mhurhangee/ep-ind-claims huggingface dataset:
Composite material consisting of: at least 65 volume per cent cubic boron nitride (cBN) grains dispersed in a binder matrix, the binder matrix comprising a plurality of microstructures bonded to the cBN grains and a plurality of intermediate regions between the cBN grains; the microstructures comprising nitride compound of a metal; and the intermediate regions including a silicide phase containing the metal chemically bonded with silicon; in which the content of the silicide phase is 2 to 6 weight per cent of the composite material; and the cBN grains have a mean size of 0.2 to 20μm, in which the metal is titanium (Ti) and the microstructures comprises titanium nitride (TiN). at least 65 volume per cent cubic boron nitride (cBN) grains dispersed in a binder matrix, the binder matrix comprising a plurality of microstructures bonded to the cBN grains and a plurality of intermediate regions between the cBN grains; a plurality of microstructures bonded to the cBN grains and a plurality of intermediate regions between the cBN grains; the microstructures comprising nitride compound of a metal; and the intermediate regions including a silicide phase containing the metal chemically bonded with silicon; in which the content of the silicide phase is 2 to 6 weight per cent of the composite material; and the cBN grains have a mean size of 0.2 to 20μm, in which the metal is titanium (Ti) and the microstructures comprises titanium nitride (TiN).
Set, comprising a fitting having a main body for attachment to a wall and/or door and at least two cover caps (5a, 5'a, 5"a), which can be attached removably to the main body, wherein a first cover cap that can be attached interchangeably to the main body has a first viewing surface, and at least one further cover cap (5'a, 5"a) that can be attached interchangeably to the main body has a further viewing surface (6'a, 6"a), which differs graphically, haptically, in colour and/or by means of a pattern or image from the first viewing surface, characterized in that at least one cover cap (5a, 5'a, 5"a) is at least partly accommodated by the main body and at least partly surrounded by the latter, wherein the cover cap (5a, 5'a, 5"a) is separated from the main body, at least partly or in some sections, by a groove and/or is completely surrounded by a circumferential groove.
A scanning confocal electron microscope (SCEM), comprising: an electron source for generating an electron beam; a first deflector for scanning the electron beam across a portion of a sample; a first electron lens for focusing the electron beam to form an image of the electron source at a sample (222,504); a detector (244,246,514,516,520) for detecting electrons that have passed through the sample; a second electron lens for focusing the electrons that have passed through the sample to form an image at or near the detector; and a second deflector for de-scanning the electron beam and directing the beam to the detector; characterized in that: the SCEM further comprises an image corrector for correcting a de-scanned image; and the detector has a detection area that is at least twice the area of the image of the source as projected onto the detector plane. an electron source for generating an electron beam; a first deflector for scanning the electron beam across a portion of a sample; a first electron lens for focusing the electron beam to form an image of the electron source at a sample (222,504); a detector (244,246,514,516,520) for detecting electrons that have passed through the sample; a second electron lens for focusing the electrons that have passed through the sample to form an image at or near the detector; and a second deflector for de-scanning the electron beam and directing the beam to the detector; the SCEM further comprises an image corrector for correcting a de-scanned image; and the detector has a detection area that is at least twice the area of the image of the source as projected onto the detector plane.
A centric clamping vice for centrically clamping workpieces, comprising a base carrier which has a longitudinal axis and on which a first jaw carrier is guided by a first carriage and a second jaw carrier is guided by a second carriage and are mounted displaceably by means of a spindle drive along a displacement path oriented parallel to the longitudinal axis, characterised in that a pair of first slides is associated with the first carriage and a pair of second slides is associated with the second carriage and that the difference between the track width of the first slides and the track width of the second slides is greater than the width of the second slides.
