mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical composition for use in treatment or prevention of dementia or age-associated cognitive decline, the pharmaceutical composition comprising a) an agent for use in a method of increasing the concentration of total ketone bodies, the agent comprising 40 mass% or more to 75 mass% or less of a medium-chain fatty acid having a carbon atom number of 8, 0 mass% or more to less than 25 mass% of a medium-chain fatty acid having a carbon number of 10, and 25 mass% or more to 60 mass% or less of a medium-chain fatty acid having a carbon number of 12 with respect to the total amount of medium-chain fatty acids; and/or b) an oil and/or fat composition comprising an oil and/or fat having constituent fatty acids including 50 mass% or more to 75 mass% or less of a medium-chain fatty acid having a carbon number of 8, 0 mass% or more to less than 25 mass% of a medium-chain fatty acid having a carbon number of 10, and 25 mass% or more to 50 mass% or less of a medium-chain fatty acid having a carbon number of 12 with respect to the total amount of medium-chain fatty acids, wherein the medium-chain fatty acids are present in the form of acylglycerols. a) an agent for use in a method of increasing the concentration of total ketone bodies, the agent comprising 40 mass% or more to 75 mass% or less of a medium-chain fatty acid having a carbon atom number of 8, 0 mass% or more to less than 25 mass% of a medium-chain fatty acid having a carbon number of 10, and 25 mass% or more to 60 mass% or less of a medium-chain fatty acid having a carbon number of 12 with respect to the total amount of medium-chain fatty acids; and/or b) an oil and/or fat composition comprising an oil and/or fat having constituent fatty acids including 50 mass% or more to 75 mass% or less of a medium-chain fatty acid having a carbon number of 8, 0 mass% or more to less than 25 mass% of a medium-chain fatty acid having a carbon number of 10, and 25 mass% or more to 50 mass% or less of a medium-chain fatty acid having a carbon number of 12 with respect to the total amount of medium-chain fatty acids, wherein the medium-chain fatty acids are present in the form of acylglycerols.
A chip inlaid flooring material (100,200) using a PLA resin, comprising: - a chip inlaid layer (110,220) including PLA resin chips and the chip inlaid layer comprises a polylactic acid resin as a binder; and - a base layer (130,240) optionally comprising a polylactic acid resin as a binder; - a dimension stabilizing layer (120,230) between the chip inlaid layer (110,220) and the base layer (130,240), the dimension stabilizing layer comprises glass fiber impregnated into at least one of an acrylic resin, a melamine resin or a PLA resin - a fabric layer, which layers are stacked in this order from the top of the flooring material i.e. the fabric layer is placed on the rear side of the base layer (130,240), wherein the PLA resin is composed of an amorphous PLA resin or composed of both a crystalline and an amorphous PLA resin. - a chip inlaid layer (110,220) including PLA resin chips and the chip inlaid layer comprises a polylactic acid resin as a binder; and - a base layer (130,240) optionally comprising a polylactic acid resin as a binder; - a dimension stabilizing layer (120,230) between the chip inlaid layer (110,220) and the base layer (130,240), the dimension stabilizing layer comprises glass fiber impregnated into at least one of an acrylic resin, a melamine resin or a PLA resin - a fabric layer, which layers are stacked in this order from the top of the flooring material i.e. the fabric layer is placed on the rear side of the base layer (130,240), wherein the PLA resin is composed of an amorphous PLA resin or composed of both a crystalline and an amorphous PLA resin.
Clamping mechanism for mounting and demounting bicycle components in particular of at least partially muscle-powered two-wheeled vehicles such as bicycles, comprising an operating lever and a clamping component connected therewith, wherein the clamping component can be non-rotatably coupled with a bicycle component, and wherein the clamping component can be decoupled from the bicycle component, characterized in that the operating lever can be moved from an engagement position in which it is non-rotatably connected with the clamping component to a rotary position in which it is freely rotatable relative to the clamping component while the clamping component may be non-rotatably coupled with the bicycle component.
An information display unit for a saddle type vehicle, the information display unit configured to display information and comprising: a display device which includes a display surface on which the information is displayed; a waterproof protection cover which is light transmissive and impervious to water; a case which forms, with the waterproof protection cover, a housing space in which the display device is housed; and the information display unit being characterized in that an airtight antifogging layer contacts with an inner surface of the waterproof protection cover and the display surface of the display device so as to secure the airtightness between the inner surface and the display surface and prevent fogging, is thinner than the waterproof protection cover, and is light transmissive. a display device which includes a display surface on which the information is displayed; a waterproof protection cover which is light transmissive and impervious to water; a case which forms, with the waterproof protection cover, a housing space in which the display device is housed; and the information display unit being characterized in that an airtight antifogging layer contacts with an inner surface of the waterproof protection cover and the display surface of the display device so as to secure the airtightness between the inner surface and the display surface and prevent fogging, is thinner than the waterproof protection cover, and is light transmissive.
