mhurhangee/patent-ind-claim-en huggingface dataset:
A dental implant , comprising: - a body ; - a longitudinal axis (L2); - a distal end ; - an open proximal end ; - implant retaining means provided on an external portion of said body , the implant retaining means comprising at least one thread ; - a collar ; - an internal bore provided within a portion of said body , said internal bore having a proximal end at the open proximal end of said body and a distal end ; - a first portion of said internal bore comprising an internally facing sloping surface having a proximal end and a distal end, said sloping surface extending from near the proximal end of said internal bore toward the distal end of said internal bore , said sloping surface being formed with a sloping path inwardly toward its distal end at an angle of 10 degrees to about 20 degrees relative to said longitudinal axis (L2) when the implant is seen from the side; - a second portion of said internal bore comprising an internally facing drive region positioned between the distal end of said sloping surface and the distal end of said internal bore, the internally facing drive region having a plurality of concave lobes ; and - a third portion of said internal bore comprising an internally threaded region positioned between said internally facing drive region and the distal end of said internal bore , characterized in that the body of the implant is tapered, at least one groove is located on the face of the at least one thread at a proximal portion of the dental implant , the plurality of concave lobes extend partially up into the internally facing sloping surface , and a ratio (L:D) of the length of the lobes to the implant's diameter is more than 0.4. - a body ; - a longitudinal axis (L2); - a distal end ; - an open proximal end ; - implant retaining means provided on an external portion of said body , the implant retaining means comprising at least one thread ; - a collar ; - an internal bore provided within a portion of said body , said internal bore having a proximal end at the open proximal end of said body and a distal end ; - a first portion of said internal bore comprising an internally facing sloping surface having a proximal end and a distal end, said sloping surface extending from near the proximal end of said internal bore toward the distal end of said internal bore , said sloping surface being formed with a sloping path inwardly toward its distal end at an angle of 10 degrees to about 20 degrees relative to said longitudinal axis (L2) when the implant is seen from the side; - a second portion of said internal bore comprising an internally facing drive region positioned between the distal end of said sloping surface and the distal end of said internal bore, the internally facing drive region having a plurality of concave lobes ; and - a third portion of said internal bore comprising an internally threaded region positioned between said internally facing drive region and the distal end of said internal bore ,
A resin composition in which a titanate compound is contained and dispersed in a thermosetting resin prior to curing, wherein the thermosetting resin is free from hardener and wherein the thermosetting resin is a novolac-type phenolic resin.
Load measuring device (100; 100a; 100b; 100c; 100'; 100") for suspension of a load (SW; 422) at a suspension point (AP; 410), with a force transmission element , at least one measuring unit for determining at least one deformation measurand (VMG) characterising a deformation of at least one region of the force transmission element , a first interface for wireless data transmission to at least one first external unit , a second interface for wireless data transmission to at least one second external unit , and with a control unit for controlling an operation of the load measuring device (100; 100a; 100b; 100c; 100'; 100"), wherein the load measuring device (100; 100a; 100b; 100c; 100'; 100") is configured to exchange via the first interface configuration data (cfg1, cfg2) for the load measuring device with the at least one first external unit , and to transmit by means of the second interface at least one first operating information characterising an operating state of the load measuring device to the at least one second external unit , wherein the force transmission element is formed substantially plate-like.
A wind turbine generator nacelle , comprising: a nacelle frame having a first forward hub end and a second aft end; dedicated transport fittings at each of said ends of said nacelle frame , said fittings adapted to be engaged by transport frames on first and second transport trailers for supporting said nacelle frame for transport by the trailers ; and a service platform mounted to said transport fittings on said aft end of said nacelle frame such that said service platform is cantilevered off of said aft end of said nacelle frame , wherein said nacelle has an internal service floor and wherein a floor of said service platform is substantially coplanar with said internal service floor . a nacelle frame having a first forward hub end and a second aft end; dedicated transport fittings at each of said ends of said nacelle frame , said fittings adapted to be engaged by transport frames on first and second transport trailers for supporting said nacelle frame for transport by the trailers ; and a service platform mounted to said transport fittings on said aft end of said nacelle frame such that said service platform is cantilevered off of said aft end of said nacelle frame , wherein said nacelle has an internal service floor and wherein a floor of said service platform is substantially coplanar with said internal service floor .
