mhurhangee/patent-ind-claim-en huggingface dataset:
A connector, comprising: a first housing forming at least a first upper aperture , a first lower aperture , a second upper aperture , a second lower aperture , a "T" shaped guide member , and a connector latch; and a connector position assurance member having a first upper arm , a first lower arm , a second upper arm , a second lower arm , a front edge , a central aperture , a "T" shaped aperture , and a front tip on a movable central beam , wherein the first upper arm is configured to be received by the first upper aperture , the first lower arm is configured to be received by the first lower aperture , the second upper arm is configured to be received by the second upper aperture , and the second lower arm is configured to be received by the second lower aperture , the front tip is configured to engage with the connector latch and to be moved toward the central aperture , the first upper aperture has a lower wall that is directly connected to a first side surface of the first lower aperture , the second upper aperture has a lower wall that is directly connected to a first side surface of the second lower aperture , the "T" shaped guide member is disposed between the first lower aperture and the second lower aperture , the "T" shaped guide member is formed by an upper wall of the first lower aperture , a second side surface of the first lower aperture , an upper wall of the second lower aperture , and a second side surface of the second lower aperture , and the "T" shaped aperture is below the central beam . a first housing forming at least a first upper aperture , a first lower aperture , a second upper aperture , a second lower aperture , a "T" shaped guide member , and a connector latch; and a connector position assurance member having a first upper arm , a first lower arm , a second upper arm , a second lower arm , a front edge , a central aperture , a "T" shaped aperture , and a front tip on a movable central beam , wherein the first upper arm is configured to be received by the first upper aperture , the first lower arm is configured to be received by the first lower aperture , the second upper arm is configured to be received by the second upper aperture , and the second lower arm is configured to be received by the second lower aperture , the front tip is configured to engage with the connector latch and to be moved toward the central aperture , the first upper aperture has a lower wall that is directly connected to a first side surface of the first lower aperture , the second upper aperture has a lower wall that is directly connected to a first side surface of the second lower aperture , the "T" shaped guide member is disposed between the first lower aperture and the second lower aperture , the "T" shaped guide member is formed by an upper wall of the first lower aperture , a second side surface of the first lower aperture , an upper wall of the second lower aperture , and a second side surface of the second lower aperture , and the "T" shaped aperture is below the central beam .
An authentication system to at least one application accessible by a user via a computer and for which the access is controlled by an authentication data, comprising: - a main mobile device , comprising a near-field communication module , a non-volatile memory and a volatile memory , and configured to communicate with the computer , - a main token , comprising a near-field communication module and a non-volatile memory in which at least one authentication data is recorded, the main mobile device being configured to recover, via the near-field communication module , the authentication data of the main token using a pairing key , and the main token being configured to allow access to the authentication data only upon presentation of said pairing key , characterized in that the pairing key is segmented into a plurality of segments, a first segment being recorded on the non-volatile memory of the main mobile device and at least one other additional segment being recorded on a non-volatile memory of a secondary mobile device and/or a non-volatile memory of a secondary token , the main mobile device being configured to recover the additional segment(s) by near-field communication with said secondary mobile device(s) and/or said secondary token(s) , to reconstitute the pairing key and to present the reconstituted pairing key to the main token , and in that the additional segment(s) recovered by the main mobile device are stored on the volatile memory of the main mobile device. - a main mobile device , comprising a near-field communication module , a non-volatile memory and a volatile memory , and configured to communicate with the computer , - a main token , comprising a near-field communication module and a non-volatile memory in which at least one authentication data is recorded, the main mobile device being configured to recover, via the near-field communication module , the authentication data of the main token using a pairing key , and the main token being configured to allow access to the authentication data only upon presentation of said pairing key ,
Textile machine comprising a control unit , working elements and a power supply device which can be connected to a spinning mill power grid and comprises electrical power supply units for supplying the working elements , characterized in that the control unit of the textile machine has a control and evaluation device in which the particular power consumption of a power supply unit or of a working element is stored on the basis of characteristic curve fields created from various predeterminable parameters, the control and evaluation device being designed such that it precalculates the power consumption of the electrical power supply unit or of the working element when one or more parameters of a characteristic curve field of the working element is/are adjusted and in that the control and evaluation device is designed to compare the precalculated power consumption with a permissible power consumption and, if the permissible power consumption is exceeded, to signal a warning and/or to prevent the effective entry of the parameters leading to the exceedance.
