mhurhangee/patent-ind-claim-en huggingface dataset:
A safety mechanism for a Huber needle assembly having a tubing and a needle extending from a distal end of the tubing, the safety mechanism comprising: a main body defining a channel to at least partially encompass the tubing and having a distal end, a proximal end, opposing side walls, and a securement door coupled at the distal end of the main body, the securement door being pivotable between a closed position for docking the main body to the needle and an open position enabling the main body to be de-docked from the needle and slid along the tubing away from the needle , the main body further having a first hinge mechanism near the distal end of the main body and a first latching mechanism toward the proximal end of the main body; and a movable cover having a needle receptacle , a second hinge mechanism connected with the first hinge mechanism of the main body by a cam lock axle , and a biasing member for pivoting the movable cover about the first and second hinge mechanisms relative to the main body, the movable cover further having a second latching mechanism to latch with the first latching mechanism to allow retraction of the movable cover into a closed position to engage with a bottom side of the main body, the movable cover further having a release mechanism to release the latching between the first and second latching mechanisms to allow the pivoting of the movable cover about the first and second hinge mechanisms such that the needle receptacle of the movable cover at least partially receives the needle of the Huber needle assembly when in an open position. a main body defining a channel to at least partially encompass the tubing and having a distal end, a proximal end, opposing side walls, and a securement door coupled at the distal end of the main body, the securement door being pivotable between a closed position for docking the main body to the needle and an open position enabling the main body to be de-docked from the needle and slid along the tubing away from the needle , the main body further having a first hinge mechanism near the distal end of the main body and a first latching mechanism toward the proximal end of the main body; and a movable cover having a needle receptacle , a second hinge mechanism connected with the first hinge mechanism of the main body by a cam lock axle , and a biasing member for pivoting the movable cover about the first and second hinge mechanisms relative to the main body, the movable cover further having a second latching mechanism to latch with the first latching mechanism to allow retraction of the movable cover into a closed position to engage with a bottom side of the main body, the movable cover further having a release mechanism to release the latching between the first and second latching mechanisms to allow the pivoting of the movable cover about the first and second hinge mechanisms such that the needle receptacle of the movable cover at least partially receives the needle of the Huber needle assembly when in an open position.
Equalizing device configured to process a digital signal derived from an optical signal transmitted over a channel , the equalizing device comprising a first 2x2 multiple input multiple output, MIMO, equalizer configured to perform a first equalization on the digital signal , supported by a 2x2 MIMO channel estimation of the channel based on the digital signal , and characterised in that the equalising device comprises: a second 2x2 MIMO equalizer , arranged after the first equalizer , configured to perform a second equalization on the digital signal , supported by a state of polarization, SOP, estimation of the optical signal based on the digital signal .
A bearing anvil of a pendulum impact tester with a U-shaped pendulum hammer for arranging a specimen , that exhibits at least one abutment (18, 18 I , 18 II , 18 III ) and at least one support (16, 16 I ) and that laterally delimits a space of swing by means of the abutment (18, 18 I , 18 II , 18 III ), the abutment (18, 18 I , 18 II , 18 III ) comprising at least two bearing pieces , of which the first bearing piece exhibits a first end face and the second bearing piece exhibits a second end face (22 I ), characterised in that in each case one bearing-piece longitudinal axis is assigned in a normal direction to the first end face or to the second end face (22 I ) and around which by a rotation of 180°, the respective bearing piece can be inserted in two different, mutually opposite installation directions (39, 39 I , 42, 42 I , 139, 139 I , 139 II , 139 III ) on the bearing anvil , because at least one of the bearing pieces exhibits a mount that permits in two directions (39, 39 I , 139, 139 I , 139 II , 139 III ) a positional fixation of the respective bearing piece on at least one inside-wall section (27, 27 I ) of the bearing anvil , as a result of which the bearing pieces exhibit those two installation directions (39, 39 I , 42, 42 I , 139, 139 I , 139 II , 139 III ) between which a change is to be effected by an axial rotation , and that at least one of the first or second end faces (22, 22 I , 122) is a plane end face (22, 22 I , 122) having a multiple of a contact face for the specimen on the abutment (18, 18 I , 18 II , 18 III ), in which at least four contact faces are combined, as a result of which the abutment (18, 18 I , 18 II , 18 III ) comprises at least four contact faces as impact faces .
