mhurhangee/ep-ind-claims huggingface dataset:
An image projection apparatus for projecting an image using image light incident on a plural-film optical member, the image projection apparatus comprising: an intermediate image forming member on which an intermediate image is formed from light emitted by a light source device; and a projection optical system comprising a plural-film optical member being configured to reflect incident light while cutting an infrared light component from the incident light, the image light that forms the intermediate image being incident on the plural-film optical member, wherein the image projection apparatus is configured such that the image light that is incident on the projection optical system comprising the plural-film optical member projects an image, characterised in that an image rotational position relationship in a rotational direction around an image center axis between the image that is projected and the intermediate image is such that a difference is present in image rotational positions, and the plural-film optical member is set in such a manner that a polarization axis of the image light incident on the plural-film optical member is parallel or perpendicular to a plane of incidence of the image light with respect to the plural-film optical member, the polarization axis of light incident on the plural-film optical member is not the same as a horizontal direction of the intermediate image. an intermediate image forming member on which an intermediate image is formed from light emitted by a light source device; and a projection optical system comprising a plural-film optical member being configured to reflect incident light while cutting an infrared light component from the incident light, the image light that forms the intermediate image being incident on the plural-film optical member, wherein the image projection apparatus is configured such that the image light that is incident on the projection optical system comprising the plural-film optical member projects an image, characterised in that an image rotational position relationship in a rotational direction around an image center axis between the image that is projected and the intermediate image is such that a difference is present in image rotational positions, and the plural-film optical member is set in such a manner that a polarization axis of the image light incident on the plural-film optical member is parallel or perpendicular to a plane of incidence of the image light with respect to the plural-film optical member, the polarization axis of light incident on the plural-film optical member is not the same as a horizontal direction of the intermediate image.
A variable cutoff cylinder alignment apparatus comprising: a plate cylinder support box for supporting an exchangeable variable cutoff plate cylinder; and a blanket cylinder support box for supporting an exchangeable variable cutoff blanket cylinder; an alignment stop for aligning the variable cutoff blanket cylinder and the variable cutoff plate cylinder; characterized in that the plate cylinder support box includes an exchangeable plate cam capable of contacting the alignment stop; and in that the blanket cylinder support box includes an exchangeable blanket cam capable of contacting the plate cylinder support box, to align the variable cutoff blanket cylinder and the variable cutoff plate cylinder for different sized cutoffs. a plate cylinder support box for supporting an exchangeable variable cutoff plate cylinder; and a blanket cylinder support box for supporting an exchangeable variable cutoff blanket cylinder; an alignment stop for aligning the variable cutoff blanket cylinder and the variable cutoff plate cylinder; characterized in that the plate cylinder support box includes an exchangeable plate cam capable of contacting the alignment stop; and in that the blanket cylinder support box includes an exchangeable blanket cam capable of contacting the plate cylinder support box, to align the variable cutoff blanket cylinder and the variable cutoff plate cylinder for different sized cutoffs.
A system comprising: a first co-axial cable connected to a first device at a first connector, and connected to a second device, wherein the first co-axial cable communicates a first time varying signal; and a second co-axial cable connected to the first device at a second connector, and connected to the second device, wherein the second co-axial cable communicates a second time varying signal, wherein the second device comprises a third connector and a fourth connector; wherein a DC signal is communicated over at least one of the first co-axial cable and the second co-axial cable; and wherein the second device comprises a switch to select a transmission route of the first and second time varying signals based on the presence of the DC signal, wherein the switch is connected between (i) a first signal node (signal A) and a second signal node (signal B), and (ii) the third connector and the fourth connector; wherein the transmission route of the first time varying signal is between the first connector and the first signal node, whether the first co-axial cable is connected to the third connector or the fourth connector; and wherein the transmission route of the second time varying signal is between the second connector and the second signal node, whether the second co-axial cable is connected to the third connector or the fourth connector. a first co-axial cable connected to a first device at a first connector, and connected to a second device, wherein the first co-axial cable communicates a first time varying signal; and a second co-axial cable connected to the first device at a second connector, and connected to the second device, wherein the second co-axial cable communicates a second time varying signal, wherein the second device comprises a third connector and a fourth connector; wherein a DC signal is communicated over at least one of the first co-axial cable and the second co-axial cable; and wherein the second device comprises a switch to select a transmission route of the first and second time varying signals based on the presence of the DC signal, wherein the switch is connected between (i) a first signal node (signal A) and a second signal node (signal B), and (ii) the third connector and the fourth connector; wherein the transmission route of the first time varying signal is between the first connector and the first signal node, whether the first co-axial cable is connected to the third connector or the fourth connector; and wherein the transmission route of the second time varying signal is between the second connector and the second signal node, whether the second co-axial cable is connected to the third connector or the fourth connector.
