mhurhangee/ep-ind-claims huggingface dataset:
End disc for a filter element comprising on a front face at least two separate arc-shaped coupling elements designed as axial rear grip for a corresponding housing coupling element allowing a plug-in/rotational connection between the filter element and a housing component, wherein the coupling elements, as seen from the center of the end disc, are disposed diametrically opposed and wherein at least one end stop is associated with at least one coupling element, which forms a stop for a rotation of the corresponding housing coupling element around a connecting axis between the filter element and the housing component, characterized in that the coupling elements each feature a radially outwardly directed rear grip and in that the end disc features arc-shaped support members corresponding to the coupling elements for supporting the housing coupling elements, wherein the support members are radially spaced apart with respect to the coupling elements and with respect to the at least one end stop and disposed, with respect to the connecting axis, radially outwardly and concentrically with respect to the corresponding coupling element.
Aircraft seat device for an aircraft seat (1 0e), having at least one mounting unit, having at least one seat bottom which is coupled with the mounting unit, which is configured to form a seating region and to this end has at least one main unit and at least one sub-unit that is implemented so as to be adjustable in relation to the mounting unit between a stowage position and a use position, the at least one adjustable sub-unit being configured for enlarging the seating region in at least one position, and having at least one actuation mechanism by means of which the adjustable sub-unit of the seat bottom is adjustable between its stowage position and its use position, wherein at least one delay module is configured, following a discontinuation of a holding and/or locking force, to hold the adjustable sub-unit in the use position at least for a defined time interval, characterized by a locking unit, which is configured for locking the adjustable sub-unit mechanically in the use position, wherein the locking unit remains in a locking position during the defined time interval after discontinuation of an actuation force and holds the adjustable sub-unit in the use position insofar as the adjustable sub-unit is in the use position at this moment. having at least one mounting unit, having at least one seat bottom which is coupled with the mounting unit, which is configured to form a seating region and to this end has at least one main unit and at least one sub-unit that is implemented so as to be adjustable in relation to the mounting unit between a stowage position and a use position, the at least one adjustable sub-unit being configured for enlarging the seating region in at least one position, and having at least one actuation mechanism by means of which the adjustable sub-unit of the seat bottom is adjustable between its stowage position and its use position, wherein at least one delay module is configured, following a discontinuation of a holding and/or locking force, to hold the adjustable sub-unit in the use position at least for a defined time interval, characterized by a locking unit, which is configured for locking the adjustable sub-unit mechanically in the use position, wherein the locking unit remains in a locking position during the defined time interval after discontinuation of an actuation force and holds the adjustable sub-unit in the use position insofar as the adjustable sub-unit is in the use position at this moment.
A combination for treatment and/or prophylaxis of manifestations of mental, cognitive, behavioral and neurological disorders in cases of CNS organic diseases of various origin, characterized in that it comprises Melatonin in an amount from 0.01 mg to 50 mg and Memantin in an amount from 0.01 to 100 mg.
A recording medium comprising: a first base; a second base; and an image recording layer disposed between the first base and the second base, wherein the image recording layer has insulating properties, and the image recording layer contains a plurality of microcapsules or cells, each of which encapsulates: electrophoretic particles (4, 5), or magnetophoretic particles, or a combination thereof; a dispersion medium having a boiling point of 50°C or higher; and a thermoreversible gelling agent containing an amide bond (-NHCO-) in a molecule thereof, wherein the thermoreversible gelling agent contains a C8-C20 alkyl group in a molecule thereof. a first base; a second base; and an image recording layer disposed between the first base and the second base, electrophoretic particles (4, 5), or magnetophoretic particles, or a combination thereof; a dispersion medium having a boiling point of 50°C or higher; and a thermoreversible gelling agent containing an amide bond (-NHCO-) in a molecule thereof,
A molding material comprising: a polymethyl methacrylate resin and a polytrimethylene terephthalate resin as thermoplastic resins; and a graft copolymer having an olefinic polymer as a main chain and a meth(acryl)-based polymer as a side chain as a compatibilizer for the thermoplastic resins. a polymethyl methacrylate resin and a polytrimethylene terephthalate resin as thermoplastic resins; and a graft copolymer having an olefinic polymer as a main chain and a meth(acryl)-based polymer as a side chain as a compatibilizer for the thermoplastic resins.
