mhurhangee/ep-ind-claims huggingface dataset:
An expandable mammary implant comprising: a shell having an anterior face and a posterior face, the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a reinforcement material coupled to the shell in a reinforcement zone (140, 150), wherein the reinforcement material is coupled to the shell so as to at least coincide with the upper pole portion and a peripheral rim portion that extends from the posterior face upwardly into said anterior face by a predetermined distance, wherein the reinforcing material has varying elasticity properties at different locations. a shell having an anterior face and a posterior face, the anterior face having an upper pole portion and a lower pole portion meeting at an apex, and an injection zone for receiving fluid therethrough to inflate the implant; and a reinforcement material coupled to the shell in a reinforcement zone (140, 150), wherein the reinforcement material is coupled to the shell so as to at least coincide with the upper pole portion and a peripheral rim portion that extends from the posterior face upwardly into said anterior face by a predetermined distance, wherein the reinforcing material has varying elasticity properties at different locations.
A method for producing an organic functionalized solid inorganic substrate, wherein a surface of the inorganic substrate comprises a hydroxide and/or an oxide, wherein the hydroxide and/or the oxide comprises an element M, wherein the element M is a metal or a metalloid, the method comprising the steps of: (i) drying the surface, (ii) optionally removing protons from the surface, and (iii) contacting the surface with an organometallic reagent comprising at least one organic functional moiety, wherein the at least one organic functional moiety is attached to the element M of the hydroxide and/or the oxide by means of a direct M-C bond not including an oxygen bridge, thereby obtaining the organic functionalized inorganic substrate, characterized in that the drying step comprises contacting the surface with a flow comprising an inert gas and/or dry air. (i) drying the surface, (ii) optionally removing protons from the surface, and (iii) contacting the surface with an organometallic reagent comprising at least one organic functional moiety, wherein the at least one organic functional moiety is attached to the element M of the hydroxide and/or the oxide by means of a direct M-C bond not including an oxygen bridge, thereby obtaining the organic functionalized inorganic substrate,
A safety-catch mechanism for a fiducial-deployment system, comprising: an elongate first handle member defining a central longitudinal axis and handle lumen; a guide sleeve proximal to the first handle member; a grasping handle proximal to the guide sleeve and engaged movably adjacent to the guide sleeve; where one of the guide sleeve or the grasping handle includes a threaded surface on a portion thereof; where the other of the guide sleeve or the grasping handle includes one or more protruding tabs on a portion thereof constructed and dimensioned to engage rotatably between threads of the threaded surface; a stylet connected to the grasping handle and extending through at least a portion of the guide sleeve and the first handle member, along or generally aligned with the central longitudinal axis; and at least one safety-catch structure disposed between threads of the threaded surface; wherein the at least one safety-catch structure is constructed and dimensioned to resist distal stylet motion when one of the protruding tabs contacts the at least one safety-catch structure and less than a threshold amount of mechanical force is applied to the grasping handle, and where said construction provides that mechanical force exceeding said threshold moves the one of the protruding tabs past the at least one safety-catch structure, thereby permitting further distal stylet movement. an elongate first handle member defining a central longitudinal axis and handle lumen; a guide sleeve proximal to the first handle member; a grasping handle proximal to the guide sleeve and engaged movably adjacent to the guide sleeve; where one of the guide sleeve or the grasping handle includes a threaded surface on a portion thereof; where the other of the guide sleeve or the grasping handle includes one or more protruding tabs on a portion thereof constructed and dimensioned to engage rotatably between threads of the threaded surface; a stylet connected to the grasping handle and extending through at least a portion of the guide sleeve and the first handle member, along or generally aligned with the central longitudinal axis; and at least one safety-catch structure disposed between threads of the threaded surface; wherein the at least one safety-catch structure is constructed and dimensioned to resist distal stylet motion when one of the protruding tabs contacts the at least one safety-catch structure and less than a threshold amount of mechanical force is applied to the grasping handle, and where said construction provides that mechanical force exceeding said threshold moves the one of the protruding tabs past the at least one safety-catch structure, thereby permitting further distal stylet movement.
