mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus , comprising: a first control unit configured to acquire scheduling information for multimedia broadcast multicast services MBMS over single frequency network MBSFN transmission in a frequency band and provide the scheduling information to two or more base stations belonging to an MBSFN area for the MBSFN transmission characterized in that the frequency band is a frequency band shared by a plurality of radio communication systems, and in that the first control unit is further configured to acquire frame synchronization information for synchronizing a radio frame for the frequency band and provide the frame synchronization information to the base stations belonging to the MBSFN area. a first control unit configured to acquire scheduling information for multimedia broadcast multicast services MBMS over single frequency network MBSFN transmission in a frequency band and provide the scheduling information to two or more base stations belonging to an MBSFN area for the MBSFN transmission characterized in that the frequency band is a frequency band shared by a plurality of radio communication systems, and in that the first control unit is further configured to acquire frame synchronization information for synchronizing a radio frame for the frequency band and provide the frame synchronization information to the base stations belonging to the MBSFN area.
A method of outputting, by a first multimedia device (105A; 1010), data provided from a plurality of second multimedia devices (105B; 1020,1030), the method comprising: discovering the plurality of second multimedia devices by detecting a low power signal transmitted by the plurality of second multimedia devices when the first multimedia device is positioned within communication range of the plurality of second multimedia devices; the method characterized by : receiving audio data from one of the second multimedia devices and video data from another of the second multimedia devices; and outputting the audio data and the video data via at least one output device of the first multimedia device, wherein the audio data is reproducible by the one of the second multimedia devices and the video data is reproducible by the another of the second multimedia devices. discovering the plurality of second multimedia devices by detecting a low power signal transmitted by the plurality of second multimedia devices when the first multimedia device is positioned within communication range of the plurality of second multimedia devices; the method characterized by : receiving audio data from one of the second multimedia devices and video data from another of the second multimedia devices; and outputting the audio data and the video data via at least one output device of the first multimedia device, receiving audio data from one of the second multimedia devices and video data from another of the second multimedia devices; and outputting the audio data and the video data via at least one output device of the first multimedia device, wherein the audio data is reproducible by the one of the second multimedia devices and the video data is reproducible by the another of the second multimedia devices.
A plug connector comprising a contact module , the contact module including: a signal contact having a pointed tip at its end and connectable with a center conductor of a coaxial cable at its other end; and a ground contact that covers the end of the signal contact and is configured to connect with an external conductor of the coaxial cable ; wherein the plug connector further comprises a holder including an insertion hole into which the contact module is mounted; wherein the holder includes a window communicating with the insertion hole , and wherein the ground contact includes a contact body having a cylindrical shape, and a fitting protrusion integrally formed with the ground contact , the fitting protrusion being configured to detachably attach with the window when the contact module is mounted into the holder , and wherein the contact body is formed at an end of the ground contact to cover the end of the signal contact , and is connectable with a ground contact point of a jack connector when the plug connector is engaged with the jack connector . a signal contact having a pointed tip at its end and connectable with a center conductor of a coaxial cable at its other end; and a ground contact that covers the end of the signal contact and is configured to connect with an external conductor of the coaxial cable ; wherein the plug connector further comprises a holder including an insertion hole into which the contact module is mounted; wherein the holder includes a window communicating with the insertion hole , and wherein the ground contact includes a contact body having a cylindrical shape, and a fitting protrusion integrally formed with the ground contact , the fitting protrusion being configured to detachably attach with the window when the contact module is mounted into the holder , and wherein the contact body is formed at an end of the ground contact to cover the end of the signal contact , and is connectable with a ground contact point of a jack connector when the plug connector is engaged with the jack connector .