A method for affixing strings of alphanumeric characters or symbols on fabrics, comprising: - a first step of positioning a string of alphanumeric characters or symbols in bas-relief on a first presser of a press, said string being defined by a plurality of alphanumeric characters or symbols that are held in position with respect to each other by a first positioning means which comprises a bar which is obtained monolithically with said alphanumeric characters or symbols and that is connected to said characters or symbols by means of wings which are thinner than said alphanumeric characters or symbols in bas-relief for the facilitated removal of said first positioning bar; - a second step of positioning a string of supporting elements on a second presser of said press that correspond to said alphanumeric characters or symbols in bas-relief; - a third step of positioning a fabric onto which said alphanumeric characters or symbols in bas-relief are fixed between said first and second pressers (11, 31); - a press closing step for pressing said alphanumeric characters or symbols in bas-relief on said corresponding supporting elements with said fabric interposed for the mutual fixing of said alphanumeric characters or symbols in bas-relief with said corresponding supporting elements; - a step of opening the press in order to extract said fabric from said press; and - a step of removal of the first positioning means. - a first step of positioning a string of alphanumeric characters or symbols in bas-relief on a first presser of a press, said string being defined by a plurality of alphanumeric characters or symbols that are held in position with respect to each other by a first positioning means which comprises a bar which is obtained monolithically with said alphanumeric characters or symbols and that is connected to said characters or symbols by means of wings which are thinner than said alphanumeric characters or symbols in bas-relief for the facilitated removal of said first positioning bar; - a second step of positioning a string of supporting elements on a second presser of said press that correspond to said alphanumeric characters or symbols in bas-relief; - a third step of positioning a fabric onto which said alphanumeric characters or symbols in bas-relief are fixed between said first and second pressers (11, 31); - a press closing step for pressing said alphanumeric characters or symbols in bas-relief on said corresponding supporting elements with said fabric interposed for the mutual fixing of said alphanumeric characters or symbols in bas-relief with said corresponding supporting elements; - a step of opening the press in order to extract said fabric from said press; and - a step of removal of the first positioning means.
Artificial knee joint, comprising: - a femoral component, able to be attached to a distal end of a femur, provided with a medial condyle, a lateral condyle and a front flange, said medial condyle and said lateral condyle being joined together, in proximity with the rear end of an intercondyle groove, by a femoral cam asymmetrical with respect to a central plane (α) of said femoral component and comprising a distal surface shaped like a drum which articulates with a tibial post, and separated by said intercondyle groove in the remaining part of their extension; - a tibial component suitable to be attached to a proximal end of a tibia, comprising a tibial plate and a tibial insert, said tibial insert being provided with a medial articulation surface to support said medial condyle, and with a lateral articulation surface to support said lateral condyle, and with said tibial post substantially symmetrical with respect to a central plane (δ) of said tibial insert, characterized in that said tibial post and said femoral cam define a point of contact on which a direct force transmitted by the femoral cam to the tibial post is exerted along an axis of application, said force having a direction downward and forward for all angles of flexion, and in that the contact profile between the post and the cam, for different angles of rotation of femur and tibia, is complementary in correspondence with a central contact point to prevent stressing the edge of said post with excessive loads. - a femoral component, able to be attached to a distal end of a femur, provided with a medial condyle, a lateral condyle and a front flange, said medial condyle and said lateral condyle being joined together, in proximity with the rear end of an intercondyle groove, by a femoral cam asymmetrical with respect to a central plane (α) of said femoral component and comprising a distal surface shaped like a drum which articulates with a tibial post, and separated by said intercondyle groove in the remaining part of their extension; - a tibial component suitable to be attached to a proximal end of a tibia, comprising a tibial plate and a tibial insert, said tibial insert being provided with a medial articulation surface to support said medial condyle, and with a lateral articulation surface to support said lateral condyle, and with said tibial post substantially symmetrical with respect to a central plane (δ) of said tibial insert, characterized in that said tibial post and said femoral cam define a point of contact on which a direct force transmitted by the femoral cam to the tibial post is exerted along an axis of application, said force having a direction downward and forward for all angles of flexion, and in that the contact profile between the post and the cam, for different angles of rotation of femur and tibia, is complementary in correspondence with a central contact point to prevent stressing the edge of said post with excessive loads.
