mhurhangee/patent-ind-claim-en huggingface dataset:
A Raman pumping device for amplifying a data optical signal in a fiber optic transmission system, comprising: first and second ports through which the data optical signal may respectively enter and exit the Raman pumping device ; a Raman pump source for generating a Raman pump signal; and at least one combiner for combining the Raman pump signal with the data optical signal; wherein the Raman pumping device allows for selectively combining the Raman pump signal generated by the same Raman pump source , or at least parts of the same Raman pump source codirectionally or counterdirectionally with the data optical signal; wherein the Raman pumping device comprises an optical switch for selectively directing the Raman pump signal to one of: a first combiner arranged to combine the Raman pump signal and the data optical signal codirectionally; and a second combiner arranged to combine the Raman pump signal and the data optical signal counterdirectionally. first and second ports through which the data optical signal may respectively enter and exit the Raman pumping device ; a Raman pump source for generating a Raman pump signal; and at least one combiner for combining the Raman pump signal with the data optical signal; wherein the Raman pumping device allows for selectively combining the Raman pump signal generated by the same Raman pump source , or at least parts of the same Raman pump source codirectionally or counterdirectionally with the data optical signal; wherein the Raman pumping device comprises an optical switch for selectively directing the Raman pump signal to one of: a first combiner arranged to combine the Raman pump signal and the data optical signal codirectionally; and a second combiner arranged to combine the Raman pump signal and the data optical signal counterdirectionally. a first combiner arranged to combine the Raman pump signal and the data optical signal codirectionally; and a second combiner arranged to combine the Raman pump signal and the data optical signal counterdirectionally.
An indicator tool for use with an implanted valve unit having a plurality of performance settings, comprising: a housing with a readout window; an indicator wheel assembly capable of rotating within the housing on a spindle rotatably supported by the housing, and carrying indicia of performance settings sequentially viewable through the readout window; at least one magnet carried by the indicator wheel assembly to detect an actual setting of the implanted valve unit; a release mechanism which, when actuated by a user from a first position to a second position, enables the indicator wheel to rotate as the magnet is drawn toward the actual setting of the implanted valve unit; and a first gear carried by one of the release mechanism and the indicator wheel assembly and at least one catch, carried by the other of the release mechanism and the indicator wheel assembly, which drives the indicator wheel to display a single performance setting value through the readout window when the release mechanism returns to the first position. a housing with a readout window; an indicator wheel assembly capable of rotating within the housing on a spindle rotatably supported by the housing, and carrying indicia of performance settings sequentially viewable through the readout window; at least one magnet carried by the indicator wheel assembly to detect an actual setting of the implanted valve unit; a release mechanism which, when actuated by a user from a first position to a second position, enables the indicator wheel to rotate as the magnet is drawn toward the actual setting of the implanted valve unit; and a first gear carried by one of the release mechanism and the indicator wheel assembly and at least one catch, carried by the other of the release mechanism and the indicator wheel assembly, which drives the indicator wheel to display a single performance setting value through the readout window when the release mechanism returns to the first position.
Arrangement for a rock grouting equipment for positioning at least one cartridge , wherein the arrangement comprises at least one magazine arranged around a horizontally arranged axis , and intended to comprise a plurality of said cartridges , said magazine comprising at least one compartment , in which compartment a plurality of said cartridges are placed, characterized in that the arrangement further comprises at least one in relation to the horizontally arranged axis in radial direction extending catching organ , wherein said catching organ is arranged to perform a rotating movement around the horizontally arranged axis , and wherein said catching organ is arranged and formed such that it, during said rotating movement, catches at least one of said cartridges at a periphery of the magazine . at least one magazine arranged around a horizontally arranged axis , and intended to comprise a plurality of said cartridges , said magazine comprising at least one compartment , in which compartment a plurality of said cartridges are placed, characterized in that the arrangement further comprises at least one in relation to the horizontally arranged axis in radial direction extending catching organ , wherein said catching organ is arranged to perform a rotating movement around the horizontally arranged axis , and wherein said catching organ is arranged and formed such that it, during said rotating movement, catches at least one of said cartridges at a periphery of the magazine .
Sound-absorbing roof construction of a hall with walls , several roof trusses resting at least at their ends on the walls and with a roof cladding carried by the roof trusses , wherein on the side surfaces of several of the roof trusses absorber strips are attached, which are composed of sound absorber elements, wherein a sound-reflecting section of the roof cladding extends between adjacent roof trusses with the absorber strips with a width which is at least twice the average height of the roof trusses , and wherein the roof cladding , which extends between the side surfaces of the roof trusses covered with the absorber strips , is not covered with sound-absorbing material, characterized in that the roof cladding has a reverberant and therefore acoustically strongly reflecting inside, whereby the inside of the roof cladding acts as a further reflective surface which reflects the sound waves generated in the interior of the hall to the absorber elements.