Streptococcal bacteria killed by exposure to photon-radiation at energies of at least 0.01MeV for use in preventing an infection by inducing heterotypic immunity against different streptococcal species and/or serotypes in a subject.
A dual-textured confectionery product, comprising: a chewy confectionery substrate comprising a surface, and a particulate coating at least partially coating the surface of the confectionery substrate; wherein the particulate coating has a multimodal particle size distribution and comprises a first particulate coating composition and a second particulate coating composition; wherein the first particulate coating composition comprises a saccharide particulate, a sugar alcohol particulate, or a combination thereof having a particle size distribution wherein at least 50% by weight of the particulates are larger than 500 micrometers and smaller than 3350 micrometers; and the second particulate coating composition comprises a saccharide particulate, a sugar alcohol particulate, or a combination thereof having a particle size distribution wherein at least 50% by weight of the particulates are larger than 20 micrometers and smaller than 1000 micrometers. a chewy confectionery substrate comprising a surface, and a particulate coating at least partially coating the surface of the confectionery substrate; wherein the particulate coating has a multimodal particle size distribution and comprises a first particulate coating composition and a second particulate coating composition; wherein the first particulate coating composition comprises a saccharide particulate, a sugar alcohol particulate, or a combination thereof having a particle size distribution wherein at least 50% by weight of the particulates are larger than 500 micrometers and smaller than 3350 micrometers; and the second particulate coating composition comprises a saccharide particulate, a sugar alcohol particulate, or a combination thereof having a particle size distribution wherein at least 50% by weight of the particulates are larger than 20 micrometers and smaller than 1000 micrometers.
A trailer, on which a trailer control device for receiving and sending a signal is mounted, wherein the trailer control device comprises: - a receiver unit for receiving a signal from an external transmitter unit, - a comparator connected to the receiver unit for comparing the received signal with a pre-defined signal stored in the comparator, - a transmitter unit connected to the comparator for sending a response signal to an external receiver unit for locating and/or identifying the trailer control device if the received signal matches the pre-defined signal, wherein the trailer control device comprises a position determination unit for determining a current position of the trailer control device, wherein the trailer control device is designed for controlling the different units, wherein the comparator is designed to compare the received signal with a pre-defined signal, wherein the trailer control device is designed, after detecting a match between the received signal and the pre-defined signal, to control the transmitter unit in such a way that the transmitter unit sends at least one response signal for locating and/or identifying the trailer to an external receiver unit, wherein the trailer control device is arranged at a specified position on or in the trailer, wherein the trailer control device is arranged at an equal distance from two edges of the trailer and at a defined distance from a king pin of the trailer to enable a location of the trailer (60a, 60), characterized in that a response signal emitted by the trailer control device comprises at least the following pieces of information: - information on the dimensions of the trailer and - position of the king pin in relation to the trailer control device or to a front side of the trailer. - a receiver unit for receiving a signal from an external transmitter unit, - a comparator connected to the receiver unit for comparing the received signal with a pre-defined signal stored in the comparator, - a transmitter unit connected to the comparator for sending a response signal to an external receiver unit for locating and/or identifying the trailer control device if the received signal matches the pre-defined signal, - information on the dimensions of the trailer and - position of the king pin in relation to the trailer control device or to a front side of the trailer.
A graft polymer having a polyolefin, as a main chain, and a polymer of a polymerized dye (b) having a radical reactive functional group, as a side chain, obtainable by reacting a reactive mixture containing the polyolefin, the dye (b) having a radical reactive functional group, and a radical reaction initiator, by heating the reactive mixture to generate a radical graft reaction that is carried out under melting of the polyolefin.
