mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a distribution robot, comprising acquiring , by a first distribution robot in a first group, its own position information and position information of a second distribution robot, wherein the first group is a group which multiple distribution robots are added into and the first group is used for message sharing among the multiple distribution robots within the first group; wherein the multiple distribution robots comprise the first distribution robot and the second distribution robot, and the second distribution robot is a distribution robot closest to the first distribution robot that departs from a departure point before the first distribution robot departs from the departure point; and controlling , by the first distribution robot, its own driving state according to its own position information, the position information of the second distribution robot, and a preset driving route, so that the first distribution robot drives at a fastest speed in a case that a distance to the second distribution robot is not less than a preset safe distance. acquiring , by a first distribution robot in a first group, its own position information and position information of a second distribution robot, wherein the first group is a group which multiple distribution robots are added into and the first group is used for message sharing among the multiple distribution robots within the first group; wherein the multiple distribution robots comprise the first distribution robot and the second distribution robot, and the second distribution robot is a distribution robot closest to the first distribution robot that departs from a departure point before the first distribution robot departs from the departure point; and controlling , by the first distribution robot, its own driving state according to its own position information, the position information of the second distribution robot, and a preset driving route, so that the first distribution robot drives at a fastest speed in a case that a distance to the second distribution robot is not less than a preset safe distance.
A surface light source device, comprising: a luminant , a bottom reflector plate , a light leaking plate and a plurality of side reflector plates , wherein the bottom reflector plate and the plurality of side reflector plates form a light guide box with an upper opening, the luminant is disposed on at least one of the plurality of side reflector plates , the light leaking plate is disposed in the upper opening of the light guide box, such that light from the luminant is transformed into an exiting surface light via the light leaking plate , wherein the light leaking plate is disposed above the bottom reflector plate , the surface of the light leaking plate that is opposite to the bottom reflector plate and facing to the bottom reflector plate is a total reflection surface, and the back surface of the light leaking plate is a diffuse reflection surface.
An organic compound of formula: wherein each of X, Y, and Z is independently selected from hydrogen and a C1 to C20 alkyl group, and at least one of X, Y, and Z is selected from the C1 to C20 alkyl group, and wherein each of D1 and D2 is independently selected from a substituted or non-substituted C10 to C60 heteroaryl group.
A fingerprint information identification apparatus, comprising a fingerprint identification module and a packaging layer disposed on a surface of the fingerprint identification module facing a user, and configured to package the fingerprint identification module to insulate the fingerprint identification module from an outside, a top surface of the packaging layer being an arc surface bulged towards a finger of the user; the fingerprint identification module comprising: a fingerprint identification chip configured to identify fingerprint information of the user, wherein a plurality of capacitive pixel units are disposed on an upper surface of the fingerprint identification chip , and the plurality of capacitive pixel units are configured to form capacitance with the finger of the user; and a plurality of conductive elements disposed above the plurality of capacitive pixel units ; characterized in that the fingerprint identification chip comprises a middle portion and an edge portion surrounding the middle portion , and heights of the plurality of conductive elements gradually decrease in directions from the middle portion to the edge portion . a fingerprint identification module and a packaging layer disposed on a surface of the fingerprint identification module facing a user, and configured to package the fingerprint identification module to insulate the fingerprint identification module from an outside, a top surface of the packaging layer being an arc surface bulged towards a finger of the user; the fingerprint identification module comprising: a fingerprint identification chip configured to identify fingerprint information of the user, wherein a plurality of capacitive pixel units are disposed on an upper surface of the fingerprint identification chip , and the plurality of capacitive pixel units are configured to form capacitance with the finger of the user; and a plurality of conductive elements disposed above the plurality of capacitive pixel units ; characterized in that the fingerprint identification chip comprises a middle portion and an edge portion surrounding the middle portion , and heights of the plurality of conductive elements gradually decrease in directions from the middle portion to the edge portion . a fingerprint identification chip configured to identify fingerprint information of the user, wherein a plurality of capacitive pixel units are disposed on an upper surface of the fingerprint identification chip , and the plurality of capacitive pixel units are configured to form capacitance with the finger of the user; and a plurality of conductive elements disposed above the plurality of capacitive pixel units ; characterized in that the fingerprint identification chip comprises a middle portion and an edge portion surrounding the middle portion , and heights of the plurality of conductive elements gradually decrease in directions from the middle portion to the edge portion .