A hermetically-sealed enclosure comprising: at least two wall elements of substantially congruent shapes; a spacer system defining an interior space between the wall elements ; and a bridge element including one or more flexible metal foil layers extending between adjacent, respective edges of the wall elements to isolate the interior space from a surrounding environment, wherein, when the bridge element extends between the adjacent, respective edges of the wall elements and the bridge element is ready to be bonded, the bridge element is substantially free of step discontinuities in the total thickness along the intended weld path so as to limit the total thickness variation of the bridge element along the weld path to 0.0254 mm or less, and wherein the bridge element is bonded to each of the wall elements via an ultrasonic weld to form a continuous bond line. at least two wall elements of substantially congruent shapes; a spacer system defining an interior space between the wall elements ; and a bridge element including one or more flexible metal foil layers extending between adjacent, respective edges of the wall elements to isolate the interior space from a surrounding environment, wherein, when the bridge element extends between the adjacent, respective edges of the wall elements and the bridge element is ready to be bonded, the bridge element is substantially free of step discontinuities in the total thickness along the intended weld path so as to limit the total thickness variation of the bridge element along the weld path to 0.0254 mm or less, and wherein the bridge element is bonded to each of the wall elements via an ultrasonic weld to form a continuous bond line.
A receiver , comprising: a tuner receiving an input communication signal comprising weak line-of-sight pulses and strong reflected pulses; a signal processor configured to process the input signal; an automatic gain control, AGC, controller configured to: initialize the receiver in a low gain state; determine the presence of a signal; increase the receiver gain to a high gain state, to determine if a weak signal is present prior to a strong signal; when a weak signal is determined as being present prior to a strong signal: (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state. a tuner receiving an input communication signal comprising weak line-of-sight pulses and strong reflected pulses; a signal processor configured to process the input signal; an automatic gain control, AGC, controller configured to: initialize the receiver in a low gain state; determine the presence of a signal; increase the receiver gain to a high gain state, to determine if a weak signal is present prior to a strong signal; when a weak signal is determined as being present prior to a strong signal: (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state. initialize the receiver in a low gain state; determine the presence of a signal; increase the receiver gain to a high gain state, to determine if a weak signal is present prior to a strong signal; when a weak signal is determined as being present prior to a strong signal: (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state. (i) remain in the high gain state; and (ii) when clipping of the strong signal occurs in the high gain state, remain in the high gain state.
A method for transmitting a forward error correction, FEC, packet by an FEC packet transmission apparatus in a MPEG Media Transport, MMT, system, the method comprising: transmitting an FEC delivery block to an FEC packet reception apparatus, wherein the FEC delivery block includes N payloads, each of the N payloads includes a payload header, wherein each consecutive payload header included in each of C payloads among the N payloads, includes packet oriented header information and an FEC delivery block oriented header information fragment among C FEC delivery block oriented header information fragments, such that the first FEC delivery block oriented header information fragment is included in the header of the first payload and the header of the C+1 th payload, and wherein the FEC delivery block oriented header information fragment is generated by fragmenting FEC delivery block oriented header information applied to the N payloads, and the packet oriented header information is applied to a related payload. transmitting an FEC delivery block to an FEC packet reception apparatus, wherein the FEC delivery block includes N payloads, each of the N payloads includes a payload header, wherein each consecutive payload header included in each of C payloads among the N payloads, includes packet oriented header information and an FEC delivery block oriented header information fragment among C FEC delivery block oriented header information fragments, such that the first FEC delivery block oriented header information fragment is included in the header of the first payload and the header of the C+1 th payload, and wherein the FEC delivery block oriented header information fragment is generated by fragmenting FEC delivery block oriented header information applied to the N payloads, and the packet oriented header information is applied to a related payload.