A double-walled, slip fit disposable cooler comprising: a body comprising: an outer shell comprising a base , a plurality of support walls coupled to the base , and a lip formed at the distal ends of the support walls away from the base , the base and the plurality of support walls defining an interior cavity therein; and an inner liner comprising a base , a plurality of support walls coupled to the base , and a lip extending substantially horizontally from the support walls at a distal end from the base , the base and the plurality of support walls defining an interior cavity therein and forming an opening at the upper terminus of the plurality of support walls , wherein the inner liner is removably disposed within the outer shell and the inner liner's lip is set atop of and supported by a portion of the outer shell's lip ; and a lid substantially covering the opening of the inner liner characterized in that at least one of the body and the lid are made entirely of a disposable, biodegradable and recyclable pulp-based material. an outer shell comprising a base , a plurality of support walls coupled to the base , and a lip formed at the distal ends of the support walls away from the base , the base and the plurality of support walls defining an interior cavity therein; and an inner liner comprising a base , a plurality of support walls coupled to the base , and a lip extending substantially horizontally from the support walls at a distal end from the base , the base and the plurality of support walls defining an interior cavity therein and forming an opening at the upper terminus of the plurality of support walls , wherein the inner liner is removably disposed within the outer shell and the inner liner's lip is set atop of and supported by a portion of the outer shell's lip ; and a lid substantially covering the opening of the inner liner characterized in that at least one of the body and the lid are made entirely of a disposable, biodegradable and recyclable pulp-based material.
MACHINE FOR FINISHING HIDES, in which hides are conveyed by a rubber belt and pressed against an opposite engraved roller , which deposits onto the surface of the hide (P) an even film of liquid (L), previously spread out on said engraved roller by one or more blades , said belt being towed by a first roller and returned by a second roller , at which the hide is deposited on a subsequent conveyor means , one of said first and second rollers being a drive roller and the other being an idle roller, said machine being characterized in that the second roller is provided with at least a supporting element that is integral with a fixed machine frame and positioned between the two ends of said second roller to increase stiffness thereof with respect to the longitudinal flexibility. and pressed against an opposite engraved roller , which deposits onto the surface of the hide (P) an even film of liquid (L), previously spread out on said engraved roller by one or more blades , said belt being towed by a first roller and returned by a second roller , at which the hide is deposited on a subsequent conveyor means , one of said first and second rollers being a drive roller and the other being an idle roller, said machine being characterized in that the second roller is provided with at least a supporting element that is integral with a fixed machine frame and positioned between the two ends of said second roller to increase stiffness thereof with respect to the longitudinal flexibility.
A biopsy needle , comprising: an outer tube including a first lumen extending therethrough; a longitudinal body slidably received in the first lumen of the outer tube , the longitudinal body including a second lumen extending therethrough, a distal end of the longitudinal body forming a tissue penetrating distal tip and including an opening configured to receive a tissue sample therein when the longitudinal body penetrates target tissue, the longitudinal body having an outer diameter selected to form a space between an inner surface of the outer tube and an outer surface of the longitudinal body ; a plurality of openings extending through a wall of the longitudinal body to permit fluid communication between the second lumen and the space , a size of the openings being selected to permit the openings to operate as a filter permitting liquids to pass from the second lumen to the space while preventing tissue from passing therethrough; and a stylet slidably received in the first lumen. an outer tube including a first lumen extending therethrough; a longitudinal body slidably received in the first lumen of the outer tube , the longitudinal body including a second lumen extending therethrough, a distal end of the longitudinal body forming a tissue penetrating distal tip and including an opening configured to receive a tissue sample therein when the longitudinal body penetrates target tissue, the longitudinal body having an outer diameter selected to form a space between an inner surface of the outer tube and an outer surface of the longitudinal body ; a plurality of openings extending through a wall of the longitudinal body to permit fluid communication between the second lumen and the space , a size of the openings being selected to permit the openings to operate as a filter permitting liquids to pass from the second lumen to the space while preventing tissue from passing therethrough; and a stylet slidably received in the first lumen.
A method for providing a peer-to-peer, P2P, data security service in an Internet of Things, IoT, environment between devices in an IoT platform connected over a network with a plurality of devices, the method comprising: authenticating a first device by using at least one of an authentication certificate or a unique key of the first device; assigning a group ID and group key to the first device after establishing a secure channel with the first device when the authenticating of the first device is completed; and assigning the group ID and group key to a second device requested by the first device, wherein the first device is a mobile terminal and the second device is household appliance, wherein the assigning of the group ID and group key to the second device is performed when the second device accesses the IoT platform by way of a token sent from the first device, wherein the first device and the second device transmit and receive authentication data encrypted by way of the group key, store each other's virtual device ID when the encrypted authentication data is decrypted, and establish a secure channel by way of a P2P session key exchange after storing the virtual device ID. authenticating a first device by using at least one of an authentication certificate or a unique key of the first device; assigning a group ID and group key to the first device after establishing a secure channel with the first device when the authenticating of the first device is completed; and assigning the group ID and group key to a second device requested by the first device, wherein the first device is a mobile terminal and the second device is household appliance, wherein the assigning of the group ID and group key to the second device is performed when the second device accesses the IoT platform by way of a token sent from the first device, wherein the first device and the second device transmit and receive authentication data encrypted by way of the group key, store each other's virtual device ID when the encrypted authentication data is decrypted, and establish a secure channel by way of a P2P session key exchange after storing the virtual device ID.