A fiber optic ferrule push comprising: a main body extending between a front end and a rear end , the main body having a central opening extending between the front end and the rear end to receive a plurality of optical fibers therethrough; a front facing surface at the front end of the main body configured to engage a rear surface of a fiber optic ferrule ; at least one projection extending outward from the main body to engage a housing configured to receive the fiber optic ferrule; wherein a key extending outward from a surface of the main body is configured to insert the optic ferrule push in correct orientation into the housing ; characterized in that the at least one projection is toward the front end in the front quarter of the ferrule push . a main body extending between a front end and a rear end , the main body having a central opening extending between the front end and the rear end to receive a plurality of optical fibers therethrough; a front facing surface at the front end of the main body configured to engage a rear surface of a fiber optic ferrule ; at least one projection extending outward from the main body to engage a housing configured to receive the fiber optic ferrule; wherein a key extending outward from a surface of the main body is configured to insert the optic ferrule push in correct orientation into the housing ;
A power production method comprising: operating a first power production cycle wherein a CO 2 work stream is subjected to repeated expansion for power production, cooling, compression, heating, and combustion; and operating a second power production cycle wherein at least a portion of compressed CO 2 work stream from the first power production cycle is heated with a heat source that is independent of the first power production cycle , expanded for power production, and recombined with the CO 2 work stream in the first power production cycle . operating a first power production cycle wherein a CO 2 work stream is subjected to repeated expansion for power production, cooling, compression, heating, and combustion; and operating a second power production cycle wherein at least a portion of compressed CO 2 work stream from the first power production cycle is heated with a heat source that is independent of the first power production cycle , expanded for power production, and recombined with the CO 2 work stream in the first power production cycle .
A process for producing L-glutamine or L-glutamic acid which comprises; culturing in a medium a microorganism which has an ability to produce L-glutamine or L-glutamic acid, and in which an ability to form a superhelical double-stranded DNA is decreased compared with that of the parent strain, producing and accumulating L-glutamine or L-glutamic acid in the medium, and recovering L-glutamine or L-glutamic acid from the medium, wherein the microorganism is the microorganism in which DNA gyrase activity is decreased compared with that of the parent strain or in which topoisomerase activity is increased compared with that of the parent strain, said topoisomerase activity being an activity of type I or IV DNA topoisomerase, which removes superhelix of DNA.
A fuel line coupling component for coupling coaxially aligned first and second fuel lines to allow displacements therebetween, wherein the fuel line coupling component comprises: an outer tubular member having a coaxially aligned pair of outer tubular sections that are coaxially displaceable relative to one another; an inner tubular member which is coaxially sleeved within the outer tubular member so as to define an annular space therebetween, the inner tubular member having a coaxially sleeved pair of inner tubular sections that are coaxially displaceable relative to one another; and a pair of terminal end connectors comprising a journalled connection assembly with the respective opposed distal ends (412a2, 412b2, 414a2, 414b2) of the outer and inner tubular members to thereby allow simultaneous rotational movements of the outer and inner tubular members about a longitudinal axis thereof and simultaneous radial displacements of the outer and inner tubular members relative to a reference plane; wherein the inner tubular member comprises pairs of static brushes to electrically bond the inner tubular sections to the terminal end connectors . an outer tubular member having a coaxially aligned pair of outer tubular sections that are coaxially displaceable relative to one another; an inner tubular member which is coaxially sleeved within the outer tubular member so as to define an annular space therebetween, the inner tubular member having a coaxially sleeved pair of inner tubular sections that are coaxially displaceable relative to one another; and a pair of terminal end connectors comprising a journalled connection assembly with the respective opposed distal ends (412a2, 412b2, 414a2, 414b2) of the outer and inner tubular members to thereby allow simultaneous rotational movements of the outer and inner tubular members about a longitudinal axis thereof and simultaneous radial displacements of the outer and inner tubular members relative to a reference plane; wherein the inner tubular member comprises pairs of static brushes to electrically bond the inner tubular sections to the terminal end connectors .
A composition comprising substantially decellularized epidermis substantially retaining at least one cell adhesion molecule selected from the group consisting of laminin, elastin, fibronectin, and collagen VI.