An information transmission method, comprising: sending, by a network device, control information to a terminal device, wherein the control information is carried on a control channel, a position of the only one orthogonal frequency division multiplexing, OFDM, symbol, to which the control channel is mapped, in a time unit is one of the positions in a position set, and the time unit is a subframe or a slot of a Long-Term Evolution, LTE, system; wherein the control information is used to schedule at least one resource unit, and the resource unit comprises at least one OFDM symbol, wherein the position set comprises at least one of the following elements: OFDM symbol #5 in the subframe, and OFDM symbol #6 in the subframe, and the one of the positions is OFDM symbol #5 or OFDM symbol #6; or wherein the position set comprises at least one of the following elements: OFDM symbol #5 in the slot, and OFDM symbol #6 in the slot, and the one of the positions is OFDM symbol #5 or OFDM symbol #6. sending, by a network device, control information to a terminal device, wherein the control information is carried on a control channel, a position of the only one orthogonal frequency division multiplexing, OFDM, symbol, to which the control channel is mapped, in a time unit is one of the positions in a position set, and the time unit is a subframe or a slot of a Long-Term Evolution, LTE, system; wherein the control information is used to schedule at least one resource unit, and the resource unit comprises at least one OFDM symbol, wherein the position set comprises at least one of the following elements: OFDM symbol #5 in the subframe, and OFDM symbol #6 in the subframe, and the one of the positions is OFDM symbol #5 or OFDM symbol #6; or wherein the position set comprises at least one of the following elements: OFDM symbol #5 in the slot, and OFDM symbol #6 in the slot, and the one of the positions is OFDM symbol #5 or OFDM symbol #6.
A flexible intravascular stent for use in a body lumen, comprising: a plurality of cylindrical rings aligned along a common longitudinal axis and interconnected to form the stent, each cylindrical ring having a first delivery diameter and a second implanted diameter; at least some of the cylindrical rings having a plurality of first peaks and second peaks, each of the peaks having a height, the second peaks being shorter than the first peaks; and at least one undulating link attaching each cylindrical ring to an adjacent cylindrical ring, the undulating link having a curved portion extending transverse to the stent longitudinal axis toward the second peak, the at least one undulating link having a first arm and a second arm, the first arm being substantially straight, and the second arm having a first substantially straight portion and a second angled portion leading to the curved portion. a plurality of cylindrical rings aligned along a common longitudinal axis and interconnected to form the stent, each cylindrical ring having a first delivery diameter and a second implanted diameter; at least some of the cylindrical rings having a plurality of first peaks and second peaks, each of the peaks having a height, the second peaks being shorter than the first peaks; and at least one undulating link attaching each cylindrical ring to an adjacent cylindrical ring, the undulating link having a curved portion extending transverse to the stent longitudinal axis toward the second peak, the at least one undulating link having a first arm and a second arm, the first arm being substantially straight, and the second arm having a first substantially straight portion and a second angled portion leading to the curved portion.
A bending tool transfer shuttle for moving bending tools (11, 12) in a guide rail, comprising: - a base body, and - an operable coupling for coupling a bending tool to the transfer shuttle, characterized in that the transfer shuttle has a holding device for temporarily holding at least one bending tool in a guide rail and the coupling is movable substantially in parallel to the travel direction of the transfer shuttle relative to the holding device. - a base body, and - an operable coupling for coupling a bending tool to the transfer shuttle,
A proteinaceous heterodimer comprising a first member and a second member different from said first member, wherein: (a) said first member comprises a light chain complexed with a heavy chain to form a targeting moiety exhibiting binding specificity to a tumor antigen, wherein the said heavy chain comprises a first human IgG1 Fc region which comprises amino acid substitutions T366W and K409A, said amino acid positions being determined according to the EU index of the KABAT; (b) said second member comprises a polypeptide comprising an immunoregulator which is a cytokine fused to a second human IgG1 Fc region which comprises amino acid substitutions T366S, L368G, Y407A and F405K, said amino acid positions being determined according to the EU index of the KABAT; and (c) said first member associates with said second member to form said heterodimer through complexation of said first Fc region with said second Fc region. (a) said first member comprises a light chain complexed with a heavy chain to form a targeting moiety exhibiting binding specificity to a tumor antigen, wherein the said heavy chain comprises a first human IgG1 Fc region which comprises amino acid substitutions T366W and K409A, said amino acid positions being determined according to the EU index of the KABAT; (b) said second member comprises a polypeptide comprising an immunoregulator which is a cytokine fused to a second human IgG1 Fc region which comprises amino acid substitutions T366S, L368G, Y407A and F405K, said amino acid positions being determined according to the EU index of the KABAT; and (c) said first member associates with said second member to form said heterodimer through complexation of said first Fc region with said second Fc region.
A junction rib designed for the wing-central wingbox junction of an aircraft, comprising a main web and an upper flange and a lower flange that extend from the main web on a first side relative to the main web, wherein the main web has a junction surface arranged on a second side opposite the first side, the main web including rows of orifices opening on the second side in the junction surface and on the first side and each comprising orifices in a free state, the rows of orifices comprising at least a first row of orifices formed in an upper portion of the main web and extending from a front side towards a rear side of the junction rib, a second row of orifices formed in a lower portion of the main web and extending from the front side towards the rear side of the junction rib, the rows of orifices including a third row of orifices formed in the upper portion of the main web and extending from the front side towards the rear side of the junction rib such that the first and third rows of orifices (R1, R3) are arranged respectively on either side of the upper flange.
