mhurhangee/ep-ind-claims huggingface dataset:
A battery rack, comprising: a plurality of battery packs vertically arranged, each battery pack including a plurality of secondary batteries stacked in a direction, and a pack housing having an internal space to receive the plurality of secondary batteries and having a feed port for supplying a fire extinguishing liquid from a fire extinguishing liquid tank to said battery pack when an internal temperature in said battery pack equals or rises above a predetermined temperature; and a rack case having a receiving space to receive the plurality of battery packs, characterised in that said rack case includes in said receiving space a plurality of rack plates, each having a mounting surface on which the battery pack is mounted, the mounting surface sloping at a predetermined angle with declining height as it goes in the sloping direction, and an extension portion having an end in the sloping direction extending further outward than the lower battery pack. a plurality of battery packs vertically arranged, each battery pack including a plurality of secondary batteries stacked in a direction, and a pack housing having an internal space to receive the plurality of secondary batteries and having a feed port for supplying a fire extinguishing liquid from a fire extinguishing liquid tank to said battery pack when an internal temperature in said battery pack equals or rises above a predetermined temperature; and a rack case having a receiving space to receive the plurality of battery packs, characterised in that said rack case includes in said receiving space a plurality of rack plates, each having a mounting surface on which the battery pack is mounted, the mounting surface sloping at a predetermined angle with declining height as it goes in the sloping direction, and an extension portion having an end in the sloping direction extending further outward than the lower battery pack.
A security processing method, implemented by a base station, comprising: establishing a connection with a user equipment, UE; applying access stratum, AS, security after establishing the connection; releasing the connection; sending an AS security related parameter to a core network device for storage as security request information related to security deprocessing of target data from the UE after releasing the connection; re-establishing the connection; receiving AS security-processed target data from the UE on the re-established connection;initiating the security request information related to security deprocessing of target data of the UE to the core network device; sending, by the base station, the AS security-processed target data to the core network device; and receiving security response information from the core network device, wherein the security response information comprises AS security-deprocessed target data. establishing a connection with a user equipment, UE; applying access stratum, AS, security after establishing the connection; releasing the connection; sending an AS security related parameter to a core network device for storage as security request information related to security deprocessing of target data from the UE after releasing the connection; re-establishing the connection; receiving AS security-processed target data from the UE on the re-established connection;initiating the security request information related to security deprocessing of target data of the UE to the core network device; sending, by the base station, the AS security-processed target data to the core network device; and receiving security response information from the core network device, wherein the security response information comprises AS security-deprocessed target data.
A contaminant-sealing device, comprising a rotating or reciprocatingly moving seal ring fitted into an annular groove formed in one of two mutually opposed members (1, 2) and slidably placed in intimate contact with the other member, whereby the seal ring has a cross-sectional shape that is quadrilateral and has a taper so that a surface of a sliding part is lower towards a high-pressure side and higher towards a low-pressure side, the seal ring being disposed so that a fluid body on the high-pressure side acts on the tapered part, the seal ring having a sliding surface brought into intimate contact with an inner surface of the annular groove, characterized in that a space between a bottom surface of the seal ring and the inner surface of the annular groove is filled with an elastic material.
A monitoring system for gathering evidence of and generating an alert to the mistreatment of a person in care comprising: a wearable device worn by a user comprising sensors to detect signals indicative of possible mistreatment of the user, the sensors including a microphone configured to detect trigger words indicative of violence or abuse and/or loud volume; a hub device wirelessly connected to the wearable device and with access to an independent communication network, the hub also comprising means for monitoring and recording the possible mistreatment of the user; configured such that, in use, when the wearable device detects possible mistreatment of the user a wireless communication is made between the wearable device and the hub instructing the hub to start recording the possible mistreatment of the user, and the hub further sends a notification via the independent communication network to a non-wearer user alerting the non-wearer user of the possible mistreatment of the user and allowing the non-wearer user to view the recording of the possible mistreatment of the user; and further configured such that when the wearable device detects a possible mistreatment incident, but is out of communication range with the hub, the microphone of the wearable device records the sound of the potential mistreatment incident, and once the wearable device is back in communication range with the hub, transfers the recording of the potential mistreatment incident to the hub, wherein the hub then sends a notification to the non-wearer user.