A network device , comprising: a generation unit configured to generate a Media Access Control, MAC, Protocol Data Unit, MPDU; and a transmission unit configured to transmit the MPDU, wherein the MPDU is used to indicate types of formats of one or more Random Access Response, RAR, messages in the MPDU, wherein the MPDU comprises a first MAC sub-header and a second MAC sub-header, the first MAC sub-header comprises an RAR format indication field, and no RAR message corresponding to the second MAC sub-header is carried in the MPDU, the network device being characterized by the second MAC sub-header is used to indicate the beam failure recovery request response; or the second MAC sub-header comprises a response indication field for indicating the beam failure recovery request response. a generation unit configured to generate a Media Access Control, MAC, Protocol Data Unit, MPDU; and a transmission unit configured to transmit the MPDU, wherein the MPDU is used to indicate types of formats of one or more Random Access Response, RAR, messages in the MPDU, wherein the MPDU comprises a first MAC sub-header and a second MAC sub-header, the first MAC sub-header comprises an RAR format indication field, and no RAR message corresponding to the second MAC sub-header is carried in the MPDU, the network device being characterized by the second MAC sub-header is used to indicate the beam failure recovery request response; or the second MAC sub-header comprises a response indication field for indicating the beam failure recovery request response.
A composition in the form of a dry powder comprising particles of a carrier material coated with a fatty acid glyceride comprising 30-100% by weight of monoglyceride of an iodine value in the range of 30-120, wherein the fatty acid glyceride comprises 50-90% by weight of the composition.
Disposable incontinence diaper , with a main part having an absorbent element and a longitudinal direction and a transverse direction , comprising a front region having forward lateral longitudinal peripheries , a back region having rearward lateral longitudinal peripheries , and disposed therebetween a crotch region that comes to lie between the legs of a user, and rearward side portions which are joined to both sides of the back region and which in the transverse direction of the disposable incontinence diaper extend beyond the rearward lateral longitudinal peripheries of the main part and in the region of the end of said rearward side portions that is free in the transverse direction have in each case at least one closure means , whereas no side portions are joined to the front region but the forward lateral longitudinal peripheries of the main part form a free-ending longitudinal periphery of the diaper, wherein the rearward side portions for placing and closing the disposable incontinence diaper on a user are in each case capable of being placed around the body of the user in a circumferential direction and of being moved to an arrangement that overlaps with an external side of the front region , said rearward side portions then being capable of being in each case releasably adhered to said external side of the front region by way of the respective closure means , wherein the rearward side portions in a planar spread-out but not elongated state have an extent (Q) in the transverse direction beyond the respective rearward lateral longitudinal periphery and within this extent (Q) are elastically elongatable in the transverse direction and to this end have an elastic or elasticized region that extends in the transverse direction and in the longitudinal direction , characterized in that the rearward side portions ex works are folded onto themselves about at least two side portion folding axes that run in the longitudinal direction , partial-regions of the rearward side portions that are folded onto one another being defined and delimited by said side portion folding axes , and in that a part-region that is outboard in the transverse region is configured so as to be substantially non-elongatable, and in that a part-region that inwardly adjoins the outboard part-region , proceeding from the outer folding axis that runs in the longitudinal direction, by way of at least 50% of the area of said part-region is configured so as to be non-elongatable.