Container for receiving a cleaning agent and/or a fragrance substance for a concealed cistern with an inspection opening, to which is assigned a mounting frame defining an opening, wherein the container can be inserted into the interior of the concealed cistern, wherein the container has lateral surfaces and a spring-elastic and/or flexible region, which connects a first section comprising a base of the container to a second section defining an opening of the container, wherein, by means of an external force application on the container, said container can be transferred from a first state into a second state and wherein the container is compacted in the second state by means of the spring-elastic and/or flexible region such that at least one outer dimension of the container is shortened with respect to the first state, characterised in that the lateral surfaces of the container are partially spared such that at least one part of the respective lateral surface encompassing the second section of the container engages into at least one part of the respective lateral surface encompassing the first section of the container when the container is compacted.
A plasma microwave resonant cavity, comprising: a resonant cavity housing; and a waveguide device connected to the resonant cavity housing, wherein coaxial through-holes are defined on two ends of the resonant cavity housing along an axial direction of the resonant cavity; wherein a glass inner liner is disposed via the through-holes at the two ends and penetrates the body of the resonant cavity and the through-holes at the two ends, wherein the glass inner liner comprises a glass cylinder characterized in that a glass stop ring is disposed at two ends of the glass cylinder; wherein an external thread is provided at one or two ends of the glass cylinder, and wherein the glass stop ring is connected to an end of the glass cylinder through a screw hole disposed therein. a resonant cavity housing; and a waveguide device connected to the resonant cavity housing, wherein coaxial through-holes are defined on two ends of the resonant cavity housing along an axial direction of the resonant cavity; wherein a glass inner liner is disposed via the through-holes at the two ends and penetrates the body of the resonant cavity and the through-holes at the two ends, wherein the glass inner liner comprises a glass cylinder characterized in that a glass stop ring is disposed at two ends of the glass cylinder; wherein an external thread is provided at one or two ends of the glass cylinder, and wherein the glass stop ring is connected to an end of the glass cylinder through a screw hole disposed therein.
Apparatus for controlling parameters of an optical multi carrier signal having a modulation format and comprising a plurality of individual carrier signals, the apparatus having: an input for receiving an indication of individual carrier transmission performance of at least one of the individual carrier signals; a processor for selecting parameter values for said at least one of the individual carrier signals, the parameter values comprising both a carrier Forward Error Correction, FEC, overhead and a carrier bandwidth for the modulation format, according to the indicated individual carrier transmission performance and according to a resulting overall spectral efficiency of the optical multi carrier signal; and an output for outputting the said selected parameter values for control of the optical multi carrier signal, the processor being configured to receive an indication of a desired total bandwidth limit for the multi carrier signal, and to make the selections of carrier FEC overhead and carrier bandwidth further according to that total bandwidth limit, or, the processor being configured to receive an indication of a desired total transmission capacity for the multi carrier signal and to make the selections of carrier FEC overhead and the carrier bandwidth further according to that total transmission capacity. an input for receiving an indication of individual carrier transmission performance of at least one of the individual carrier signals; a processor for selecting parameter values for said at least one of the individual carrier signals, the parameter values comprising both a carrier Forward Error Correction, FEC, overhead and a carrier bandwidth for the modulation format, according to the indicated individual carrier transmission performance and according to a resulting overall spectral efficiency of the optical multi carrier signal; and
Method for data transmission over a high or medium voltage line, in which a protection signal frequency channel is reserved for the transmission of a protection signal, and primary frequency channels are used for data transmission, characterised in that the protection signal frequency channel is additionally used to transmit additional data (13, 26), and that a primary channel indicator (13, 26), which fixes available primary frequency channels, is transmitted as additional data, wherein the additional data (13, 26) is combined with the protection signal.
