mhurhangee/ep-ind-claims huggingface dataset:
A method of heating a plate workpiece, the plate workpiece having a first region and a second region, wherein a cross sectional area of the first region in a widthwise direction of the plate workpiece is substantially uniform along a longitudinal direction of the plate workpiece or is monotonically increased or decreased along the longitudinal direction, and wherein the second region is adjoining a portion of the first region in a monolithic manner, the method comprising: heating the second region; and heating at least the first region by direct resistance heating along the longitudinal direction, wherein the second region is heated before heating the first region such that the first region and the second region are heated to be in a given temperature range characterized in that the heating at least the first region comprises: arranging a pair of electrodes (23, 24) in the widthwise direction such that the pair of electrodes (23, 24) contacts a surface of the plate workpiece; moving at least one of the electrodes in the longitudinal direction with electric current being applied to the at least one of the electrodes. heating the second region; and heating at least the first region by direct resistance heating along the longitudinal direction, wherein the second region is heated before heating the first region such that the first region and the second region are heated to be in a given temperature range characterized in that the heating at least the first region comprises: arranging a pair of electrodes (23, 24) in the widthwise direction such that the pair of electrodes (23, 24) contacts a surface of the plate workpiece; moving at least one of the electrodes in the longitudinal direction with electric current being applied to the at least one of the electrodes. arranging a pair of electrodes (23, 24) in the widthwise direction such that the pair of electrodes (23, 24) contacts a surface of the plate workpiece; moving at least one of the electrodes in the longitudinal direction with electric current being applied to the at least one of the electrodes.
A sensor arrangement for detecting motion gestures on a motor vehicle, with a capacitive sensor electrode (2; 12) and at least one control and evaluation device coupled to the sensor electrode (2, 12) for detecting a change in capacity of the sensor electrode, wherein the sensor electrode (2, 12) is formed as an elongated flat electrode, wherein more sensitive electrode sections (a) having a first areal width alternate in longitudinal direction with less sensitive sections (b) having a second, lesser areal width, so that sections of continuously conductive electrode surfaces are formed, which however have different sensitivities and different dimensions, characterised in that a deformable, flat and electrically insulating sheathing of the sensor electrode is formed, wherein a further elongated electrode is provided, which is coupled to the same control and evaluation device, wherein the further electrode also comprises regions of different areal width.
A method performed by a session management function, SMF, the method comprising: the SMF receiving a session request message transmitted by a User Equipment, UE, the session request message comprising a Data Network Name, DNN and Single-Network Slice Selection Assistance Information, S-NSSAI pair; after receiving the session request message, the SMF transmitting towards a policy control function, PCF, a policy create message that includes one or more of: i) the DNN and S-NSSAI pair from the session request message, ii) information indicating that a user plane for a Packet Data Unit, PDU session for the DNN and S-NSSAI pair is redundancy capable, and iii) subscription information for the UE that indicates that the subscriber is allowed to have redundant transmissions. the SMF receiving a session request message transmitted by a User Equipment, UE, the session request message comprising a Data Network Name, DNN and Single-Network Slice Selection Assistance Information, S-NSSAI pair; after receiving the session request message, the SMF transmitting towards a policy control function, PCF, a policy create message that includes one or more of: i) the DNN and S-NSSAI pair from the session request message, ii) information indicating that a user plane for a Packet Data Unit, PDU session for the DNN and S-NSSAI pair is redundancy capable, and iii) subscription information for the UE that indicates that the subscriber is allowed to have redundant transmissions. i) the DNN and S-NSSAI pair from the session request message, ii) information indicating that a user plane for a Packet Data Unit, PDU session for the DNN and S-NSSAI pair is redundancy capable, and iii) subscription information for the UE that indicates that the subscriber is allowed to have redundant transmissions.