A light source device (500, 500A) comprising: a first light source (510, 510A) having a light emitting surface which emits lights and/or scatters lights into a range of directions including small-angle lights and large-angle lights, the small-angle lights having smaller angles with respect to a normal direction of the light emitting surface than the large-angle lights; and a second light source having a light emitting surface for emitting a second light; and characterized by a light recycling system, including as an optical system (520, 520A, 520B, 521, 521, 522, 523, 523A, 524) a first reflector (520, 520A), a flat double-sided scattering surface and a first lens disposed on one side of the first light source, for directing the small-angle lights back to the first light source (510, 510A), and a second reflector (523, 523A) and a second lens disposed on a corresponding side of the second light source, for directing the light from the second light source towards the flat double-sided scattering surface, wherein the light emitting surface of the second light source reflects or scatters the light from the first light source (510, 510A) back to the first light source (510, 510A) via the optical system (520, 520A, 520B, 521, 521, 522, 523, 523A, 524), and wherein the optical system (520, 520A, 520B, 521, 521, 522, 523, 523A, 524) directs the second light from the second light source to the light emitting surface of the first light source (510, 510A). a first light source (510, 510A) having a light emitting surface which emits lights and/or scatters lights into a range of directions including small-angle lights and large-angle lights, the small-angle lights having smaller angles with respect to a normal direction of the light emitting surface than the large-angle lights; and a second light source having a light emitting surface for emitting a second light; and characterized by a light recycling system, including as an optical system (520, 520A, 520B, 521, 521, 522, 523, 523A, 524) a first reflector (520, 520A), a flat double-sided scattering surface and a first lens disposed on one side of the first light source, for directing the small-angle lights back to the first light source (510, 510A), and a second reflector (523, 523A) and a second lens disposed on a corresponding side of the second light source, for directing the light from the second light source towards the flat double-sided scattering surface, wherein the light emitting surface of the second light source reflects or scatters the light from the first light source (510, 510A) back to the first light source (510, 510A) via the optical system (520, 520A, 520B, 521, 521, 522, 523, 523A, 524), and wherein the optical system (520, 520A, 520B, 521, 521, 522, 523, 523A, 524) directs the second light from the second light source to the light emitting surface of the first light source (510, 510A).
A compound of the general formula:-, and stereoisomers or pharmaceutically acceptable salts thereof; wherein R represents aryl or heteroaryl; R 1 represents hydrogen, alkyl or cycloalkyl; R 2 represents hydrogen, alkyl, alkoxy, cycloalkyl, cycloalkylalkyl, cycloalkoxy, aryl, heteroaryl, heterocyclyl or heterocyclylalkyl; R 3 represents hydrogen, hydroxy, halogen, thio, nitro, amide, amine, carboxylic, alkyl, alkoxy, cycloalkyl, cycloalkylalkyl, cycloalkoxy, haloalkyl, haloalkoxy, heterocyclyl or heterocyclylalkyl; "m" represents 1 to 4; "n" represents 1 to 2; "p" represents 0 to 2; with the proviso that the compound is not the compound of formula: wherein R represents aryl or heteroaryl; R 1 represents hydrogen, alkyl or cycloalkyl; R 2 represents hydrogen, alkyl, alkoxy, cycloalkyl, cycloalkylalkyl, cycloalkoxy, aryl, heteroaryl, heterocyclyl or heterocyclylalkyl; R 3 represents hydrogen, hydroxy, halogen, thio, nitro, amide, amine, carboxylic, alkyl, alkoxy, cycloalkyl, cycloalkylalkyl, cycloalkoxy, haloalkyl, haloalkoxy, heterocyclyl or heterocyclylalkyl; "m" represents 1 to 4; "n" represents 1 to 2; "p" represents 0 to 2; with the proviso that the compound is not the compound of formula:
Freely installable cooker comprising: - a support structure; - a first cooking module; - electrical supply means of the first cooking module; wherein said first cooking module is removable, interchangeable and positionable in a first housing of the support structure, wherein said support structure comprises a first and a second vertical wall (871, 872) on which there are respectively afforded at least a first and a second insertion and extraction guide (210, 220) of said first module, the first and the second guide (210, 220) allowing removable connection of the first module with respect to the support structure and characterised in that the first guide comprises an inner channel open at one end; said first module comprising a protrusion which in a configuration of connection to the support structure is inserted into said inner channel. - a support structure; - a first cooking module; - electrical supply means of the first cooking module;
A communication device comprising: a receiver, which, in operation, receives modulation symbols mapped to a first Orthogonal Frequency Division Multiplexing, OFDM, symbol, to which a reference signal is mapped, in a first subframe, and the same modulation symbols mapped to a second OFDM symbol, to which the reference signal is mapped, in a second subframe that is different from the first subframe with respect to available resources, wherein the position of the second OFDM symbol within the second subframe is different from the position of the first OFDM symbol within the first subframe, and the modulation symbols are received with repetitions in the first and second subframes; and circuitry, which, in operation, process the received modulation symbols. a receiver, which, in operation, receives modulation symbols mapped to a first Orthogonal Frequency Division Multiplexing, OFDM, symbol, to which a reference signal is mapped, in a first subframe, and the same modulation symbols mapped to a second OFDM symbol, to which the reference signal is mapped, in a second subframe that is different from the first subframe with respect to available resources, wherein the position of the second OFDM symbol within the second subframe is different from the position of the first OFDM symbol within the first subframe, and the modulation symbols are received with repetitions in the first and second subframes; and circuitry, which, in operation, process the received modulation symbols.
