mhurhangee/ep-ind-claims huggingface dataset:
A battery comprising: a laminated electrode assembly in which a positive electrode, a negative electrode, and a separator are laminated together; wherein an alumina-containing layer containing γ-alumina particles is formed on at least one of the positive electrode, the negative electrode, or the separator, the alumina-containing layer being formed on at least either the positive electrode or the negative electrode; the battery being characterized in that: the alumina-containing layer is disposed so as to face, by way of the separator which intervenes therebetween, an edge of an active material layer of a second electrode of different polarity from a first electrode on which said alumina-containing layer is formed; the first electrode and the second electrode being in mutually neighboring relationship by way of the separator which intervenes therebetween. a laminated electrode assembly in which a positive electrode, a negative electrode, and a separator are laminated together; wherein an alumina-containing layer containing γ-alumina particles is formed on at least one of the positive electrode, the negative electrode, or the separator, the alumina-containing layer being formed on at least either the positive electrode or the negative electrode; the alumina-containing layer is disposed so as to face, by way of the separator which intervenes therebetween, an edge of an active material layer of a second electrode of different polarity from a first electrode on which said alumina-containing layer is formed; the first electrode and the second electrode being in mutually neighboring relationship by way of the separator which intervenes therebetween.
A winch with simplified structure comprising a supporting frame which comprises: - a first wall and a second wall (3, 4) which are mutually opposite, - a drum which is interposed between said first and second walls (3, 4) and is supported by them so as to rotate about its longitudinal axis which is transverse to said walls, a flexible element for moving a load being wound around the drum, - drive means associated with said first wall and with transmission means for rotationally actuating said drum, which are accommodated inside said drum, wherein the winch comprises a reaction element which is associated with said second wall, which supports said drum so as to rotate and which is associated with said transmission means in order to support them, and characterised in that said reaction element internally comprises a cavity which extends along the rotation axis of said drum for accommodating means for detecting the torsional deformation of said element, which are functionally connected to an electronic processing unit for determining the load applied to said flexible element as a function of the detected deformation signal. - a first wall and a second wall (3, 4) which are mutually opposite, - a drum which is interposed between said first and second walls (3, 4) and is supported by them so as to rotate about its longitudinal axis which is transverse to said walls, a flexible element for moving a load being wound around the drum, - drive means associated with said first wall and with transmission means for rotationally actuating said drum, which are accommodated inside said drum,
A process for RFID certification of carton content, the process comprising: preparing a carton with at least one RFID-tagged item, wherein the RFID-tagged item is tagged with a first RFID inlay; placing the carton into a RFID read chamber and activating an RFID read process; sending a signal through at least one antenna of the RFID read chamber, wherein in response to the signal, the at least one RFID-tagged item is responding with a return signal to the RFID read chamber; communicating the return signal to a processing unit; printing a RFID Pack Certification label comprising a second RFID inlay, wherein the second RFID inlay comprises data allowing to determine the number of items present in the carton, wherein the second RFID inlay is larger than the first RFID inlay allowing to increase the distance at which the second RFID inlay can be read and allowing to validate the number and type of items in the carton by only scanning the RFID Pack Certification label; and applying the RFID Pack Certification label to the carton. preparing a carton with at least one RFID-tagged item, wherein the RFID-tagged item is tagged with a first RFID inlay; placing the carton into a RFID read chamber and activating an RFID read process; sending a signal through at least one antenna of the RFID read chamber, wherein in response to the signal, the at least one RFID-tagged item is responding with a return signal to the RFID read chamber; communicating the return signal to a processing unit; printing a RFID Pack Certification label comprising a second RFID inlay, wherein the second RFID inlay comprises data allowing to determine the number of items present in the carton, wherein the second RFID inlay is larger than the first RFID inlay allowing to increase the distance at which the second RFID inlay can be read and allowing to validate the number and type of items in the carton by only scanning the RFID Pack Certification label; and applying the RFID Pack Certification label to the carton. printing a RFID Pack Certification label comprising a second RFID inlay, wherein the second RFID inlay comprises data allowing to determine the number of items present in the carton, wherein the second RFID inlay is larger than the first RFID inlay allowing to increase the distance at which the second RFID inlay can be read and allowing to validate the number and type of items in the carton by only scanning the RFID Pack Certification label; and applying the RFID Pack Certification label to the carton.