A releasable hinge assembly for a motor vehicle seat comprising: - a first flange including an inner toothing centred on its axis; - a second flange having a parallel and slightly distant axis from the axis of said first flange, said first and second flanges (2, 3) being provided to be fixed respectively to the seat base and to the backrest of the seat or vice versa; - an eccentric mechanism connecting said inner toothing to an outer toothing mounted on a pinion and centred on the axis of said second flange; - a control member for turning said eccentric mechanism and driving the rotation of said outer toothing in said inner toothing; - a release disc linked in rotation with said second flange; - a release member able to be actuated in rotation and able to drive said release disc in axial translation to pass said hinge assembly from a locked configuration in which complementary coupling means (83, 64) situated on said release disc and on said pinion cooperate so as to link in rotation said outer toothing and said second flange, to an unlocked configuration in which said complementary coupling means (83, 64) are spaced apart from one another such that said outer toothing and said second flange are disengaged with regard to rotation, said complementary coupling means (83, 64) being able to link in rotation said outer toothing and said second flange according to several predetermined angular indices between these two elements; characterized in that the axial translation of said release disc is obtained by the cooperation of at least one boss forming a cam track and of a complementary recess situated respectively on said pinion and on said release member or vice versa. - a first flange including an inner toothing centred on its axis; - a second flange having a parallel and slightly distant axis from the axis of said first flange, said first and second flanges (2, 3) being provided to be fixed respectively to the seat base and to the backrest of the seat or vice versa; - an eccentric mechanism connecting said inner toothing to an outer toothing mounted on a pinion and centred on the axis of said second flange; - a control member for turning said eccentric mechanism and driving the rotation of said outer toothing in said inner toothing; - a release disc linked in rotation with said second flange; - a release member able to be actuated in rotation and able to drive said release disc in axial translation to pass said hinge assembly from a locked configuration in which complementary coupling means (83, 64) situated on said release disc and on said pinion cooperate so as to link in rotation said outer toothing and said second flange, to an unlocked configuration in which said complementary coupling means (83, 64) are spaced apart from one another such that said outer toothing and said second flange are disengaged with regard to rotation, said complementary coupling means (83, 64) being able to link in rotation said outer toothing and said second flange according to several predetermined angular indices between these two elements;
A system for a policy charging and rules function, PCRF, node (104, 106, 108) selection, the system comprising: a first PCRF selection node for receiving a first request message for which PCRF node selection is required, for determining whether to select a PCRF node (104, 106, 108) or to delegate selection of the PCRF node (104, 106, 108), and, in response to determining to delegate selection of the PCRF node (104, 106, 108), for generating and sending a second request message based on the first request message; and a second PCRF selection node for, in response to receiving the second request message from the first PCRF selection node, for determining whether to select the PCRF node (104, 106, 108), and, in response to determining to select the PCRF node (104, 106, 108), for selecting the PCRF node (104, 106, 108); wherein the second PCRF selection node, in response to selecting the PCRF node (104, 106, 108), is configured to write information indicating at least one of: an identity of the selected PCRF (104, 106, 108) and an identity of the second PCRF selection node to a database node; wherein the database node comprises a subscription binding repository, SBR, that is configured as part of an SBR hierarchy for providing PCRF selection information in response to queries for PCRFs within a domain of responsibility of the SBR; and wherein the second request message comprises a token or parameter that indicates to the second PCRF selection node that it is the last node in a hierarchy of PCRF selection nodes and that the second PCRF selection node should perform, rather than delegate, the PCRF selection. a first PCRF selection node for receiving a first request message for which PCRF node selection is required, for determining whether to select a PCRF node (104, 106, 108) or to delegate selection of the PCRF node (104, 106, 108), and, in response to determining to delegate selection of the PCRF node (104, 106, 108), for generating and sending a second request message based on the first request message; and a second PCRF selection node for, in response to receiving the second request message from the first PCRF selection node, for determining whether to select the PCRF node (104, 106, 108), and, in response to determining to select the PCRF node (104, 106, 108), for selecting the PCRF node (104, 106, 108);
Rotating holder for the rotary fixing of a device for detecting objects in a monitoring area, in particular of a light grid, on a surface, whereby the rotating holder contains: - a base with fixing means for fixing on the surface and with two clamping surfaces movable the one relative to the other (43, 45, 33, 35) that can be placed between the surface and the device, - a connecting element, whereby the connecting element is connected to the base rotatably relative to the base about an axis of rotation and has fixing means for fixing to the device, - whereby the base is in contact with the connecting element over two opposed sliding surfaces (33, 35) with respect to a plane containing the axis of rotation, placed at a right angle with the surface and - the connecting element has an extension with a circular section that is received between the two clamping surfaces (43, 45, 33, 35) of the base and that constitutes with the two clamping surfaces (43, 45, 33, 35) of the base an anti-rotation locking