mhurhangee/ep-ind-claims huggingface dataset:
Bearing device for a bed slat with spring lowering on a slatted bed base, comprising - a mounting and retaining part on the back of which a mounting device (7, 8) for mounting on the frame of a slatted bed base is arranged and which has a base section, - a receptacle for receiving an end of a bed slat and - a spring device (16, 17) by means of which the receptacle is resiliently accommodated on the mounting and retaining part and in which leaf spring elements (16, 17) moulded in one piece onto the receptacle extend on both sides of the receptacle from the receptacle towards the mounting and retaining part and transversely to the longitudinal direction of the bed slat to be arranged in the receptacle, wherein the leaf spring elements (16, 17) are moulded onto the base section and the receptacle is held by means of the leaf spring elements (16, 17) above the base section in such a manner that a spring travel towards the base section is made possible for the elastic lowering of the receptacle, characterized in that - the receptacle has a pocket for receiving one end of the bed slat, - the base section is arranged to stand forwards from a rear-side wall section of the mounting and retaining part and - the receptacle with the pocket is displaceable resiliently along the spring travel provided with the aid of the leaf spring elements (16, 17) on a front side of the rear-side wall section and at a distance thereto during displacement. - a mounting and retaining part on the back of which a mounting device (7, 8) for mounting on the frame of a slatted bed base is arranged and which has a base section, - a receptacle for receiving an end of a bed slat and - a spring device (16, 17) by means of which the receptacle is resiliently accommodated on the mounting and retaining part and in which leaf spring elements (16, 17) moulded in one piece onto the receptacle extend on both sides of the receptacle from the receptacle towards the mounting and retaining part and transversely to the longitudinal direction of the bed slat to be arranged in the receptacle, - the receptacle has a pocket for receiving one end of the bed slat, - the base section is arranged to stand forwards from a rear-side wall section of the mounting and retaining part and - the receptacle with the pocket is displaceable resiliently along the spring travel provided with the aid of the leaf spring elements (16, 17) on a front side of the rear-side wall section and at a distance thereto during displacement.
A board complex having a polylactic acid cover, comprising: a cover member having at least one layer comprising a PLA resin, wherein the at least one layer is selected from a transparent layer, a printable layer having a print, a chip inlaid layer, a non-foamed layer, and a foamed layer; and a bonding layer and a board formed under the cover member, and a surface treatment layer formed over the cover member characterized in that the cover member comprises a stacked structure of a transparent layer and a printable layer having a print, or a stacked structure of a transparent layer and a dimensional stabilizing layer having a print, or a chip inlaid layer, wherein the transparent layer, the printable layer, the dimensional stabilizing layer and the chip inlaid layer comprises the PLA resin as a binder. a cover member having at least one layer comprising a PLA resin, wherein the at least one layer is selected from a transparent layer, a printable layer having a print, a chip inlaid layer, a non-foamed layer, and a foamed layer; and a bonding layer and a board formed under the cover member, and a surface treatment layer formed over the cover member characterized in that the cover member comprises a stacked structure of a transparent layer and a printable layer having a print, or a stacked structure of a transparent layer and a dimensional stabilizing layer having a print, or a chip inlaid layer, wherein the transparent layer, the printable layer, the dimensional stabilizing layer and the chip inlaid layer comprises the PLA resin as a binder.
A vehicle including a vehicle frame, a steering swivel unit supported on a head pipe of the vehicle frame and angularly movable about a steering axis (Cs), a front wheel angularly movable in unison with the steering swivel unit, and a steering handle mounted on the steering swivel unit, said vehicle characterized by comprising: a steering handle turning mechanism that makes said steering handle angularly movable about said steering axis (Cs) relatively to said steering swivel unit, characterised by that said steering handle turning mechanism includes a handle turning motor for angularly moving said steering handle about said steering axis (Cs). a steering handle turning mechanism that makes said steering handle angularly movable about said steering axis (Cs) relatively to said steering swivel unit, characterised by that said steering handle turning mechanism includes a handle turning motor for angularly moving said steering handle about said steering axis (Cs).
