mhurhangee/ep-ind-claims huggingface dataset:
A decorative insert, particularly for eyeglasses, comprising an identification device adapted to be read by an external reader, characterized in that it comprises, at said identification device, a slot adapted to allow the transmission of data between said identification device and said external reader, said slot extending vertically from a central area of the decorative insert up to the edge of the decorative insert, said decorative insert being made of a material such as metal or such as a metallic alloy.
A method for establishing an application service platform, ASP, session by a first user equipment, UE (110; 1110), in a wireless communication system, the method comprising: transmitting, by the first UE (110; 1110) to a second UE, a peer-to-peer, P2P, probe request frame for a service discovery, wherein the P2P probe request frame comprises a connection capability exchange, CCEX, information comprising information on whether a connection topology is supported and information related to an infrastructure connection is supported, wherein the connection topology comprises a P2P connection; in response to the P2P probe request frame, receiving, by the first UE (110; 1110) from the second UE, a P2P probe response frame for the service discovery, wherein the P2P probe response frame comprises information on a selected connection interface, wherein the selected connection interface is one of: the connection topology or the infrastructure connection; performing, by the first UE (110; 1110) with the second UE, connection establishment to establish the selected connection interface based on the information on the selected connection interface; and establishing, by the first UE (110; 1110) with the second UE, the ASP session over the selected connection interface. transmitting, by the first UE (110; 1110) to a second UE, a peer-to-peer, P2P, probe request frame for a service discovery, wherein the P2P probe request frame comprises a connection capability exchange, CCEX, information comprising information on whether a connection topology is supported and information related to an infrastructure connection is supported, wherein the connection topology comprises a P2P connection; in response to the P2P probe request frame, receiving, by the first UE (110; 1110) from the second UE, a P2P probe response frame for the service discovery, wherein the P2P probe response frame comprises information on a selected connection interface, wherein the selected connection interface is one of: the connection topology or the infrastructure connection; wherein the P2P probe request frame comprises a connection capability exchange, CCEX, information comprising information on whether a connection topology is supported and information related to an infrastructure connection is supported, wherein the connection topology comprises a P2P connection; in response to the P2P probe request frame, receiving, by the first UE (110; 1110) from the second UE, a P2P probe response frame for the service discovery, wherein the P2P probe response frame comprises information on a selected connection interface, wherein the selected connection interface is one of: the connection topology or the infrastructure connection; performing, by the first UE (110; 1110) with the second UE, connection establishment to establish the selected connection interface based on the information on the selected connection interface; and establishing, by the first UE (110; 1110) with the second UE, the ASP session over the selected connection interface.
A luggage article, comprising: a shell; an electronic processing module integrated with the shell; and an electronic display coupled to the electronic processing module, forming an integral component with said electronic processing module and arranged on an outer surface of the shell, wherein the processing module is configured to control the display to display information items to a user of the luggage article; characterized in that the electronic processing module and the display are received within a receptacle in one of the surfaces of the shell in a releasably locking arrangement; and wherein the receptacle is provided with means to monitor the presence of the electronic processing module and the display within the receptacle so that the electronic processing module may only be activated when received within the receptacle. a shell; an electronic processing module integrated with the shell; and an electronic display coupled to the electronic processing module, forming an integral component with said electronic processing module and arranged on an outer surface of the shell, wherein the processing module is configured to control the display to display information items to a user of the luggage article; characterized in that the electronic processing module and the display are received within a receptacle in one of the surfaces of the shell in a releasably locking arrangement; and wherein the receptacle is provided with means to monitor the presence of the electronic processing module and the display within the receptacle so that the electronic processing module may only be activated when received within the receptacle.