A method for encoding connection payload information of a plurality of connection payloads in a Medium Access Control MAC Protocol Data Unit PDU, the method comprising: encoding connection payload information of a first connection payload carried in a MAC PDU payload from the plurality of connection payloads, in a first header of the MAC PDU; encoding connection payload information of each of a second set of connection payloads carried in the MAC PDU payload from the plurality of connection payloads, in a second header of the MAC PDU, wherein the second set of connection payloads includes the plurality of connection payloads excluding the first connection payload; and sending the MAC PDU including encoded information; wherein encoding connection payload information comprises: encoding information associated with a number of connection payload information present in the second header in a Number of Connection Payload Information NCPI field of the second header; encoding information about connection identifiers associated with the plurality of connection payloads in a Flow ID field of the first header and a plurality of Flow ID fields of the second header; and encoding lengths of the plurality of connection payloads in a length field of the first header and a plurality of length fields in the second header. encoding connection payload information of a first connection payload carried in a MAC PDU payload from the plurality of connection payloads, in a first header of the MAC PDU; encoding connection payload information of each of a second set of connection payloads carried in the MAC PDU payload from the plurality of connection payloads, in a second header of the MAC PDU, wherein the second set of connection payloads includes the plurality of connection payloads excluding the first connection payload; and sending the MAC PDU including encoded information; wherein encoding connection payload information comprises: encoding information associated with a number of connection payload information present in the second header in a Number of Connection Payload Information NCPI field of the second header; encoding information about connection identifiers associated with the plurality of connection payloads in a Flow ID field of the first header and a plurality of Flow ID fields of the second header; and encoding lengths of the plurality of connection payloads in a length field of the first header and a plurality of length fields in the second header. encoding information associated with a number of connection payload information present in the second header in a Number of Connection Payload Information NCPI field of the second header; encoding information about connection identifiers associated with the plurality of connection payloads in a Flow ID field of the first header and a plurality of Flow ID fields of the second header; and encoding lengths of the plurality of connection payloads in a length field of the first header and a plurality of length fields in the second header.
A method for quarantining an Internet Protocol, IP, address corresponding to a computing device, the method comprising, receiving, at a Domain Name Server, DNS,, a request from the computing device, quarantining, by the DNS, the IP address corresponding to the computing device by analyzing the request based on a pre-defined set of rules, to trigger a quarantine mode, wherein restricted services are provided to the computing device in the quarantine mode, providing, by the DNS, in the quarantine mode, a response corresponding to the request, if the response is available in a cache, wherein the response is one of an expired response and an unexpired response based on a Time to Live, TTL, of the response; and abstaining, by the DNS, in the quarantine mode, from providing the response corresponding to the request, if the response is not available in the cache, wherein the abstaining comprises not performing a recursive search for accessing the response corresponding to the request. receiving, at a Domain Name Server, DNS,, a request from the computing device, quarantining, by the DNS, the IP address corresponding to the computing device by analyzing the request based on a pre-defined set of rules, to trigger a quarantine mode, wherein restricted services are provided to the computing device in the quarantine mode, providing, by the DNS, in the quarantine mode, a response corresponding to the request, if the response is available in a cache, wherein the response is one of an expired response and an unexpired response based on a Time to Live, TTL, of the response; and abstaining, by the DNS, in the quarantine mode, from providing the response corresponding to the request, if the response is not available in the cache, wherein the abstaining comprises not performing a recursive search for accessing the response corresponding to the request.