A developing device (105E; 4; 40) for developing an electrostatic latent image on an image bearing member (1; 102), comprising: a developer bearing member (5; 302) to bear a developer including a transparent toner and a magnetic carrier to develop the electrostatic latent image on the image bearing member (1; 102) with the transparent toner at a development region (A) in which the developer bearing member (5; 302) is opposed to the image bearing member (1; 102), wherein the transparent toner includes a resin and a lubricant, and has a viscoelastic property such that a loss tangent (tan δ), which is defined as a ratio (G"/G') of loss modulus (G") to storage modulus (G'), has a peak at a temperature of from 80°C to 160°C and the peak has a height of not less than 3; a developer supplying passage (9; 304P) having a developer supplying member (8; 304) to feed the developer in a first direction parallel to an axial direction of the developer bearing member (5; 302) to supply the developer to the developer bearing member (5; 302); and a developer feeding passage (7, 10; 305P) having a developer feeding member (6, 11; 305) to feed at least the developer, which has passed through the development region (A) and is fed to the developer feeding passage (7, 10; 305P), in a second direction parallel to the first direction, wherein the developer feeding passage (7, 10; 305P) is separated with a partition (133, 134; 306) from the developer supplying passage (9; 304P) at least at a central portion thereof in the first and second directions, wherein the transparent toner is contained in the developing device (105E; 4; 40). a developer bearing member (5; 302) to bear a developer including a transparent toner and a magnetic carrier to develop the electrostatic latent image on the image bearing member (1; 102) with the transparent toner at a development region (A) in which the developer bearing member (5; 302) is opposed to the image bearing member (1; 102), wherein the transparent toner includes a resin and a lubricant, and has a viscoelastic property such that a loss tangent (tan δ), which is defined as a ratio (G"/G') of loss modulus (G") to storage modulus (G'), has a peak at a temperature of from 80°C to 160°C and the peak has a height of not less than 3; a developer supplying passage (9; 304P) having a developer supplying member (8; 304) to feed the developer in a first direction parallel to an axial direction of the developer bearing member (5; 302) to supply the developer to the developer bearing member (5; 302); and a developer feeding passage (7, 10; 305P) having a developer feeding member (6, 11; 305) to feed at least the developer, which has passed through the development region (A) and is fed to the developer feeding passage (7, 10; 305P), in a second direction parallel to the first direction, wherein the developer feeding passage (7, 10; 305P) is separated with a partition (133, 134; 306) from the developer supplying passage (9; 304P) at least at a central portion thereof in the first and second directions, wherein the transparent toner is contained in the developing device (105E; 4; 40).
A method performed by a network node of a wireless communication network comprising a Core Network, CN, and a satellite-based Radio Access Network, RAN, for communicatively coupling User Equipments, UEs, to the CN , the method comprising: determining switch information regarding a forthcoming link change with respect to providing connectivity between a UE and the CN via the satellite-based RAN , the forthcoming link change being at least one of a service-link change or a feeder-link change arising from a movement of a satellite of the satellite-based RAN, and the switch information indicating when the link change will occur; the method being characterized by further comprising: sending the switch information to the UE , to control performance by the UE of Radio Resource Management, RRM, measurements with respect to the link change, wherein the UE has a current measurement configuration that is valid until the link change and governs the performance of RRM measurements by the UE in advance of the link change; and sending a new measurement configuration in or in conjunction with the switch information, the new measurement configuration being valid after the link change and governing the performance of RRM measurements by the UE after the link change. determining switch information regarding a forthcoming link change with respect to providing connectivity between a UE and the CN via the satellite-based RAN , the forthcoming link change being at least one of a service-link change or a feeder-link change arising from a movement of a satellite of the satellite-based RAN, and the switch information indicating when the link change will occur; the method being characterized by further comprising: sending the switch information to the UE , to control performance by the UE of Radio Resource Management, RRM, measurements with respect to the link change, wherein the UE has a current measurement configuration that is valid until the link change and governs the performance of RRM measurements by the UE in advance of the link change; and sending a new measurement configuration in or in conjunction with the switch information, the new measurement configuration being valid after the link change and governing the performance of RRM measurements by the UE after the link change. sending the switch information to the UE , to control performance by the UE of Radio Resource Management, RRM, measurements with respect to the link change, wherein the UE has a current measurement configuration that is valid until the link change and governs the performance of RRM measurements by the UE in advance of the link change; and sending a new measurement configuration in or in conjunction with the switch information, the new measurement configuration being valid after the link change and governing the performance of RRM measurements by the UE after the link change.