A method for determining the usage rate of a breaking hammer, the breaking hammer comprising a percussion device for generating impact pulses, the method comprising: measuring by means of at least one sensor at least one physical phenomenon caused by the operation of the percussion device; transmitting the measuring results obtained from the sensor to at least one control unit that comprises at least one timing device; identifying in the control unit on the basis of the measuring results the work cycle and impact cycles of the percussion device, and defining by means of the timing device durations for the impact cycles; and summing cumulatively in the counter of the control unit the durations of the impact cycles to obtain the total impact time; characterised by identifying impact pauses between the impact cycles and monitoring their duration; identifying the impact pauses with a duration shorter than a predefined time limit (t stop2); summing the durations of the impact pauses having a shorter duration than the predefined time limit (t stop2) to define the total pause time; and taking the total pause time into account as part of the usage rate. measuring by means of at least one sensor at least one physical phenomenon caused by the operation of the percussion device; transmitting the measuring results obtained from the sensor to at least one control unit that comprises at least one timing device; identifying in the control unit on the basis of the measuring results the work cycle and impact cycles of the percussion device, and defining by means of the timing device durations for the impact cycles; and summing cumulatively in the counter of the control unit the durations of the impact cycles to obtain the total impact time; characterised by identifying impact pauses between the impact cycles and monitoring their duration; identifying the impact pauses with a duration shorter than a predefined time limit (t stop2); summing the durations of the impact pauses having a shorter duration than the predefined time limit (t stop2) to define the total pause time; and taking the total pause time into account as part of the usage rate.
Apparatus for transmitting data in a wireless communication network, the apparatus comprising: a real modulation branch for modulating a first segment of a bit sequence to obtain a real modulated signal; a complex modulation branch for modulating a second segment of the bit sequence to obtain a complex modulated signal; a signal dividing unit configured to divide the bit sequence into a plurality of alternating first segments and second segments, and to send the first segments and the second segments to the real modulation branch and the complex modulation branch respectively; and a transmitter configured to transmit the real and complex modulated signals. a real modulation branch for modulating a first segment of a bit sequence to obtain a real modulated signal; a complex modulation branch for modulating a second segment of the bit sequence to obtain a complex modulated signal; a signal dividing unit configured to divide the bit sequence into a plurality of alternating first segments and second segments, and to send the first segments and the second segments to the real modulation branch and the complex modulation branch respectively; and a transmitter configured to transmit the real and complex modulated signals.
A motor vehicle comprising: - a front engine compartment; - a powertrain unit accommodated in said engine compartment; - at least one longitudinal strut accommodated in said engine compartment, substantially parallel to an advancing longitudinal axis of the motor vehicle and comprising: a) an end portion which is longitudinally distanced from a passenger compartment of the motor vehicle; and b) an intermediate portion having a hole; - a safety device coupled to said longitudinal strut and configured so as to move said powertrain unit sideways during an impact, towards the side opposite to the one concerned by said impact; characterized in that said safety device comprises: - a beam elongated along an axis and having a first axial end fixed with respect to said end portion and spaced sideways from said terminal portion towards the outside of said engine compartment, and a second axial end fixed by means of fixing means to said intermediate portion in a position which is horizontally beside said powertrain unit; and - a restraining member comprising: a) an attachment portion fixed to said intermediate portion; and b) a protruding portion, which protrudes with respect to said attachment portion so as to be arranged behind a wall of said beam. - a front engine compartment; - a powertrain unit accommodated in said engine compartment; - at least one longitudinal strut accommodated in said engine compartment, substantially parallel to an advancing longitudinal axis of the motor vehicle and comprising: a) an end portion which is longitudinally distanced from a passenger compartment of the motor vehicle; and b) an intermediate portion having a hole; a) an end portion which is longitudinally distanced from a passenger compartment of the motor vehicle; and b) an intermediate portion having a hole; - a safety device coupled to said longitudinal strut and configured so as to move said powertrain unit sideways during an impact, towards the side opposite to the one concerned by said impact; - a beam elongated along an axis and having a first axial end fixed with respect to said end portion and spaced sideways from said terminal portion towards the outside of said engine compartment, and a second axial end fixed by means of fixing means to said intermediate portion in a position which is horizontally beside said powertrain unit; and - a restraining member comprising: a) an attachment portion fixed to said intermediate portion; and b) a protruding portion, which protrudes with respect to said attachment portion so as to be arranged behind a wall of said beam. a) an attachment portion fixed to said intermediate portion; and b) a protruding portion, which protrudes with respect to said attachment portion so as to be arranged behind a wall of said beam.