Foam composition of noncrosslinked copolymer having rigid blocks and flexible blocks comprising at least one block chosen from polyamide blocks, characterized in that it is provided in the form of a polymer matrix containing closed cells enclosing gas, said matrix comprising: - from 90% to 99.9% by weight of at least one block copolymer, and - from 0.1% to 10% by weight of metal carbonate, measured by thermogravimetric analysis according to Standard ISO 11358:2011, with regard to the total weight of the foam composition. - from 90% to 99.9% by weight of at least one block copolymer, and - from 0.1% to 10% by weight of metal carbonate, measured by thermogravimetric analysis according to Standard ISO 11358:2011,
A device for reading out a test kit for the detection of biomarkers, containing an opaque housing, a holding device for fixing a functional layer with or without a cassette, a functional layer with antibodies fixed thereon for the immunological detection of an antigen and/or a functional layer with antigens fixed thereon for the immunological detection of an antibody, a transmitter for controlled illumination of the functional layer, wherein the transmitter can emit light of different wavelengths in a controlled manner, a receiver to determine the reflected or transmitted light, a processor for controlling the transmitter, the receiver, and for signal conditioning, a display device for displaying the result, wherein the device is controlled by means of software running on the processor, wherein the control causes the transmitter to successively emit light of at least 2 different wavelength ranges, the signal conditioning only evaluates the brightness signal (Y-signal} of the receiver, repeats the measuring cycle once or several times (2 - 5 times), evaluates and displays the measured signals via digital image processing. an opaque housing, a holding device for fixing a functional layer with or without a cassette, a functional layer with antibodies fixed thereon for the immunological detection of an antigen and/or a functional layer with antigens fixed thereon for the immunological detection of an antibody, a transmitter for controlled illumination of the functional layer, wherein the transmitter can emit light of different wavelengths in a controlled manner, a receiver to determine the reflected or transmitted light, a processor for controlling the transmitter, the receiver, and for signal conditioning, a display device for displaying the result, wherein the device is controlled by means of software running on the processor, wherein the control causes the transmitter to successively emit light of at least 2 different wavelength ranges, the signal conditioning only evaluates the brightness signal (Y-signal} of the receiver, repeats the measuring cycle once or several times (2 - 5 times), evaluates and displays the measured signals via digital image processing.
Method for machining a work piece by means of a laser beam from a laser tool, wherein for work piece production, material of the work piece is removed with a laser beam in layers in accordance with predetermined definitions by positioning the work piece and the laser tool relative to each other with one or more adjusting axes (22a, 22b) and scanning the exposed surface of the work piece in path lines and across the whole area with a laser beam in order to vaporize and/or burn work piece material, characterized by a first removal phase during which the laser beam is guided relative to the work piece over the work piece surface by means of variable optical means, particularly adjustable mirrors within the laser tool, with or without simultaneous use of mechanical adjusting axes (22a, 22b) for adjusting the relative position between laser tool and work piece, and a second removal phase during which the laser beam is guided relative to the work piece over the work piece surface by means of one or more adjusting axes of the apparatus without guiding the laser beam simultaneously by means of variable optical means, wherein the focal length can be adjustable by variable optical means.
Electronics housing (4; 22) for household appliances (1; 21), having at least one elastically flexible seal (10; 10, 24) for sealing the electronics housing (4; 22) with respect to at least one support surface (3, 6) provided for the electronics housing, wherein the electronics housing (4; 22) and the seal (10; 10, 24) consist of the same plastic, characterised in that - the electronics housing has two housing chambers (22a, 22b) which open toward two opposing sides and the housing chambers (22a, 22b) each have a peripheral, elastically flexible seal (10, 24) for sealing with respect to the respective support surface (6, 3) and - the seal of a first housing chamber of the two housing chambers (22a, 22b) rests pressed against the lower side of a glass ceramic plate and rests with the seal of a second housing chamber of the two housing chambers (22a, 22b) pressed against the support surface embodied as a cover plate. - the electronics housing has two housing chambers (22a, 22b) which open toward two opposing sides and the housing chambers (22a, 22b) each have a peripheral, elastically flexible seal (10, 24) for sealing with respect to the respective support surface (6, 3) and - the seal of a first housing chamber of the two housing chambers (22a, 22b) rests pressed against the lower side of a glass ceramic plate and rests with the seal of a second housing chamber of the two housing chambers (22a, 22b) pressed against the support surface embodied as a cover plate.