An orbital floor implant comprising: an implant body defined by a porous, bone-facing side and a non-porous, orbital-facing side , the non-porous side extending from the body to form an extension tab with one or more eyelet openings , a curved transition portion between the porous side and the non-porous side, characterized in that the implant comprises an upward curvature that is shaped to correspond to an orbital opening, the upward curvature extending between a lower portion of the implant to an upper portion of the implant, the upward curvature curving away from the transition portion , with a distance between the lower portion and the upper portion of the upward curvature between about 13mm to about 16mm. an implant body defined by a porous, bone-facing side and a non-porous, orbital-facing side , the non-porous side extending from the body to form an extension tab with one or more eyelet openings , a curved transition portion between the porous side and the non-porous side, characterized in that the implant comprises an upward curvature that is shaped to correspond to an orbital opening, the upward curvature extending between a lower portion of the implant to an upper portion of the implant, the upward curvature curving away from the transition portion , with a distance between the lower portion and the upper portion of the upward curvature between about 13mm to about 16mm.
A nanopore-based sequencing chip , comprising: a first set of one or more sample guiding electrodes , which guide a sample toward a measurement chamber ; a second set of one or more sample guiding electrodes , which guide the sample away from the measurement chamber; a nanopore array wafer defining a plurality of nanopores , comprising: a top wafer bonded to a top side of the nanopore array wafer; and a bottom wafer bonded to a bottom side of the nanopore array wafer, one or more nanofluidic channels defined by the top wafer and the nanopore array wafer; one or more microfluidic channels defined by the bottom wafer and the nanopore array wafer; and a plurality of measurement chambers , wherein each of the plurality of measurement chambers comprises a nanopore, a first top driving electrode and a first bottom driving electrode ; characterized in that : said nanopore array wafer comprises two layers of conductive materials sandwiching a layer of dielectric material and said plurality of nanopores cuts across the thickness of the nanopore array wafer, wherein an AC sensing current is applied across said two layers of conductive materials to interrogate molecules translocating through said plurality of nanopores. a first set of one or more sample guiding electrodes , which guide a sample toward a measurement chamber ; a second set of one or more sample guiding electrodes , which guide the sample away from the measurement chamber; a nanopore array wafer defining a plurality of nanopores , comprising: a top wafer bonded to a top side of the nanopore array wafer; and a bottom wafer bonded to a bottom side of the nanopore array wafer, one or more nanofluidic channels defined by the top wafer and the nanopore array wafer; a top wafer bonded to a top side of the nanopore array wafer; and a bottom wafer bonded to a bottom side of the nanopore array wafer, one or more nanofluidic channels defined by the top wafer and the nanopore array wafer; one or more microfluidic channels defined by the bottom wafer and the nanopore array wafer; and a plurality of measurement chambers , wherein each of the plurality of measurement chambers comprises a nanopore, a first top driving electrode and a first bottom driving electrode ; characterized in that : said nanopore array wafer comprises two layers of conductive materials sandwiching a layer of dielectric material and said plurality of nanopores cuts across the thickness of the nanopore array wafer, wherein an AC sensing current is applied across said two layers of conductive materials to interrogate molecules translocating through said plurality of nanopores.