A method of receiving and presenting information, comprising: receiving information from a server, by a client, the information including identity key information as well as markers previously left at the server by the client; analyzing the information (404, 406), comprising parsing the received information, including dividing the information into different portions including identity information and markers previously stored at the server; and presenting the analyzed information to a user for validation by providing the user with visual indicators that indicate the identity of the server along with an attendance marker previously stored on the server by the client. receiving information from a server, by a client, the information including identity key information as well as markers previously left at the server by the client; analyzing the information (404, 406), comprising parsing the received information, including dividing the information into different portions including identity information and markers previously stored at the server; and presenting the analyzed information to a user for validation by providing the user with visual indicators that indicate the identity of the server along with an attendance marker previously stored on the server by the client.
Lighting device for a motor vehicle for creating a light animation, having - a light-emitting device for creating the light animation, wherein the light-emitting device is subdivided into several segments (Si) and - a controller which is configured - to control separately each of the several segments (Si) of the light-emitting device, - to control the several segments (Si) differently in each case at a plurality of points in time (t) by reference to a photometric parameter (LD, LS) relating to the respective segment (Si), in order to create and/or to output the light animation, - to control the several segments (Si) such that the photometric parameter (LD, LS) of the lighting device averaged across all segments (Si) for the light animation lies within a predetermined interval, characterised in that the photometric parameter is a light intensity, wherein the predetermined interval has a lower value which is 4 candela and an upper value which is 17 candela, wherein the controller is configured to determine a subset of the several segments (Si) which forms a closed curve, wherein the controller is configured to keep constant a first respective luminance of those segments which are assigned to the closed curve and to vary for the light animation a second respective luminance of those segments which are assigned to an inner region of the closed curve, wherein the controller is configured to employ an actuation function, specifically a random function generated by means of a random generator, for controlling the respective segments (Si), wherein the actuation function is related to the light intensity and the actuation function describes which segment has which luminance at which point in time (t). - a light-emitting device for creating the light animation, wherein the light-emitting device is subdivided into several segments (Si) and - a controller which is configured - to control separately each of the several segments (Si) of the light-emitting device, - to control the several segments (Si) differently in each case at a plurality of points in time (t) by reference to a photometric parameter (LD, LS) relating to the respective segment (Si), in order to create and/or to output the light animation, - to control the several segments (Si) such that the photometric parameter (LD, LS) of the lighting device averaged across all segments (Si) for the light animation lies within a predetermined interval, - to control separately each of the several segments (Si) of the light-emitting device, - to control the several segments (Si) differently in each case at a plurality of points in time (t) by reference to a photometric parameter (LD, LS) relating to the respective segment (Si), in order to create and/or to output the light animation, - to control the several segments (Si) such that the photometric parameter (LD, LS) of the lighting device averaged across all segments (Si) for the light animation lies within a predetermined interval,
An applicator for applying an on-skin assembly to skin of a host, the applicator comprising: an insertion assembly configured to insert at least a portion of the on-skin assembly into the skin of the host; a housing configured to receive the insertion assembly, the housing comprising an aperture through which the on-skin assembly is configured to pass; an actuation member configured to, upon activation, actuate the insertion assembly to insert at least the portion of the on-skin assembly into the skin of the host; a sealing element configured to provide a sterile barrier and/or a vapor barrier between an internal environment of the housing and an external environment of the housing, wherein the sealing element comprises a removable cap configured to couple with a portion of the housing; a support member configured to inhibit at least lateral movement of the insertion assembly, characterised in that the support member comprises a film; and wherein the insertion assembly comprises a needle which passes through the film. an insertion assembly configured to insert at least a portion of the on-skin assembly into the skin of the host; a housing configured to receive the insertion assembly, the housing comprising an aperture through which the on-skin assembly is configured to pass; an actuation member configured to, upon activation, actuate the insertion assembly to insert at least the portion of the on-skin assembly into the skin of the host; a sealing element configured to provide a sterile barrier and/or a vapor barrier between an internal environment of the housing and an external environment of the housing, wherein the sealing element comprises a removable cap configured to couple with a portion of the housing; a support member configured to inhibit at least lateral movement of the insertion assembly, characterised in that the support member comprises a film; and wherein the insertion assembly comprises a needle which passes through the film.
