mhurhangee/ep-ind-claims huggingface dataset:
A device management apparatus comprising: an updater configured to update a running management program at a first update time outside a scheduled time of execution of a specific procedure, wherein the specific procedure is a procedure to control one or more devices in accordance with a device schedule set in accordance with a user schedule, characterized in that the running management program is for managing the one or more devices in a management target area, and the device management apparatus further comprises: an in-area presence/absence determiner configured to determine whether a user is present in the management target area prior to the first update time in accordance with in-area absence/presence data, the in-area absence/presence data changing depending on whether the user is present in, or absent from, the management target area; and a first update time setter configured to, when the in-area presence/absence determiner determines that the user is present, re-set the first update time to a time later than the set first update time, wherein the updater is further configured to update the running management program at the first update time re-set by the first update time setter. an updater configured to update a running management program at a first update time outside a scheduled time of execution of a specific procedure, wherein the specific procedure is a procedure to control one or more devices in accordance with a device schedule set in accordance with a user schedule, characterized in that the running management program is for managing the one or more devices in a management target area, and the device management apparatus further comprises: an in-area presence/absence determiner configured to determine whether a user is present in the management target area prior to the first update time in accordance with in-area absence/presence data, the in-area absence/presence data changing depending on whether the user is present in, or absent from, the management target area; and a first update time setter configured to, when the in-area presence/absence determiner determines that the user is present, re-set the first update time to a time later than the set first update time, an in-area presence/absence determiner configured to determine whether a user is present in the management target area prior to the first update time in accordance with in-area absence/presence data, the in-area absence/presence data changing depending on whether the user is present in, or absent from, the management target area; and a first update time setter configured to, when the in-area presence/absence determiner determines that the user is present, re-set the first update time to a time later than the set first update time, wherein the updater is further configured to update the running management program at the first update time re-set by the first update time setter.
LED module (120; 420; 620) for mixing light colours, comprising: a first circuit board (101; 401; 621) with a plurality of first light sources for producing light with a first light colour, particularly by means of LED elements, said light sources being arranged according to a predetermined arrangement pattern; and a second circuit board (102; 402; 622) with a plurality of second light sources for producing light with a second light colour that is different from the first light colour, particularly by means of LED elements, said light sources being arranged according to a predetermined arrangement pattern, wherein at least the first circuit board (101; 401; 621) includes recesses (106; 406; 626) which are provided according to the arrangement pattern on the second circuit board (102; 402; 622) and in the region of which there are respectively positioned one or several second light sources of the second circuit board to enable mixing of said two light colours, characterized in that the first and second circuit boards (101, 102) respectively have tooth system-like lateral recesses to one side, between which recesses tongues are populated with light sources (111, 112), wherein said tongues and recesses engage each other so that light sources of the first light colour and light sources of the second light colour are arranged in an alternating fashion to enable mixing of said two light colours, wherein the overwhelming majority of the light sources (111, 112) of both plates are arranged on the tongues of both plates (111, 112). a first circuit board (101; 401; 621) with a plurality of first light sources for producing light with a first light colour, particularly by means of LED elements, said light sources being arranged according to a predetermined arrangement pattern; and a second circuit board (102; 402; 622) with a plurality of second light sources for producing light with a second light colour that is different from the first light colour, particularly by means of LED elements, said light sources being arranged according to a predetermined arrangement pattern, wherein at least the first circuit board (101; 401; 621) includes recesses (106; 406; 626) which are provided according to the arrangement pattern on the second circuit board (102; 402; 622) and in the region of which there are respectively positioned one or several second light sources of the second circuit board to enable mixing of said two light colours, characterized in that the first and second circuit boards (101, 102) respectively have tooth system-like lateral recesses to one side, between which recesses tongues are populated with light sources (111, 112), wherein said tongues and recesses engage each other so that light sources of the first light colour and light sources of the second light colour are arranged in an alternating fashion to enable mixing of said two light colours, wherein the overwhelming majority of the light sources (111, 112) of both plates are arranged on the tongues of both plates (111, 112).
