vapour guide guiding gas and/or vapor from the interior of the oven and directing the flow of hot gases and/or vapours through an exit opening formed between the door of the oven and the front plate and a connection system to mutually connect said gas and/or vapour guide and a carrier of said front plate of the oven, characterized in that said carrier comprises a leg, and the gas and/or vapour guide is formed at a side which faces both said front plate and said exit opening with a fork like receptacle configured for the cooperation with said leg of the carrier, said leg formed approximately perpendicularly to said carrier and extending at least over the entire length of the exit opening and, respectively, the carrier, wherein said fork like receptacle accommodates said leg, thus, ensuring a precise positioning of the guide and a tight connection between the guide and the carrier.