Apparatus for removing protective film from sheets characterized in that it comprises: - A group for incising an end strip in a sheet, for at least a portion of its thickness, said incision occurring on the sheet side opposed to that covered by protective film; - A vacuum belt conveyor for blocking said sheets and moving them among the different stations for the performance of the different steps of film removal; - A group for grabbing, detaching and removing said end strip from the remaining portion of sheet; - A group for cutting said film adhering to said strip separated from the protective film associated with the remaining portion of sheet; - A grabbing group for grabbing the initial part of the film removed from a single sheet downstream the cutting line of said cutting group, for detaching the film from said sheet and for winding the film removed from a single sheet in a roll; - An extracting group of the film roller which covered a whole sheet. - A group for incising an end strip in a sheet, for at least a portion of its thickness, said incision occurring on the sheet side opposed to that covered by protective film; - A vacuum belt conveyor for blocking said sheets and moving them among the different stations for the performance of the different steps of film removal; - A group for grabbing, detaching and removing said end strip from the remaining portion of sheet; - A group for cutting said film adhering to said strip separated from the protective film associated with the remaining portion of sheet; - A grabbing group for grabbing the initial part of the film removed from a single sheet downstream the cutting line of said cutting group, for detaching the film from said sheet and for winding the film removed from a single sheet in a roll; - An extracting group of the film roller which covered a whole sheet.
A method of Radio Resource Connection, RRC, re-establishment, implemented in a Radio Access Network "RAN" for use with a mobile device, the method comprising: receiving by a first eNodeB, "eNB", of the RAN, from a mobile device with a suspended RRC connection, a RRC connection reestablishment request message having a cause field with an indication of "reactivate", where the "reactivate" indication is a request to have a suspended radio resource control "RRC" connection re-established using RRC connection data of the suspended RRC connection stored at the mobile device, the RRC connection re-establishment request message further comprising an identifier of a second eNB where the RRC connection was suspended, and a Short MAC-I derived using parameters relating to the second eNB, wherein the suspended RRC connection is an RRC connection in which the second eNB has (i) previously released radio resources associated with the RRC connection between the second eNB and the mobile device and (ii) previously stored RRC connection data associated with the RRC connection, the RRC connection having been suspended in response to a suspension command message sent to the mobile device from the RAN; sending by the first eNB, in response to the connection reestablishment request message, an RRC connection re-establishment command message to the mobile device; and receiving by the first eNB, in response to the RRC connection reestablishment command message, an RRC connection re-establishment complete message from the mobile device, wherein the RRC connection re-establishment complete message indicates that the suspended RRC connection was re-established. receiving by a first eNodeB, "eNB", of the RAN, from a mobile device with a suspended RRC connection, a RRC connection reestablishment request message having a cause field with an indication of "reactivate", where the "reactivate" indication is a request to have a suspended radio resource control "RRC" connection re-established using RRC connection data of the suspended RRC connection stored at the mobile device, the RRC connection re-establishment request message further comprising an identifier of a second eNB where the RRC connection was suspended, and a Short MAC-I derived using parameters relating to the second eNB, wherein the suspended RRC connection is an RRC connection in which the second eNB has (i) previously released radio resources associated with the RRC connection between the second eNB and the mobile device and (ii) previously stored RRC connection data associated with the RRC connection, the RRC connection having been suspended in response to a suspension command message sent to the mobile device from the RAN; sending by the first eNB, in response to the connection reestablishment request message, an RRC connection re-establishment command message to the mobile device; and receiving by the first eNB, in response to the RRC connection reestablishment command message, an RRC connection re-establishment complete message from the mobile device, wherein the RRC connection re-establishment complete message indicates that the suspended RRC connection was re-established.
An azeotrope-like composition consisting essentially of from 85 to 99 weight percent HFC-32 and 1 to 15 weight percent CF 3 I, and a stabiliser, wherein the stabiliser comprises terpenes, terpene derivatives and combinations of these.
