mhurhangee/ep-ind-claims huggingface dataset:
Folding frame for a baby stroller, said frame carrying two rear wheels (11, 12) and at least one front wheel, at least one push-rod and means for supporting a device for accommodating a child, the said frame being configured so as to be capable of assuming: - at least one child-transporting position; - at least one folded position, in which the said rear wheels are brought closer to one another, but the space between the said supporting means remains constant; the said frame having a beam which carries the said front wheel or wheels and along which a slide can be displaced, the displacement of the said slide controlling: - on the one hand, adjusting means which make it possible to vary the space between the said rear wheels (11, 12) and which are movable in rotation in relation to the said slide about a substantially vertical axis; - on the other hand, articulating means (24, 25) which act on the said at least one push-rod and which are movable in rotation in relation to the said slide about at least one substantially horizontal axis; the said frame being characterised in that the said beam is composed of at least two beam portions (31, 32) which are movable in relation to one another, so as to be capable of assuming a retracted state, in which the said front wheel or wheels is/are brought closer to the rear wheels, when the said frame is in the folded position, and an opened-out state, when the said frame is in a transporting position. - at least one child-transporting position; - at least one folded position, in which the said rear wheels are brought closer to one another, but the space between the said supporting means remains constant; - on the one hand, adjusting means which make it possible to vary the space between the said rear wheels (11, 12) and which are movable in rotation in relation to the said slide about a substantially vertical axis; - on the other hand, articulating means (24, 25) which act on the said at least one push-rod and which are movable in rotation in relation to the said slide about at least one substantially horizontal axis;
A composition comprising a gloss agent selected from the group consisting of ester oils, hydrocarbon oils, silicone oils, natural oils, and combinations of two or more thereof, and having a refractive index, as measured in accordance with the Standard Test Method ASTM D1218, of 1.4 or greater, an emollient film facilitator selected from the group consisting of polyglyceryl esters, hydrocarbons, silicone oils, natural oils, and combinations of two or more thereof having a viscosity, as measured in accordance with the Standard Test Method ASTM D445, of 0.3 Pa·s (300 cPs) or greater, and a polysaccharide film-forming polymer, wherein the composition comprises a greater amount, on a weight percent basis, of emollient film facilitator than the gloss agent and wherein the gloss agent and the emollient film facilitator are different materials.
A method for operating at least one functional unit of a motor vehicle, wherein - a filling level in a tank for storing water which can be fed to at least one combustion chamber of an internal combustion engine, especially a spark ignition engine, of the motor vehicle for cooling a cylinder charge located therein, is monitored, - the filling level, respectively detected in the tank during monitoring of the filling level, is compared with a predetermined minimum filling level limiting value, wherein, if the respective comparison shows that the respectively detected filling level falls below the predetermined minimum filling level limiting value, - a current mass flow of air is detected, which air flows around an evaporator of an air conditioning system of the motor vehicle, which air conditioning system is connected to the tank via at least one fluid feed line, wherein water condensed in the evaporator is fed to the tank via the fluid feed line, - a current moisture content of the air, flowing around the evaporator, is detected, - a current mass flow of the water to be fed to the combustion chamber is detected, - a theoretical filling level in the tank is modelled from the respectively detected current mass flow of the air, from the respectively detected current moisture content of the air and from the respectively detected current mass flow of the water, and - the functional unit is operated subject to the respectively modelled theoretical filling level and/or to a respective gradient of the modelled theoretical filling level. - a filling level in a tank for storing water which can be fed to at least one combustion chamber of an internal combustion engine, especially a spark ignition engine, of the motor vehicle for cooling a cylinder charge located therein, is monitored, - the filling level, respectively detected in the tank during monitoring of the filling level, is compared with a predetermined minimum filling level limiting value, wherein, if the respective comparison shows that the respectively detected filling level falls below the predetermined minimum filling level limiting value, - a current mass flow of air is detected, which air flows around an evaporator of an air conditioning system of the motor vehicle, which air conditioning system is connected to the tank via at least one fluid feed line, wherein water condensed in the evaporator is fed to the tank via the fluid feed line, - a current moisture content of the air, flowing around the evaporator, is detected, - a current mass flow of the water to be fed to the combustion chamber is detected, - a theoretical filling level in the tank is modelled from the respectively detected current mass flow of the air, from the respectively detected current moisture content of the air and from the respectively detected current mass flow of the water, and - the functional unit is operated subject to the respectively modelled theoretical filling level and/or to a respective gradient of the modelled theoretical filling level.