Method for encoding an input digital message, bearing K information symbols, using a turbo-encoder forming a turbocode, the turbo-encoder comprising an interleaver and first and second encoders (C1, C2) for encoding according to at least one elementary code, and delivering said information symbols and redundancy symbols, characterized in that, with a puncturing of the symbols delivered by said turbo-encoder being performed according to at least one periodic puncturing pattern of a length N, defining the puncturing period, said interleaver distributes the information symbols of said input message into Q layers of the interleaved input message in compliance with an interleaving function defined on the basis of said at least one puncturing pattern, according to the relationship: π i = Pi + S i mod Q mod K = Pi + T l + A l Q mod K with: - i =0,..., K -1 the position of an information symbol in said interleaved input message, in the interleaved order, and Π ( i) the position of said information symbol in said input message, in the natural order; - P an integer value co-prime with the length K of said input message, called an interleaver period; - S ( imodQ) =S ( l) =T l + A l Q the parameters of adjustment of the interleaving function, with l =0,..., Q -1 the layer number; - Q a degree of disorder inserted into the interleaver, corresponding to the number of layers, such that Q=qN, with q ≥1 being an integer and Q being a divider of K; - T l a value of inter-layer adjustment defined on the basis of said at least one puncturing pattern; and - A l a value of intra-layer adjustment. - i =0,..., K -1 the position of an information symbol in said interleaved input message, in the interleaved order, and Π ( i) the position of said information symbol in said input message, in the natural order; - P an integer value co-prime with the length K of said input message, called an interleaver period; - S ( imodQ) =S ( l) =T l + A l Q the parameters of adjustment of the interleaving function, with l =0,..., Q -1 the layer number; - Q a degree of disorder inserted into the interleaver, corresponding to the number of layers, such that Q=qN, with q ≥1 being an integer and Q being a divider of K; - T l a value of inter-layer adjustment defined on the basis of said at least one puncturing pattern; and - A l a value of intra-layer adjustment.
A thin film stack, comprising a substrate, a metal layer, and an adhesive layer, wherein the adhesive layer comprises a blend of zinc oxide and tin oxide, and wherein the adhesive layer is adhered to the substrate and the metal layer characterized in that the thin film stack further comprises a piezoelectric layer.
A birefringent material comprising a coordination polymer having a birefringent value exceeding 0.17, or more particularly having a birefringent value exceeding 0.38, wherein said polymer comprises units having the formula: M X [M' Y] N wherein M and M' are the same or different metals capable of forming a coordinate complex with the Z moiety; L is a ligand; Z is selected from the group consisting of halides, pseudohalides, thiolates, alkoxides and amides; X is between 0 - 12; Y is between 2 - 9; and N is between 1 - 5. wherein M and M' are the same or different metals capable of forming a coordinate complex with the Z moiety; L is a ligand; Z is selected from the group consisting of halides, pseudohalides, thiolates, alkoxides and amides; X is between 0 - 12; Y is between 2 - 9; and N is between 1 - 5.
A clamp fastening device configured to attach a work line (22, 122, 222, 322) to a work machine, the clamp fastening device comprising: a clamp structure (126, 226, 326) with a line aperture configured to receive the line (22, 122, 222, 322), the clamp structure (126, 226, 326) configured to releasably clamp to and retain a segment of the line (22, 122, 222, 322) within the line aperture; and a mount structure (128, 228, 328) configured to be supported on an area of the work line (22, 122, 222, 322); wherein the mount structure (128, 228, 328) is moveably attached to the clamp structure (126, 226, 326) to support movement of the clamp structure (126, 226, 326) relative to the mount structure (128, 228, 328) along at least one direction; and wherein the mount structure (128, 228, 328) is configured to support movement of the clamp structure (126, 226, 326) and the segment of the line (22,122, 222, 322) relative to the area of the work line (22, 122, 222, 322) along the at least one direction, characterized in that one of the clamp structure and the mount structure includes a projection; wherein the other of the clamp structure and the mount structure includes a cavity that receives the projection; wherein the projection and an inner surface of the cavity are configured to abut to limit movement of the clamp structure relative to the mount structure. a clamp structure (126, 226, 326) with a line aperture configured to receive the line (22, 122, 222, 322), the clamp structure (126, 226, 326) configured to releasably clamp to and retain a segment of the line (22, 122, 222, 322) within the line aperture; and a mount structure (128, 228, 328) configured to be supported on an area of the work line (22, 122, 222, 322); wherein the mount structure (128, 228, 328) is moveably attached to the clamp structure (126, 226, 326) to support movement of the clamp structure (126, 226, 326) relative to the mount structure (128, 228, 328) along at least one direction; and wherein the mount structure (128, 228, 328) is configured to support movement of the clamp structure (126, 226, 326) and the segment of the line (22,122, 222, 322) relative to the area of the work line (22, 122, 222, 322) along the at least one direction, characterized in that one of the clamp structure and the mount structure includes a projection; wherein the other of the clamp structure and the mount structure includes a cavity that receives the projection; wherein the projection and an inner surface of the cavity are configured to abut to limit movement of the clamp structure relative to the mount structure.