A method of accessing a virtual desktop of a host computing device, the method comprising: at a connection server which is coupled to the host computing device: receiving a connection request from a client device including an access token or a reference to the access token, wherein the authentication token is indicative that a user successfully logged in using access credentials of the user to an authentication portal at an authentication server; validating the authentication token with the authentication portal; verifying access permissions of the user with a directory service using the access token or the reference to the access token and, if verified, generating a virtual smartcard with smartcard credentials including a private key, a PIN, and a digital certificate from a certificate server coupled to the connection server in a domain; and authorizing the client device to access otherwise access-restricted resources within the domain using the smartcard credentials of the virtual smartcard, including facilitating single-sign-on access to one or more of a plurality of virtual desktops within the domain by associating the virtual smartcard with the virtual desktop or by storing the virtual smartcard within the virtual desktop, wherein each of the virtual desktops authenticates the user using the private key, the digital certificate and the PIN from the virtual smartcard. receiving a connection request from a client device including an access token or a reference to the access token, wherein the authentication token is indicative that a user successfully logged in using access credentials of the user to an authentication portal at an authentication server; validating the authentication token with the authentication portal; verifying access permissions of the user with a directory service using the access token or the reference to the access token and, if verified, generating a virtual smartcard with smartcard credentials including a private key, a PIN, and a digital certificate from a certificate server coupled to the connection server in a domain; and authorizing the client device to access otherwise access-restricted resources within the domain using the smartcard credentials of the virtual smartcard, including facilitating single-sign-on access to one or more of a plurality of virtual desktops within the domain by associating the virtual smartcard with the virtual desktop or by storing the virtual smartcard within the virtual desktop, wherein each of the virtual desktops authenticates the user using the private key, the digital certificate and the PIN from the virtual smartcard.
A method for removing textile pieces having metal objects attached thereto from scrap textile material comprising: (a) cutting said scrap textile material into strips of textile material; (b) cutting said strips of textile material into textile pieces; (c) depositing said textile pieces on a vibratory pan conveyor or chute feed to evenly distribute said textile pieces on the conveyor; (d) depositing said textile pieces from said vibratory pan conveyor or chute feed on an accelerator belt to disburse the fabric pieces on the accelerator belt; (e) transporting said textile pieces on said accelerator belt past a plurality of metal detectors; (f) detecting a metal object attached to a textile piece on said belt; and (g) directing a jet of air onto said textile piece to eject it and the attached metal object from the accelerator belt and transporting it to a discard system. (a) cutting said scrap textile material into strips of textile material; (b) cutting said strips of textile material into textile pieces; (c) depositing said textile pieces on a vibratory pan conveyor or chute feed to evenly distribute said textile pieces on the conveyor; (d) depositing said textile pieces from said vibratory pan conveyor or chute feed on an accelerator belt to disburse the fabric pieces on the accelerator belt; (e) transporting said textile pieces on said accelerator belt past a plurality of metal detectors; (f) detecting a metal object attached to a textile piece on said belt; and (g) directing a jet of air onto said textile piece to eject it and the attached metal object from the accelerator belt and transporting it to a discard system.