A method of securing data, the method comprising: dividing a secret key into a plurality of secret key shares; storing each of the plurality of secret key shares in a different server of a plurality of servers (61, 62, 63) so that none of the servers has access to the secret key and to the secret key share stored in another of the servers; using the plurality of servers to execute a secure computation protocol to determine a value of a function responsive to all of the plurality of secret key shares, wherein none of the plurality of servers has access to the secret key and to the secret key share stored in another of the servers; and using the determined value of the function to secure the data, wherein using the determined value to secure the data comprises using the determined value to determine whether or not a password received from a sender by at least one of the servers was generated using the secret key and enabling access by the sender to the data if and only if it was determined that the password was generated using the secret key, wherein the password comprises a onetime password, OTP, generated using the secret key, wherein the plurality of servers communicate with each other over communication channels to cooperate and exchange information in executing the secure computation protocol using the secret key shares (KS 1, KS 2, KS 3) and a time t to determine whether or not the onetime password, OTP, generated using the secret key at time t is authentic. dividing a secret key into a plurality of secret key shares; storing each of the plurality of secret key shares in a different server of a plurality of servers (61, 62, 63) so that none of the servers has access to the secret key and to the secret key share stored in another of the servers; using the plurality of servers to execute a secure computation protocol to determine a value of a function responsive to all of the plurality of secret key shares, wherein none of the plurality of servers has access to the secret key and to the secret key share stored in another of the servers; and using the determined value of the function to secure the data, wherein using the determined value to secure the data comprises using the determined value to determine whether or not a password received from a sender by at least one of the servers was generated using the secret key and enabling access by the sender to the data if and only if it was determined that the password was generated using the secret key, wherein the password comprises a onetime password, OTP, generated using the secret key, wherein the plurality of servers communicate with each other over communication channels to cooperate and exchange information in executing the secure computation protocol using the secret key shares (KS 1, KS 2, KS 3) and a time t to determine whether or not the onetime password, OTP, generated using the secret key at time t is authentic.
A method of molding a product using a synthetic resin material that is a liquid material, comprising: injecting the material into a mold (100, 102) having a cavity with a desired shape to be imparted to the product; and imparting planetary motion to the mold using a mixer such that the mold (100, 102) is disposed within a vacuum interior of a housing of the mixer, to thereby manufacture the product by rotational molding while the material is being agitated/degassed within the mold. injecting the material into a mold (100, 102) having a cavity with a desired shape to be imparted to the product; and imparting planetary motion to the mold using a mixer such that the mold (100, 102) is disposed within a vacuum interior of a housing of the mixer, to thereby manufacture the product by rotational molding while the material is being agitated/degassed within the mold.