A nickel based brazing filler metal consisting of: Cr: 25-35wt% Fe: 7-15wt% Si: 3-8wt% Mo: 5-10wt% Inevitable impurities 1wt% max, whereof C is below 0.05% Balanced with nickel (Ni).
An apparatus for spatial audio signal encoding, the apparatus comprising: means for determining, for two or more audio signals, at least one spatial audio parameter for providing spatial audio reproduction, the at least one spatial audio parameter comprising a direction parameter with an elevation and an azimuth component; means for defining a spherical grid generated by covering a sphere with smaller spheres, wherein the smaller spheres are each smaller than the sphere, and wherein the centres of the smaller spheres define points of the spherical grid; and means for converting the elevation and azimuth component of the direction parameter to an index value based on the defined spherical grid. means for determining, for two or more audio signals, at least one spatial audio parameter for providing spatial audio reproduction, the at least one spatial audio parameter comprising a direction parameter with an elevation and an azimuth component; means for defining a spherical grid generated by covering a sphere with smaller spheres, wherein the smaller spheres are each smaller than the sphere, and wherein the centres of the smaller spheres define points of the spherical grid; and means for converting the elevation and azimuth component of the direction parameter to an index value based on the defined spherical grid.
Imaging apparatus for imaging the fan of an aircraft engine, the imaging apparatus being a nose cone for an aircraft engine, wherein the imaging apparatus is of conical form with an apex defining an apex end, the apex tapering to a base radius defining a base end configured to be attached to the fan, characterised in having located therein: a convex mirror located at the apex end and which is located on and is axisymmetric around the axis (B-B) of the nose cone, the mirror having a reflective surface which is directed toward the base end and having a field of view (F M) wider than the base radius; and a camera at the base end, the camera being directed towards the apex end and having a field of view (F C) which includes the mirror; wherein the imaging apparatus has an outer wall at least a portion of which is transparent to allow light to enter the imaging apparatus and to thereby reflect from the mirror into the camera, wherein the transparent portion extends around the full lateral surface of the imaging apparatus. a convex mirror located at the apex end and which is located on and is axisymmetric around the axis (B-B) of the nose cone, the mirror having a reflective surface which is directed toward the base end and having a field of view (F M) wider than the base radius; and a camera at the base end, the camera being directed towards the apex end and having a field of view (F C) which includes the mirror; wherein the imaging apparatus has an outer wall at least a portion of which is transparent to allow light to enter the imaging apparatus and to thereby reflect from the mirror into the camera, wherein the transparent portion extends around the full lateral surface of the imaging apparatus.
A set comprising a first panel, a second panel and a mechanical locking device for locking the first panel to the second panel, wherein - the first panel comprises a first edge surface, - the second panel comprises a second panel surface, - the first edge surface is facing the second panel surface in a locked position of the first and the second panel (10, 20), - the mechanical locking device comprises at least one rod-shaped element at the first edge surface and at least one insertion groove at the second panel surface, - the rod-shaped element is configured to be inserted into the insertion groove, - the mechanical locking device further comprises at least one first locking groove at the first edge surface and at least one second locking groove at the second panel surface and at least one locking part, the locking part is configured to be inserted into the first locking groove and the second locking groove, characterized in that - the locking part is configured to apply a locking force between the first and the second panel (10,20) in an oblique direction in relation to the second panel surface, the oblique direction is at an acute angle to the second panel surface, wherein the locking part is configured to pull the first and the second panel (10, 20) together in an assembly direction, wherein the rod-shaped element extends at a first angle (α1) from the first edge surface, wherein the first angle (α1) is within the range of about 10° to 80°, and wherein the rod-shaped element is made of a wood-based material. - the first panel comprises a first edge surface, - the second panel comprises a second panel surface, - the first edge surface is facing the second panel surface in a locked position of the first and the second panel (10, 20), - the mechanical locking device comprises at least one rod-shaped element at the first edge surface and at least one insertion groove at the second panel surface, - the rod-shaped element is configured to be inserted into the insertion groove, - the mechanical locking device further comprises at least one first locking groove at the first edge surface and at least one second locking groove at the second panel surface and at least one locking part, the locking part is configured to be inserted into the first locking groove and the second locking groove, characterized in that the locking part is configured to be inserted into the first locking groove and the second locking groove, characterized in that - the locking part is configured to apply a locking force between the first and the second panel (10,20) in an oblique direction in relation to the second panel surface, the oblique direction is at an acute angle to the second panel surface, wherein the locking part is configured to pull the first and the second panel (10, 20) together in an assembly direction, wherein the rod-shaped element extends at a first angle (α1) from the first edge surface, wherein the first angle (α1) is within the range of about 10° to 80°, and wherein the rod-shaped element is made of a wood-based material.