A combination temperature exposure indicator suitable for attachment to, or association with, a host product, the combination temperature exposure indicator comprising: (a) a substrate; and (b) a cumulative ambient time-temperature indicator supported by the substrate, the cumulative time-temperature indicator (100, 212) being able to provide a visual indication of exposure of the cumulative time-temperature indicator to a predetermined cumulative time-temperature value; characterized in that the combination temperature exposure indicator further comprises a freeze indicator (10, 100, 112, 220) supported by the substrate, the freeze indicator (10, 100, 112, 220) being able to provide a visual indication of exposure of the freeze indicator (10, 100, 112, 220) to a freezing temperature, and in that the visual indications provided by the freeze indicator (10, 100, 112, 220) and the cumulative time-temperature indicator (100, 212) are provided in a combined display wherein the area of one visual indication lies within the area of the other visual indication. (a) a substrate; and (b) a cumulative ambient time-temperature indicator supported by the substrate, the cumulative time-temperature indicator (100, 212) being able to provide a visual indication of exposure of the cumulative time-temperature indicator to a predetermined cumulative time-temperature value;
Method for detecting a slipping state of a clutch for a motor vehicle powertrain, said clutch coupling an input shaft and an output shaft, the method comprising during a closed state of said clutch the following steps: - the determination of a torsion angle (ar) corresponding to a relative rotation between the output shaft and the input shaft, - the comparison of the torsion angle (ar) with a torsion threshold (amax) of the clutch, - and the signaling of a slip state in the event of detection of an overrun of the torsion threshold (amax) by the angle of torsion (ar), characterized in that, the clutch comprising a torsion damper, the torsion threshold (amax) is a torsional deformation value of the damper for a maximum transmissible torque (Ctr) of the clutch controlled during said closed state and the torsional deformation value is calculated as a function of the maximum transmissible torque (Ctr) and a stiffness (k) defining the torsional behavior of the damper. - the determination of a torsion angle (ar) corresponding to a relative rotation between the output shaft and the input shaft, - the comparison of the torsion angle (ar) with a torsion threshold (amax) of the clutch, - and the signaling of a slip state in the event of detection of an overrun of the torsion threshold (amax) by the angle of torsion (ar), characterized in that, the clutch comprising a torsion damper, the torsion threshold (amax) is a torsional deformation value of the damper for a maximum transmissible torque (Ctr) of the clutch controlled during said closed state and the torsional deformation value is calculated as a function of the maximum transmissible torque (Ctr) and a stiffness (k) defining the torsional behavior of the damper.
A coupling, comprising a first mounting base, comprising a first flange and a first shaft which are connected with each other, wherein the first flange is configured to be connected to an engine; a second mounting base, comprising a second shaft and a second flange, wherein the second shaft is sleeved outside the first shaft, and the second flange is connected to an end, away from the first flange, of the second shaft and is configured to be connected to a fan; a vibration damper, connected to the first flange and sleeved outside the second shaft for vibration damping; and characterised in that it further comprises at least one positioning member, the positioning member having elasticity and being arranged between the first shaft and the second mounting base for performing supporting and positioning. a first mounting base, comprising a first flange and a first shaft which are connected with each other, wherein the first flange is configured to be connected to an engine; a second mounting base, comprising a second shaft and a second flange, wherein the second shaft is sleeved outside the first shaft, and the second flange is connected to an end, away from the first flange, of the second shaft and is configured to be connected to a fan; a vibration damper, connected to the first flange and sleeved outside the second shaft for vibration damping; and characterised in that it further comprises at least one positioning member, the positioning member having elasticity and being arranged between the first shaft and the second mounting base for performing supporting and positioning.
A method for controlling a local positioning system using a local system and a remote system, the local system comprising a device control application for controlling the local positioning system through a local positioning system interface connected to the local positioning system, and a remote session manager, the remote system comprising a configuration manager and a user interface, said method comprising: establishing by the configuration manager a first network connection with the remote session manager associated with the local positioning system; sending a device control command (314, 316, 318) to said remote session manager, said device control command controlling the local positioning system; using the user interface for sending a plurality of device control commands to the local positioning system; wherein the user interface and the device control application are handled by separate application components that work together using inter-process communication channels; wherein said first network connection uses a network socket for inter-process communication with said remote session manager, and wherein said remote session manager of said local system accepts a plurality of connection requests from a plurality of configuration managers for simultaneous control of the local positioning system by a plurality of remote systems; and wherein said configuration manager of said remote system establishes a plurality of network connections with a plurality of remote session managers of a plurality of local systems for simultaneous control of a plurality of local positioning systems by said remote system. establishing by the configuration manager a first network connection with the remote session manager associated with the local positioning system; sending a device control command (314, 316, 318) to said remote session manager, said device control command controlling the local positioning system; using the user interface for sending a plurality of device control commands to the local positioning system; wherein the user interface and the device control application are handled by separate application components that work together using inter-process communication channels; wherein said first network connection uses a network socket for inter-process communication with said remote session manager, and wherein said remote session manager of said local system accepts a plurality of connection requests from a plurality of configuration managers for simultaneous control of the local positioning system by a plurality of remote systems; and wherein said configuration manager of said remote system establishes a plurality of network connections with a plurality of remote session managers of a plurality of local systems for simultaneous control of a plurality of local positioning systems by said remote system.