mechanism, characterized in that the connecting element has an opening into which the device can be received, whereby the fixing means are in the opening or extend into the opening. - a base with fixing means for fixing on the surface and with two clamping surfaces movable the one relative to the other (43, 45, 33, 35) that can be placed between the surface and the device, - a connecting element, whereby the connecting element is connected to the base rotatably relative to the base about an axis of rotation and has fixing means for fixing to the device, - whereby the base is in contact with the connecting element over two opposed sliding surfaces (33, 35) with respect to a plane containing the axis of rotation, placed at a right angle with the surface and - the connecting element has an extension with a circular section that is received between the two clamping surfaces (43, 45, 33, 35) of the base and that constitutes with the two clamping surfaces (43, 45, 33, 35) of the base an anti-rotation locking mechanism,
An autonomous work machine that performs a work in a working area defined by a plurality of markers (601 - 605), comprising: a camera; detection means for detecting one or more markers (601 - 605) from a captured image of the camera; and control means for, in a case where the one or more markers (601 - 605) deviate from a detection range of the detection means, controlling at least one of a traveling speed and a traveling direction of the autonomous work machine characterized by further comprising: setting means for, in a case where a plurality of markers (601 - 605) are detected by the detection means, setting a virtual wire representing a line between adjacent markers (601 - 605), wherein the control means recognizes the virtual wire set by the setting means as a boundary of the working area, and controls at least one of the traveling speed and the traveling direction of the autonomous work machine such that the autonomous work machine does not deviate out of the working area across the virtual wire. a camera; detection means for detecting one or more markers (601 - 605) from a captured image of the camera; and control means for, in a case where the one or more markers (601 - 605) deviate from a detection range of the detection means, controlling at least one of a traveling speed and a traveling direction of the autonomous work machine characterized by further comprising: setting means for, in a case where a plurality of markers (601 - 605) are detected by the detection means, setting a virtual wire representing a line between adjacent markers (601 - 605), wherein the control means recognizes the virtual wire set by the setting means as a boundary of the working area, and controls at least one of the traveling speed and the traveling direction of the autonomous work machine such that the autonomous work machine does not deviate out of the working area across the virtual wire. setting means for, in a case where a plurality of markers (601 - 605) are detected by the detection means, setting a virtual wire representing a line between adjacent markers (601 - 605), wherein the control means recognizes the virtual wire set by the setting means as a boundary of the working area, and controls at least one of the traveling speed and the traveling direction of the autonomous work machine such that the autonomous work machine does not deviate out of the working area across the virtual wire.
A clipping machine for producing sausage-shaped products by filling a filling material into a tubular or bag-shaped packaging casing, having at least one first drivable component, at least one drive device (300, 300a) for driving said at least one first drivable component, a control unit for controlling the operation of said at least one drive device of said at least one first drivable component (100, 200), and at least a first sensor unit associated with the at least one first drivable component and coupled to the control unit, wherein the first sensor unit is mounted to the drive device, for indicating specific operating conditions of the at least one first drivable component by determining at least one specific condition of the drive device, the clipping machine further comprises a lubricating device including a supply of lubricant and a pump unit, the lubricating device being connected to at least one first lubricating point of the at least one first drivable component of the clipping machine, by a lubricating pipe (422, 434) through which lubricant is delivered to the at least one first lubricating point by the pump unit; the lubricating device being controlled by the control unit, wherein the control unit is adapted to operate the lubricating device according to a predefined lubricating schedule for executing lubricating events to the at least one first drivable component; and wherein the control unit is adapted to vary the lubricating schedule upon a signal of the first sensor unit indicating specific operating conditions of the at least one first drivable component. the clipping machine further comprises a lubricating device including a supply of lubricant and a pump unit, the lubricating device being connected to at least one first lubricating point of the at least one first drivable component of the clipping machine, by a lubricating pipe (422, 434) through which lubricant is delivered to the at least one first lubricating point by the pump unit; the lubricating device being controlled by the control unit, wherein the control unit is adapted to operate the lubricating device according to a predefined lubricating schedule for executing lubricating events to the at least one first drivable component; and wherein the control unit is adapted to vary the lubricating schedule upon a signal of the first sensor unit indicating specific operating conditions of the at least one first drivable component.
Nutritional composition comprising at least one fucosylated oligosaccharide and at least one N-acetylated oligosaccharide for use in promoting and/or inducing in infants or young children a global microbiota in the gut that is closer to the global microbiota in the gut of infants or young children fed exclusively with human breast milk, in comparison to the global microbiota in the gut of infants or young children fed predominantly or exclusively with a conventional nutritional composition not comprising said oligosaccharides.