A diffusion enhancing compound for use in a method of treating a human having a stroke where it is unknown whether the stroke is an ischemic stroke or a hemorrhagic stroke comprising: i) administering a diffusion enhancing compound to said human,; ii) determining whether the stroke is an ischemic stroke, and if so determined,; iii) administering a thrombolytic agent to said human, wherein said diffusion enhancing compound is a bipolar trans carotenoid and is administered within 4 hours of the onset of stroke symptoms and the thrombolytic agent is administered within 12 hours of the onset of stroke symptoms. i) administering a diffusion enhancing compound to said human,; ii) determining whether the stroke is an ischemic stroke, and if so determined,; iii) administering a thrombolytic agent to said human,
A method for processing a fluid with the following steps: a) applying a centrifugal force to at least one fluid processing device; each of said at least one fluid processing devices having a first holder at a first holding position and a second holder at a second holding position for holding tubes, a first tube being held by the first holder, and a first container having a first container volume for holding a fluid, wherein the first holder, the second holder and the first container are rigidly connected with each other, whereby a fluid flows through said first tube and is collected within the first container volume; and b) automatically transferring the first tube from said first holder of one of said at least one fluid processing devices to said second holder of one of said at least one fluid processing devices. a) applying a centrifugal force to at least one fluid processing device; each of said at least one fluid processing devices having a first holder at a first holding position and a second holder at a second holding position for holding tubes, a first tube being held by the first holder, and a first container having a first container volume for holding a fluid, wherein the first holder, the second holder and the first container are rigidly connected with each other, whereby a fluid flows through said first tube and is collected within the first container volume; and b) automatically transferring the first tube from said first holder of one of said at least one fluid processing devices to said second holder of one of said at least one fluid processing devices.
A method for provisioning keys in a wireless network whose nodes comprise a programming station and a plurality of connected objects, characterised in that it implements a terminal including a secure hardware element in which secret keys are stored, the different nodes of the network being able to communicate over a main channel and over an auxiliary channel, distinct from the main channel, said terminal being able to communicate with the different nodes of the network only over the auxiliary channel, said method comprising: - a first phase during which the terminal and each node of the network authenticate and mutually identify themselves via the auxiliary channel by means of a public key of the manufacturer; - a second phase during which the terminal securely distributes a set of secret keys to the different nodes of the network, said set of secret keys comprising a first secret key ( AuthN), intended to authenticate the nodes belonging to the network and a second secret key ( ConfN) intended to encrypt exchanges over the main channel; - a third phase during which the programming station discovers the network by means of a discovery message broadcast to the connected objects, the discovery message being authenticated by means of the first secret key and, in case of successful authentication of said message by a connected object, sending of an acknowledgment message to the programming station, encrypted by the second secret key. - a first phase during which the terminal and each node of the network authenticate and mutually identify themselves via the auxiliary channel by means of a public key of the manufacturer; - a second phase during which the terminal securely distributes a set of secret keys to the different nodes of the network, said set of secret keys comprising a first secret key ( AuthN), intended to authenticate the nodes belonging to the network and a second secret key ( ConfN) intended to encrypt exchanges over the main channel; - a third phase during which the programming station discovers the network by means of a discovery message broadcast to the connected objects, the discovery message being authenticated by means of the first secret key and, in case of successful authentication of said message by a connected object, sending of an acknowledgment message to the programming station, encrypted by the second secret key.