A roof rack foot (1a, 1b, 1c) for a roof rack (10,10c) for a vehicle, said roof rack foot (1a, 1b) comprising a body and a cross bar coupling member (3,3c), said cross bar coupling member (3,3c) being adapted to be inserted into an end opening in a cross bar and to be at least partly received in and connected to an end cavity of the roof rack cross bar in a retained position, said body comprising a support surface adapted to be positioned against a first surface of said vehicle, said cross bar coupling member (3,3c) having a length (l c) extending in a longitudinal direction (L c) and a height (h c) extending in a height direction (H c), said cross bar coupling member (3,3c) comprising a length adjustment member, said length adjustment member extending in said longitudinal direction (L c) and having an elongated body portion and an axially aligned first end portion, wherein said cross bar coupling member (3,3c) comprises an intermediate support member, said intermediate support member being configured to engage with said first end portion of said length adjustment member and to enable said length adjustment member to be fully or partly inserted into said cross bar end cavity when said cross bar coupling member (3,3c) is received in said roof rack cross bar in a retained position, characterized in that said intermediate support member extends in said longitudinal direction (L c) of said cross bar coupling member (3,3c) and has a stepped configuration, in said height direction (H D), with a first and a second substantially parallel plane (11, 12), said second plane being an elevated plane compared to said first plane, as seen when said roof rack foot (1a,1b,1c) is mounted on a vehicle, and said length adjustment member being held by said intermediate support member in said second plane..
Conching arrangement for a chocolate mass with a housing arrangement, in which at least one kneading or agitator mechanism (6, 8) for introducing shear forces into the chocolate mass is mounted in such a way that it can be driven by at least one drive machine (12, 14), wherein the housing arrangement comprises a closable chocolate feed opening, at least one ingredient opening, at least one fresh air opening which is to be opened temporarily, and at least one process gas opening which is to be opened temporarily, wherein at least one measuring arrangement (32, 36) for determining the quality of the chocolate mass is provided, and wherein a control device is provided, which controls at least a feed of ingredients via the ingredient opening, wherein the measuring arrangement (32, 36) comprises at least one process gas sensor which is arranged within the housing arrangement, characterized in that the process gas sensor is provided in the at least one process gas opening, wherein the at least one process gas sensor is provided as a resistance sensor for determining the concentration as well as the composition of carbon gases.
A method of generating panorama images of an environment using a manually operated mobile mapping device comprising at least two cameras mounted in close proximity to one another on the device; the method comprising: taking images with the cameras simultaneously or consecutively, wherein the cameras comprise fields of view forming a blind spot for accommodating an operator of the device; using a simultaneous localization and mapping (SLAM) algorithm to allow for positioning of the mobile mapping device in the environment; location-tagging and storing the images in a database; registering all images to one another dependent on a location; generating 3D geometry data by determining corresponding pixels of the images generated by at least one of the cameras; and using the 3D geometry data associated with the environment to adjust parallax errors in the panorama images. taking images with the cameras simultaneously or consecutively, wherein the cameras comprise fields of view forming a blind spot for accommodating an operator of the device; using a simultaneous localization and mapping (SLAM) algorithm to allow for positioning of the mobile mapping device in the environment; location-tagging and storing the images in a database; registering all images to one another dependent on a location; generating 3D geometry data by determining corresponding pixels of the images generated by at least one of the cameras; and using the 3D geometry data associated with the environment to adjust parallax errors in the panorama images.
Mould for producing cast parts, having two mould parts, which are movable with respect to each other from an open position into a closed position, wherein the mould parts in their closed position define a mould cavity fillable with liquid casting compound and in their open position enable removal of a cast part which has in particular solidified by at least partial cooling and are lockable in their closed position by means of a locking device which joins the two mould parts so as to be releasable and which mould parts may be freely swung around predeterminable axes by means of a gripping device, characterized in that the mould parts movable with respect to each other are two mould plates (10, 12), which are movable with respect to each other from an open position into a closed position in an essentially straight line along an axis of movement which is essentially perpendicular to the planes of said plates, wherewith in the closed position the locking device (16, 18, 20) which joins the two mould plates (10, 12) so as to be releasable brings about the locking of the mould plates in-pressed together state with the stipulation that the locking pressure is maintained while the mould plates are in the closed position; and further characterized in that the locking device has an energy storage means with a gas-pressure spring to maintain the closing pressure which presses the mould plates (10, 12) together after the pressing together of the mould plates by a closing device which is extrinsic to the mould, which closing device acts essentially perpendicular to the midplane of the mould plates; and in that the locking device has a locking sleeve at one of the mould plates and a tension sleeve at the other mould plate, which tension sleeve is essentially aligned one with the locking sleeve and further has a movable tension bolt which interacts with the locking sleeve and the plane of the mould plates, and is axially mounted in a locking receptacle, provided at one of the mould plates, with the movement of the bolt being subject to the action of pressure from the energy storage means.
