mhurhangee/ep-ind-claims huggingface dataset:
A method for presenting media content to a user at user equipment (108, 110, 112), the method comprising: receiving a request for one of: adding media content to a media profile of the user; and scheduling a series recording of the media content; in response to the request, adding the media content to the media profile; determining if the media content is serial programming; in response to determining that the requested media content is serial programming, tracking, within the media profile, viewing progress of the user through serial programming; and generating for display a screen (1100, 1400) wherein, in response to determining that the user has missed a first episode of the serial programming, an option is presented to the user for allowing the user to skip the first episode of the serial programming and advance the user's viewing progress within the media profile as if the first episode had been watched by the user. receiving a request for one of: adding media content to a media profile of the user; and scheduling a series recording of the media content; adding media content to a media profile of the user; and scheduling a series recording of the media content; in response to the request, adding the media content to the media profile; determining if the media content is serial programming; in response to determining that the requested media content is serial programming, tracking, within the media profile, viewing progress of the user through serial programming; and generating for display a screen (1100, 1400) wherein, in response to determining that the user has missed a first episode of the serial programming, an option is presented to the user for allowing the user to skip the first episode of the serial programming and advance the user's viewing progress within the media profile as if the first episode had been watched by the user.
A composition comprising: i) 0.01 to 2 wt% peptide or peptide derivative; ii) 0.01 to 4 wt% saccharide or modified saccharide; iii) 35 to 50 wt% petrolatum; and iv) 40 to 60 wt% isopropyl myristate, with the proviso that the sum of the components of the total composition does not exceed 100 wt%. i) 0.01 to 2 wt% peptide or peptide derivative; ii) 0.01 to 4 wt% saccharide or modified saccharide; iii) 35 to 50 wt% petrolatum; and iv) 40 to 60 wt% isopropyl myristate,
A process for preparing a crispy coated extruded plant-based food product, the process comprising the steps of: a) feeding an extruder barrel with a composition comprising 40-70wt% water and 15-35wt% plant protein; b) extruding the composition from step a) above the denaturation temperature of the plant protein; c) pushing the composition from step b) after the last extruder barrel through a constriction; d) cooling the composition from step c) through a cooling die; e) injecting an aqueous solution into the extruded composition from step d) with a needle injector; f) coating of the injected extruded composition of step e); wherein the constriction reduces a cross-sectional area D constr compared to a cross-sectional area before the constriction D before between 30 to 90% and wherein a cross-sectional area after the constriction D after is increased again and wherein crispy coated is a layer of coating, which will be at least crunchy or crispy after cooking, frying or baking. a) feeding an extruder barrel with a composition comprising 40-70wt% water and 15-35wt% plant protein; b) extruding the composition from step a) above the denaturation temperature of the plant protein; c) pushing the composition from step b) after the last extruder barrel through a constriction; d) cooling the composition from step c) through a cooling die; e) injecting an aqueous solution into the extruded composition from step d) with a needle injector; f) coating of the injected extruded composition of step e);
A reciprocating piston made of ceramic material for a reciprocating piston machine with a crank mechanism, in particular a Scotch yoke mechanism; the reciprocating piston is rigidly screwed to a piston rod by means of a screw (27; 76), in particular a cap screw; and at least one disc (13; 15) made of metallic material is clamped between the reciprocating piston and the piston rod, characterized in that the screw (27; 76) is made of metallic material the thermal expansion coefficient α piston of the material of the reciprocating piston is lower than the thermal expansion coefficient α screw of the material of the screw (27; 76) and the disc (13; 15) is an expansion compensation disc (13; 15); and the thermal expansion coefficient α disc1;2 of the material of the expansion compensation disc (13; 15) is greater than the thermal expansion coefficient α screw of the material of the screw (27; 76).
A medical device for releasing in a hollow organ, with a hollow cylindrical body, wherein the device can be converted to a compressed state having a reduced diameter and to an expanded state having an enlarged diameter and the body has a locking means at its proximal and/or distal axial end said locking means comprising at least one retaining element connected to the body by a connecting segment, characterized in that the retaining element and the body are decoupled by the connecting segment in such a way that the retaining element has a smaller curvature in the compressed state of the device than the body, and the connecting segment elastically connects the retaining element and the body, wherein the curvature of the retaining element is constant in different states which the body adopts, and wherein owing to the different curvature of the retaining element and of the body and owing to the extent of the retaining element in circumferential direction, the contour of the retaining element in the compressed state of the device protrudes beyond the outer circumference of the body in such a way that the retaining element can be moved radially inward relative to the body into a locking position by the inner wall of an insertion system.