A device for separating solid particles from liquids, comprising a pressure vessel and one or more filter element registers having filter elements (1,1') disposed in suspension on a horizontal filtrate discharge pipe, wherein the filter elements (1,1') comprise a substantially flat support mesh, a completely enclosed filter medium, and spacers suspended therebetween, characterized in that the support mesh is formed of rolledflat mesh pipes, the support mesh comprise, in the interior thereof, logitudinal webs desighned to form filtrate discharge channels, which permit the filtrate to flow to the filtrate discharge pipe.
Process for the production of a cross-linked pipe wherein a polyolefin composition which comprises a cross-linkable polyolefin base resin having hydrolysable silicon-containing groups and a silanol condensation catalyst being a fatty acid with 14 to 20 carbon atoms is formed to pipe, and the pipe is cross-linked to a cross-linking degree of not more than 35 % in a water bath at ambient temperature, wherein the cross-linking degree is measured by decalin extraction according to ASTM D 2765-11, with the exception that after the extraction with decalin for 6 hours the extraction was continued another hour in pure, boiling decalin. a cross-linkable polyolefin base resin having hydrolysable silicon-containing groups and a silanol condensation catalyst being a fatty acid with 14 to 20 carbon atoms
Method for making a pipe out of a composite material made of laminated plies comprising a structural ply made of a material comprising a thermosetting or a thermoplastic resin reinforced by a fabric, characterized in that it comprises the following steps: i) the laying up of a sealing film on or in an appropriate mould; ii) the laying up of a structural ply on or in the aforementioned mould; iii) the stacking with the structural ply, of a ply, known as a rigidity ply, made of a material including a thermosetting or a thermoplastic resin reinforced by a fabric openworked as a net, on at least part of the length of the aforesaid pipe; iv) wrapping with a heat-shrinkable film and/or with a vacuum bag; v) vacuum drawing; vi) kilning; vii) unmolding and finishing the pipe. i) the laying up of a sealing film on or in an appropriate mould; ii) the laying up of a structural ply on or in the aforementioned mould; iii) the stacking with the structural ply, of a ply, known as a rigidity ply, made of a material including a thermosetting or a thermoplastic resin reinforced by a fabric openworked as a net, on at least part of the length of the aforesaid pipe; iv) wrapping with a heat-shrinkable film and/or with a vacuum bag; v) vacuum drawing; vi) kilning; vii) unmolding and finishing the pipe.
Method for operating a wind turbine and/or a wind park for feeding electrical power into an electrical power supply network, wherein a power output, in particular an active and/or reactive power (Q, P), is controlled by means of at least one power control module of a regulation and/or control device, having the steps of: - predetermining a power control input value and determining a power control output value from the power control input value and outputting a power control output value, wherein - a time path of the power output of the wind energy production is detected over a detection time period, and - a time path of the network voltage of the electrical power supply network is detected over a detection time period, wherein - it is verified over the detection time period whether the power output and the network voltage have an oscillation path, characterised in that - an oscillation having a period and having an amplitude is associated with the oscillation path, and - it is determined that the oscillation is sustained over the detection time period and does not decrease in this instance, wherein it is determined that the period over the detection time period has a period value within a period range, and/or - it is determined that the amplitude over the detection time period has an amplitude value above a threshold value amplitude, and/or - it is determined that the amplitude over the detection time period has an amplitude value which increases and - a signal for signalling an upward oscillation state is output. - predetermining a power control input value and determining a power control output value from the power control input value and outputting a power control output value, wherein - a time path of the power output of the wind energy production is detected over a detection time period, and - a time path of the network voltage of the electrical power supply network is detected over a detection time period, wherein - it is verified over the detection time period whether the power output and the network voltage have an oscillation path, characterised in that - an oscillation having a period and having an amplitude is associated with the oscillation path, and - it is determined that the oscillation is sustained over the detection time period and does not decrease in this instance, wherein it is determined that the period over the detection time period has a period value within a period range, and/or - it is determined that the amplitude over the detection time period has an amplitude value above a threshold value amplitude, and/or - it is determined that the amplitude over the detection time period has an amplitude value which increases and - a signal for signalling an upward oscillation state is output.