Fuel consumption-measuring system for an internal combustion engine, having a fuel feed line via which a first fuel pump, via which fuel can be fed from a fuel tank, can be fluidly connected to a consumer, a fuel consumption-measuring device which is arranged in the fuel feed line, a first fuel return line which branches off at the consumer and opens into the fuel feed line between the fuel consumption-measuring device and the consumer, a second fuel return line which branches off from the fuel feed line between the first fuel pump and the fuel consumption-measuring device and opens into the fuel tank, and a heat exchanger via which the fuel from the second fuel return line extracts heat from the fuel of the first fuel return line, characterized in that means (54, 56, 62) are arranged in the first fuel return line and in the second fuel return line, by which equal volume flows are set at an opening of the first fuel return line into the fuel feed line, and at a branch from the fuel feed line into the second fuel return line.
A housing comprising a box closed by a cover, a detector device for detecting the presence of the cover, and an electrical power supply to which the detector device is connected, the housing being characterized in that the detector device comprises a pushbutton in register with a portion of the cover, and a monostable relay having a core that is movable between a retracted position towards which the core is urged resiliently, and an extended position towards which the core is driven by a control unit arranged to detect the state of the pushbutton, a spring blade being fastened to the end of the core so as to have a free end that is spaced apart from the pushbutton when the core is in the retracted position and that is in register with the pushbutton when the core is in the extended position, said portion of the cover coming to press against the blade when the cover is present so that the blade is deformed and actuates the pushbutton, the blade including a portion in relief for co-operating with said portion of the cover, the blade and said portion of the cover being arranged in such a manner that when the cover is in position on the box, said portion of the cover holds the core in the extended position even when the relay is no longer powered and opposes neither the core reaching the extended position nor the pushbutton being actuated by the blade when the core is driven to its extended position from its retracted position.
An osteotomy surgical apparatus (1, 51) comprising: a plate-like main body extending along a longitudinal direction; a bone cutting blade provided at a distal end of the main body and used for cutting bone tissue; a striking section configured to be struck with a hammer, the striking section provided at a proximal end of the main body; and a guard (40, 70) disposed so as to overlap the bone cutting blade in a side view of the bone cutting blade, characterized in that a distal end of the guard (40, 70) is disposed at a position retracted in the longitudinal direction toward a base end side relative to a blade edge of the bone cutting blade. a plate-like main body extending along a longitudinal direction; a bone cutting blade provided at a distal end of the main body and used for cutting bone tissue; a striking section configured to be struck with a hammer, the striking section provided at a proximal end of the main body; and a guard (40, 70) disposed so as to overlap the bone cutting blade in a side view of the bone cutting blade, characterized in that a distal end of the guard (40, 70) is disposed at a position retracted in the longitudinal direction toward a base end side relative to a blade edge of the bone cutting blade.
A method for manufacturing a metallic link for constituting an energy chain constituted by metallic link from a pair of conventional sheet of metal, each sheet of metal having two flat surfaces (1,2), respectively parallel to each other and connected by a pair of inclined surfaces, said method comprising, independently from the order these steps are performed: the steps of forming rounded edges on opposite sides of said sheets of metal, forming a rounded notch at one of said rounded edges of each sheet of metal, said notches being defined by a pair of radial surfaces (4a, 4b), said notch having the same centre of curvature of said rounded edge, characterized by forming a pair of through-hole (3,5) and by forming a concave slot between the through-holes (3,5) on each sheet of metal, said slot having concavity facing the notched side of said sheets of metal, die forming only one portion of the portions (1, 2) defined to both sides of said concave: slot on each sheet of metal, each said through-hole having the same centre of curvature of said rounded edges, and joining two sheets of metal together forming a side link by clinching or electro-welding them once the corresponding flat surfaces are disposed over each other such that radial surfaces (4a, 4b) of one flat surface are parallel to radial surfaces (4a, 4b) of the other flat surface.
An apparatus for use in a wireless telecommunications system, the apparatus being intended for communication with at least one other device in the wireless telecommunications system, said apparatus comprising at least a first antenna of a first polarization and a second antenna of a second polarization, the apparatus comprising a receiver block and a transmitter block, the apparatus comprising means for polarization adaptation which comprises two function blocks, an uplink polarization estimation means (150, 204)for estimating the polarization state of a signal which is received from the one other device; and a downlink polarization control means (160, 206) for adapting the polarization state of a signal transmitted from the apparatus to the one other device on the basis of said polarization state estimation of the received signal; characterized in that the means for uplink polarization estimation comprises input means for other parameters than uplink estimates, that the downlink polarization control means (160, 206) comprises inputs for the other parameters; and that the other parameters including phase coherency of and irregularities in the apparatus.