Device for cooling an electrical energy storage unit, the device comprising at least one tube exchanger, the device being characterized in that it also comprises a plate exchanger, the tube exchanger and the plate exchanger being in fluid communication such as to form a circuit for circulation of a cooling fluid.
1. Rear view mirror arrangement for a vehicle with - a mirror element and - a housing that accommodates the mirror element, wherein the housing has an inner surface, on which at least one fastening extension is formed, wherein the mirror element is connected to a supporting means which is formed on the housing for support at least in some portions, wherein the supporting means is arranged in some portions or fully circumferentially at an edge of the mirror element in order to be supported on the housing, characterized in that the mirror element is directly connected with a rear side facing the inner surface to the at least one fastening extension. - a mirror element and - a housing that accommodates the mirror element,
A method of brazing a material to be brazed formed of an aluminum alloy in an inert gas atmosphere without using a flux, the material to be brazed comprising a formed product of a brazing sheet, including at least a core material and a brazing material, and the aluminum alloy forming the core material or cladded aluminum alloy contains an element to break an oxide film, the method comprising: disposing a cover member, a heat transmission promoting member, and a material to be brazed in a brazing furnace, in a state in which the material to be brazed is covered with the cover member formed of an upper cover portion covering a whole upper portion of the material to be brazed and side cover portions covering at least some of side portions of the material to be brazed, with the upper cover portion contacting the upper portion of the material to be brazed, and the material to be brazed and the cover member are held with the heat transmission promoting member formed of an upper heat transmission promoting portion covering whole or some of the upper cover portion of the cover member and a lower heat transmission promoting portion covering whole or some of a lower portion of the material to be brazed, with the upper heat transmission promoting portion contacting the upper cover portion of the cover member, and with the lower heat transmission promoting portion contacting the lower portion of the material to be brazed, and thereafter subjecting the material to be brazed to brazing heating in the inert gas atmosphere to perform brazing of the material to be brazed.
A curable composition comprising: a) a (meth)acrylic-based multiblock copolymer; b) a random (meth)acrylate copolymer comprising monomeric units having a pendant poly(alkylene oxide) group, wherein the monomeric unit having the pendant poly(alkylene oxide) group has a number average molecular weight of at least 300 Daltons, as determined by proton Nuclear magnetic Resonance as disclosed in the description; c) an epoxy resin; and d) a cationic photoinitiator. a) a (meth)acrylic-based multiblock copolymer; b) a random (meth)acrylate copolymer comprising monomeric units having a pendant poly(alkylene oxide) group, wherein the monomeric unit having the pendant poly(alkylene oxide) group has a number average molecular weight of at least 300 Daltons, as determined by proton Nuclear magnetic Resonance as disclosed in the description; c) an epoxy resin; and d) a cationic photoinitiator.
A binder composition for a foundry mix, comprising: a polyurethane binder precursor, provided in two parts, the first part comprising a polyol component and the second part comprising a polyisocyanate component; and a liquid curing catalyst, selected to provide a work time in the range of 45 to 60 minutes after being mixed with the polyurethane binder precursors and a strip time that is less than 167% of the work time, as measured from the same starting point, wherein the liquid curing catalyst comprises a pyridine, substituted at the second or third position with a moiety having a molecular weight in the range of 30 to 100 mwu. a polyurethane binder precursor, provided in two parts, the first part comprising a polyol component and the second part comprising a polyisocyanate component; and a liquid curing catalyst, selected to provide a work time in the range of 45 to 60 minutes after being mixed with the polyurethane binder precursors and a strip time that is less than 167% of the work time, as measured from the same starting point, wherein the liquid curing catalyst comprises a pyridine, substituted at the second or third position with a moiety having a molecular weight in the range of 30 to 100 mwu.
An array substrate comprising: a substrate with a thin film transistor formed thereon; a light filtering layer (106, 107) formed on said substrate and saidthin film transistor, a planarization layer covering the light filtering layer (106, 107), and a pixel electrode layer comprising a pixel electrode and provided above the planarization layer, characterized in that the array substrate further comprises: an electrode layer connected to a drain of the thin film transistor and extending onto the light filtering layer (106, 107); and a contacting via penetrating through the planarization layer and provided above the electrode layer, the pixel electrode being connected to the electrode layer through the contacting via.
