mhurhangee/ep-ind-claims huggingface dataset:
A controller area network, CAN, transceiver, the transceiver comprising: a CAN BUS interface with a first terminal designed for connection to a first CAN signal line and a second terminal designed for connection to a second CAN signal line; a digital interface for receiving a digital signal representing a sequence of data bits; a signal generation unit connected to the two terminals and configured to generate a differential voltage signal between the terminals; a control unit; and a monitoring unit; wherein the control unit is configured to control the signal generation unit based on a received digital signal such that a CAN signal representing the data bits of the received digital signal is generated at the CAN BUS interface; wherein the monitoring unit is configured to detect whether the CAN transceiver is either in a transmitting mode in which the control unit controls the signal generating unit to generate the CAN signal, or in a non-transmitting mode; and wherein monitoring unit is configured to execute either a first process for detecting an error at the CAN signal lines or a second process for detecting an error at the transceiver or the CAN signal lines depending on the mode of the CAN transceiver detected by the monitoring unit, wherein the first process and the second process are different. a CAN BUS interface with a first terminal designed for connection to a first CAN signal line and a second terminal designed for connection to a second CAN signal line; a digital interface for receiving a digital signal representing a sequence of data bits; a signal generation unit connected to the two terminals and configured to generate a differential voltage signal between the terminals; a control unit; and a monitoring unit; wherein the control unit is configured to control the signal generation unit based on a received digital signal such that a CAN signal representing the data bits of the received digital signal is generated at the CAN BUS interface; wherein the monitoring unit is configured to detect whether the CAN transceiver is either in a transmitting mode in which the control unit controls the signal generating unit to generate the CAN signal, or in a non-transmitting mode; and wherein monitoring unit is configured to execute either a first process for detecting an error at the CAN signal lines or a second process for detecting an error at the transceiver or the CAN signal lines depending on the mode of the CAN transceiver detected by the monitoring unit, wherein the first process and the second process are different.
Method for the new production of a through hole in a layer system made up of a metallic substrate and at least one layer (7", 10") with an outer diffuser, in which a through hole having a cross section, in particular a constant cross section, is first introduced into the substrate over the thickness of the substrate, in which the substrate is only then coated, in particular with an inner metallic layer (7") and/or an outer ceramic layer (10"), and then, in a last machining step, a diffuser is introduced into the layers (7", 10") and into the substrate wherein, first, for the diffuser additional material is removed in a diffuser portion of the substrate, wherein the diffuser portion represents a widening of the through hole at the surface, and wherein the diffuser represents an asymmetric widening of the upper part of the through hole.
Angle measuring device having an allocated orientation stop for orientation of the angle measuring device with respect to two workpiece planes (2, 3) forming an angle to be measured, wherein the angle measuring device has a rotating mirror for deflecting a laser beam perpendicular to the axis of rotation of the mirror, characterised in that the angle measuring device comprises a housing in which all means required for measurement and measurement display are brought together, and that the orientation stop determines a stop straight line parallel to the axis of rotation of the mirror for both workpiece planes (2, 3).
A door comprising: a door leaf which is movable between a closed position in which it seals a wall opening and an open position in which the wall opening is cleared and which has a plurality of door leaf elements arranged one behind the other in the direction of movement of the door leaf and connected to each other in a hinged manner relative to hinge axes running approximately perpendicular to the direction of movement of the door leaf; and a securing device adjustable between a release position in which it releases the door leaf movement and a secured position in which it blocks movement of the door leaf, at least along a first portion of the movement path of the door leaf from the open position to the closed position and along a second portion of the movement path, preferably including the closed position, from the closed position to the open position, said securing device comprising a securing element which is mounted movably relative to what is the leading door leaf element in the case of a closing movement and is movable between a release position and a secured position, wherein the securing element moved into the secured position blocks the closing movement in the first portion of the movement path and the opening movement in the second portion of the movement path, and wherein the securing device has an actuation element which is coupled to a pulling means and which can be actuated for moving the securing element from the release position to the secured position, wherein the pulling means in turn is coupled to a counterbalancing device supporting the opening movement, wherein what is, in a movement from the release position to the secured position, the leading edge of a secured area of the securing element has a recess in which an abutment arranged fixedly along the second portion of the movement path can engage when the secured area is arranged in the secured position and at least one further fixedly arranged abutment is provided along the first portion of the movement path in which an end of the secured area which tapers to a point at the bottom in the release position can engage when the secured area is arranged in the secured position.
