mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for authenticating a person by means of at least one biometric parameter, particularly by means of a fingerprint, comprising - a biometry detector for detection of a biometric parameter, and - a signal evaluation unit connected to the biometry detector , for evaluation of the intensity of the reflected radiations of the radiation unit as received by the receiving unit , characterized by - a skin detector for contactless detection of living human skin within a detection area, - wherein said skin detector being connected to the signal evaluation unit and comprising at least one group of at least one radiation unit and at least one receiving unit , - wherein said at least one radiation unit emitting radiation towards the detection area at at least two wavelengths of 950 nm and 1050 nm, or 950 nm and 1200 nm, or 1050 nm and 1200 nm, or 1050 nm and 1300 nm, and said at least one receiving unit receiving radiation reflected from the detection area, - wherein said signal evaluation unit distinguishing living skin from skin replications by means of the quotient or the difference of said intensities of the radiations received by the receiving unit at the two different wavelengths, and thus determining whether said skin detector is detecting living human skin, and - wherein the output of an authentication signal presumes the detection of living human skin and the detection of a biometric parameter belonging to the person. - a biometry detector for detection of a biometric parameter, and - a signal evaluation unit connected to the biometry detector , for evaluation of the intensity of the reflected radiations of the radiation unit as received by the receiving unit , characterized by - a skin detector for contactless detection of living human skin within a detection area, - wherein said skin detector being connected to the signal evaluation unit and comprising at least one group of at least one radiation unit and at least one receiving unit , - wherein said at least one radiation unit emitting radiation towards the detection area at at least two wavelengths of 950 nm and 1050 nm, or 950 nm and 1200 nm, or 1050 nm and 1200 nm, or 1050 nm and 1300 nm, and said at least one receiving unit receiving radiation reflected from the detection area, - wherein said signal evaluation unit distinguishing living skin from skin replications by means of the quotient or the difference of said intensities of the radiations received by the receiving unit at the two different wavelengths, and thus determining whether said skin detector is detecting living human skin, and - wherein the output of an authentication signal presumes the detection of living human skin and the detection of a biometric parameter belonging to the person.
Filter device for polymer melts, with a filter and a cleaning device therefor, wherein the cleaning device has a detaching device for detaching filter residues from the filter and a discharge device for discharging the detached filter residues , wherein the cleaning device has a collection area on the filter as well as a discharge device for discharging the detached filter residues which is connected there by means of a feed line , and wherein the detaching device is formed as a backwashing device , characterized in that - the discharge device has, following the feed line , a controllable metering device which shuts off the feed line and receives, and discharges again at another location, detached filter residues from the feed line in portions in a manner that allows metering, - wherein the metering device has a controllably movable, in particular rotatably and/or displaceably arranged, metering element , - wherein the metering element has a solid region and one or more receiving pocket(s) for receiving and discharging a portion of detached filter residue . - the discharge device has, following the feed line , a controllable metering device which shuts off the feed line and receives, and discharges again at another location, detached filter residues from the feed line in portions in a manner that allows metering, - wherein the metering device has a controllably movable, in particular rotatably and/or displaceably arranged, metering element , - wherein the metering element has a solid region and one or more receiving pocket(s) for receiving and discharging a portion of detached filter residue .