An amorphous thin ribbon for production of a soft magnetic thin ribbon, the amorphous thin ribbon having a composition represented by the formula Fe 100-x-y-z A x M y X z-a P a, where A represents at least one element selected from Cu and Au; M represents at least one element selected from Ti, Zr, Hf, V, Nb, Ta, Cr, Mo and W; X represents B and Si; and 10 ≤ z ≤ 23, and 0.35 ≤ a ≤ 10 in atomic percent, characterised in that 0.7 ≤ x ≤ 1.3, and 0 < y ≤ 2.5 in atomic percent, the amorphous thin ribbon includes crystalline grains having a size of not greater than 30 nm precipitated at a volume fraction of not more than 1% in an amorphous phase, the amorphous thin ribbon being able to be bent at 180 degrees; and the amorphous thin ribbon optionally contains at least one element selected from Ni and Co in an amount of less than 10 atomic % relative to the Fe content, at least one element selected from Re, the platinum group elements, Ag, Zn, In, Sn, As, Sb, Bi, Y, N, O, Mn and the rare earth elements in an amount of less than 5 atomic % relative to the Fe content, and/or at least one element selected from Be, Ga, Ge, C and Al in an amount of less than 5 atomic % relative to the content of X.
Electronic control system for a drilling device, said electronic control system comprising: - a plurality of data-processing units (2a, 2b); - a plurality of control devices (4a-4c) of said drilling device, and - a plurality of accessories or sensors (5, 9) of the drilling device; and - a plurality of electronic data-exchange lines, connected to said data-processing units (2a, 2b) for the transmission of signals from and to said control devices (4a-4c) and said accessories or sensors (5, 9); wherein said data-processing units (2a, 2b) perform the same functions each other; wherein all the data-processing units (2a, 2b) are connected to all the control devices (4a-4c) and to the accessories or sensors (5, 9) of said drilling device through said electronic data-exchange lines; the electronic control system being characterized in that further comprises: - an electronic data-management unit, electrically connected to said plurality of data-processing units (2a, 2b) and comprising a memory storing information and operating parameters of said accessories or sensors (5, 9); said system further comprises a plurality of switches (7a-7d); each switch being connected to each data-processing unit (2a, 2b) and to either said control devices (4a-4c), or to said accessories or sensors of the drilling device or to said electronic data-management unit; each of the switches (7a-7d) having: - a first port connected through a data-transmission line either to said electronic data-management unit, or to said control devices (4a-4c), or to said accessories or sensors (5, 9) of the drilling device, respectively; and - a plurality of ports, different from said first port, each connected to one of the data-processing units (2a, 2b) through one of said electronic data exchange lines. - a plurality of data-processing units (2a, 2b); - a plurality of control devices (4a-4c) of said drilling device, and - a plurality of accessories or sensors (5, 9) of the drilling device; and - a plurality of electronic data-exchange lines, connected to said data-processing units (2a, 2b) for the transmission of signals from and to said control devices (4a-4c) and said accessories or sensors (5, 9); - an electronic data-management unit, electrically connected to said plurality of data-processing units (2a, 2b) and comprising a memory storing information and operating parameters of said accessories or sensors (5, 9); - a first port connected through a data-transmission line either to said electronic data-management unit, or to said control devices (4a-4c), or to said accessories or sensors (5, 9) of the drilling device, respectively; and - a plurality of ports, different from said first port, each connected to one of the data-processing units (2a, 2b) through one of said electronic data exchange lines.
A starting device, in particular for a start-stop operation, with a starter control, with a plurality of starter motors (10, 20, 30) and with at least one coupling device (15, 25, 35), with which each starter motor (10, 20, 30) can be coupled to an internal combustion engine for starting the internal combustion engine, the starter control being designed to activate all, some or individual starter motors (10, 20, 30) for starting the internal combustion engine as a function of defined operating states, in particular in the cold start or warm start, the starter control being designed in such a way that the starter motors (10, 20, 30) are activated alternately during warm starts, the starting device comprising a diagnostic device for the starter motors (10, 20, 30), and the starter control being designed in such a way that the starter motors (10, 20, 30) are no longer activated as a function of a defect, characterised in that the diagnostic device evaluates a degree of wear of the starter motors (10, 20, 30), and the starter motors (10, 20, 30) are alternately activated in a reduced manner as a function of the evaluated degree of wear.