A method at a destination server of a distributed storage system comprising: obtaining, by the destination server, a data block identification, version information, and hole information, the hole information identifying a hole on the destination server to which data identified by the data block identification is to be copied, and including a data offset position and a data offset length; sending, by the destination server, the data block identification, the version information, and the hole information to a source server so that the source server searches for corresponding data according to the data block identification, the version information, and the hole information; and receiving, by the destination server, a response message, sent by the source server, that carries the data, and copying the data to a hole corresponding to the data block identification, the version information, and the hole information according to the response message. obtaining, by the destination server, a data block identification, version information, and hole information, the hole information identifying a hole on the destination server to which data identified by the data block identification is to be copied, and including a data offset position and a data offset length; sending, by the destination server, the data block identification, the version information, and the hole information to a source server so that the source server searches for corresponding data according to the data block identification, the version information, and the hole information; and receiving, by the destination server, a response message, sent by the source server, that carries the data, and copying the data to a hole corresponding to the data block identification, the version information, and the hole information according to the response message.
A vehicle lighting unit comprising: a light source; a light guiding member configured to have a side portion to receive light from the light source from the side portion and guide the light, and have at least one inclined face formed obliquely rearward in a light guiding path of the light; and at least one reflection face inclined forward and disposed to face to the at least one inclined face with a gap between the at least one reflection face and the at least one inclined face of the light guiding member; characterized in that the light guiding member has at least one hole portion of which inner face serves as the at least one inclined face, and the vehicle lighting unit further comprises at least one reflection block member that has the reflection face and is fit to the at least one hole portion with the gap between the at least one inclined face of the light guiding member and the reflection face of the at least one reflection block member. a light source; a light guiding member configured to have a side portion to receive light from the light source from the side portion and guide the light, and have at least one inclined face formed obliquely rearward in a light guiding path of the light; and at least one reflection face inclined forward and disposed to face to the at least one inclined face with a gap between the at least one reflection face and the at least one inclined face of the light guiding member; characterized in that the light guiding member has at least one hole portion of which inner face serves as the at least one inclined face, and the vehicle lighting unit further comprises at least one reflection block member that has the reflection face and is fit to the at least one hole portion with the gap between the at least one inclined face of the light guiding member and the reflection face of the at least one reflection block member.
Shift assembly for a motor vehicle powertrain which has a plurality of gear stages (1-3; 1-7), the shift assembly having a shift actuator system with a mechanically predefined shift sequence for the plurality of gear stages (1-3; 1-7), the shift sequence permitting gear changes merely in a sequential manner, it being possible for the shift actuator system to be actuated in such a way that, during driving operation, in each case one of the plurality of gear stages (1-3; 1-7) is shifted in a manner which is dependent on at least one operating parameter, the shift actuator system having at least one further mechanically predefined shift sequence (24-2; 24-3) for a predefined part quantity (1, 3; 5, 2, 3; 7, 4, 5) of the plurality of gear stages, the further shift sequence (24-2; 24-3) comprising at least one multiple shift operation which takes place between gear stages which are not adjacent, it being possible for the shift actuator system to be actuated in such a way that the one shift sequence or the further shift sequence (24-2; 24-3) is preselected in a manner which is dependent on at least one further operating parameter, the shift actuator system having a shift rotational assembly (60; 80), on which base shift features (64; 90) are configured to set up the one shift sequence, which base shift features (64; 90) come into effect sequentially in the case of a rotation of the shift rotational assembly (60; 80), in order to engage the plurality of gear stages of the powertrain, and, in addition to the base shift features (64; 90), additional shift features (24-2'; 24-3'; 92) for setting up the further shift sequence (24-2; 24-3) being configured on the shift rotational assembly (60; 80), which additional shift features (24-2'; 24-3'; 92) come into effect one after another in the case of a rotation of the shift rotational assembly (60; 80), in order to engage the predefined part quantity of the plurality of gear stages of the powertrain, characterized in that the base shift features (64; 90) and the additional shift features (24-2'; 24-3'; 92) are arranged on the shift rotational assembly (60; 80) such that they are spaced apart from one another in the circumferential direction.
Steel wire (F1; F2; F3; F4), the steel being as defined in the standard NF EN10020, of diameter d expressed in mm and having a completely ferritic, pearlitic or ferritic-pearlitic microstructure, characterized in that the wire (F1; F2; F3; F4) has a weight content of carbon C such that 0.05 % ≤ C < 0.4%, a weight content of chromium Cr such that Cr < 12% and a maximum tensile strength R, expressed in MPa, such that R ≥ 175 + 930.C - 600.ln(d) and R ≥ 1500 MPa.