A construction machine comprising: a lower travelling body ; an upper slewing body mounted on the lower travelling body so as to be slewable, the upper slewing body including a portion forming a deck , the portion being a front-left-side portion or a front-right-side portion; a flexible gun hose to which a grease gun for grease supply is connected; a hose reel disposed on a front side portion of the deck to wind the gun hose ; and a urea tank that is disposed at a position rearward of the hose reel on the deck and stores urea water for exhaust gas purification, wherein the urea tank has a tank front surface facing frontward of the upper slewing body , the tank front surface being provided with a water inlet for resupplying urea water to the urea tank through the water inlet ; and the hose reel is disposed at a position deviated from the water inlet in a width direction of the upper slewing body , characterized in that the water inlet has a distal end that is located in front of a rear end of the hose reel . a lower travelling body ; an upper slewing body mounted on the lower travelling body so as to be slewable, the upper slewing body including a portion forming a deck , the portion being a front-left-side portion or a front-right-side portion; a flexible gun hose to which a grease gun for grease supply is connected; a hose reel disposed on a front side portion of the deck to wind the gun hose ; and a urea tank that is disposed at a position rearward of the hose reel on the deck and stores urea water for exhaust gas purification, wherein the urea tank has a tank front surface facing frontward of the upper slewing body , the tank front surface being provided with a water inlet for resupplying urea water to the urea tank through the water inlet ; and the hose reel is disposed at a position deviated from the water inlet in a width direction of the upper slewing body ,
A fiber reinforced composite comprising: a core material, and a skin material comprising fibers and a resin, the skin material being disposed on at least a part of a surface of the core material, wherein the core material comprises a molded product of expanded beads containing a thermoplastic resin, and having a heat shrinkage onset temperature of 80°C or higher, a linear expansion coefficient of 10 × 10 -5 mm/mm· ° C or less, and a ratio of change in dimensions with heating at 130°C of -4.0% to 0%, wherein the thermoplastic resin contains 30% by mass to 75% by mass of a polyphenylene ether resin relative to 100% by mass of the thermoplastic resin contained in the molded product of expanded beads and wherein the heat shrinkage onset temperature, linear expansion coefficient and ratio of change in dimensions with heating at 130°C are measured according to the methods provided in the description. a core material, and a skin material comprising fibers and a resin, the skin material being disposed on at least a part of a surface of the core material, wherein the core material comprises a molded product of expanded beads containing a thermoplastic resin, and having a heat shrinkage onset temperature of 80°C or higher, a linear expansion coefficient of 10 × 10 -5 mm/mm· ° C or less, and a ratio of change in dimensions with heating at 130°C of -4.0% to 0%, wherein the thermoplastic resin contains 30% by mass to 75% by mass of a polyphenylene ether resin relative to 100% by mass of the thermoplastic resin contained in the molded product of expanded beads and wherein the heat shrinkage onset temperature, linear expansion coefficient and ratio of change in dimensions with heating at 130°C are measured according to the methods provided in the description.
A method comprising: receiving a frame buffer update request from a remote environment ; determining , via a processor of an apparatus, a scan interval defining a first portion of the frame buffer over which scanning to determine data changes is to occur and a second portion of the frame buffer over which scanning to determine data changes is not to occur, wherein the scan interval is determined by determining a fixed skip interval of pixels to be skipped after scanning a pixel while traversing the frame buffer ; identifying whether a data change occurs in the first portion of the frame buffer by comparing newer data to older data; and updating a selected portion of the frame buffer to the remote environment based on the identifying. receiving a frame buffer update request from a remote environment ; determining , via a processor of an apparatus, a scan interval defining a first portion of the frame buffer over which scanning to determine data changes is to occur and a second portion of the frame buffer over which scanning to determine data changes is not to occur, wherein the scan interval is determined by determining a fixed skip interval of pixels to be skipped after scanning a pixel while traversing the frame buffer ; identifying whether a data change occurs in the first portion of the frame buffer by comparing newer data to older data; and updating a selected portion of the frame buffer to the remote environment based on the identifying.
A method, operational at a device , comprising: initiating a radio link with a network node ; establishing a connectivity context with a connectivity serving node over the radio link with the network node using a connectivity logical context of the device; establishing a first service context with a first service management entity, SME , over the radio link with the network node using a first logical context of the device; and establishing a second service context with a second SME over the radio link using a second logical context of the device, wherein the first logical context is distinct from the connectivity logical context, wherein the second logical context is distinct from the connectivity logical context and from the first logical context, and wherein the connectivity context is shared by the first and the second service contexts. initiating a radio link with a network node ; establishing a connectivity context with a connectivity serving node over the radio link with the network node using a connectivity logical context of the device; establishing a first service context with a first service management entity, SME , over the radio link with the network node using a first logical context of the device; and establishing a second service context with a second SME over the radio link using a second logical context of the device, wherein the first logical context is distinct from the connectivity logical context, wherein the second logical context is distinct from the connectivity logical context and from the first logical context, and wherein the connectivity context is shared by the first and the second service contexts.