joint replacement comprising a joint socket having a concave joint surface, a joint head having a convex joint surface which is delimited by a peripheral edge, and a joint insert which has a concave and a convex joint surface, which are each bounded by a peripheral edge (23, 24), wherein the convex joint surface of the joint insert is designed to form a first partial joint with the concave joint surface of the joint socket in the assembled state, wherein the concave joint surface of the joint insert is designed to form a second partial joint with the convex joint surface of the joint head in the mounted state, and the joint socket and the joint insert each have a securing device (12, 25, 26) which prevents dislocation of the joint replacement, wherein the joint head and/or the joint insert has an insertion aid (27, 28) which enables the insertion of the respective convex joint surface (22, 32) into the associated concave joint surface (11, 21), characterised in that the insertion aid is configured as an elongated recess in the convex joint surface (22, 32) of at least one of the partial joints, wherein the elongated recess begins at the peripheral edge of the convex joint surface (22, 32) and extends over 25% to 75% of the length of an auxiliary line running on the convex joint surface (22, 32) in its plane of symmetry between the peripheral edge and a pole of the joint surface (22, 32). wherein the convex joint surface of the joint insert is designed to form a first partial joint with the concave joint surface of the joint socket in the assembled state, wherein the concave joint surface of the joint insert is designed to form a second partial joint with the convex joint surface of the joint head in the mounted state, and the joint socket and the joint insert each have a securing device (12, 25, 26) which prevents dislocation of the joint replacement, wherein the joint head and/or the joint insert has an insertion aid (27, 28) which enables the insertion of the respective convex joint surface (22, 32) into the associated concave joint surface (11, 21), characterised in that the insertion aid is configured as an elongated recess in the convex joint surface (22, 32) of at least one of the partial joints, wherein the elongated recess begins at the peripheral edge of the convex joint surface (22, 32) and extends over 25% to 75% of the length of an auxiliary line running on the convex joint surface (22, 32) in its plane of symmetry between the peripheral edge and a pole of the joint surface (22, 32).
An electronic measuring device comprising: - a measuring plate, extending along a measuring plane (xy) and comprising: • an upper face configured to receive a user's feet; • a lower face opposite the upper face, and • a rounded edge connecting the upper face to the lower face, and the measuring device being characterized in that it further comprises: - at least one electrode extending on the measuring plate, from the upper face over the rounded edge to the lower face. - a measuring plate, extending along a measuring plane (xy) and comprising: • an upper face configured to receive a user's feet; • a lower face opposite the upper face, and • a rounded edge connecting the upper face to the lower face, and the measuring device being characterized in that it further comprises: • an upper face configured to receive a user's feet; • a lower face opposite the upper face, and • a rounded edge connecting the upper face to the lower face, and the measuring device being characterized in that it further comprises: - at least one electrode extending on the measuring plate, from the upper face over the rounded edge to the lower face.
A process for the curing of curable compositions where - at least one heat-curable composition is provided, and - the composition is hardened by heating to temperatures greater than or equal to 60°C, where the curable composition comprises at least the following constituents: (a) at least one polymer obtainable via reaction of at least one compound having two aldehyde groups and of at least one acrylate compound selected from the group consisting of acrylate compounds having more than two acrylate groups (By) and diacrylate compounds, where the at least one compound having two aldehyde groups is an aromatic dialdehyde with molecular structure where the bonds to the two aldehyde groups are at an angle to one another, (b) optionally at least one nonpolymeric compound selected from compounds having an α-(1'-hydroxyalkyl)acrylate group and compounds having two or more α-(1'-hydroxyalkyl)acrylate groups, (c) at least one compound which bears at least two thiol groups, (d) optionally at least one reactive diluent with number-average molar mass M n that is preferably less than 1000 g/mol, and preferably having at least two (meth)acrylate groups, (e) optionally at least one catalyst which can accelerate the addition reaction between thiol groups and acrylate groups, and (f) optionally at least one photoinitiator. - at least one heat-curable composition is provided, and - the composition is hardened by heating to temperatures greater than or equal to 60°C, (a) at least one polymer obtainable via reaction of at least one compound having two aldehyde groups and of at least one acrylate compound selected from the group consisting of acrylate compounds having more than two acrylate groups (By) and diacrylate compounds, where the at least one compound having two aldehyde groups is an aromatic dialdehyde with molecular structure where the bonds to the two aldehyde groups are at an angle to one another, (b) optionally at least one nonpolymeric compound selected from compounds having an α-(1'-hydroxyalkyl)acrylate group and compounds having two or more α-(1'-hydroxyalkyl)acrylate groups, (c) at least one compound which bears at least two thiol groups, (d) optionally at least one reactive diluent with number-average molar mass M n that is preferably less than 1000 g/mol, and preferably having at least two (meth)acrylate groups, (e) optionally at least one catalyst which can accelerate the addition reaction between thiol groups and acrylate groups, and (f) optionally at least one photoinitiator.