A mooring apparatus , comprising: a socket having a pair of seats (15a, 15a'; 15b, 15b'; 15c, 15c'; 15d, 15d'), and a connection member comprising: a pair of trunnions which are receivable/retainable on the pair of seats; and a pair of shoulders, wings or hooks , wherein the connection member is removably receivable in the socket and rotatable on the pair of seats, characterized in that in a retained position, at least a portion of one of the seats of the pair of seats is located between one of the trunnions of the pair of trunnions and one of the shoulders, wings or hooks of the pair of shoulders, wings or hooks; in a non-retained position, said one of the seats is not located between said one of the trunnions and said one of the shoulders, wings or hooks ; the connection member is rotatable around a first axis between the non-retained position and the retained position when received in the socket; and the pair of shoulders, wings or hooks are adapted to move around and/or rotate around or about outer surfaces of the pair of seats. a socket having a pair of seats (15a, 15a'; 15b, 15b'; 15c, 15c'; 15d, 15d'), and a connection member comprising: a pair of trunnions which are receivable/retainable on the pair of seats; and a pair of shoulders, wings or hooks , a pair of trunnions which are receivable/retainable on the pair of seats; and a pair of shoulders, wings or hooks , wherein the connection member is removably receivable in the socket and rotatable on the pair of seats, characterized in that in a retained position, at least a portion of one of the seats of the pair of seats is located between one of the trunnions of the pair of trunnions and one of the shoulders, wings or hooks of the pair of shoulders, wings or hooks; in a non-retained position, said one of the seats is not located between said one of the trunnions and said one of the shoulders, wings or hooks ; the connection member is rotatable around a first axis between the non-retained position and the retained position when received in the socket; and the pair of shoulders, wings or hooks are adapted to move around and/or rotate around or about outer surfaces of the pair of seats. in a retained position, at least a portion of one of the seats of the pair of seats is located between one of the trunnions of the pair of trunnions and one of the shoulders, wings or hooks of the pair of shoulders, wings or hooks; in a non-retained position, said one of the seats is not located between said one of the trunnions and said one of the shoulders, wings or hooks ; the connection member is rotatable around a first axis between the non-retained position and the retained position when received in the socket; and the pair of shoulders, wings or hooks are adapted to move around and/or rotate around or about outer surfaces of the pair of seats.
An internal combustion engine with an operating cylinder, in which a piston is moved cyclically between an upper dead center (OT) and a lower dead center (UT), wherein two intake valves and two exhaust valves are assigned to the operating cylinder, and two cam shafts , which in each case actuate an intake valve and an exhaust valve, wherein one cam shaft is designed as a variable cam shaft with an adjuster for adjusting the valve control times and the other cam shaft is designed as a fixed cam shaft with non-variable valve control times, characterized in that the opening of the exhaust valve actuated by the fixed cam shaft takes place in the range between 0° and 25° KW (crank angle) before the lower dead center of the piston.
A headphone , comprising: a housing , comprising a first layer structure , a first receiving space , a first output path , a first trench , a second layer structure , a cover structure and a sound output side ; and a speaker , placed in the first receiving space , wherein the speaker comprises a first speaker orientation, and the first speaker orientation corresponds to the first output path, wherein the first output path comprises the first trench wherein the first trench is located at the first layer structure , extends around the speaker, and is connected to the sound output side, wherein the housing further comprises a second output path , the speaker further comprises a second speaker orientation, and the second speaker orientation corresponds to the second output path, wherein a crossfeed output path travels between the second layer structure and the cover structure, passing through the second layer structure and the first layer structure to the sound output side, wherein the speaker is in contact with a first inclined surface included in the first receiving space. a housing , comprising a first layer structure , a first receiving space , a first output path , a first trench , a second layer structure , a cover structure and a sound output side ; and a speaker , placed in the first receiving space , wherein the speaker comprises a first speaker orientation, and the first speaker orientation corresponds to the first output path, wherein the first output path comprises the first trench wherein the first trench is located at the first layer structure , extends around the speaker, and is connected to the sound output side, wherein the housing further comprises a second output path , the speaker further comprises a second speaker orientation, and the second speaker orientation corresponds to the second output path, wherein a crossfeed output path travels between the second layer structure and the cover structure, passing through the second layer structure and the first layer structure to the sound output side, wherein the speaker is in contact with a first inclined surface included in the first receiving space.