A polyethylene formulation comprising a partially cross-linked multimodal polyethylene composition having a first molecular weight ethylene-based polymer component and a second molecular weight ethylene-based polymer component, wherein the partially cross-linked multimodal polyethylene composition comprises: a density from 0.930 g/cc to 0.943 g/cc measured according to ASTM D792; a melt index (I 2 ) from 0.01 g/10 min to 5 g/10 min, when measured according to ASTM D1238 at 190 °C and a 2.16 kg load; a molecular weight distribution (MWD) from 5 to 10, wherein MWD is defined as M w /M n with M w being a weight average molecular weight and M n being a number average molecular weight; and a complex viscosity ratio from 250 to 450, wherein the complex viscosity ratio is defined as the complex viscosity at a shear rate of 0.01 rad/s divided by the complex viscosity at a shear rate of 100 rad/s. a density from 0.930 g/cc to 0.943 g/cc measured according to ASTM D792; a melt index (I 2 ) from 0.01 g/10 min to 5 g/10 min, when measured according to ASTM D1238 at 190 °C and a 2.16 kg load; a molecular weight distribution (MWD) from 5 to 10, wherein MWD is defined as M w /M n with M w being a weight average molecular weight and M n being a number average molecular weight; and a complex viscosity ratio from 250 to 450, wherein the complex viscosity ratio is defined as the complex viscosity at a shear rate of 0.01 rad/s divided by the complex viscosity at a shear rate of 100 rad/s.
Seating furniture chassis, comprising a base body , fastening means and a back part , wherein the fastening means are arranged on the base body , wherein the back part can be fastened releasably to the fastening means , wherein the fastening means comprise a spring element and a fastening element , wherein the spring element exerts a spring force on the fastening element , wherein, when the back part is fastened to the fastening means , the fastening element is moved by the back part counter to the spring force, wherein the fastening means have a latching region , wherein the back part comprises a latching element , wherein the latching element is arranged in the latching region when the back part is fastened to the fastening means , wherein the fastening element exerts a latching force, which is triggered by the spring force, on the latching element when the latching element is arranged in the latching region , wherein the latching element can be introduced from above into the latching region , characterized in that the back part can be fastened to the fastening means by a second pivoting movement of the back part, wherein, during this second pivoting movement, the movement of the fastening element counter to the spring force is triggered by the latching element.
A laser system comprising a laser cavity and a locking and scanning apparatus for the laser cavity , the locking and scanning apparatus comprising: an external reference cavity having a reference cavity drive system for scanning a reference cavity length; and a locking and scanning circuit electrically connected to a dual piezo-actuated mirror of the laser cavity , wherein the locking and scanning circuit comprises a signal generator for generating an error signal between an output from the laser cavity and an output from the external reference cavity , characterised in that the signal generator is configured to split the error signal into a first and second component and the locking and scanning circuit further comprises : a first signal processing circuit for processing the first component of the error signal to provide a feedback signal for a first piezoelectric crystal of the dual piezo-actuated mirror ; and a second signal processing circuit for processing the second component of the error signal to provide a feedback signal for a second piezoelectric crystal of the dual piezo-actuated mirror . a first signal processing circuit for processing the first component of the error signal to provide a feedback signal for a first piezoelectric crystal of the dual piezo-actuated mirror ; and a second signal processing circuit for processing the second component of the error signal to provide a feedback signal for a second piezoelectric crystal of the dual piezo-actuated mirror .
A cooling system comprising a skeleton frame having a central opening in which at least one cooling core is received and framed by the skeleton frame ; characterized by a skin wrapping over and about the skeleton frame .
A universal transportation system for transporting removable freight modules (2, 2.2) for transporting various types of cargo, the modules (2, 2.2) comprising mating locating top pivot bearings fixed thereon and having side supports (2.1) for resting on a railway rolling stock floor (1.1) or frame (1.2), the system comprising a railway rolling stock being an articulated flatcar configured for installing, fixing and transporting the removable freight modules (2, 2.2) thereon, wherein the railway rolling stock is provided with elements for locating and retaining the removable freight modules, characterised in that said elements comprise support bottom pivot bearings, mounted on the frames (1.2) of the railway rolling stock flatcars and configured to engage with the mating locating top pivot bearings of the removable freight modules , and additional support bottom pivot bearings mounted on the articulated ends of the frames (1.2) of the railway rolling stock flatcars , configured to engage with mating locating top pivot bearings of the removable freight module (2.2) mounted in the area between flatcars above the articulated flatcar articulating assembly, and to compensate angular and linear movement of the top pivot bearings of the freight module (2.2) relative to the frames (1.2).