A fuel feed adjustment system for use with a combustion device having a fuel feed, the system comprising: a sensor for sensing a sensed fuel characteristic of fuel being fed to the combustion device, the sensed fuel characteristic being indicative of a fuel combustion property; a processor for comparing the sensed fuel characteristic to an acceptable range for the fuel characteristic, the acceptable range corresponding to a predetermined range for the fuel combustion property, said fuel combustion property is flame speed, and for outputting an output when the sensed fuel characteristic is outside the acceptable range; and an additive feed for feeding an additive to the fuel feed, the additive feed being triggered by the output, wherein the additive includes a combustion enhancer that is a reactive chemical species or a combustion retardant depending on whether the sensed fuel characteristic is above or below the acceptable range, and wherein an amount of additive is dependent on a sensed fuel flow rate. a sensor for sensing a sensed fuel characteristic of fuel being fed to the combustion device, the sensed fuel characteristic being indicative of a fuel combustion property; a processor for comparing the sensed fuel characteristic to an acceptable range for the fuel characteristic, the acceptable range corresponding to a predetermined range for the fuel combustion property, said fuel combustion property is flame speed, and for outputting an output when the sensed fuel characteristic is outside the acceptable range; and an additive feed for feeding an additive to the fuel feed, the additive feed being triggered by the output, wherein the additive includes a combustion enhancer that is a reactive chemical species or a combustion retardant depending on whether the sensed fuel characteristic is above or below the acceptable range, and wherein an amount of additive is dependent on a sensed fuel flow rate.
A system for contact-free energy transmission, comprising a primary-side and secondary-side winding which to be rotatable relative to the primary-side winding, characterised in that a coil core is provided and formed on the primary-side winding, in that the intersection formation thereof in at least one section plane which contains the axis of rotation is in a U-shape or C-shape around the winding region of the primary-side winding, a coil core being provided on the secondary-side winding, which core is composed of cuboids which are arranged in a plane, the normal direction of which runs parallel to the direction of the axis of rotation.
A method for detecting hardware address conflicts in a computer network, the method comprising: determining, by a network device of a plurality of network devices in the computer network, a range of hardware addresses starting from a target hardware address, the range of hardware addresses comprising a plurality of hardware addresses; sending, by the network device, a request message on a network, the request message specifying the range of hardware addresses starting from the target hardware address; determining, by the network device, whether the network device received one or more response messages from one or more other network devices of the plurality of network devices specifying one or more hardware addresses within the range of hardware addresses within a time limit, the one or more response messages being indicative of the one or more specified hardware addresses being the one or more hardware addresses of the one or more other network devices; determining, by the network device, based on whether the network device received the one or more response message, whether at least a subset of the hardware addresses within the range of hardware addresses is available, any available hardware addresses excluding the one or more hardware addresses specified in the one or more response messages; and reserving for assignment to virtual machines, by the network device, hardware addresses based on the determination of whether at least the subset of hardware addresses is available. determining, by a network device of a plurality of network devices in the computer network, a range of hardware addresses starting from a target hardware address, the range of hardware addresses comprising a plurality of hardware addresses; sending, by the network device, a request message on a network, the request message specifying the range of hardware addresses starting from the target hardware address; determining, by the network device, whether the network device received one or more response messages from one or more other network devices of the plurality of network devices specifying one or more hardware addresses within the range of hardware addresses within a time limit, the one or more response messages being indicative of the one or more specified hardware addresses being the one or more hardware addresses of the one or more other network devices; determining, by the network device, based on whether the network device received the one or more response message, whether at least a subset of the hardware addresses within the range of hardware addresses is available, any available hardware addresses excluding the one or more hardware addresses specified in the one or more response messages; and reserving for assignment to virtual machines, by the network device, hardware addresses based on the determination of whether at least the subset of hardware addresses is available.
A polypeptide comprising a fibronectin type III tenth domain ( 10 Fn3) having a BC, a DE and an FG loop, wherein the FG loop comprises a sequence according to the formula EX 4 X 1 X 5 X 1 X 1 X 6 GYX 4 HR (SEQ ID NO: 451), wherein X 1 is any amino acid; X 4 is Y or F; X 5 is Y, F, or W; and X 6 is S or A, and wherein the polypeptide binds proprotein convertase subtilisin kexin type 9 (PCSK9).