mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting electronic mail messages securely encrypted to a recipient, to whom an unencrypted electronic mail to be delivered cannot be assured of its information security, in which method: the sender sends an electronic mail message to an electronic mail server that is his own or that of a known organization using an encrypted electronic mail transmission protocol, and the electronic mail message is marked as secured mail by adding the domain identifier of the secured mail server to the end of the electronic mail address of the recipient, wherein the server M1 sends it as guided by the name service further, using an encrypted transmission protocol, to the secured mail server TP, which stores it, and the secured mail server sends to the sender a dispatch acknowledgment request (2.1), to which the sender answers with a dispatch acknowledgment (2.2), wherein, in the method, the sender notifies in a dispatch acknowledgment the mobile telephone number of the recipient or other contact information of the recipient differing from the electronic mail, in order to deliver a password to the recipient, after which the secured mail server, upon receiving the acknowledgment of the sender, sends to the electronic mail address of the recipient a notification electronic mail, which notifies that a secured mail has arrived and the secured mail server sends further, using some communications channel other than electronic mail, a password, with which the message can be retrieved from the secured mail server, and the recipient retrieves the message by an encrypted connection using the information of the notification electronic mail and the password he received. the sender sends an electronic mail message to an electronic mail server that is his own or that of a known organization using an encrypted electronic mail transmission protocol, and the electronic mail message is marked as secured mail by adding the domain identifier of the secured mail server to the end of the electronic mail address of the recipient, wherein the server M1 sends it as guided by the name service further, using an encrypted transmission protocol, to the secured mail server TP, which stores it, and the secured mail server sends to the sender a dispatch acknowledgment request (2.1), to which the sender answers with a dispatch acknowledgment (2.2), wherein, in the method, the sender notifies in a dispatch acknowledgment the mobile telephone number of the recipient or other contact information of the recipient differing from the electronic mail, in order to deliver a password to the recipient, after which the secured mail server, upon receiving the acknowledgment of the sender, sends to the electronic mail address of the recipient a notification electronic mail, which notifies that a secured mail has arrived and the secured mail server sends further, using some communications channel other than electronic mail, a password, with which the message can be retrieved from the secured mail server, and the recipient retrieves the message by an encrypted connection using the information of the notification electronic mail and the password he received.
Bioimpedance measuring device for measuring breast tissue, comprising a control unit and at least one measuring applicator having a first, a second, a third and a fourth contact electrode, which are arranged at the four corners of a square and which are or can be connected to the control unit via electrical lines, wherein the control unit is configured to generating an alternating current electrical signal and outputting it to two of the four contact electrodes so that they function as current electrodes, and receiving an alternating voltage electrical signal between two of the four contact electrodes so that they function as voltage electrodes, wherein at least two of the contact electrodes functioning as voltage electrodes do not simultaneously function as current electrodes, the control unit being further configured to apply an alternating electrical current signal in succession - simultaneously to the first and second contact electrodes, - simultaneously to the first and third contact electrodes, - simultaneously to the first and fourth contact electrodes, - simultaneously to the second and third contact electrodes, - simultaneously to the second and fourth contact electrodes, and - simultaneously to the third and fourth contact electrodes, the control unit comprises a computing unit that is configured to calculate a spatial impedance distribution of the breast tissue under examination from the alternating voltage signals recorded with different electrode configurations. generating an alternating current electrical signal and outputting it to two of the four contact electrodes so that they function as current electrodes, and receiving an alternating voltage electrical signal between two of the four contact electrodes so that they function as voltage electrodes, wherein at least two of the contact electrodes functioning as voltage electrodes do not simultaneously function as current electrodes, the control unit being further configured to apply an alternating electrical current signal in succession - simultaneously to the first and second contact electrodes, - simultaneously to the first and third contact electrodes, - simultaneously to the first and fourth contact electrodes, - simultaneously to the second and third contact electrodes, - simultaneously to the second and fourth contact electrodes, and - simultaneously to the third and fourth contact electrodes, - simultaneously to the first and second contact electrodes, - simultaneously to the first and third contact electrodes, - simultaneously to the first and fourth contact electrodes, - simultaneously to the second and third contact electrodes, - simultaneously to the second and fourth contact electrodes, and - simultaneously to the third and fourth contact electrodes, the control unit comprises a computing unit that is configured to calculate a spatial impedance distribution of the breast tissue under examination from the alternating voltage signals recorded with different electrode configurations.