A razor handle comprising: an at least partially hollow elongated structure having an interior surface and an exterior surface, the elongated structure further comprising a first opening at a proximate end adapted to engagably mate with the proximate end of a cartridge support structure; a second opening along a length of the elongated structure, the second opening extending from the interior surface to the exterior surface; and an at least partially hollow sleeve having an interior surface and an exterior surface comprising a protrusion, wherein the protrusion extends through the second opening to the exterior surface of the elongated structure thereby forming a gripping member. an at least partially hollow elongated structure having an interior surface and an exterior surface, the elongated structure further comprising a first opening at a proximate end adapted to engagably mate with the proximate end of a cartridge support structure; a second opening along a length of the elongated structure, the second opening extending from the interior surface to the exterior surface; and an at least partially hollow sleeve having an interior surface and an exterior surface comprising a protrusion, wherein the protrusion extends through the second opening to the exterior surface of the elongated structure thereby forming a gripping member.
A method of modifying a diatom comprising: (a) Selecting a selectable marker gene within the genome of a diatom which encodes a protein rendering a cell sensitive to a toxic substrate; (b) Providing a TALE-nuclease which specifically recognizes and cleaves a target sequence within said selectable marker gene; (c) Introducing said TALE-nuclease into diatoms such that said nuclease cleavage inactivates said selectable marker gene; (d) Culturing said diatoms with said toxic substrate and; (e) Selecting diatoms which are resistant to the toxic substrate, wherein said selectable marker gene and said toxic substrate are chosen from: - said selectable marker gene is the uridine-5'-monophosphate synthase (UMPS) gene and said toxic substrate is the 5-Fluoroorotic acid (5-FOA), and - said selectable marker gene is the nitrate reductase gene and said toxic substrate is chlorate, wherein said TALE-nuclease recognizes a target sequence selected from SEQ ID No:3 and SEQ ID No:4, or a target sequence having at least 90% identity with SEQ ID No:3 or SEQ ID No:4; and wherein said method further comprises: introducing into said diatom a polynucleotide comprising at least one homologous region to a part of said selectable marker gene such that said polynucleotide recombines with said selectable marker gene. (a) Selecting a selectable marker gene within the genome of a diatom which encodes a protein rendering a cell sensitive to a toxic substrate; (b) Providing a TALE-nuclease which specifically recognizes and cleaves a target sequence within said selectable marker gene; (c) Introducing said TALE-nuclease into diatoms such that said nuclease cleavage inactivates said selectable marker gene; (d) Culturing said diatoms with said toxic substrate and; (e) Selecting diatoms which are resistant to the toxic substrate, wherein said selectable marker gene and said toxic substrate are chosen from: - said selectable marker gene is the uridine-5'-monophosphate synthase (UMPS) gene and said toxic substrate is the 5-Fluoroorotic acid (5-FOA), and - said selectable marker gene is the nitrate reductase gene and said toxic substrate is chlorate, wherein said TALE-nuclease recognizes a target sequence selected from SEQ ID No:3 and SEQ ID No:4, or a target sequence having at least 90% identity with SEQ ID No:3 or SEQ ID No:4; and wherein said method further comprises: introducing into said diatom a polynucleotide comprising at least one homologous region to a part of said selectable marker gene such that said polynucleotide recombines with said selectable marker gene. - said selectable marker gene is the uridine-5'-monophosphate synthase (UMPS) gene and said toxic substrate is the 5-Fluoroorotic acid (5-FOA), and - said selectable marker gene is the nitrate reductase gene and said toxic substrate is chlorate,
Distributor apparatus, the apparatus comprising a chamber locating a pair of adjacent inter engaging rotors (48;50) such that rotation of one rotor causes or requires rotation of the other rotor in an opposite direction, each rotor comprising a hub with a plurality of lobes extending outwardly therefrom, the rotors (48;50) being configured such that by virtue of the lobes there is no line of sight between the adjacent inter engaging rotors, characterised in that an inlet into the chamber is at least generally adjacent to the inter engagement of the rotors (48;50) such that material entering through the inlet engages with the rotors and is then carried round with the rotors to move in a direction away from the inter engagement of the rotors, the material being located between adjacent lobes on the rotors, a plurality of adjacent spaces are defined along the length of the rotors (48;50) and an outlet from the chamber is provided for each space substantially on an opposite side of the rotors (48;50) from the inlet to receive material after being carried with the rotors.