A method comprising: receiving a multiplexed optical signal comprising optical channels for N wavelengths, N being a positive integer greater than or equal to two; separating the multiplexed optical signal into a first multiplexed light and a second multiplexed light, each of the first multiplexed light and the second multiplexed light having the same polarization, and each of the first multiplexed light and the second multiplexed light having N wavelengths; separating the first multiplexed light into a plurality of first lights, each having a different wavelength; separating the second multiplexed light into a plurality of second lights simultaneous with separating the first multiplexed light into the first lights, each of the second lights having a different wavelength; and generating optical parameters for each optical channel in the N wavelengths using the first light and the second light for each wavelength; wherein the optical parameters are Stokes parameters or Jones parameters. receiving a multiplexed optical signal comprising optical channels for N wavelengths, N being a positive integer greater than or equal to two; separating the multiplexed optical signal into a first multiplexed light and a second multiplexed light, each of the first multiplexed light and the second multiplexed light having the same polarization, and each of the first multiplexed light and the second multiplexed light having N wavelengths; separating the first multiplexed light into a plurality of first lights, each having a different wavelength; separating the second multiplexed light into a plurality of second lights simultaneous with separating the first multiplexed light into the first lights, each of the second lights having a different wavelength; and
Lifting and transport system for a rotor blade of a wind turbine, having a transport frame which comprises a blade support for a rotor blade, and having a lifting means for lifting the rotor blade off the blade support, wherein the transport frame is designed to transport a plurality of rotor blades arranged above one another and has a guide rail for the lifting means, wherein the guide rail is designed to guide the lifting means up to each of the rotor blades arranged above one another, wherein the lifting means comprises a guide member which is designed for engagement with the guide rail of the transport frame.
An optical filter arranged to transition from a light state to a dark state on exposure to sunlight, and arranged to transition from a dark state to a light state with application of an electric voltage, the optical filter comprising: (a) a first and second substantially transparent substrate (120, 130); (b) a first and second electrode (140, 150) disposed on the surface of at least one of said substrates; (c) a switching material disposed between said first and second substrates and in contact with said first and second electrodes, said switching material comprising one or more chromophores having electrochromic and photochromic properties; and (d) power control electronics configured to control a multi-state control device operable to permit a user to select a state intermediate to the dark state and the light state, and further configured to apply a voltage across the first and second electrodes for a duration sufficient for the optical filter to transition to the intermediate state. (a) a first and second substantially transparent substrate (120, 130); (b) a first and second electrode (140, 150) disposed on the surface of at least one of said substrates; (c) a switching material disposed between said first and second substrates and in contact with said first and second electrodes, said switching material comprising one or more chromophores having electrochromic and photochromic properties; and (d) power control electronics configured to control a multi-state control device operable to permit a user to select a state intermediate to the dark state and the light state, and further configured to apply a voltage across the first and second electrodes for a duration sufficient for the optical filter to transition to the intermediate state.
Fibrising element for producing mineral wool by pouring a melt, preferably of molten glass, into the fibrising element, comprising - a base body formed as a rotating sieve and - a sieve surface comprising a plurality of through-holes for dividing up the melt into individual fibres, the sieve surface being formed on an annular casing of the base body, characterised in that a heat-resistant, wear-resistant coating is applied to the base body at least in part, the inner walls of the through-holes being coated. - a base body formed as a rotating sieve and - a sieve surface comprising a plurality of through-holes for dividing up the melt into individual fibres, the sieve surface being formed on an annular casing of the base body, characterised in that a heat-resistant, wear-resistant coating is applied to the base body at least in part, the inner walls of the through-holes being coated.
A method of configuring members of a cluster of network equipment, the method comprising: automatically detecting an association between the members based on their relationship to one another, wherein each member is a photonic device, sharing topology and cluster information between the members; and determining roles for each member, based on the topology and cluster information and rules, wherein the roles are used to automatically provision at least one resource comprising an assigned wavelength on each member, without user intervention. automatically detecting an association between the members based on their relationship to one another, wherein each member is a photonic device, sharing topology and cluster information between the members; and determining roles for each member, based on the topology and cluster information and rules, wherein the roles are used to automatically provision at least one resource comprising an assigned wavelength on each member, without user intervention.