An apparatus for fabricating an elastic nonwoven material (134, 300), said apparatus comprising: a first bonding module; and a second bonding module positionable in close proximity to the first bonding module, wherein at least one of the first bonding module and the second bonding module has a face with a width dimension and a circumferential axis and is rotatable about a rotation axis, the face having a plurality of ridges, wherein the ridges are positioned such that at least two adjacent ridges overlap along the circumferential axis, and wherein the ridges extend obliquely relative to the circumferential axis, at least one of the ridges having a plurality of interspaced lands and notches, wherein each of the lands and each of the notches are oriented parallel to the circumferential axis and obliquely relative to the ridges. a first bonding module; and a second bonding module positionable in close proximity to the first bonding module, wherein at least one of the first bonding module and the second bonding module has a face with a width dimension and a circumferential axis and is rotatable about a rotation axis, the face having a plurality of ridges, wherein the ridges are positioned such that at least two adjacent ridges overlap along the circumferential axis, and wherein the ridges extend obliquely relative to the circumferential axis, at least one of the ridges having a plurality of interspaced lands and notches, wherein each of the lands and each of the notches are oriented parallel to the circumferential axis and obliquely relative to the ridges.
An X-ray CT apparatus comprising: a scan unit configured to acquire a first data set corresponding to a first X-ray energy and a second data set corresponding to a second X-ray energy different from the first X-ray energy, with respect to a region including a part of a subject by performing scanning using X-rays; and an analysis unit configured to generate a scatter diagram representing a contained amount of each of reference materials at each of positions in the region on the basis of the first data set and the second data set, characterized in that the analysis unit is further configure to I set weights for at least a part of the scatter diagram, and generate an analysis image in which pixel values are changed in accordance with the weights. a scan unit configured to acquire a first data set corresponding to a first X-ray energy and a second data set corresponding to a second X-ray energy different from the first X-ray energy, with respect to a region including a part of a subject by performing scanning using X-rays; and an analysis unit configured to generate a scatter diagram representing a contained amount of each of reference materials at each of positions in the region on the basis of the first data set and the second data set, characterized in that the analysis unit is further configure to I set weights for at least a part of the scatter diagram, and generate an analysis image in which pixel values are changed in accordance with the weights.
A prosthetic disc for insertion between adjacent vertebrae, the prosthetic disc comprising: a core having upper and lower curved surfaces (48, 50), wherein at least one of the curved surfaces (48,50) comprises a metal; and upper and lower plates (12,14), each plate having an outer surface (18, 40) which engages a vertebra and a metallic inner curved surface (24,44) which is shaped to slide over one of the curved surfaces (48, 50) of the core, characterized in that a center of rotation of the core is free to move relative to the upper and lower metallic plates (12, 14) such that the core is floatable related to the plates (12, 14), wherein the prosthetic disc further comprises a peripheral restraining structure on at least one of the upper plate, the lower plate and the core (12, 14,16) to hold the core against the curved surface (24, 44) of at least one of the plates (12,14) during sliding movement of the plates (12, 14) over the core, wherein the peripheral restraining structure defines a stop structure to limit relative inclination of the plates (12, 14) during sliding movement of the plates (12, 14) over the core, wherein the peripheral restraining structure comprises an annular structure extending over at least a portion of the periphery of the core; and a ring structure on one of the upper and lower plates, which ring structure engages and retains the annular structure. a core having upper and lower curved surfaces (48, 50), wherein at least one of the curved surfaces (48,50) comprises a metal; and upper and lower plates (12,14), each plate having an outer surface (18, 40) which engages a vertebra and a metallic inner curved surface (24,44) which is shaped to slide over one of the curved surfaces (48, 50) of the core, characterized in that a center of rotation of the core is free to move relative to the upper and lower metallic plates (12, 14) such that the core is floatable related to the plates (12, 14), wherein the prosthetic disc further comprises a peripheral restraining structure on at least one of the upper plate, the lower plate and the core (12, 14,16) to hold the core against the curved surface (24, 44) of at least one of the plates (12,14) during sliding movement of the plates (12, 14) over the core, wherein the peripheral restraining structure defines a stop structure to limit relative inclination of the plates (12, 14) during sliding movement of the plates (12, 14) over the core, wherein the peripheral restraining structure comprises an annular structure extending over at least a portion of the periphery of the core; and a ring structure on one of the upper and lower plates, which ring structure engages and retains the annular structure.