A surrounding member for a pipe, the surrounding member comprising a ring section and a tubular collar section extending perpendicularly from one side of the ring section, the surrounding member arranged to fit, in use, around a pipe at or near a location where the pipe extends into an aperture in a wall, characterised in that the ring section and the collar section are made from different materials, whereby the ring section is made from a substantially rigid material and the collar section is made from a substantially flexible material, and wherein the outer surface of the collar has a plurality of flanges projecting outwardly therefrom, wherein the Z flanges abut the inner wall of the aperture in use and flex to accommodate the gap between the pipe and the aperture to hold the surrounding member in place and provide a seal.
A method for an authorized login, the method comprising: zooming out a user interface of a first application in response to a zooming operation for the user interface of the first application; displaying an icon of at least one second application that a user has logged in to in a blank area generated after the user interface of the first application is zoomed out, wherein the first application has a pre-established association with the second application; transmitting login authorization information of the second application to the first application in response to an operation of dragging the icon of the second application from the blank area to the zoomed-out user interface of the first application, and the first application using a server of the first application to submit the login authorization information of the second application to a server of the second application for login authorization verification, wherein the server of the first application has a pre-established association with the server of the second application; and performing an authorized login to the first application in response to a notification message that is returned by the server of the second application through the server of the first application, where the notification message indicates that the login authorization information is verified. zooming out a user interface of a first application in response to a zooming operation for the user interface of the first application; displaying an icon of at least one second application that a user has logged in to in a blank area generated after the user interface of the first application is zoomed out, wherein the first application has a pre-established association with the second application; transmitting login authorization information of the second application to the first application in response to an operation of dragging the icon of the second application from the blank area to the zoomed-out user interface of the first application, and the first application using a server of the first application to submit the login authorization information of the second application to a server of the second application for login authorization verification, wherein the server of the first application has a pre-established association with the server of the second application; and performing an authorized login to the first application in response to a notification message that is returned by the server of the second application through the server of the first application, where the notification message indicates that the login authorization information is verified.
A computer-readable memory device having stored thereon: a compressed color table (102; 301; 702) representing the nodes of an original color table compressed with a lossy compression at a selected compression ratio, wherein the compressed color table includes quantized coefficients, obtained by performing a domain transform on the original color table and quantizing the obtained coefficients using a step size which is related to the selected compression ratio, and wherein a first set of nodes when reconstructed from the compressed color table have a color difference between an original node in the color table and a reconstructed compressed value of the original node at the selected compression ratio within an error threshold at the selected compression ratio; and corrective information (106; 308) for a second set of nodes of the color table, the second set of nodes when reconstructed from the compressed color table having a color difference between an original node in the color table and a reconstructed compressed value of the original node outside the error threshold at the selected compression ratio. a compressed color table (102; 301; 702) representing the nodes of an original color table compressed with a lossy compression at a selected compression ratio, wherein the compressed color table includes quantized coefficients, obtained by performing a domain transform on the original color table and quantizing the obtained coefficients using a step size which is related to the selected compression ratio, and wherein a first set of nodes when reconstructed from the compressed color table have a color difference between an original node in the color table and a reconstructed compressed value of the original node at the selected compression ratio within an error threshold at the selected compression ratio; and corrective information (106; 308) for a second set of nodes of the color table, the second set of nodes when reconstructed from the compressed color table having a color difference between an original node in the color table and a reconstructed compressed value of the original node outside the error threshold at the selected compression ratio.
A vehicle carrier box comprising a lid and a base , said carrier box having first and second longitudinal sides and first and second transverse sides , said lid and said base being connected by a first and a second lid lifter , said first lid lifter being arranged at said first transverse side and said second lid lifter being arranged at said second transverse side wherein said first lid lifter comprises a first pivotable link arm connecting said lid to said base , and said second lid lifter comprises a second pivotable link arm connecting said lid to said base , said first and second lid lifters comprising an equalization arrangement for equalization of the forces exerted by said first and second lid lifters on said lid upon opening of said lid , characterized in that said equalization arrangement comprises a connector element connecting said first and said second lid lifter such that said first and said second lid lifter are hydraulically, mechanically and/or pneumatically coupled to each other, said connector element being configured for power transmission and equalization of the forces between said first lid lifter and said second lid lifter being exerted on said lid by said lid lifters upon opening of said lid .