mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a client server ; a development environment to: generate a plurality of variants of a first portion of a code package, wherein each variant of the plurality of variants comprises a functionally equivalent code element comprising a different binary code element than the other variants of the plurality of variants; a digital signing environment to: for each variant of the plurality of variants of the first portion of the code package with a same second portion of the code package, create a distinct digital signature; and a central server to: transmit to the client server a complete code package comprising a variant of the plurality of variants of the first portion of the code package along with the second portion of the code package and a corresponding digital signature; and transmit to the client server an incomplete code package comprising a remainder of the plurality of variants of the first portion of the code package, without the second portion of the code package, and digital signatures of each of the remainder of the plurality of variants. a client server ; a development environment to: generate a plurality of variants of a first portion of a code package, wherein each variant of the plurality of variants comprises a functionally equivalent code element comprising a different binary code element than the other variants of the plurality of variants; a digital signing environment to: for each variant of the plurality of variants of the first portion of the code package with a same second portion of the code package, create a distinct digital signature; and a central server to: transmit to the client server a complete code package comprising a variant of the plurality of variants of the first portion of the code package along with the second portion of the code package and a corresponding digital signature; and transmit to the client server an incomplete code package comprising a remainder of the plurality of variants of the first portion of the code package, without the second portion of the code package, and digital signatures of each of the remainder of the plurality of variants. transmit to the client server a complete code package comprising a variant of the plurality of variants of the first portion of the code package along with the second portion of the code package and a corresponding digital signature; and transmit to the client server an incomplete code package comprising a remainder of the plurality of variants of the first portion of the code package, without the second portion of the code package, and digital signatures of each of the remainder of the plurality of variants.
An apparatus comprising: cache storage to store data blocks , each data block having capability metadata stored in association therewith identifying whether each said data block specifies a capability or a data value, wherein at least one type of capability is a bounded pointer; and cache control circuitry responsive to a write to a data block stored in the cache storage to set a capability metadata modification marker in association with the data block, wherein a value of the capability metadata modification marker is indicative of whether the capability metadata associated with the data block has changed since the data block was stored in the cache storage. cache storage to store data blocks , each data block having capability metadata stored in association therewith identifying whether each said data block specifies a capability or a data value, wherein at least one type of capability is a bounded pointer; and cache control circuitry responsive to a write to a data block stored in the cache storage to set a capability metadata modification marker in association with the data block, wherein a value of the capability metadata modification marker is indicative of whether the capability metadata associated with the data block has changed since the data block was stored in the cache storage.
A method for purification of lipid material, the method comprising a) Providing a feed of lipid material, b) heat treating the lipid material without added water or other solvent characte rised in that heat treatment takes place at any temperature in the range of 240°C to 280°C, and further characterised in that the residence time in step b) is maintained during a period of 1 minute to 30 minutes, such as 5 minutes to 30 minutes, c) post treating the lipid material comprising a water treatment step which is performed in the presence of water in an amount of 1 wt % to 5 wt % to the volume of the lipid material, wherein water treatment step c) is performed at a temperature of 130°C to 220°C,to thereby reduce the amount of phosphorous and /or metal compounds in the lipid material. a) Providing a feed of lipid material, b) heat treating the lipid material without added water or other solvent characte rised in that heat treatment takes place at any temperature in the range of 240°C to 280°C, and further characterised in that the residence time in step b) is maintained during a period of 1 minute to 30 minutes, such as 5 minutes to 30 minutes, c) post treating the lipid material comprising a water treatment step which is performed in the presence of water in an amount of 1 wt % to 5 wt % to the volume of the lipid material,
Use of an actuating drive for motor vehicle applications, specifically for implementing a locking mechanism on a charging socket in an electric or hybrid motor vehicle, comprising an electric motor and an actuating element which is acted upon indirectly or directly by the electric motor via a powertrain , characterized in that at least one Evoloid toothing is provided in the powertrain , a drive shaft of the electric motor also being equipped with an Evoloid pinion which meshes with an Evoloid output gear , thus directly producing the Evoloid toothing , at the input of the powertrain , and the Evoloid pinion and the Evoloid output gear each being made of plastics material.