A non-transitory computer readable medium comprising machine readable instructions which, when executed by a processor, cause the processor to: identify an initial first position of a first sensor system relative to a reference point based on initial first sensor data captured by the first sensor system ; identify an initial second position of a second sensor system relative to a stationary trackable object based on initial second sensor data captured by the second sensor system , the first sensor system being in a fixed spatial relationship relative to the second sensor system , the first and second sensor systems comprising a helmet sensor system; determine, after a first duration of movement of the helmet sensor system, a subsequent first position of the first sensor system relative to the reference point based on subsequent first sensor data captured by the first sensor system , determine, after the first duration of movement of the helmet sensor system, a subsequent second position of the second sensor system relative to the trackable object based on subsequent second sensor data captured by the second sensor system ; and identify a vector relationship between the first sensor system and the second sensor system based on the initial first position of the first sensor system , the initial second position of the second sensor system , the subsequent first position of the first sensor system , and the subsequent second position of the second sensor system . identify an initial first position of a first sensor system relative to a reference point based on initial first sensor data captured by the first sensor system ; identify an initial second position of a second sensor system relative to a stationary trackable object based on initial second sensor data captured by the second sensor system , the first sensor system being in a fixed spatial relationship relative to the second sensor system , the first and second sensor systems comprising a helmet sensor system; determine, after a first duration of movement of the helmet sensor system, a subsequent first position of the first sensor system relative to the reference point based on subsequent first sensor data captured by the first sensor system , determine, after the first duration of movement of the helmet sensor system, a subsequent second position of the second sensor system relative to the trackable object based on subsequent second sensor data captured by the second sensor system ; and identify a vector relationship between the first sensor system and the second sensor system based on the initial first position of the first sensor system , the initial second position of the second sensor system , the subsequent first position of the first sensor system , and the subsequent second position of the second sensor system .
An apparatus for alignment of waste cigarettes with or without filter having an inlet for the waste cigarettes at an upper side of the apparatus and an outlet for aligned waste cigarettes at a lower side of the apparatus , comprising a plurality cylindrical rolls (68a-68g), each having an axis (70a-70g) of rotation being aligned substantially parallel to each other, further comprising a drive unit being configured for rotating the rolls (68a-68g) about their axis (70a-70g) of rotation, wherein there is a gap between neighbouring rolls (68a-68g), the gap having a width which allows the waste cigarettes to be conveyed through the gap .
A method performed by a user equipment, UE, comprising: receiving a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH; and identifying cell identification information by detecting a sequence of the PSS and a sequence of the SSS, and identifying a master information block, MIB, from the PBCH, wherein the MIB includes information indicating a subcarrier spacing value for system information, wherein the sequence of the PSS and the sequence of the SSS are used commonly for different subcarrier spacing values, wherein bandwidths of the PSS, the SSS, and the PBCH linearly scale with a subcarrier spacing value applied to the PSS, the SSS, and the PBCH, and wherein the subcarrier spacing value for system information is selected between a plurality of possible subcarrier spacing values for system information, and wherein the plurality of possible subcarrier spacing values for system information are associated with the subcarrier spacing value applied to the PSS, the SSS, and the PBCH. receiving a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH; and identifying cell identification information by detecting a sequence of the PSS and a sequence of the SSS, and identifying a master information block, MIB, from the PBCH, wherein the MIB includes information indicating a subcarrier spacing value for system information, wherein the sequence of the PSS and the sequence of the SSS are used commonly for different subcarrier spacing values, wherein bandwidths of the PSS, the SSS, and the PBCH linearly scale with a subcarrier spacing value applied to the PSS, the SSS, and the PBCH, and wherein the subcarrier spacing value for system information is selected between a plurality of possible subcarrier spacing values for system information, and wherein the plurality of possible subcarrier spacing values for system information are associated with the subcarrier spacing value applied to the PSS, the SSS, and the PBCH.