A noncontact power supply system comprising: a power transmission device (110, 210) including a power-transmission resonant circuit (111, 116) that outputs an alternating magnetic flux by alternating power supplied from a power source circuit, and a switching element (112, 212) that makes the power-transmission resonant circuit (111, 116) generate an alternating magnetic flux; a magnetism collecting device including a magnetism collecting circuit (71, 72) configuring a magnetism-collecting resonant circuit (71, 72) which is capable of being magnetically coupled to the power-transmission resonant circuit (111, 116) and is not electrically connected to a load; and a power reception device including a power receiving coil which is capable of being magnetically coupled to the magnetism collecting circuit (71, 72), and a rectifier circuit which is capable of supplying power output from the power receiving coil, to the load, characterized in that a power-transmission resonance frequency of the power-transmission resonant circuit (111, 116) is smaller than a drive frequency of the switching element (112, 212), and a power-reception resonance frequency of the magnetism collecting circuit (71, 72) is larger than the drive frequency of the switching element (112, 212). a power transmission device (110, 210) including a power-transmission resonant circuit (111, 116) that outputs an alternating magnetic flux by alternating power supplied from a power source circuit, and a switching element (112, 212) that makes the power-transmission resonant circuit (111, 116) generate an alternating magnetic flux; a magnetism collecting device including a magnetism collecting circuit (71, 72) configuring a magnetism-collecting resonant circuit (71, 72) which is capable of being magnetically coupled to the power-transmission resonant circuit (111, 116) and is not electrically connected to a load; and a power reception device including a power receiving coil which is capable of being magnetically coupled to the magnetism collecting circuit (71, 72), and a rectifier circuit which is capable of supplying power output from the power receiving coil, to the load, characterized in that a power-transmission resonance frequency of the power-transmission resonant circuit (111, 116) is smaller than a drive frequency of the switching element (112, 212), and a power-reception resonance frequency of the magnetism collecting circuit (71, 72) is larger than the drive frequency of the switching element (112, 212).
Friction clutch for a drive train of a motor vehicle, having a cover (), on which a lever spring is mounted via a lever spring bolt, the lever spring bolt having a shank which has a head which is enlarged with respect to the external diameter of the shank, and the shank being surrounded at least partially by a bush, the bush being fixed in a non-positive or positively locking manner on the shank or on the head, characterized in that a thread (24, 25) is used between the inner side of the bush and the outer side of the shank, or the bush comprising magnetizable material which interacts with magnetizable material of the shank and/or the head in a manner which utilizes a magnetic force, or the shank has a non-positive reinforcing element which is separate from it and is used between the inner side of the bush and the outer side of the shank, or an integrally joined connection is realised by means of a welded connection, or the head is engaged around by bush material.
A method, said method comprising: - obtaining or holding available map data representing, at least in part, a travel network (300a;300b;300c), - determining, for at least one selected link of said travel network (300a;300b;300c) represented by said map data, a plurality of potential travel paths (308;309;310;311), wherein said selected link is a section between two junctions of said travel network, wherein each potential travel path of said plurality of potential travel paths (308;309;310;311) for said at least one selected link is at least partially defined by an incoming link (304;305) of said travel network (300a;300b;300c) and an outgoing link (302;303) of said travel network (300a;300b;300c) that are linked by said selected link and a direction of travel from said incoming link (304;305) to said outgoing link (302;303) on said selected link, - for each potential travel path of said plurality of potential travel paths (308;309;310;311), determining a respective speed profile at least partially based on a plurality of respective probe data points of one or more respective probe data sets of a plurality of probe data sets, said one or more respective probe data sets associated with said respective potential travel path of said plurality of potential travel paths (308;309;310;311) for which said respective speed profile is determined, wherein said respective speed profile represents speed information for a vehicle travelling on said selected link along said respective potential travel path of said plurality of potential travel paths (308;309;310;311). - obtaining or holding available map data representing, at least in part, a travel network (300a;300b;300c), - determining, for at least one selected link of said travel network (300a;300b;300c) represented by said map data, a plurality of potential travel paths (308;309;310;311), wherein said selected link is a section between two junctions of said travel network, wherein each potential travel path of said plurality of potential travel paths (308;309;310;311) for said at least one selected link is at least partially defined by an incoming link (304;305) of said travel network (300a;300b;300c) and an outgoing link (302;303) of said travel network (300a;300b;300c) that are linked by said selected link and a direction of travel from said incoming link (304;305) to said outgoing link (302;303) on said selected link, - for each potential travel path of said plurality of potential travel paths (308;309;310;311), determining a respective speed profile at least partially based on a plurality of respective probe data points of one or more respective probe data sets of a plurality of probe data sets, said one or more respective probe data sets associated with said respective potential travel path of said plurality of potential travel paths (308;309;310;311) for which said respective speed profile is determined, wherein said respective speed profile represents speed information for a vehicle travelling on said selected link along said respective potential travel path of said plurality of potential travel paths (308;309;310;311).