Production line for glass plates for indoor and outdoor flooring, comprises receiving hopper connected to hammer mill , which by means of conveyors is bi-directionally connected to first roll mill with sieve , which in turn through a conveyor is connected to hopper with glass sand dispenser which through a conveyor is connected to homogenizer to which by conveyors water dispensing pump , hopper with cement dispenser and hopper with waterproofing additive are connected; the homogenizer being connected by conveyors to at least three sieves , connected to drier , characterized in that the first roll mill with sieve through a conveyor is connected to second roller mill with sieve which in tum is connected by a conveyor to hopper with glass flour dispenser which is connected by a conveyor with second homogenizer to which second water dispensing pump , hopper with a plaster dispenser , second hopper with cement dispenser , second hopper with a waterproofing additive dispenser are connected; the second homogenizer by conveyors being connected to at least three other sieves connected to second dryer .
An electronic device comprising: a camera module configured to capture an image; a sensor module configured to recognize a signal associated with the electronic device or an external object; a first display and a second display , each of which is configured to output content; a memory ; and a processor electrically connected to the camera module , the first display , the second display , and the memory , wherein the processor is configured to: determine whether the electronic device enters a first state based on information collected through the sensor module , wherein the first state is a state where a distance from the external object is within a predetermined range; capture a source image by using the camera module , when entering the first state; generate a first output image for output on the first display and a second output image for output on the second display based on the source image; and when the electronic device enters a second state, apply the first output image and the second output image to the first display and the second display, respectively, wherein the second state is a state where the electronic device is stopped without any movement. a camera module configured to capture an image; a sensor module configured to recognize a signal associated with the electronic device or an external object; a first display and a second display , each of which is configured to output content; a memory ; and a processor electrically connected to the camera module , the first display , the second display , and the memory , wherein the processor is configured to: determine whether the electronic device enters a first state based on information collected through the sensor module , wherein the first state is a state where a distance from the external object is within a predetermined range; capture a source image by using the camera module , when entering the first state; generate a first output image for output on the first display and a second output image for output on the second display based on the source image; and when the electronic device enters a second state, apply the first output image and the second output image to the first display and the second display, respectively, wherein the second state is a state where the electronic device is stopped without any movement. determine whether the electronic device enters a first state based on information collected through the sensor module , wherein the first state is a state where a distance from the external object is within a predetermined range; capture a source image by using the camera module , when entering the first state; generate a first output image for output on the first display and a second output image for output on the second display based on the source image; and when the electronic device enters a second state, apply the first output image and the second output image to the first display and the second display, respectively, wherein the second state is a state where the electronic device is stopped without any movement.
A method for implementing service scheduling, comprising: sending, by an evolved Node B, eNB, time-domain scheduling information of Single Cell-Point To Multipoint, SC-PTM, Multimedia Broadcast Multicast Service, MBMS, to User Equipment, UE , wherein the time-domain scheduling information is used for indicating a position of a time-domain subframe where the MBMS is located, a Physical Downlink Control Channel, PDCCH, of the time-domain subframe comprises frequency-domain scheduling information of the MBMS, a Cyclic Redundancy Check, CRC, of the PDCCH is scrambled by using a Radio Network Temporary Identifier, RNTI, corresponding to contents in a Physical Downlink Share Channel, PDSCH, and the MBMS is sent on the PDSCH. sending, by an evolved Node B, eNB, time-domain scheduling information of Single Cell-Point To Multipoint, SC-PTM, Multimedia Broadcast Multicast Service, MBMS, to User Equipment, UE , wherein the time-domain scheduling information is used for indicating a position of a time-domain subframe where the MBMS is located, a Physical Downlink Control Channel, PDCCH, of the time-domain subframe comprises frequency-domain scheduling information of the MBMS, a Cyclic Redundancy Check, CRC, of the PDCCH is scrambled by using a Radio Network Temporary Identifier, RNTI, corresponding to contents in a Physical Downlink Share Channel, PDSCH, and the MBMS is sent on the PDSCH.