A method pertaining to regeneration of a particle filter pertaining to a combustion process, which filter is arranged to treat exhaust gases arising from combustion in a combustion engine, which method, when at least one measure for raising the temperature of said particle filter is activated, comprises - a) determining a temperature T filter of said particle filter, - b) comparing said temperature T filter determined with a first temperature T limit1, wherein the method comprises waiting for a first period of time t t_lim1 after said at least one temperature-raising measure has been adopted before determination of said temperature T filter of said particle filter, and - c) when said temperature T filter determined is below said first temperature T limit1, discontinuing said measure for raising the temperature of said particle filter, which method, when said measure for raising the temperature of said particle filter has been discontinued, further comprises - activating at least one measure for raising the temperature of said particle filter when its temperature T filter exceeds a second temperature limit T limit2 which is higher than said first temperature T limit1. - a) determining a temperature T filter of said particle filter, - b) comparing said temperature T filter determined with a first temperature T limit1, wherein the method comprises waiting for a first period of time t t_lim1 after said at least one temperature-raising measure has been adopted before determination of said temperature T filter of said particle filter, and - c) when said temperature T filter determined is below said first temperature T limit1, discontinuing said measure for raising the temperature of said particle filter, - activating at least one measure for raising the temperature of said particle filter when its temperature T filter exceeds a second temperature limit T limit2 which is higher than said first temperature T limit1.
A computer-implemented method for managing a downhole operation, comprising: receiving, at a data warehouse, a substantially continuous stream of real-time data associated with an ongoing downhole operation; receiving, from a user, a selection of a downhole parameter; optimizing, with a computing system, the selected downhole parameter based on a portion of the received stream of data to approach a target value of the selected downhole parameter; and using the optimized downhole parameter in the ongoing operation wherein the method further comprises, prior to optimizing the selected downhole parameter, filtering the received stream of data associated with the ongoing downhole operation to a predetermined sampling rate. receiving, at a data warehouse, a substantially continuous stream of real-time data associated with an ongoing downhole operation; receiving, from a user, a selection of a downhole parameter; optimizing, with a computing system, the selected downhole parameter based on a portion of the received stream of data to approach a target value of the selected downhole parameter; and using the optimized downhole parameter in the ongoing operation wherein the method further comprises, prior to optimizing the selected downhole parameter, filtering the received stream of data associated with the ongoing downhole operation to a predetermined sampling rate.
A handle assembly for a window, door or the like having at least one frame profile with a front surface and a lateral surface, with a handle, a basic body and a cover rosette, wherein a bearing receptacle serving as a pivot bearing for the handle is arranged in the basic body and the basic body has a circumferential lateral surface as well as a front side which is covered by the cover rosette, characterised by a lateral cap flashing only a region of the lateral surface of the basic body, said lateral cap having a marginal edge that can be abutted against a lateral surface of the frame profile or that is disposed opposite to the lateral surface of the frame profile to form a shadow gap.
A mobile terminal, without a unit for measuring location, for communicating with a smart card and an external location device associated with the mobile terminal, the mobile terminal comprising: a controller configured to provide terminal profile information to the smart card, characterised in that the terminal profile information includes first information indicating that the mobile terminal does not have the unit for measuring location, and second information indicating that the mobile terminal has an ability to obtain geographical location information from the external location device; to receive, from the smart card, a geographical location request for acquiring geographical location from the external location device based on the terminal profile information; to send a terminal response to the smart card in response to the geographical location request; to obtain location information of the mobile terminal from the external location device in response to the geographical location request; and to send an envelope signal including the obtained location information to the smart card. a controller configured to provide terminal profile information to the smart card, characterised in that the terminal profile information includes first information indicating that the mobile terminal does not have the unit for measuring location, and second information indicating that the mobile terminal has an ability to obtain geographical location information from the external location device; to receive, from the smart card, a geographical location request for acquiring geographical location from the external location device based on the terminal profile information; to send a terminal response to the smart card in response to the geographical location request; to obtain location information of the mobile terminal from the external location device in response to the geographical location request; and to send an envelope signal including the obtained location information to the smart card.