A cooking appliance comprising: a cooking compartment ; a cooling fan to suction air into the cooking appliance and discharge the suctioned air out of the cooking appliance to thereby form an air flow path; and a lamp assembly configured to illuminate an inside of the cooking compartment , and the lamp assembly being disposed on the air flow path so that the lamp assembly exchanges heat with the suctioned air, wherein the lamp assembly includes a light emitting diode (LED) lamp configured to radiate light toward the cooking compartment, and a case configured to accommodate the LED lamp , characterized in that the cooling fan is disposed at an upper portion of the cooking compartment , the case includes an air suction hole disposed at both side surfaces of the case to suction air into the case, and an air exhaust hole disposed at a rear surface of the case to discharge air suctioned through the air suction hole . a cooking compartment ; a cooling fan to suction air into the cooking appliance and discharge the suctioned air out of the cooking appliance to thereby form an air flow path; and a lamp assembly configured to illuminate an inside of the cooking compartment , and the lamp assembly being disposed on the air flow path so that the lamp assembly exchanges heat with the suctioned air, wherein the lamp assembly includes a light emitting diode (LED) lamp configured to radiate light toward the cooking compartment, and a case configured to accommodate the LED lamp , characterized in that the cooling fan is disposed at an upper portion of the cooking compartment , the case includes an air suction hole disposed at both side surfaces of the case to suction air into the case, and an air exhaust hole disposed at a rear surface of the case to discharge air suctioned through the air suction hole .
The combination of a wall-cupboard and an adjustable anchoring group for anchoring said wall-cupboard (P) to a wall , said wall-cupboard (P) comprising a base or ledge , the adjustable anchoring group comprising a hanging-bracket device provided with both an anchoring base to said panel or wall and also a hooking element , and an anchoring support respectively, which is apt to be fixed to the rear of said wall-cupboard (P), the adjustable anchoring group further comprising regulation means and activation means of the reciprocal position being provided between said hanging-bracket device , said hooking element and said anchoring support in order to regulate the position of the wall-cupboard (P) with respect to the wall according to two directions (F, F1) perpendicular to each other, vertically (in height) and horizontally (in depth), respectively, wherein both said regulation means and said activation means are controlled from below the wall cupboard once the adjustable anchoring group is assembled on a cupboard (P) by means of holes formed in said base or ledge of the wall-cupboard (P), characterized in that said hanging bracket comprises a slide sliding linearly with respect to said anchoring base in a first direction, said hooking element being at least partially associated with said slide and movable with respect to the latter in at least a second direction substantially perpendicular with respect to said first direction, wherein said regulation means and said activation means are respectively associated with said slide and said hooking element .
A method for separating a gas mixture which is produced in particular by fermentation from biomass and contains at least methane and carbon dioxide, wherein the gas mixture is brought into contact with a liquid phase in a pressure vessel in which a pressure in the range from 2 bar to 30 bar, preferably from 5 bar to 25 bar, preferably from 10 bar to 20 bar prevails, so that at least some of the carbon dioxide dissolves in the liquid phase , and wherein the dissolved carbon dioxide in a stripping device is separated at least in part from the liquid phase by at least one stripping agent as part of at least one stripping mass flow , in particular is continuously separated, and wherein the stripping agent is an alkane with two to five carbon atoms.
A cell-protecting pharmaceutical composition for use in inhibiting apoptosis of kidney cells, comprising a cyclo histidine-proline (Cyclo His-Pro, CHP) or a pharmaceutically acceptable salt thereof as the sole active ingredient, wherein the cell protecting pharmaceutical composition is used in the prevention or treatment of diseases selected from the group consisting of nephritis, acute pyelonephritis, chronic pyelonephritis, acute renal failure, renal tubulo-interstitial fibrosis disorder, nephrotic syndrome, nephrogenic diabetes insipidus, electrolyte metabolism abnormality, hyperuricemia, and hyponatremia.