A vulcanization mold in which an annular mold for forming a tire tread of a pneumatic tire is split in a circumferential direction into a plurality of sector molds and the sector molds are moved in directions toward a center and combined with each other to clamp a raw tire on an inner side to vulcanization mold the raw tire, each of the sector molds having blades implanted on a mold surface thereof, the blades being thin plate-like members extending in a tire widthwise direction and being used to form groove lines on the tire tread, each of the blades having a blade proximal end portion to be embedded into the sector mold, a blade distal end side thick portion expanded in a thicknesswise direction on the distal end side, and a blade connection portion that connects the blade proximal end portion and the blade distal end side thick portion to each other, characterised in that , a sweep area that is a difference where a cross sectional area of the blade connection portion is subtracted from an area from the blade distal end side thick portion to the mold surface with a width equal to a maximum width of a thickness of the blade distal end side thick portion in a cross sectional shape perpendicular to the tire widthwise direction of the blade is smaller at the blades in circumferential end portion side regions than at the blades in a circumferential central portion side region of the sector mold. each of the sector molds having blades implanted on a mold surface thereof, the blades being thin plate-like members extending in a tire widthwise direction and being used to form groove lines on the tire tread, each of the blades having a blade proximal end portion to be embedded into the sector mold, a blade distal end side thick portion expanded in a thicknesswise direction on the distal end side, and a blade connection portion that connects the blade proximal end portion and the blade distal end side thick portion to each other, characterised in that , a sweep area that is a difference where a cross sectional area of the blade connection portion is subtracted from an area from the blade distal end side thick portion to the mold surface with a width equal to a maximum width of a thickness of the blade distal end side thick portion in a cross sectional shape perpendicular to the tire widthwise direction of the blade is smaller at the blades in circumferential end portion side regions than at the blades in a circumferential central portion side region of the sector mold.
A method of seismic exploration above a region of the subsurface containing structural or stratigraphic features conducive to the presence, migration, or accumulation of hydrocarbons, comprising the steps of: (a) selecting at least one narrowband frequency range; (b) providing at least one narrowband seismic source for each of said selected at least one narrowband frequency range, each of said narrowband seismic source emitting seismic energy at least approximately within a corresponding narrowband frequency range; (c) conducting a narrowband seismic survey using each of said at least one narrowband seismic source , thereby creating a narrowband seismic survey; (d) combining at least a portion of said narrowband seismic survey together with a broadband survey collected proximate to said narrowband seismic survey by using the narrowband seismic survey to augment the frequency range of the broadband survey at the lower frequency end of the bandwidth, thereby forming an enhanced survey wherein forming the enhanced survey includes performing a full wave form inversion on the narrowband data and the broadband data; and, (e) using at least a portion of said enhanced survey to explore for hydrocarbons within said region of the subsurface, wherein the broadband survey is based on higher frequencies than the frequency range of the at least one narrowband seismic source . (a) selecting at least one narrowband frequency range; (b) providing at least one narrowband seismic source for each of said selected at least one narrowband frequency range, each of said narrowband seismic source emitting seismic energy at least approximately within a corresponding narrowband frequency range; (c) conducting a narrowband seismic survey using each of said at least one narrowband seismic source , thereby creating a narrowband seismic survey; (d) combining at least a portion of said narrowband seismic survey together with a broadband survey collected proximate to said narrowband seismic survey by using the narrowband seismic survey to augment the frequency range of the broadband survey at the lower frequency end of the bandwidth, thereby forming an enhanced survey wherein forming the enhanced survey includes performing a full wave form inversion on the narrowband data and the broadband data; and, (e) using at least a portion of said enhanced survey to explore for hydrocarbons within said region of the subsurface, wherein the broadband survey is based on higher frequencies than the frequency range of the at least one narrowband seismic source .