A tube (100; 200; 300; 400; 500; 600) comprising a sidewall defining a lumen profile , the sidewall comprising a plurality of alternating thin regions and thick regions, characterized in that the thin regions comprise elastic instabilities , wherein the thick regions are diametrically opposite to the thin regions, wherein the thin regions have a sidewall thickness T 1 and the thick regions have a sidewall thickness T 2 , wherein the thickness T 1 is no greater than 50 % of the thickness T 2 , wherein the tube (100; 200; 300; 400; 500; 600) exhibits a closure stress, measured according to the Finite Element Analysis method, that is no greater than 0.94 times the Elastic Modulus E of the material forming the tube (100; 200; 300; 400; 500; 600), as defined in ASTM D 412, wherein the tube (100; 200; 300; 400; 500; 600) comprises an outer diameter having a circular shape, and wherein the tube (100; 200; 300; 400; 500; 600) exhibits a contact stress of at least 0.5 times and no greater than 0.91 times the Elastic Modulus E, as defined in ASTM D 412, of the material forming the tube (100; 200; 300; 400; 500; 600), wherein the tube is capable of achieving essentially complete closure.
An apparatus connectable with a server system including one or more servers via a network, the apparatus comprising: an apparatus information transmitting unit configured to transmit apparatus information indicating information related to the apparatus to the server system ; a content information request transmitting unit configured to transmit a content information request requesting content information capable of identifying one or more contents for indicating information to be conveyed to a user to the server system ; a content information receiving unit configured to receive the content information from the server system as a response to the content information request; a determining unit configured to determine whether a storage device for storing content received from the server system is connected to the apparatus ; a selection unit configured to, in response to a determination by the determining unit that the storage device for storing content received from the server system is not connected to the apparatus , select a content satisfying a predetermined condition from among the one or more contents identified by the content information received by the content information receiving unit ; a content request transmitting unit configured to transmit a content request requesting the content selected by the selection unit to the server system ; a content receiving unit configured to receive the content from the server system as a response to the content request; and a display unit configured to display the content received by the content receiving unit . an apparatus information transmitting unit configured to transmit apparatus information indicating information related to the apparatus to the server system ; a content information request transmitting unit configured to transmit a content information request requesting content information capable of identifying one or more contents for indicating information to be conveyed to a user to the server system ; a content information receiving unit configured to receive the content information from the server system as a response to the content information request; a determining unit configured to determine whether a storage device for storing content received from the server system is connected to the apparatus ; a selection unit configured to, in response to a determination by the determining unit that the storage device for storing content received from the server system is not connected to the apparatus , select a content satisfying a predetermined condition from among the one or more contents identified by the content information received by the content information receiving unit ; a content request transmitting unit configured to transmit a content request requesting the content selected by the selection unit to the server system ; a content receiving unit configured to receive the content from the server system as a response to the content request; and a display unit configured to display the content received by the content receiving unit .
A method for preforming automatic BIOS optimization, comprising: detecting, by a processor of a computer , a change to the computer ; comparing, by a BIOS optimization function included in a memory that is in communication with the processor , a current BIOS configuration to an optimized BIOS configuration associated with the change to identify a corresponding setting between the current BIOS configuration and the BIOS configuration that does not match; identifying by the BIOS optimization function a suggested setting for each BIOS feature ; configuring, by the BIOS optimization function that is in communication with the processor , the setting of the current BIOS configuration to match a corresponding setting of the optimized BIOS configuration ; changing the setting in the current BIOS configuration to match the corresponding setting in the optimized Bios configuration ; and operating, by the processor , the computer with the optimized BIOS configuration associated with the change, wherein the BIOS optimization function includes a plurality of different optimized BIOS configurations for different changes so that based on the change that is detected, the BIOS optimization function may use the appropriate optimized BIOS configuration that corresponds to the change. detecting, by a processor of a computer , a change to the computer ; comparing, by a BIOS optimization function included in a memory that is in communication with the processor , a current BIOS configuration to an optimized BIOS configuration associated with the change to identify a corresponding setting between the current BIOS configuration and the BIOS configuration that does not match; identifying by the BIOS optimization function a suggested setting for each BIOS feature ; configuring, by the BIOS optimization function that is in communication with the processor , the setting of the current BIOS configuration to match a corresponding setting of the optimized BIOS configuration ; changing the setting in the current BIOS configuration to match the corresponding setting in the optimized Bios configuration ; and operating, by the processor , the computer with the optimized BIOS configuration associated with the change, wherein the BIOS optimization function includes a plurality of different optimized BIOS configurations for different changes so that based on the change that is detected, the BIOS optimization function may use the appropriate optimized BIOS configuration that corresponds to the change.