Pneumatic vehicle tyre of a radial type of construction comprising a tread with a shoulder-side row of profile blocks, which is bounded on the inner side of the tread by a circumferential groove, takes up up to 30% of the width of the ground contact area of the tread and is provided with transverse grooves, which open out into the circumferential groove and run at least substantially parallel to one another, each transverse groove being bounded by a groove base and two groove flanks (4, 4'), each transverse groove having within the ground contact area at least two groove portions (3a, 3b, 3c) adjoining one another of different depths (T 2, T 3, T 4), the depth (T 2, T 3, T 4) of the groove portions (3a, 3b, 3c) increasing step by step in the direction of the periphery of the tread, characterized in that, in the case of groove portions (3a, 3b, 3c) adjoining one another, a groove-like, circumferentially running depression is locally formed in each case on the groove base of the deeper groove portion (3b, 3c) at a flank to the adjoining, shallower groove portion (3a, 3b).
A growth environment comprising a culture medium and a substrate on a solid surface for differentiating pPS cells into hematopoietic cells, wherein the culture medium contains a mixture of hematopoietic growth factors, chosen from two or more of: stem cell factor, interleukin-3, interleukin-6, granulocyte-colony stimulating factor, BMP-2, BMP-4, BMP-7, sonic hedgehog, Delta-1, Jagged-1 and thrombopoietin, wherein no stromal cells are present.
An apparatus for producing measurement data of a foot (220, 220a, 220b), wherein the foot (220, 220a, 220b), when being photographed, is placed against a transparent surface on a first side of the transparent surface, characterized in that the apparatus comprises: - at least one light source (110, 110a, 110b), - at least one optical element (120, 120a, 120b) arranged to be placed in the line of propagation of a beam of light (130, 130a, 130b) produced by the at least one light source (110, 110a, 110b) for spreading out the beam of light (130, 130a, 130b) into a set of patterns of light (140, 140a, 140b) so that the patterns of light (140, 140a, 140b) are projected directly from the optical element at least partly on the sole of the foot (220, 220a, 220b) placed for photography for determining the length of the foot, - at least one additional light source for producing a beam of light directed to at least one side wall of the apparatus for determining the width of the foot, wherein the at least one additional light source is an LED light, and - a camera for photographing directly the patterns of light (140, 140a, 140b) which are projected on at least the sole of the foot (220, 220a, 220b) placed for photography and which follow the shapes of the sole of the foot and the beam of light produced by the at least one additional light source directed to at least one side wall simultaneously or at different time. - at least one light source (110, 110a, 110b), - at least one optical element (120, 120a, 120b) arranged to be placed in the line of propagation of a beam of light (130, 130a, 130b) produced by the at least one light source (110, 110a, 110b) for spreading out the beam of light (130, 130a, 130b) into a set of patterns of light (140, 140a, 140b) so that the patterns of light (140, 140a, 140b) are projected directly from the optical element at least partly on the sole of the foot (220, 220a, 220b) placed for photography for determining the length of the foot, - at least one additional light source for producing a beam of light directed to at least one side wall of the apparatus for determining the width of the foot, wherein the at least one additional light source is an LED light, and - a camera for photographing directly the patterns of light (140, 140a, 140b) which are projected on at least the sole of the foot (220, 220a, 220b) placed for photography and which follow the shapes of the sole of the foot and the beam of light produced by the at least one additional light source directed to at least one side wall simultaneously or at different time.
A negative electrode active material for a secondary battery comprising: a silicate phase including Li, Si, and M x, wherein M x is an element other than an alkali metal, an alkaline earth metal, or Si; silicon particles dispersed in the silicate phase; and metal particles dispersed in the silicate phase and containing one or more metals selected from Fe, Cr, Ni, Mn, Cu, Mo, Zn, and Al or an alloy thereof as a main component, wherein in the silicate phase, a Li content is 3 to 45 mol%, a Si content is 40 to 78 mol%, and an M x content is 1 to 40 mol%, each based on the total amount of elements other than oxygen; and M x is selected from Zr, Ge, Ti, Al, B, Bi, Y, La, Sb, Nb, Ta, P, V and W. a silicate phase including Li, Si, and M x, wherein M x is an element other than an alkali metal, an alkaline earth metal, or Si; silicon particles dispersed in the silicate phase; and metal particles dispersed in the silicate phase and containing one or more metals selected from Fe, Cr, Ni, Mn, Cu, Mo, Zn, and Al or an alloy thereof as a main component, wherein in the silicate phase, a Li content is 3 to 45 mol%, a Si content is 40 to 78 mol%, and an M x content is 1 to 40 mol%, each based on the total amount of elements other than oxygen; and M x is selected from Zr, Ge, Ti, Al, B, Bi, Y, La, Sb, Nb, Ta, P, V and W.