Method of assembling a bicycle rim , the method comprising the steps of: providing one or more patterns of removable material (M), said one or more patterns together having an outer shape resembling an inner shape of at least part of said rim ; covering at least some of the outer sides of said one or more patterns of removable material (M) with one or more layers of webs of fiber material ; said one or more layers of webs of fiber material forming said rim ; placing said covered one or more patterns of removable material (M) into a mold , said mold having an internal cavity the internal cavity corresponding to an outer shape of said rim ; heating said mold to a first temperature in a first temperature range, wherein said bicycle rim has first and second internal spaces that are formed by respective first and second patterns , with the first pattern forming said first internal space and being covered with said one or more layers of webs of fiber material and characterised by sequentially assembling said second pattern from respective second pattern segments at said covered first pattern from two, three, four, five or more second pattern segments to form said second pattern covered with one or more further layers of webs of fiber material , and wherein said combined first and second patterns are covered with one or more further layers of webs of fiber material . providing one or more patterns of removable material (M), said one or more patterns together having an outer shape resembling an inner shape of at least part of said rim ; covering at least some of the outer sides of said one or more patterns of removable material (M) with one or more layers of webs of fiber material ; said one or more layers of webs of fiber material forming said rim ; placing said covered one or more patterns of removable material (M) into a mold , said mold having an internal cavity the internal cavity corresponding to an outer shape of said rim ; heating said mold to a first temperature in a first temperature range, wherein said bicycle rim has first and second internal spaces that are formed by respective first and second patterns , with the first pattern forming said first internal space and being covered with said one or more layers of webs of fiber material and characterised by sequentially assembling said second pattern from respective second pattern segments at said covered first pattern from two, three, four, five or more second pattern segments to form said second pattern covered with one or more further layers of webs of fiber material , and wherein said combined first and second patterns are covered with one or more further layers of webs of fiber material .
A method for receiving a service by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, , a system information block including BS capability information indicating that the BS supports a low-delay protocol, and a service list including low-delay services, wherein the low-delay protocol provides a service connection between the UE and a base station server in an access layer of the UE without using transmission control protocol / internet protocol, TCP/IP; in response to an application being executed on the UE, identifying whether a service of the application is included in the service list; if the service of the application is identified as being included in the service list, transmitting , to the BS , a service request message including application data of the application, a service name related to the application, and a temporary UE identity of the UE; and receiving , from the BS , a service request accept message including response data of the application data provided from the base station server . receiving, from a base station, BS, , a system information block including BS capability information indicating that the BS supports a low-delay protocol, and a service list including low-delay services, wherein the low-delay protocol provides a service connection between the UE and a base station server in an access layer of the UE without using transmission control protocol / internet protocol, TCP/IP; in response to an application being executed on the UE, identifying whether a service of the application is included in the service list; if the service of the application is identified as being included in the service list, transmitting , to the BS , a service request message including application data of the application, a service name related to the application, and a temporary UE identity of the UE; and receiving , from the BS , a service request accept message including response data of the application data provided from the base station server .
Use of an aqueous organ preservation solution comprising taurine, L-alanine-L-glutamine and glutamic acid for the preservation of an organ or parts of an organ, wherein said use comprises oxygenated perfusion of said organ or part thereof with said aqueous organ preservation solution, and wherein said use is ex vivo.
An apparatus , comprising: a processor ; and a memory comprising instructions that when executed by the processor cause the processor to: identify a private server key and a client public certificate created by a certificate authority, wherein the private server key is provided to the server at manufacture; or wherein the private server key is stored in a secure enclave ; create a server generated certificate based on the private server key; communicate the server generated certificate to a client device to establish trust between the server and the client device ; receive a client generated certificate that has been generated, by the client device , based at least on the server generated certificate , from the client device ; authenticate the client generated certificate with the client public certificate to establish a secure communications channel between the server and the client device ; and provide a service to the client device via the secure communications channel. a processor ; and a memory comprising instructions that when executed by the processor cause the processor to: identify a private server key and a client public certificate created by a certificate authority, wherein the private server key is provided to the server at manufacture; or wherein the private server key is stored in a secure enclave ; create a server generated certificate based on the private server key; communicate the server generated certificate to a client device to establish trust between the server and the client device ; receive a client generated certificate that has been generated, by the client device , based at least on the server generated certificate , from the client device ; authenticate the client generated certificate with the client public certificate to establish a secure communications channel between the server and the client device ; and provide a service to the client device via the secure communications channel. identify a private server key and a client public certificate created by a certificate authority, wherein the private server key is provided to the server at manufacture; or wherein the private server key is stored in a secure enclave ; create a server generated certificate based on the private server key; communicate the server generated certificate to a client device to establish trust between the server and the client device ; receive a client generated certificate that has been generated, by the client device , based at least on the server generated certificate , from the client device ; authenticate the client generated certificate with the client public certificate to establish a secure communications channel between the server and the client device ; and provide a service to the client device via the secure communications channel.