A mobile communication antenna comprising the following features: - a reflector arrangement is provided; - a plurality of dual-polarized radiators (3, 3a, 3b, 3c) is provided; - a first support frame structure is provided, wherein the first support frame structure comprises a first support section and a second support section; - the first support section and the second support section are arranged side by side and extend in the longitudinal direction of the mobile communication antenna; - the first support frame structure comprises a connecting element which connects the first and second support sections (14, 15) in a bridge-like manner and spans a first receiving room; - the first support frame structure is arranged on a first side of the reflector arrangement and is directly or indirectly connected to the reflector arrangement; - the connecting element comprises a plurality of mounting sections, wherein a dual-polarized radiator (3, 3a) of the plurality of dual-polarized radiators (3, 3a, 3b, 3c) is mounted on at least some or all of the mounting sections, wherein the dual-polarized radiators (3, 3a) are spaced apart from one another on the first side of the reflector arrangement at least in the longitudinal direction of the mobile communication antenna; characterized in that - dual-polarized high band radiators (3, 3c) are arranged on the first side of at least one part of the reflector arrangement, and - the dual-polarized high band radiators (3, 3c) are at least partially or completely arranged in the first receiving room of the first support frame structure. - a reflector arrangement is provided; - a plurality of dual-polarized radiators (3, 3a, 3b, 3c) is provided; - a first support frame structure is provided, wherein the first support frame structure comprises a first support section and a second support section; - the first support section and the second support section are arranged side by side and extend in the longitudinal direction of the mobile communication antenna; - the first support frame structure comprises a connecting element which connects the first and second support sections (14, 15) in a bridge-like manner and spans a first receiving room; - the first support frame structure is arranged on a first side of the reflector arrangement and is directly or indirectly connected to the reflector arrangement; - the connecting element comprises a plurality of mounting sections, wherein a dual-polarized radiator (3, 3a) of the plurality of dual-polarized radiators (3, 3a, 3b, 3c) is mounted on at least some or all of the mounting sections, wherein the dual-polarized radiators (3, 3a) are spaced apart from one another on the first side of the reflector arrangement at least in the longitudinal direction of the mobile communication antenna; characterized in that - dual-polarized high band radiators (3, 3c) are arranged on the first side of at least one part of the reflector arrangement, and - the dual-polarized high band radiators (3, 3c) are at least partially or completely arranged in the first receiving room of the first support frame structure.
A solar cell, comprising: a substrate; a first electrode located over the substrate, wherein the first electrode comprises a first transition metal layer comprising: molybdenum; an alkali element or an alkali compound comprising sodium; and a lattice distortion element or a lattice distortion compound selected from the group consisting of oxygen, MoO 2 and MoO 3; at least one p-type semiconductor absorber layer located over the first electrode, wherein the p-type semiconductor absorber layer includes a copper indium selenide based alloy material and 0.005 to 1.5 atomic percent sodium diffused from the first transition metal layer; an n-type semiconductor layer located over the p-type semiconductor absorber layer; and a second electrode located over the n-type semiconductor layer, wherein the first transition metal layer comprises at least 59 atomic percent molybdenum, 5 to 40 atomic percent oxygen, and 0.01 to 1.5 atomic percent sodium. a substrate; a first electrode located over the substrate, wherein the first electrode comprises a first transition metal layer comprising: molybdenum; an alkali element or an alkali compound comprising sodium; and a lattice distortion element or a lattice distortion compound selected from the group consisting of oxygen, MoO 2 and MoO 3; molybdenum; an alkali element or an alkali compound comprising sodium; and a lattice distortion element or a lattice distortion compound selected from the group consisting of oxygen, MoO 2 and MoO 3; at least one p-type semiconductor absorber layer located over the first electrode, wherein the p-type semiconductor absorber layer includes a copper indium selenide based alloy material and 0.005 to 1.5 atomic percent sodium diffused from the first transition metal layer; an n-type semiconductor layer located over the p-type semiconductor absorber layer; and a second electrode located over the n-type semiconductor layer, wherein the first transition metal layer comprises at least 59 atomic percent molybdenum, 5 to 40 atomic percent oxygen, and 0.01 to 1.5 atomic percent sodium.