An anti-angiopoietin-like protein 8 (ANGPTL8) antibody or antigen-binding fragment thereof, which comprises a HCVR/LCVR sequence pair of SEQ ID Nos: 162/170.
A grease composition obtainable by the following process: (i) preparing a calcium sulfonate complex grease by synthesizing the calcium sulfonate complex independently and dispersing it in the base oil or by synthesizing the calcium sulfonate complex in the base oil to be dispersed in the base oil; and (ii) blending said grease obtained by step (i) with an additive comprising an overbased metal sulfonate and an antioxidant, wherein the blend ratio of the antioxidant is in a range of from 0.1 mass% to 10 mass% of the total amount of the grease composition and the blend ratio of the overbased metal sulfonate is 0.1 to 10 mass% of the total amount of the grease composition. (i) preparing a calcium sulfonate complex grease by synthesizing the calcium sulfonate complex independently and dispersing it in the base oil or by synthesizing the calcium sulfonate complex in the base oil to be dispersed in the base oil; and (ii) blending said grease obtained by step (i) with an additive comprising an overbased metal sulfonate and an antioxidant, wherein the blend ratio of the antioxidant is in a range of from 0.1 mass% to 10 mass% of the total amount of the grease composition and the blend ratio of the overbased metal sulfonate is 0.1 to 10 mass% of the total amount of the grease composition.
Warhead comprising an explosive charge with a fragmenting casing and an inner casing arranged within said fragmenting casing, wherein two initiating devices (ZK1, ZK2) are provided in the region of the explosive charge, lie diametrically opposite one another on the longitudinal axis of the explosive charge and can be triggered individually and/or with an adjustable time difference, and wherein the inner casing has on its surface facing the fragmenting casing a multiplicity of grooves, which are arranged in a distributed manner, are asymmetrical with regard to their cross section with respect to a perpendicular to the surface of the inner casing, are aligned identically with respect to their position with respect to the first initiating device and point in a preferential direction, characterized in that, in the region between the first and second initiating devices (ZK1, ZK2), a third initiating device is arranged such that it is fixed in place or displaceable on the longitudinal axis.
Operating unit for a remote control for controlling a machine, preferably for a radio remote control, comprising: - a processor device, - at least one manually operable operating element for controlling at least one machine function, which operating element can be switched between an activated state (b) and a deactivated state (a) by the processor device, - an activation sensor associated with the operating element, which activation sensor comprises an effective sensor range and is designed to detect a defined approach to the effective sensor range by a body part of an operator, the processor device being designed to switch the operating element into the activated state (b) when the activation sensor detects the defined approach to the effective sensor range, and to switch the operating element into the deactivated state when no defined approach to the effective sensor range is detected by the activation sensor during a predetermined time period, and the operating unit being designed such that an operation of the operating element does not actuate the machine function as long as the operating element is in the deactivated state (a), characterised in that a position and/or size of the effective sensor range on the operating unit can be changed, it being possible to switch a configuration of the effective sensor range, with regard to its position and/or size on the operating unit, between a basic configuration which is assigned to the deactivated state (a) of the operating element and a working configuration which is different from the basic configuration and is assigned to the activated state (b) of the operating element, by means of the processor device, and the processor device further being designed to switch the configuration of the effective sensor range from the basic configuration and working configuration to the configuration assigned to a state when or after the operating element is switched into said state from the activated state (b) and the deactivated state (a). - a processor device, - at least one manually operable operating element for controlling at least one machine function, which operating element can be switched between an activated state (b) and a deactivated state (a) by the processor device, - an activation sensor associated with the operating element, which activation sensor comprises an effective sensor range and is designed to detect a defined approach to the effective sensor range by a body part of an operator, the processor device being designed to switch the operating element into the activated state (b) when the activation sensor detects the defined approach to the effective sensor range, and to switch the operating element into the deactivated state when no defined approach to the effective sensor range is detected by the activation sensor during a predetermined time period,