A rolled copper foil for a secondary battery negative electrode current collector, comprising 0.05 to 0.20 mass% of Sn, 2. optionally comprising 0.01 to 0.10 mass % of Ag and the rest being copper and inevitable impurities, wherein a tensile strength in a direction parallel to the rolling direction is 600 MPa or more, and a breaking elongation in the direction parallel to the rolling direction is 2.0% or more; and wherein a tensile strength in a direction orthogonal to the rolling direction is 640 MPa or more, and a breaking elongation in the direction orthogonal to the rolling direction is 3.5% or more. comprising 0.05 to 0.20 mass% of Sn, 2. optionally comprising 0.01 to 0.10 mass % of Ag and the rest being copper and inevitable impurities, wherein a tensile strength in a direction parallel to the rolling direction is 600 MPa or more, and a breaking elongation in the direction parallel to the rolling direction is 2.0% or more; and wherein a tensile strength in a direction orthogonal to the rolling direction is 640 MPa or more, and a breaking elongation in the direction orthogonal to the rolling direction is 3.5% or more.
Moulded part formed from a material bond between a carrier , a moulded skin and an originally liquid foam which has been introduced into a cavity of the moulded part between the carrier and the moulded skin and foamed and also solidified by a chemical reaction, wherein along the outer edge of the moulded part a channel seal consisting of a plurality of channels arranged next to one another is present between the carrier and the moulded skin , wherein the individual channels of the channel seal run out in an arc in the direction of the cavity of the moulded part that is filled with the foam and end immediately in the cavity that is filled with foam , characterized in that each channel of the channel seal has an inlet opening which points counter to the direction of the foam which expands as a result of the foaming.
A lampshade fixing structure for use with LED lamps, comprising an aluminum substrate , wherein LED light beads are distributed on one side surface of the aluminum substrate , wherein a lampshade is arranged on the aluminum substrate which is located on the periphery of the LED light beads , and a plurality of positioning bosses is circumferentially arranged at the edge of the aluminum substrate , and L-shaped positioning notches which correspond one-to-one to the positioning bosses are arranged on the lampshade , and the positioning bosses are located in the positioning notches , and a limiting seat is provided at an opening of the positioning notch , and the limiting seat is fixedly connected to the aluminum substrate .
Vehicle (V) consisting of a compartment defining a enclosure (H), and comprising an air treatment device (D) for that enclosure, that device (D) consisting of a tank (RL) storing a liquid, means of treatment (MT) arranged to transform that liquid into small drops and means of diffusion (MD) arranged to distribute such small drops in that chamber (H), characterized in that it also includes i) means of production (MP) arranged to produce ozone on order from aspirated air, ii) means of control (MC) arranged to order the production of ozone when no person is present in the said chamber (H) and for a chosen period, and to control the transfer of the ozone produced in the said reservoir (RL) in order to clean up the latter (RL) and the said liquid, and iii) means Evacuation (ME) consisting of a duct (C7) consisting of a first end connected to a solenoid valve (E2) and at least a second end consisting of an outlet (S3) which communicates directly or indirectly with the enclosure (H), the outlet (S3) which enables the enclosure (H) to be cleaned directly with ozone, the tank (RL) having previously been emptied of its liquid on the orders of the means of control (MC), means of control (MC) triggering the production of ozone and the transfer of ozone to the empty tank (RL), and then to the duct (C7), via the solenoid valve (E2), means of evacuation (ME) ensuring a coupling between the said tank (RL) and at least one predefined zone (Z1) outside the said enclosure (H), and in so far as such means of control (MC) are to order at a time chosen an evacuation by the said means of evacuation (ME) of at least part of the said liquid with ozone before it no longer has remediation power.