A curable resin composition, which is in a liquid state before curing, comprising: a film forming resin, an epoxy resin, an organic solvent, thermally expandable particles, and a curing agent ingredient for the, characterised in that the is selected from organic solvents having a boiling point of 100°C or less and being liquid at normal temperature and contains a combination of (C-1) an ester-based solvent and (C-2) one or more solvents selected from ketone-based solvents, ether-based solvents, and glycol-based solvents, and a content ratio between the (C-1) and the (C-2) in a mass ratio is in a range of (C-1)/(C-2) = 0.12 to 0.23. a film forming resin, an epoxy resin, an organic solvent, thermally expandable particles, and a curing agent ingredient for the, characterised in that
A length adjustable fitting for blind systems, including: a housing and a drive member fitted to said housing; a core component including a core member shaped for engaging a drive portion of said drive member, the core component including a support portion shaped for engaging a support member for supporting said fitting; wherein, the selective adjustment of the drive member relative to the housing moves the core member along an axis to a different position relative to the housing, wherein at each said position, the drive member engages the core member to resist movement of the core member along the axis from said position relative to said housing. a housing and a drive member fitted to said housing; a core component including a core member shaped for engaging a drive portion of said drive member, the core component including a support portion shaped for engaging a support member for supporting said fitting; wherein, the selective adjustment of the drive member relative to the housing moves the core member along an axis to a different position relative to the housing, wherein at each said position, the drive member engages the core member to resist movement of the core member along the axis from said position relative to said housing.
A method of making a collection of nucleic acids, comprising: a. obtaining target nucleic acids, each comprising a PAM site of a nucleic acid-guided nuclease; b. hybridizing first primers to the PAM sites of the target nucleic acids, wherein the first primers comprise (i) a MAP site that is complementary to the PAM site, (ii) a complementary recognition site that is complementary to a recognition site of the nucleic acid guided nuclease, and (iii) a complementary promoter site that is complementary to a promoter site; c. extending the first primers using the target nucleic acids as template, thereby producing first extension products comprising sequence of the first primer and sequence complementary to the target nucleic acids; d. hybridizing second primers to the first extension products; and e. extending the second primers using the first extension products as template, thereby producing second extension products comprising the PAM site, the recognition site, and the promoter site. a. obtaining target nucleic acids, each comprising a PAM site of a nucleic acid-guided nuclease; b. hybridizing first primers to the PAM sites of the target nucleic acids, wherein the first primers comprise (i) a MAP site that is complementary to the PAM site, (ii) a complementary recognition site that is complementary to a recognition site of the nucleic acid guided nuclease, and (iii) a complementary promoter site that is complementary to a promoter site; c. extending the first primers using the target nucleic acids as template, thereby producing first extension products comprising sequence of the first primer and sequence complementary to the target nucleic acids; d. hybridizing second primers to the first extension products; and e. extending the second primers using the first extension products as template, thereby producing second extension products comprising the PAM site, the recognition site, and the promoter site.
A motorcycle with a low floor comprising: step floors on which to put a rider's feet on left and right sides of a vehicle body frame; a cover member provided between said step floors to cover said vehicle body frame; a water-cooled type engine disposed on a lower side of said cover member and including a crankcase and a cylinder block attached to the crankcase in a forwardly inclined state and having cylinder portions; and a plurality of exhaust pipes (51, 52, 53) extending respectively downwards from respective ones of cylinders of said engine and being bundled on a lower side of said cylinders and extending to one of left and right sides of said engine, characterized in that the engine is an in-line 3-cylinder engine, and the exhaust pipes (51, 52, 53) extend, forwardly of the crankcase, in a lateral direction of the motorcycle from respective ones of the cylinders of the engine to the one of the left and right sides of said engine, and extend on the one lateral side of the engine, within a space triangular in section defined by a side surface of the engine and a surface for securing a bank angle of the motorcycle on a lower side of the one of said step floors on the left and right sides, towards a gathering portion disposed on the one lateral side of the engine, and are gathered at the gathering portion on a lower side of the one of said step floors. step floors on which to put a rider's feet on left and right sides of a vehicle body frame; a cover member provided between said step floors to cover said vehicle body frame; a water-cooled type engine disposed on a lower side of said cover member and including a crankcase and a cylinder block attached to the crankcase in a forwardly inclined state and having cylinder portions; and a plurality of exhaust pipes (51, 52, 53) extending respectively downwards from respective ones of cylinders of said engine and being bundled on a lower side of said cylinders and extending to one of left and right sides of said engine, characterized in that the engine is an in-line 3-cylinder engine, and the exhaust pipes (51, 52, 53) extend, forwardly of the crankcase, in a lateral direction of the motorcycle from respective ones of the cylinders of the engine to the one of the left and right sides of said engine, and extend on the one lateral side of the engine, within a space triangular in section defined by a side surface of the engine and a surface for securing a bank angle of the motorcycle on a lower side of the one of said step floors on the left and right sides, towards a gathering portion disposed on the one lateral side of the engine, and are gathered at the gathering portion on a lower side of the one of said step floors.