Method for opening a door of a motor vehicle (V), the vehicle (V) being equipped with a device (D) for detecting a predetermined movement of a part of the body of a user, the method being characterized in that it comprises the following steps: • equipping the device beforehand with two doppler radars, a first radar (R1) being configured to transmit waves towards the rear of the vehicle (V), a second radar (R2) being configured to transmit waves towards the ground (V), each radar comprising an antenna (A1), means for transmitting and receiving radar waves, and means for processing reflected radar waves configured to detect the predetermined movement; • measuring, at set frequency, for each radar (R1, R2), a phase component (I1, I2) and a phase-offset component (Q1, Q2) of the reflected waves; • determining a characteristic parameter (A1, A2, F1, F2) of at least one of the two components for each radar (R1, R2); • comparing, for each radar (R1, R2), the characteristic parameter (A1, A2, F1, F2) with a predetermined form, comprising a predetermined number of peaks a characteristic value (Per) of which is greater than a predetermined persistence threshold; • if the characteristic parameter (A1, A2, F1, F2) has for the first and second radars (R1, R2) the predetermined form in a given interval of interest (Δt), • and if, in said interval of interest (Δt), the first radar (R1) also has a predetermined number of phase changes between the phase component (I1) and the phase-offset component (Q1), • then detecting the predetermined movement and opening the door, • otherwise not opening the door. • equipping the device beforehand with two doppler radars, a first radar (R1) being configured to transmit waves towards the rear of the vehicle (V), a second radar (R2) being configured to transmit waves towards the ground (V), each radar comprising an antenna (A1), means for transmitting and receiving radar waves, and means for processing reflected radar waves configured to detect the predetermined movement; • measuring, at set frequency, for each radar (R1, R2), a phase component (I1, I2) and a phase-offset component (Q1, Q2) of the reflected waves; • determining a characteristic parameter (A1, A2, F1, F2) of at least one of the two components for each radar (R1, R2); • comparing, for each radar (R1, R2), the characteristic parameter (A1, A2, F1, F2) with a predetermined form, comprising a predetermined number of peaks a characteristic value (Per) of which is greater than a predetermined persistence threshold; • if the characteristic parameter (A1, A2, F1, F2) has for the first and second radars (R1, R2) the predetermined form in a given interval of interest (Δt), • and if, in said interval of interest (Δt), the first radar (R1) also has a predetermined number of phase changes between the phase component (I1) and the phase-offset component (Q1), • then detecting the predetermined movement and opening the door, • otherwise not opening the door.
A radio apparatus for communicating at a dynamically selected radio frequency, comprising: a policy manager for storing at least one communications policy parameter; a detector for detecting an environmental radio frequency condition; a spectrum manager in communication with the policy manager and the detector and configured to: assign a state to at least one channel based upon the environmental radio frequency condition, the assigned state comprising one ermere-of: a cleared state, indicating that no signals were detected on the respective channel; and a control state, indicative of a live network channel; and maintain based on information from the policy manager and the detector a list of candidate channels based on the state assigned to the at least one channel; and a rendezvous subsystem configured to negotiate an operating frequency with other networked radios using the list of candidate channels. a policy manager for storing at least one communications policy parameter; a detector for detecting an environmental radio frequency condition; a spectrum manager in communication with the policy manager and the detector and configured to: assign a state to at least one channel based upon the environmental radio frequency condition, the assigned state comprising one ermere-of: a cleared state, indicating that no signals were detected on the respective channel; and a control state, indicative of a live network channel; and maintain based on information from the policy manager and the detector a list of candidate channels based on the state assigned to the at least one channel; and assign a state to at least one channel based upon the environmental radio frequency condition, the assigned state comprising one ermere-of: a cleared state, indicating that no signals were detected on the respective channel; and a control state, indicative of a live network channel; and maintain based on information from the policy manager and the detector a list of candidate channels based on the state assigned to the at least one channel; and a rendezvous subsystem configured to negotiate an operating frequency with other networked radios using the list of candidate channels.