An attachment of an electric hair trimmer , the attachment is mountable on the electric hair trimmer , the electric hair trimmer is configured such that an angle (A) formed by a moving direction of a movable blade with respect to a fixed blade provided on a head portion and a longitudinal direction of a grip portion which supports the head portion is an acute angle or the moving direction and the longitudinal direction are parallel to each other, and is configured to adjust a cutting length which is a length of hair introduced between the fixed blade and the movable blade , the attachment comprising: a mounting portion mountable on the head portion so as to cover the head portion ; a slide portion mounted on the mounting portion in a slidable manner with respect to the mounting portion such that the cutting length is changed; a comb formed on the slide portion so as to guide hair between the fixed blade and the movable blade ; an operation part operated for moving the slide portion relative to the mounting portion , wherein the operation part includes a ring rotatable relative to the mounting portion ; and a movement converting part which converts a rotational movement of the ring into a translational movement of the slide portion , characterized in that the movement converting part includes a helical groove , and a projection which is inserted in the helical groove such that the projection is movable in the helical groove , one of the helical groove and the projection is formed on an inner peripheral surface of the ring , and another of the helical groove and the projection is formed on an outer surface of the slide portion . a mounting portion mountable on the head portion so as to cover the head portion ; a slide portion mounted on the mounting portion in a slidable manner with respect to the mounting portion such that the cutting length is changed; a comb formed on the slide portion so as to guide hair between the fixed blade and the movable blade ; an operation part operated for moving the slide portion relative to the mounting portion , wherein the operation part includes a ring rotatable relative to the mounting portion ; and a movement converting part which converts a rotational movement of the ring into a translational movement of the slide portion , characterized in that the movement converting part includes a helical groove , and a projection which is inserted in the helical groove such that the projection is movable in the helical groove , one of the helical groove and the projection is formed on an inner peripheral surface of the ring , and another of the helical groove and the projection is formed on an outer surface of the slide portion .
Automated system for preparing a biological sample (X) containing biological species (Y), characterized in that it comprises: - a support plate (M0) in which one or more through-wells are made, - each through-well having two opposite accesses, a first access and a second access, the first access being separated from the second access by a filter-forming porous wall , against which the said biological sample that is to undergo lysis may be placed, - and for each well: ∘ a first mobile member , that can be actuated to move translationally along the axis of the well so as to become inserted across the first access thereof, ∘ a second mobile member , that can be actuated to move translationally along the axis of the well so as to become inserted across the second access thereof, - drive means driving the translational movement of each first mobile member and of each second mobile member, - stimulation means of mechanical and/or thermal type for stimulating each first mobile member and/or each second mobile member and/or the support plate, - a control unit (UC), configured to: ∘ command said drive means, ∘ command said stimulation means. - a support plate (M0) in which one or more through-wells are made, - each through-well having two opposite accesses, a first access and a second access, the first access being separated from the second access by a filter-forming porous wall , against which the said biological sample that is to undergo lysis may be placed, - and for each well: ∘ a first mobile member , that can be actuated to move translationally along the axis of the well so as to become inserted across the first access thereof, ∘ a second mobile member , that can be actuated to move translationally along the axis of the well so as to become inserted across the second access thereof, ∘ a first mobile member , that can be actuated to move translationally along the axis of the well so as to become inserted across the first access thereof, ∘ a second mobile member , that can be actuated to move translationally along the axis of the well so as to become inserted across the second access thereof, - drive means driving the translational movement of each first mobile member and of each second mobile member, - stimulation means of mechanical and/or thermal type for stimulating each first mobile member and/or each second mobile member and/or the support plate, - a control unit (UC), configured to: ∘ command said drive means, ∘ command said stimulation means. ∘ command said drive means, ∘ command said stimulation means.
Fitting for the treatment of aqueously suspended fibrous material in a treatment gap bounded by two treatment surfaces rotating relative to each other and formed by fittings , comprising a base body with elongated treatment elements facing the gap and at least one directional component extending radially, wherein the treatment elements are applied at least partly as layers of a liquid or solid material and are subjected to a physical or chemical curing or fusing process, wherein at least part, preferably the whole, of the surface of the treatment elements respectively formed by two side surfaces and the upper side located in between and directed towards the gap consists of a material which differs from the material of the base body , characterized in that at least the upper side of the treatment elements , facing the gap , has a profile that is formed by recesses , which are bounded by webs extending between them and, at the edge, also by webs forming part of the side surface of the treatment elements and the outer region of the treatment elements , lying below the profile, is filled completely with the appropriate material over a thickness of at least 2 mm, the density of this material in the sections with the webs located above being higher than in sections with recesses located above.