Arrangement of a coke drum unit and of a coke crushing unit , for use in a closed, gastight system for gaining sellable petroleum coke pieces out of solidified petroleum coke in a coke drum unit , comprising a coke drum unit containing solidified petroleum coke; a coke crushing unit for crushing the petroleum coke into sellable petroleum coke pieces arranged below the coke drum unit ; characterized in that a lower funnel is connected to the coke crushing unit and having an upper end portion; a upper funnel is connected to the lower end of the coke drum unit and having a lower end portion with a smaller diameter than the upper end portion of the lower funnel ; the lower end portion of the upper funnel extends into the upper end portion of the lower funnel ; and at least one circumferential sealing element provides a gastight sealing between the upper funnel and the lower funnel and allowing for an axial and radial movement of the upper funnel with respect to the lower funnel ; the upper end portion of the lower funnel comprises a load bearing flange at its upper end; the lower end portion of the upper funnel comprises a upper load distributing flange arranged outside of and firmly connected to the upper funnel , a lower support flange resting on the load bearing flange of the upper end portion of the lower funnel , at least two spring elements arranged between the upper load distributing flange and the lower support flange ; and the at least one circumferential sealing element is provided between the lower support flange of the lower end portion of the upper funnel and the outer circumference of the upper funnel and/or between the lower support flange of the lower end portion of the upper funnel and the load bearing flange of the upper end portion of the lower funnel . a upper load distributing flange arranged outside of and firmly connected to the upper funnel , a lower support flange resting on the load bearing flange of the upper end portion of the lower funnel , at least two spring elements arranged between the upper load distributing flange and the lower support flange ; and
A transmitter for wireless charging , comprising: an input circuit , configured to receive a first alternating-current electric signal of a first frequency; a first conversion circuit , configured to convert the first alternating-current electric signal into a second alternating-current electric signal of a second frequency; at least one first radio frequency antenna , connected with the first conversion circuit, and configured to convert the second alternating-current electric signal into a radio frequency signal for wireless charging and to transmit the radio frequency signal; and a display screen , configured to display a charging parameter for wireless charging, the charging parameter comprising at least one of: the second frequency, a charging current, a charging voltage and charging power, a carrier , the display screen and the at least one first radio frequency antenna being placed on an outer surface of the carrier; a base , provided with an accommodation cavity, the input circuit and the first conversion circuit being arranged in the accommodation cavity; and characterized in that , the transmitter further comprises: a support rod , one end of the support rod being connected with the base and the other end being connected with the carrier, to support the carrier. an input circuit , configured to receive a first alternating-current electric signal of a first frequency; a first conversion circuit , configured to convert the first alternating-current electric signal into a second alternating-current electric signal of a second frequency; at least one first radio frequency antenna , connected with the first conversion circuit, and configured to convert the second alternating-current electric signal into a radio frequency signal for wireless charging and to transmit the radio frequency signal; and a display screen , configured to display a charging parameter for wireless charging, the charging parameter comprising at least one of: the second frequency, a charging current, a charging voltage and charging power, a carrier , the display screen and the at least one first radio frequency antenna being placed on an outer surface of the carrier; a base , provided with an accommodation cavity, the input circuit and the first conversion circuit being arranged in the accommodation cavity; and characterized in that , the transmitter further comprises: a support rod , one end of the support rod being connected with the base and the other end being connected with the carrier, to support the carrier.
A garnish for an instrument panel , the garnish being in a form of a frame configured to cover a periphery of in-vehicle equipment disposed around a middle of an instrument panel, the garnish comprising: an opening portion around a middle defined by an upper frame , a lower frame , and right and left frames of the garnish , respective outer peripheral portions and inner peripheral portions of the upper frame , the lower frame , and the right and left frames projected toward the in-vehicle equipment (Fr), characterized in that the garnish is formed of a polymer alloy of polycarbonate and acrylonitrile-butadiene-styrene (a PC/ABS resin), and a gate mark is provided on at least one of the upper frame , the lower frame , and the right and left frames between the outer peripheral portion and the inner peripheral portion, projecting toward the in-vehicle equipment (Fr). an opening portion around a middle defined by an upper frame , a lower frame , and right and left frames of the garnish , respective outer peripheral portions and inner peripheral portions of the upper frame , the lower frame , and the right and left frames projected toward the in-vehicle equipment (Fr), characterized in that the garnish is formed of a polymer alloy of polycarbonate and acrylonitrile-butadiene-styrene (a PC/ABS resin), and a gate mark is provided on at least one of the upper frame , the lower frame , and the right and left frames between the outer peripheral portion and the inner peripheral portion, projecting toward the in-vehicle equipment (Fr).
Device for processing a signal, having: a detecting device , which is designed to detect a signal with a first sampling rate in a first time grid; a differentiating device , which is designed to differentiate the detected signal in the first time grid and calculate difference quotients and output them in a second time grid; and a processing device , which is designed to process the differentiated signal in the second time grid, the difference quotients being low-pass filtered, the time intervals in the first time grid being smaller than the time intervals in the second time grid. a detecting device , which is designed to detect a signal with a first sampling rate in a first time grid; a differentiating device , which is designed to differentiate the detected signal in the first time grid and calculate difference quotients and output them in a second time grid; and a processing device , which is designed to process the differentiated signal in the second time grid, the difference quotients being low-pass filtered, the time intervals in the first time grid being smaller than the time intervals in the second time grid.