A method performed by a Wi-Fi Access Controller for enabling an automatic determination of when an area covered by an Access Point, AP, of a Wi-Fi Radio Access Network, RAN, overlaps with a cell of a 3 rd Generation Partnership Project, 3GPP, RAN, the method comprising: receiving a 3GPP identifier related to a user terminal that is attached to the Wi-Fi RAN, during authentication of the user terminal, and an identifier for the AP of the Wi-Fi RAN to which the user terminal is attached; generating and sending a Location Service Request including the 3GPP identifier to a Location Services, LCS, Server associated with the 3GPP RAN; receiving a Location Service Response, from the LCS Server, that includes location information identifying the cell of the 3GPP RAN in which the user terminal is located; generating, and causing storage, of an association between the identified Wi-Fi AP and the identified 3GPP cell; recording an indication of a time at which the association is generated; and if a further association between the identified Wi-Fi AP and the identified 3GPP cell is not generated within a specified time period, cancelling the association between the identified Wi-Fi AP and the identified 3GPP cell. receiving a 3GPP identifier related to a user terminal that is attached to the Wi-Fi RAN, during authentication of the user terminal, and an identifier for the AP of the Wi-Fi RAN to which the user terminal is attached; generating and sending a Location Service Request including the 3GPP identifier to a Location Services, LCS, Server associated with the 3GPP RAN; receiving a Location Service Response, from the LCS Server, that includes location information identifying the cell of the 3GPP RAN in which the user terminal is located; generating, and causing storage, of an association between the identified Wi-Fi AP and the identified 3GPP cell; recording an indication of a time at which the association is generated; and if a further association between the identified Wi-Fi AP and the identified 3GPP cell is not generated within a specified time period, cancelling the association between the identified Wi-Fi AP and the identified 3GPP cell.
A system for removably securing slats juxtaposed to form a deck, for example for a terrace, including fasteners positioned in rows on level floor or joist or beam supports oriented perpendicular to the axis of said slats, said fasteners including a soleplate provided with means for securing to the slats, said system including a plurality of impermeable channels that are positioned parallel for a level floor, or at a rate of one impermeable channel for each joist or beam support and then covering the upper surface of said support, characterized in that the soleplate, which is intended to bear against an upper part of the channel, includes removable means for securing to the channel including at least two tabs forming a hook protruding from the soleplate and which clip in lateral guideways (22, 23) of each channel and means for positioning on the channel made up of at least two studs protruding from the soleplate and which are inserted into positioning holes in the upper surface of the channel, the fasteners being made from a resilient flexible material such that said studs connected to the soleplate allow play in the direction of the axis of the channel.
A method of sensing a safety hazard within or related to a dry block calibrator, and informing a user or manager of the dry block calibrator of the safety hazard, wherein the method comprises the step of: - sensing an inclination angle of a housing of the dry block calibrator in relation to the earth's gravity field and temperature within or on the housing of the dry block calibrator, and if at least a sensed inclination angle or a temperature exceeds a predetermined threshold value indicating a possible safety hazard, - switching off heating elements within the dry block calibrator, and - showing a warning information either locally on the dry block calibrator or via a remote device accessible to the user or the manager of the dry block calibrator. - sensing an inclination angle of a housing of the dry block calibrator in relation to the earth's gravity field and temperature within or on the housing of the dry block calibrator, and if at least a sensed inclination angle or a temperature exceeds a predetermined threshold value indicating a possible safety hazard, - switching off heating elements within the dry block calibrator, and - showing a warning information either locally on the dry block calibrator or via a remote device accessible to the user or the manager of the dry block calibrator. - switching off heating elements within the dry block calibrator, and - showing a warning information either locally on the dry block calibrator or via a remote device accessible to the user or the manager of the dry block calibrator.