A method for a server to process an access request, comprising steps of: obtaining a response content corresponding to the access request from a source station according to a URL of the access request, when receiving the access request sent by a client terminal; characterized by : adjusting domain names of at least two sub-resource requests in the response content to be a same domain name of a preset protocol type, and returning the adjusted response content to the client terminal, wherein, the domain name of the preset protocol type is a domain name supporting multiplexing; restoring , when receiving a sub-resource request having the same domain name sent by the client terminal, the domain name of the sub-resource request to an original domain name of the sub-resource request; and obtaining a sub-resource content corresponding to the sub-resource request from the source station according to the original domain name of the sub-resource request, and returning the sub-resource content to the client terminal. obtaining a response content corresponding to the access request from a source station according to a URL of the access request, when receiving the access request sent by a client terminal; characterized by : adjusting domain names of at least two sub-resource requests in the response content to be a same domain name of a preset protocol type, and returning the adjusted response content to the client terminal, wherein, the domain name of the preset protocol type is a domain name supporting multiplexing; restoring , when receiving a sub-resource request having the same domain name sent by the client terminal, the domain name of the sub-resource request to an original domain name of the sub-resource request; and obtaining a sub-resource content corresponding to the sub-resource request from the source station according to the original domain name of the sub-resource request, and returning the sub-resource content to the client terminal. adjusting domain names of at least two sub-resource requests in the response content to be a same domain name of a preset protocol type, and returning the adjusted response content to the client terminal, wherein, the domain name of the preset protocol type is a domain name supporting multiplexing; restoring , when receiving a sub-resource request having the same domain name sent by the client terminal, the domain name of the sub-resource request to an original domain name of the sub-resource request; and obtaining a sub-resource content corresponding to the sub-resource request from the source station according to the original domain name of the sub-resource request, and returning the sub-resource content to the client terminal.
A protease comprising an amino acid sequence which has at least 90% sequence identity with the amino acid sequence specified in SEQ ID NO:1 over its entire length and in each case relative to the numbering according to SEQ ID NO:1: (a) at the position corresponding to position 271, the amino acid substitution Q271E; and (b) at the position corresponding to position 9, an amino acid substitution selected from P9T, P9H, P9S and P9A, preferably P9T; and (c1) at at least one of the positions corresponding to positions 18, 61, 92, 99, 137, 149, 156, 159, 162, 166, 172, 192, 199, 217 or 265, at least one further amino acid substitution selected from A18D, F61Y, A92S, N99Y, N137K, V149I, S156G, S156Y, T159I, T162S, G166M, D172G, D172P, A192V, S199M, Y217M and K265A; and/or (c2)at at least three of the positions corresponding to positions 29, 48, 101, 130, 131, 133, 144, 217, 224 and 252, in particular 130, 133, 144, 217 and 252, at least three further amino acid substitutions selected from A29G, A48V, D101E, N130D, N130S, N130H, G131D, G131N, G131S, G131K, T133K, T133R, T133Y, N144K, N144L, N144A, S224A, S224T, N252S and N252T. (a) at the position corresponding to position 271, the amino acid substitution Q271E; and (b) at the position corresponding to position 9, an amino acid substitution selected from P9T, P9H, P9S and P9A, preferably P9T; and (c1) at at least one of the positions corresponding to positions 18, 61, 92, 99, 137, 149, 156, 159, 162, 166, 172, 192, 199, 217 or 265, at least one further amino acid substitution selected from A18D, F61Y, A92S, N99Y, N137K, V149I, S156G, S156Y, T159I, T162S, G166M, D172G, D172P, A192V, S199M, Y217M and K265A; and/or (c2)at at least three of the positions corresponding to positions 29, 48, 101, 130, 131, 133, 144, 217, 224 and 252, in particular 130, 133, 144, 217 and 252, at least three further amino acid substitutions selected from A29G, A48V, D101E, N130D, N130S, N130H, G131D, G131N, G131S, G131K, T133K, T133R, T133Y, N144K, N144L, N144A, S224A, S224T, N252S and N252T.
A process for compacting a polymeric powder of ultra high molecular weight polyethylene (UHMWPE) in a press, wherein the polymeric powder is supported during compaction by a powder carrier, and said powder carrier comprises a layer of a thickness (T), said layer comprising a material with a static coefficient of friction (COF), characterized in that T is from 20 μm to 150 μm; COF is from 0.03 to 0.6; and T × COF is at least 10 μm, and wherein the COF of the material is determined against a ultra high molecular weight polyethylene (UHMWPE) sheet according to a modified version of ASTM D1894-08 as defined in the description; and the material used for the manufacturing of the layer forming the powder carrier is a cellulosic material.