Dental retractor comprising: - a right flange , left flange , upper flange and lower flange extending around a retractor opening and intended to rest, in a service position, on the right labial commissure, the left labial commissure, the central part of the upper lip and the central part of the lower lip of a user, respectively, - a structure on which said flanges are attached, and - right and left handles which are rigidly attached to right and left ends of the structure, respectively, and/or to the right and left flanges, respectively, which handles are shaped so as to extend outside the user's mouth in the service position; characterized in that the structure and/or the attachment of the flanges to the structure is/are shaped such that the horizontal closing force required to bring the right flange and left flange 10 mm closer together is greater than 5 N, a closing force between two flanges being a tensile force which is exerted, parallel to the plane of the retractor, on the free end of one of the two flanges, to bring it elastically closer to the free end of the other flange, held stationary, the horizontal and vertical directions being defined in the service position in which the retractor is placed over the user's mouth, holding their head vertically. - a right flange , left flange , upper flange and lower flange extending around a retractor opening and intended to rest, in a service position, on the right labial commissure, the left labial commissure, the central part of the upper lip and the central part of the lower lip of a user, respectively, - a structure on which said flanges are attached, and - right and left handles which are rigidly attached to right and left ends of the structure, respectively, and/or to the right and left flanges, respectively, which handles are shaped so as to extend outside the user's mouth in the service position; characterized in that the structure and/or the attachment of the flanges to the structure is/are shaped such that the horizontal closing force required to bring the right flange and left flange 10 mm closer together is greater than 5 N, a closing force between two flanges being a tensile force which is exerted, parallel to the plane of the retractor, on the free end of one of the two flanges, to bring it elastically closer to the free end of the other flange, held stationary, the horizontal and vertical directions being defined in the service position in which the retractor is placed over the user's mouth, holding their head vertically.
A transparent conductive article, comprising: a transparent substrate , and an electrically conductive grid disposed on the substrate, wherein the grid has a thickness of no more than 1 micrometer; and a carbon nanolayer disposed on the substrate and in contact with the grid, the carbon nanolayer having a thickness of no more than 50 nanometers; characterized in that the carbon nanolayer has a morphology comprising graphite platelets embedded in nano-crystalline carbon . a transparent substrate , and an electrically conductive grid disposed on the substrate, wherein the grid has a thickness of no more than 1 micrometer; and a carbon nanolayer disposed on the substrate and in contact with the grid, the carbon nanolayer having a thickness of no more than 50 nanometers; characterized in that the carbon nanolayer has a morphology comprising graphite platelets embedded in nano-crystalline carbon .
An interactive method for a meeting minute, comprising: receiving an interactive triggering operation of a user performed in a text of the meeting minute in a meeting minute display interface, wherein the meeting minute display interface displays meeting audio and video, a meeting subtitle of the meeting audio and video and the meeting minute; and determining an associated time period of the meeting minute and an associated subtitle of the meeting minute in response to the interactive triggering operation of the user performed in the text of the meeting minute; playing the meeting audio and video based on the associated time period of the meeting minute, and distinctively displaying the associated subtitle of the meeting minute in the meeting subtitle to distinguish the associated subtitle from other meeting subtitles of the meeting audio and video, wherein the associated time period of the meeting minute indicates a time period of a meeting speech corresponding to the associated subtitle of the meeting minute in the meeting audio and video. receiving an interactive triggering operation of a user performed in a text of the meeting minute in a meeting minute display interface, wherein the meeting minute display interface displays meeting audio and video, a meeting subtitle of the meeting audio and video and the meeting minute; and determining an associated time period of the meeting minute and an associated subtitle of the meeting minute in response to the interactive triggering operation of the user performed in the text of the meeting minute; playing the meeting audio and video based on the associated time period of the meeting minute, and distinctively displaying the associated subtitle of the meeting minute in the meeting subtitle to distinguish the associated subtitle from other meeting subtitles of the meeting audio and video, wherein the associated time period of the meeting minute indicates a time period of a meeting speech corresponding to the associated subtitle of the meeting minute in the meeting audio and video.