A method for pairing of shutter glasses (411-414) with a remote control unit (RCU) (461-464, 272-273) for use with a display device configured to display a plurality of video streams by time interleaving the frames of the video streams and sending synchronization signal to shutter glasses, characterized in that the method comprises the steps of: - generating at least one synchronization signal (911, 912; 921, 922; 913, 923) for the shutter glasses (411-414); - receiving an IR signal from the RCU (461-464, 272-273); - comparing the temporal correspondence of the received IR signal with the generated at least one synchronization signal (911, 912; 921, 922; 913, 923); - wherein the IR signal is found to be corresponding with a particular synchronization signal (911, 912; 921, 922; 913, 923) when the IR signal is at least partially active during the active time of the synchronization signal (911, 912; 921, 922; 913, 923) and when the IR signal is not active during the inactive time of the synchronization signal (911, 912; 921, 922; 913, 923); and - in case a temporal correspondence is found, pairing the RCU (461-464, 272-273) with the shutter glasses (411-414) for which the correspondent synchronization signal (911, 912; 921, 922; 913, 923) was found. - generating at least one synchronization signal (911, 912; 921, 922; 913, 923) for the shutter glasses (411-414); - receiving an IR signal from the RCU (461-464, 272-273); - comparing the temporal correspondence of the received IR signal with the generated at least one synchronization signal (911, 912; 921, 922; 913, 923); - wherein the IR signal is found to be corresponding with a particular synchronization signal (911, 912; 921, 922; 913, 923) when the IR signal is at least partially active during the active time of the synchronization signal (911, 912; 921, 922; 913, 923) and when the IR signal is not active during the inactive time of the synchronization signal (911, 912; 921, 922; 913, 923); and - in case a temporal correspondence is found, pairing the RCU (461-464, 272-273) with the shutter glasses (411-414) for which the correspondent synchronization signal (911, 912; 921, 922; 913, 923) was found.
A non-aqueous electrolyte solution for a secondary battery, comprising a boron compound represented by the following Formula : wherein, in Formula , R represents an alkyl group having from 1 to 12 carbon atoms, an alkenyl group having from 2 to 12 carbon atoms, or a group represented by Formula : wherein, in Formula , each of R 1 to R 3 independently represents a hydrogen atom, a halogen atom, an alkyl group having from 1 to 12 carbon atoms, an alkenyl group having from 2 to 12 carbon atoms, or an aryl group having from 6 to 12 carbon atoms, and * represents a bonding site with an oxygen atom in Formula .
A grinding unit for grinding a disc-shaped cutting blade , comprising: - at least one grinding wheel adapted to rotate around a respective rotation axis (C-C); - a thrust actuator adapted to push the grinding wheel against a cutting edge of the disc-shaped cutting blade ; - a load cell for detecting an axial thrust exerted on the grinding wheel ; characterized by further comprising a pre-load member for pre-loading the load cell . - at least one grinding wheel adapted to rotate around a respective rotation axis (C-C); - a thrust actuator adapted to push the grinding wheel against a cutting edge of the disc-shaped cutting blade ; - a load cell for detecting an axial thrust exerted on the grinding wheel ;
A nozzle for an adhesive dispensing module , comprising; a nozzle body including a nozzle outlet for discharging a liquid adhesive therefrom, said nozzle body at least partially defining a gas inlet , a gas outlet , and a gas passage extending therebetween, said gas outlet positioned proximate to said nozzle outlet for directing a pressurized gas toward the liquid adhesive discharged from said nozzle outlet ; a dispersion baffle positioned within said gas passage to define a dispersion chamber and a consolidation chamber , said dispersion chamber configured to receive the pressurized gas from said gas inlet as an asymmetrical flow of gas with respect to a central axis of said dispersion chamber , and said consolidation chamber fluidly connected to said gas outlet ; and a plurality of channels extending through said dispersion baffle to fluidly connect said dispersion chamber to said consolidation chamber , the channels of said plurality of channels extending about the dispersion baffle asymmetrically about the central axis such that the channels are configured to restrict the pressurized gas received within said dispersion chamber and distribute the pressurized gas evenly through said consolidation chamber according to a predetermined flow distribution for spraying a plurality of droplets of the liquid adhesive according to a predetermined pattern.
Modular high-current connector which has a first housing part and a second housing part connected thereto, wherein the high-current connector has a pin contact , wherein the pin contact is substantially cylindrical and has a connection region (A') and a contact region (K') for establishing electrical contact with a device socket or a mating connector, wherein the contact region (K') of the pin contact protrudes from the high-current connector on the plug-in side, characterized in that the high-current connector has an insulating body which is arranged at least in part in the first housing part and which protrudes from the first housing part on the plug-in side.