A light generating device comprising (i) n laser light sources, (ii) focusing optics, and (iii) a plurality of luminescent bodies, wherein: - the n laser light sources are configured to generate laser light source light; wherein the focusing optics are configured to focus the laser light source light into a focused beam of laser light source light; wherein n≥4; - the luminescent bodies comprising a luminescent material, wherein the luminescent bodies are configured in a light receiving relationship with the n laser light sources, wherein the luminescent material is configured to convert at least part of the laser light source light into luminescent material light; - the n laser light sources and focusing optics are configured to provide in an operational mode light spots of laser light source light on the plurality of luminescent bodies; wherein k sets of light spots each have an individually selected number of m light spots, wherein two or more of the light spots within each set have a partial overlap, wherein 2≤m≤n and 1≤k<n; and - wherein a first spot area is defined by 10-100% of the maximum intensity in the light spot, wherein for at least one of the light spots within at least one of the k sets applies that in the range of 5-80% of its first spot area overlaps with at least another first spot area within the set, - wherein for each of the luminescent bodies at least two of n laser light sources, together with the focusing optics, are configured to provide in the operational mode light spots of laser light source light on the respective luminescent body. - the n laser light sources are configured to generate laser light source light; wherein the focusing optics are configured to focus the laser light source light into a focused beam of laser light source light; wherein n≥4; - the luminescent bodies comprising a luminescent material, wherein the luminescent bodies are configured in a light receiving relationship with the n laser light sources, wherein the luminescent material is configured to convert at least part of the laser light source light into luminescent material light; - the n laser light sources and focusing optics are configured to provide in an operational mode light spots of laser light source light on the plurality of luminescent bodies; wherein k sets of light spots each have an individually selected number of m light spots, wherein two or more of the light spots within each set have a partial overlap, wherein 2≤m≤n and 1≤k<n; and - wherein a first spot area is defined by 10-100% of the maximum intensity in the light spot, wherein for at least one of the light spots within at least one of the k sets applies that in the range of 5-80% of its first spot area overlaps with at least another first spot area within the set, - wherein for each of the luminescent bodies at least two of n laser light sources, together with the focusing optics, are configured to provide in the operational mode light spots of laser light source light on the respective luminescent body.
A fixing device comprising: first and second rotatable members (105 and 102) configured to fix, at a nip therebetween, a toner image formed on a sheet by using a toner containing a parting agent; a casing provided with a sheet introducing opening and a sheet discharging opening and configured to include said first and second rotatable members (105 and 102); a fan (127L, 127R); a duct (128L, 128R) configured to guide air from said fan (127L, 172R) toward one longitudinal end portion of said first rotatable member; and characterized by further comprising: a cover member configured to cover an outer surface of said first rotatable member such that there is a predetermined gap between the cover member and the first rotatable member, wherein said cover member extends inside said casing from a neighborhood of said sheet introducing opening to said duct (128L, 128R) and contacts a shielding member of said duct (128L, 128R). first and second rotatable members (105 and 102) configured to fix, at a nip therebetween, a toner image formed on a sheet by using a toner containing a parting agent; a casing provided with a sheet introducing opening and a sheet discharging opening and configured to include said first and second rotatable members (105 and 102); a fan (127L, 127R); a duct (128L, 128R) configured to guide air from said fan (127L, 172R) toward one longitudinal end portion of said first rotatable member; and characterized by further comprising: a cover member configured to cover an outer surface of said first rotatable member such that there is a predetermined gap between the cover member and the first rotatable member, wherein said cover member extends inside said casing from a neighborhood of said sheet introducing opening to said duct (128L, 128R) and contacts a shielding member of said duct (128L, 128R).