A decoder apparatus, including a processor, which implements a method for decoding a high dynamic range - HDR - image, the method comprising: receiving base layer data, wherein the base layer data includes a tone-mapped low dynamic range version of the HDR image; receiving an encoder alteration parameter indicative of an alteration of the base layer data after encoding, wherein the encoding alteration parameter is a checksum of the encoded base layer data; receiving residual ratio data in one or more APP11 marker segments of the HDR image, wherein the residual ratio data includes information describing ratios of luminance values of the HDR image and corresponding luminance values of the base layer data; computing a decoder alteration parameter for the base layer data, wherein the decoder alteration parameter is a checksum of the received base layer data; and comparing the encoder alteration parameter to the decoder alteration parameter to determine whether the received base layer data has been altered after encoding. receiving base layer data, wherein the base layer data includes a tone-mapped low dynamic range version of the HDR image; receiving an encoder alteration parameter indicative of an alteration of the base layer data after encoding, wherein the encoding alteration parameter is a checksum of the encoded base layer data; receiving residual ratio data in one or more APP11 marker segments of the HDR image, wherein the residual ratio data includes information describing ratios of luminance values of the HDR image and corresponding luminance values of the base layer data; computing a decoder alteration parameter for the base layer data, wherein the decoder alteration parameter is a checksum of the received base layer data; and comparing the encoder alteration parameter to the decoder alteration parameter to determine whether the received base layer data has been altered after encoding.
In-ground-luminaire with an aluminum housing having a light outlet opening, a glass pane for covering the light outlet opening, a sealing ring arranged between the housing and the glass pane, and a stainless steel end ring, which connects the housing and the glass pane to one another and presses the sealing ring between the glass pane and the housing, the end ring enclosing the housing and sectionally the glass pane, characterized in that a receiving ring made of plastic is arranged between the housing and the end ring, which connects and separates the two elements.
An energy supply unit for an electrical load of a vehicle, the energy supply unit comprising: a first thermoelectric generator and a second thermoelectric generator; a first phase change element connected with a side of the first thermoelectric generator; a second phase change element connected with a side of the second thermoelectric generator; wherein the first phase change element has a melting point different from the one of the second phase change element; wherein the first phase change element is arranged alongside the second phase change element, and the first phase change element and the second phase change element are connected in parallel in respect of a heat flow. a first thermoelectric generator and a second thermoelectric generator; a first phase change element connected with a side of the first thermoelectric generator; a second phase change element connected with a side of the second thermoelectric generator; wherein the first phase change element has a melting point different from the one of the second phase change element; wherein the first phase change element is arranged alongside the second phase change element, and the first phase change element and the second phase change element are connected in parallel in respect of a heat flow.
A method for providing access to a location secured by an electronically activated locking mechanism, the method comprising the steps of: detecting a geographical position of a mobile device; determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; receiving a command from a user of the mobile device to unlock the locking mechanism and transmitting a signal causing the electronically activated locking mechanism to unlock when it is determined that the geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; initiating a recording from a camera of the mobile device in response to determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; transmitting a further signal causing the electronically activated locking mechanism to lock; and automatically stopping the recording from the camera of the mobile device in response to the further signal causing the electronically activated locking mechanism to lock. detecting a geographical position of a mobile device; determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; receiving a command from a user of the mobile device to unlock the locking mechanism and transmitting a signal causing the electronically activated locking mechanism to unlock when it is determined that the geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; initiating a recording from a camera of the mobile device in response to determining that the detected geographical position of the mobile device is proximate to the location secured by the electronically activated locking mechanism; transmitting a further signal causing the electronically activated locking mechanism to lock; and automatically stopping the recording from the camera of the mobile device in response to the further signal causing the electronically activated locking mechanism to lock.