Surface mounted luminaire and/or camera for arrangement on a walling, in particular on the inner walling of a machine, comprising: - a housing, having a front side region, a rear side region, and side walls, - at least one luminous element and/or at least one camera, - wherein, in the rear side region, at least one groove is provided in which at least one attachment means is arranged, - wherein the attachment means forms a catch which is chamfered toward the rear side region, characterized in that - the attachment means is an integral spring metal sheet and is implemented in a U-shape, with two legs (41, 43) and an intermediate section which connects the legs (41, 43), and in that the legs (41, 43) form the catch which is chamfered toward the rear side region, - wherein the groove comprises an undercut, and in that, by means of the undercut, the attachment means is enclosed in the groove in a form-fitting manner, and - wherein the attachment means is freely moveable within the groove. - a housing, having a front side region, a rear side region, and side walls, - at least one luminous element and/or at least one camera, - wherein, in the rear side region, at least one groove is provided in which at least one attachment means is arranged, - wherein the attachment means forms a catch which is chamfered toward the rear side region, characterized in that - the attachment means is an integral spring metal sheet and is implemented in a U-shape, with two legs (41, 43) and an intermediate section which connects the legs (41, 43), and in that the legs (41, 43) form the catch which is chamfered toward the rear side region, - wherein the groove comprises an undercut, and in that, by means of the undercut, the attachment means is enclosed in the groove in a form-fitting manner, and - wherein the attachment means is freely moveable within the groove.
Method for linking an industrial field device to a user account in a cloud environment, wherein the industrial field device is equipped both with a unique user-non-specific private security key and with a public identifier in the production process, having the following steps: - registering a user in the cloud environment, - the user scanning the public identifier of the field device using a mobile terminal of the user, - checking, by way of the mobile terminal by establishing contact with the cloud environment, whether the field device is already linked to the user account, - the user connecting the field device to the Internet provided that no connection to the Internet yet exists, such that the cloud environment is able to be contacted by the field device, - the user triggering linking of the field device using the mobile terminal and the previously scanned public identifier of the field device, - authenticating the field device in the cloud environment using the user-non-specific private security key of the field device and - completing the linking of the field device using the cloud environment through the assignment to the public identifier. - registering a user in the cloud environment, - the user scanning the public identifier of the field device using a mobile terminal of the user, - checking, by way of the mobile terminal by establishing contact with the cloud environment, whether the field device is already linked to the user account, - the user connecting the field device to the Internet provided that no connection to the Internet yet exists, such that the cloud environment is able to be contacted by the field device, - the user triggering linking of the field device using the mobile terminal and the previously scanned public identifier of the field device, - authenticating the field device in the cloud environment using the user-non-specific private security key of the field device and - completing the linking of the field device using the cloud environment through the assignment to the public identifier.
Method for determining calibration parameters for standardizing the graphical display of a multiplicity of process variables of a technical installation on a display apparatus, the standardized display respectively displaying an abstract characteristic value for classifying the process variables, characterized in that • in a first step, process data in the form of historical process measured values are acquired using an acquisition unit, • in a second step, a first processing unit both determines the operating state of the installation and checks whether there is a stationary behaviour of the process by means of reference variables, • in a third step, a further processing unit is used to allocate a corresponding time interval to the operating state, during which the installation is considered to be in the predefined operating state, • in a fourth step, a process variable which is to be standardized and is provided by the acquisition unit and the time interval allocated to the operating state by the further processing unit are supplied to a parameterization unit, • the parameterization unit is used to estimate parameters for determining the calibration parameters, values for the mean value and the variance of the process variable which are expected during normal operation being estimated as calibration parameters, and • the calibration parameters are transmitted to an output unit for further use in online standardization. • in a first step, process data in the form of historical process measured values are acquired using an acquisition unit, • in a second step, a first processing unit both determines the operating state of the installation and checks whether there is a stationary behaviour of the process by means of reference variables, • in a third step, a further processing unit is used to allocate a corresponding time interval to the operating state, during which the installation is considered to be in the predefined operating state, • in a fourth step, a process variable which is to be standardized and is provided by the acquisition unit and the time interval allocated to the operating state by the further processing unit are supplied to a parameterization unit, • the parameterization unit is used to estimate parameters for determining the calibration parameters, values for the mean value and the variance of the process variable which are expected during normal operation being estimated as calibration parameters, and • the calibration parameters are transmitted to an output unit for further use in online standardization.
Method for blowing off air from an aircraft bleed air system, comprising: attaching a coupling to a high pressure bleed air connector of the bleed air system, wherein the coupling is configured to hold open a check valve of the high pressure bleed air connector; and channeling air from the bleed air system through a high pressure hose connected to the coupling. attaching a coupling to a high pressure bleed air connector of the bleed air system, wherein the coupling is configured to hold open a check valve of the high pressure bleed air connector; and channeling air from the bleed air system through a high pressure hose connected to the coupling.