A method of capturing an image displayed on a display device and detected by an electronic device , the method comprising: detecting the image and generating image data associated with the detected image using the electronic device; detecting , by the electronic device, a first group of boundary markers (415a ... 415m) displayed by the display device , wherein the first group of boundary marker (415a ... 415m) is periodically displayed to be undetectable by a human eye that is viewing the display device ; in response to detecting the first group of boundary markers (415a ... 415m), determining image regions associated with the generated image data including a first image region circumscribed by the first group of boundary markers and a second image region being distinct from the first image region; and modifying , by the electronic device, based on the first group of boundary marker (415a ... 415m), regional image data associated with at least one of the first image region or the second image region. detecting the image and generating image data associated with the detected image using the electronic device; detecting , by the electronic device, a first group of boundary markers (415a ... 415m) displayed by the display device , wherein the first group of boundary marker (415a ... 415m) is periodically displayed to be undetectable by a human eye that is viewing the display device ; in response to detecting the first group of boundary markers (415a ... 415m), determining image regions associated with the generated image data including a first image region circumscribed by the first group of boundary markers and a second image region being distinct from the first image region; and modifying , by the electronic device, based on the first group of boundary marker (415a ... 415m), regional image data associated with at least one of the first image region or the second image region.
A detection apparatus comprising: a display ; an imaging unit configured to image a subject; an eye gaze detector configured to detect an eye gaze direction of the subject based on a captured image captured by the imaging unit; and an output controller configured to display a diagnostic image that includes a person image including a face and a geometric pattern image, onto the display, a gaze point detector configured to: detect a first gaze point as a gaze point of the subject in a first determination area, based on the eye gaze direction, and detect a second gaze point as a gaze point of the subject in a second determination area, which is a partial region of the geometric pattern image, wherein the second determination area is at least one of an area of a center of a geometric pattern image, an area of a portion of the geometric pattern image in which density of lines forming the geometric pattern is higher than other portions, and an area of a portion of the geometric pattern image in which the geometric pattern changes, characterized in that the first determination area is an area of the face which is a partial region of the person image. a display ; an imaging unit configured to image a subject; an eye gaze detector configured to detect an eye gaze direction of the subject based on a captured image captured by the imaging unit; and an output controller configured to display a diagnostic image that includes a person image including a face and a geometric pattern image, onto the display, a gaze point detector configured to: detect a first gaze point as a gaze point of the subject in a first determination area, based on the eye gaze direction, and detect a second gaze point as a gaze point of the subject in a second determination area, which is a partial region of the geometric pattern image, wherein detect a first gaze point as a gaze point of the subject in a first determination area, based on the eye gaze direction, and detect a second gaze point as a gaze point of the subject in a second determination area, which is a partial region of the geometric pattern image, wherein the second determination area is at least one of an area of a center of a geometric pattern image, an area of a portion of the geometric pattern image in which density of lines forming the geometric pattern is higher than other portions, and an area of a portion of the geometric pattern image in which the geometric pattern changes, characterized in that the first determination area is an area of the face which is a partial region of the person image.
System for sorting metal objects by magnetic separation, comprising : • an electromagnetic core comprising : ∘ at least one first portion comprising a winding , ∘ a second portion , the second portion being wider than the first portion, ∘ and a base connecting the first portion to the second portion, • a sorting flap arranged opposite said electromagnetic core so as to provide, between the sorting flap and the electromagnetic core, a circulation space for a conveyor of objects to be sorted from the first portion to the second portion , said sorting system being characterized in that the sorting flap comprises a magnetic element arranged to form an air gap (E1) between the first portion and the sorting flap, said air gap forming a magnetic barrier opposing the passage of non-magnetic metal objects, so that said non-magnetic metal objects are ejected from the conveyor , the second portion being arranged between the bottom and a portion of the magnetic element of the sorting flap opposite the air gap to ensure a return of the magnetic field lines towards the first portion. • an electromagnetic core comprising : ∘ at least one first portion comprising a winding , ∘ a second portion , the second portion being wider than the first portion, ∘ and a base connecting the first portion to the second portion, ∘ at least one first portion comprising a winding , ∘ a second portion , the second portion being wider than the first portion, ∘ and a base connecting the first portion to the second portion, • a sorting flap arranged opposite said electromagnetic core so as to provide, between the sorting flap and the electromagnetic core, a circulation space for a conveyor of objects to be sorted from the first portion to the second portion , said sorting system being characterized in that the sorting flap comprises a magnetic element arranged to form an air gap (E1) between the first portion and the sorting flap, said air gap forming a magnetic barrier opposing the passage of non-magnetic metal objects, so that said non-magnetic metal objects are ejected from the conveyor , the second portion being arranged between the bottom and a portion of the magnetic element of the sorting flap opposite the air gap to ensure a return of the magnetic field lines towards the first portion.