A device for indicating at least one parameter comprising: a first element comprising an elastomeric solid hydrophobic material and a colour-forming material dispersed in at least a portion of the elastomeric solid hydrophobic material; and a second element comprising a colour developing material, wherein the one or more parameters is selected from: (a) duration of application of a pressure applied to the device or portion thereof, wherein the pressure level is above or below a predetermined threshold value, and wherein optionally the duration of application is non-continuous; (b) application of contact with the device; (c) duration of contact and/or a predetermined level of pressure, and wherein optionally the duration of contact is non-continuous; (d) the distribution of application of a pressure to the device or portion thereof, wherein the pressure is above or below a predetermined threshold value; (e) distribution of contact with the device or portion thereof; and (f) application of a shear force, and further wherein the elastomeric solid hydrophobic material is capable of permitting diffusion of the colour-forming material through its structure. (a) duration of application of a pressure applied to the device or portion thereof, wherein the pressure level is above or below a predetermined threshold value, and wherein optionally the duration of application is non-continuous; (b) application of contact with the device; (c) duration of contact and/or a predetermined level of pressure, and wherein optionally the duration of contact is non-continuous; (d) the distribution of application of a pressure to the device or portion thereof, wherein the pressure is above or below a predetermined threshold value; (e) distribution of contact with the device or portion thereof; and (f) application of a shear force,
A mold for a carbon fiber composite material, configured to fabricate the carbon fiber composite material, wherein the mold comprises: a first mold, having a first flange (11 0a) and a first protruding portion; a second mold, having a second protruding portion; a frame mold, disposed between the first mold and the second mold, an enclosing space is defined by the frame mold, the first protruding portion and the second protruding portion protrude into the enclosing space, and a surface of the first protruding portion and a surface of the second protruding portion contact with an inner wall of the frame mold wherein a sum of a protruding distance (H 1) of the first protruding portion and a protruding distance (H 3) of the second protruding portion is equal to a height (H 2) of the frame mold and a plurality of stopping molds, disposed between the first mold and the frame mold, wherein the stopping molds are pressed against the first flange and a top surface of the frame mold, and wherein the first mold, the second mold and the frame mold define a molding space and the molding space is configured to contain at least one carbon fiber prepreg material. a first mold, having a first flange (11 0a) and a first protruding portion; a second mold, having a second protruding portion; a frame mold, disposed between the first mold and the second mold, an enclosing space is defined by the frame mold, the first protruding portion and the second protruding portion protrude into the enclosing space, and a surface of the first protruding portion and a surface of the second protruding portion contact with an inner wall of the frame mold wherein a sum of a protruding distance (H 1) of the first protruding portion and a protruding distance (H 3) of the second protruding portion is equal to a height (H 2) of the frame mold and a plurality of stopping molds, disposed between the first mold and the frame mold, wherein the stopping molds are pressed against the first flange and a top surface of the frame mold, and wherein the first mold, the second mold and the frame mold define a molding space and the molding space is configured to contain at least one carbon fiber prepreg material.
A method for fining fermentable beverages comprising treating the beverage with a low methyl ester or low methoxy pectin having a degree of esterification of 50% or less and a carrageenan prior to fermentation.
Pump device with at least one conveying device at least for a conveyance of a fluid, and with at least one drive unit for acting onto the conveying device, the conveying device comprising at least one conveying space, at least one conveying space element which at least partly delimits the conveying space and which is embodied in a rigid fashion, and at least one elastically deformable conveying element that forms the conveying space together with the conveying space element, wherein the conveying element is embodied in a spring-elastic fashion, wherein the conveying element, following a deformation, automatically seeks to re-assume a basic shape, in particular a convexly curved basic shape of the conveying element, wherein for a conveyance of a fluid the conveying element is movable, starting from a convex curvature oriented in a direction away from the conveying space element, towards the conveying space element, wherein at least the conveying space element and the conveying element together realise an exchangeable unit, characterised in that the drive unit comprises at least one movably supported drive element (32, 34), which encloses the conveying space, in particular the conveying device, at least to a large extent, wherein the drive unit comprises at least one force impact element (36, 38, 40, 42, 44), which is configured, for a conveyance of a fluid through the conveying space, to circulate around the conveying space at least partly, wherein the conveying space extends, viewed in a plane, in an annulus-shaped fashion around a centre point that is arranged on a rotary axis of the drive element (32, 34), wherein the conveying space element comprises at least one concave recess for at least partly forming the conveying space.