A method in a network node (12, 15) for managing transmit power of a user equipment in a cellular network, wherein the network node (12,15) is comprised in the cellular network and serves the user equipment, the method comprising: - increasing a power of a control channel of the user equipment; - limiting a power increase of a data channel to a level by reducing a power of a serving grant of the user equipment by an amount, wherein the amount corresponds to the increased power of the control channel; and - reducing a reference value of the data channel for maintaining a transport block size of the data channel, wherein the reference value determines mapping from the serving grant to the transport block size. - increasing a power of a control channel of the user equipment; - limiting a power increase of a data channel to a level by reducing a power of a serving grant of the user equipment by an amount, wherein the amount corresponds to the increased power of the control channel; and - reducing a reference value of the data channel for maintaining a transport block size of the data channel, wherein the reference value determines mapping from the serving grant to the transport block size.
A method for paging a user equipment, UE, in a communication system, wherein the communication system comprises multiple radio access networks RANs which are connected to an adaptation function that abstracts RAN functions into a form similar to an application programming interface for a software defined network and whereby the software defined network comprises a virtual mobility function, VMM, which is responsible for paging the UE across multiple RANs without knowing on which RAN the UE is camped, wherein the VMM maintains a list of RANs which includes one or more RANs that have served the UE in the past, or for which an attachment status of the UE in the VMM is otherwise valid, whereby the attachment status comprises a list of RANS that have served or may potentially serve the UE and/or one or more RANs that may serve the UE, the method comprising: receiving, by the adaptation function from the VMM, a generic page indication for the UE, the generic page indication including the list of RANs; selecting, by the adaptation function, a subset of the list of RANs; sending, by the adaptation function, a RAN-specific page indication for each RAN in the subset of the list of RANs; receiving, by the adaptation function, a first RAN-specific page response associated with the UE; and sending, by the adaptation function to the VMM, a generic page response corresponding to the first RAN-specific page response; wherein at least two RANs in the list of RANs operate using distinct RATs. receiving, by the adaptation function from the VMM, a generic page indication for the UE, the generic page indication including the list of RANs; selecting, by the adaptation function, a subset of the list of RANs; sending, by the adaptation function, a RAN-specific page indication for each RAN in the subset of the list of RANs; receiving, by the adaptation function, a first RAN-specific page response associated with the UE; and sending, by the adaptation function to the VMM, a generic page response corresponding to the first RAN-specific page response; wherein at least two RANs in the list of RANs operate using distinct RATs.
A refrigerator comprising: a cabinet installed to pass through or inserted into a door or a wall, defining a storage compartment for storing goods therein; a housing coupled to or formed integrally with a part of the cabinet; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to an inside of the space; and a cold air supply device configured to supply cold air to the storage compartment, wherein the cabinet has a through-hole formed at a bottom of the storage compartment, the cold air supply device is coupled to or configured to communicate with the through-hole, characterized in that the bottom of the storage compartment has a portion inclined such that liquid on the portion of the bottom is guided to a certain region on the bottom, and a drain hole is disposed in the certain region. a cabinet installed to pass through or inserted into a door or a wall, defining a storage compartment for storing goods therein; a housing coupled to or formed integrally with a part of the cabinet; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to an inside of the space; and a cold air supply device configured to supply cold air to the storage compartment, wherein the cabinet has a through-hole formed at a bottom of the storage compartment, the cold air supply device is coupled to or configured to communicate with the through-hole, characterized in that the bottom of the storage compartment has a portion inclined such that liquid on the portion of the bottom is guided to a certain region on the bottom, and a drain hole is disposed in the certain region.
A system for an autonomous vehicle, comprising: a power supply unit comprising a first power output and a second power output, wherein the power supply unit comprises: a DC-DC converter coupled to the first power output and configured to perform DC-DC conversion on a power source of the autonomous vehicle to provide the first power output; and a battery coupled in parallel with the DC-DC converter to the first power output; a master computing unit arranged to be powered by the first power output, configured to control operations of the autonomous vehicle in response to detecting the second power output, and configured to provide a third power output by adjusting the first power output; and a slave computing unit arranged to be powered by the second power output, and configured to control the operations of the autonomous vehicle in response to detecting a failure of the master computing unit. a power supply unit comprising a first power output and a second power output, wherein the power supply unit comprises: a DC-DC converter coupled to the first power output and configured to perform DC-DC conversion on a power source of the autonomous vehicle to provide the first power output; and a battery coupled in parallel with the DC-DC converter to the first power output; a master computing unit arranged to be powered by the first power output, configured to control operations of the autonomous vehicle in response to detecting the second power output, and configured to provide a third power output by adjusting the first power output; and a slave computing unit arranged to be powered by the second power output, and configured to control the operations of the autonomous vehicle in response to detecting a failure of the master computing unit.