Vibration isolation bearing, comprising at least one air bearing, which is effective in the horizontal and vertical direction, for horizontal and vertical mounting of a load to be isolated, characterised in that the horizontal stiffness of the air bearing is more than 5 times greater than the vertical stiffness and that the bearing has at least two pivot joints (6, 8) vertically spaced apart from one another, whereby an isolation added to the air bearing is achieved in the horizontal direction.
Process for manufacturing a sintered ceramic composite material, based on silicon nitride and β-eucryptite, which includes a step of producing a first blend, consisting of a powder of silicon nitride in crystalline form and a powder of a first lithium aluminosilicate in crystalline form, the composition of which is the following: (Li 2 O) x (Al 2 O 3) y (SiO 2) z, characterized in that the lithium aluminosilicate composition is such that the set of molar fractions (x, y, z) is different from the set (1, 1, 2), the process including a first heat treatment of a composite consisting of silicon nitride and the first lithium aluminosilicate obtained from the first blend, in order to sinter the silicon nitride and obtain a ceramic composite based on silicon nitride and β-eucryptite, the first heat treatment being carried out at a first temperature above the melting temperature of β-eucryptite under the operating conditions of the first heat treatment, the process including, after the first heat treatment a second heat treatment to crystallize the β-eucryptite, the second heat treatment including a nucleation step at a nucleation temperature comprised between 600°C and 680°C during a period comprised between 2h and 19h and a germ growth step at a growth temperature above the nucleation temperature, the growth temperature being comprised between 680°C and 720°C.
Joining apparatus for joining a joining element onto or into a workpiece, comprising a joining head and a joining element holder which is fixed to the joining head by means of a fastening device and is configured to hold a joining element such that it can be axially joined onto the workpiece, characterized in that the fastening device has a radial clamping ring, which presses the joining element holder radially against a joining head collar of the joining head.
A network node for a Time Division Duplex, TDD, network, the network node comprising a processor and a memory, the memory containing instructions executable by the processor, the network node configured to: detect interference caused by a first neighbor network node in at least one uplink, UL, subframe; and determine a potential reason for the interference caused by the first neighbor network node, the potential reason being one of time misalignment and TDD misconfiguration, the determining of the potential reason being based on which subframes of a radio frame have interference. detect interference caused by a first neighbor network node in at least one uplink, UL, subframe; and determine a potential reason for the interference caused by the first neighbor network node, the potential reason being one of time misalignment and TDD misconfiguration, the determining of the potential reason being based on which subframes of a radio frame have interference.
Device for homogenizing laser radiation, comprising - a multiplicity of mirror elements which are arranged offset with respect to one another and on which the laser radiation to be homogenized can be reflected so that it is divided into a multiplicity of sub-beams, corresponding to the number of mirror elements, which have a path difference with respect to one another as a result of the reflection; - a multiplicity of lens elements, one of which is in each case assigned to one of the mirror elements so that one of the sub-beams can respectively pass through one of the lens elements; - a lens which acts as a Fourier lens that can superpose the sub-beams passing through the lens elements; characterized in that the distance between each of the mirror elements and the lens elements assigned thereto is equal to the focal length (f 4) of the lens element in question. - a multiplicity of mirror elements which are arranged offset with respect to one another and on which the laser radiation to be homogenized can be reflected so that it is divided into a multiplicity of sub-beams, corresponding to the number of mirror elements, which have a path difference with respect to one another as a result of the reflection; - a multiplicity of lens elements, one of which is in each case assigned to one of the mirror elements so that one of the sub-beams can respectively pass through one of the lens elements; - a lens which acts as a Fourier lens that can superpose the sub-beams passing through the lens elements;
A system comprising a first equipment to which a second equipment is coupled, said first equipment comprising first and second coupling elements respectively comprising first and second housings open on two faces joining each other, characterized in that said second equipment comprises two faces (F1, F2) opposite each other and provided respectively with first and second projecting walls, said first projecting wall being introduced into said first housing via its two faces open by an oblique translation of said second equipment and said second projecting wall (P 2) being introduced into said second housing (L 2) via its two open faces by rotation of said second equipment (E 2) about a virtual axis perpendicular to said first projecting wall (P 1).