A spinal rod connector assembly for elongating an in situ spinal posterior rod system, the spinal rod connector assembly comprising a rod connector and at least one rod fastener (50a, 50b), wherein the rod connector comprises a first connector head and an elongated bar, the first connector head comprising a first pocket defined by a first pocket bottom seat, a first pocket end seat, and opposing first pocket side walls (19a, 19b), the first connector head comprising a first end entrance, at least a portion of which being opposite to the first pocket end seat, and a first top entrance opposite to the first pocket bottom seat, the first pocket being configured to directly receive, or to indirectly receive by means of a first insert (90, 104a, 104b) in the first pocket, a first rod, the first pocket comprising a first pocket locking feature, wherein the at least one rod fastener (50a, 50b) comprises a fastener locking feature for engaging with the first pocket locking feature, wherein the elongated bar extends from a first connector head side, which is opposite to at least a portion of the first end entrance, and wherein the elongated bar is sized and shaped to be received by a bone fastener (70a, 70b, 70c, 70d), the spinal rod connector assembly being characterised in that the rod connector further comprises a second connector head connected by the elongated bar to the first connector head such that the first and second connector heads (11, 31) are located at the opposite ends of the elongated bar.
An outer blade cutting wheel comprising a base in the form of an annular thin disc of cemented carbide having a Young's modulus of 450 to 700 GPa, having an outer diameter of 80 to 200 mm defining an outer periphery, an inner diameter of 30 to 80 mm, and a thickness of 0.1 to 1.0 mm, and a blade section disposed on the outer periphery of the base and having a greater thickness than the base, said blade section comprising abrasive grains and a plated metal or alloy bound bonding the abrasive grains together and to the base, the metal or alloy bond having been deposited on the outer periphery of the base by electroplating or electroless plating, wherein said abrasive grains are diamond and/or cBN abrasive grains and said blade section includes overlay portions which each protrude outward beyond the thickness of said base, characterised in that said abrasive grains have an average grain size of 45 to 310 μm and a toughness index TI of at least 150, and in that the thickness of the overlay portion of said blade section has a tolerance [(T3 max -T3 min) mm] in the range: 0.001 ≤ T 3 max − T 3 min ≤ 0.1 × T 2 max wherein T3 max and T3 min are maximum and minimum values of the thickness of the overlay portion around the circumference of the blade section, T2 max is the maximum value of the thickness of the blade section around the circumference of the blade section, and said blade section has a roundness [(OD max /2-OD min /2)mm] in the range: 0.001 ≤ OD max / 2 − OD min / 2 ≤ 0.1 × OD max wherein OD max and OD min are the maximum and minimum values of the outer diameter of the blade section.
A piece of modular furniture comprising a set of elements which can be coupled by fitting to one another, wherein the set of elements comprises: - at least two pairs of vertical posts, wherein each vertical post has housings in which conformations of horizontal slats are introduced, and - at least one shelf having indentations which can be fitted to the vertical posts, wherein the two vertical posts of each pair reach the end user in a manner in which they are joined to one another by means of the horizontal slats, such that they form a single, ladder-like assembly unit; such that at least one shelf is supported at its ends on the horizontal slats with the vertical posts fitted in the indentations of the shelf, constituting the corresponding furniture just like that, characterized in that the indentations of the shelves have a shape complementary to the cross-section of the vertical posts so as to establish press-fitting between the vertical posts and the shelves, and in that each vertical post has a cross-section with an irregular polygonal configuration with four sides, one of them having a beveled shape, such that a dovetail assembly is established between the vertical posts and the indentations of the shelves. - at least two pairs of vertical posts, wherein each vertical post has housings in which conformations of horizontal slats are introduced, and - at least one shelf having indentations which can be fitted to the vertical posts,
A stretcher comprising a rigid body made in one piece and extending longitudinally, wherein there is an upper seat for accommodating a patient in lying position, wherein the upper seat includes a bearing plane perimetrically surrounded by retaining side walls, said retaining side walls including two longitudinal lateral retaining walls and two transversal retaining walls, wherein longitudinal stiffening bars of quadrangular section are embodied in the rigid body under said bearing plane and form protrusions of the lower surface of the hollow rigid body, and wherein the retaining side walls are tilted with respect to the bearing plane, characterized in that the rigid body made in one piece is a hollow rigid body, and that the lower surface of the hollow rigid body includes continuous convex curved portions extending at least under the retaining longitudinal lateral walls, wherein each of said continuous convex curved portions extends between the outer surface end of a lateral retaining wall and the lower surface of the hollow rigid body at the intersection of the protruding portion of said hollow rigid body which covers the nearest of said longitudinal stiffening bars.