An analog method of making a patterned flexographic printing plate, the method characterized in that it comprises impressing a flexible patterned substrate into an uncured soft photopolymer plate to form the patterned flexographic printing plate, which includes a patterned major surface with relief features having a height of 50 nanometers to 150 micrometers.
A communication apparatus adapted to respond to a request for transmission of content data, said apparatus comprising: an authentication unit operable to share authentication information with a request source which requests for the transmission of the content data; a measurement request transmitting unit operable to transmit, to the request source, a measurement request which is generated using the authentication information; a measurement response receiving unit operable to receive, from the request source, a measurement response which is generated using the authentication information by the request source, as a response to the measurement request; a round trip time measurement unit operable to measure the period of time from the transmission of the measurement request to the reception of the measurement response, as a round trip time; and a determination unit operable to determine that the request source is an eligible device as a transmission destination of the content data, after the measurement of the round trip time, in the case where it is confirmed that: the round trip time is less than or equal to a reference value; the measurement response is verified as a correct response; and the measurement request is verified as a correct request by the request source, characterized in that the communication apparatus comprises a measurement preparation request transmitting unit operable to transmit, to the request source, a measurement preparation request for a preparation necessary for generating the measurement response, before the transmission of the measurement request. an authentication unit operable to share authentication information with a request source which requests for the transmission of the content data; a measurement request transmitting unit operable to transmit, to the request source, a measurement request which is generated using the authentication information; a measurement response receiving unit operable to receive, from the request source, a measurement response which is generated using the authentication information by the request source, as a response to the measurement request; a round trip time measurement unit operable to measure the period of time from the transmission of the measurement request to the reception of the measurement response, as a round trip time; and a determination unit operable to determine that the request source is an eligible device as a transmission destination of the content data, after the measurement of the round trip time, in the case where it is confirmed that: the round trip time is less than or equal to a reference value; the measurement response is verified as a correct response; and the measurement request is verified as a correct request by the request source, characterized in that the communication apparatus comprises a measurement preparation request transmitting unit operable to transmit, to the request source, a measurement preparation request for a preparation necessary for generating the measurement response, before the transmission of the measurement request.
Method for securiting a number n greater than or equal to 1 of messages MUi (i= 1 to n) transmitted by a transmitting terminal to a receiving terminal, this process including the following steps: Before transmitting, by the transmitting terminal, a- generating an ordered sequence comprising N data blocks Bj, (j= 1 to N), where N is an integer number greater than or equal to n; b- for each message MUi (i= 1 to n), calculating a position pi in said ordered sequence of N blocks using pseudo-random a function F initialised by at least one secret data shared by the transmitting terminal and the receiving terminal; c- encapsulating each message MUi (i= 1 to n) in block Bj located in position pi; and, d- transmitting the ordered sequence comprising messages MUi to said receiving terminal; and on reception, by the receiving terminal, e- recalculating the positions pi (i = 1 to n) of blocks Bj encapsulating messages MUi using said function F; f- extracting blocks Bj located at positions pi (i= 1 to n) in the received ordered sequence; g- extracting the messages MUi encapsulated in said blocks Bj. Before transmitting, by the transmitting terminal, a- generating an ordered sequence comprising N data blocks Bj, (j= 1 to N), where N is an integer number greater than or equal to n; b- for each message MUi (i= 1 to n), calculating a position pi in said ordered sequence of N blocks using pseudo-random a function F initialised by at least one secret data shared by the transmitting terminal and the receiving terminal; c- encapsulating each message MUi (i= 1 to n) in block Bj located in position pi; and, d- transmitting the ordered sequence comprising messages MUi to said receiving terminal; and on reception, by the receiving terminal, e- recalculating the positions pi (i = 1 to n) of blocks Bj encapsulating messages MUi using said function F; f- extracting blocks Bj located at positions pi (i= 1 to n) in the received ordered sequence; g- extracting the messages MUi encapsulated in said blocks Bj. a- generating an ordered sequence comprising N data blocks Bj, (j= 1 to N), where N is an integer number greater than or equal to n; b- for each message MUi (i= 1 to n), calculating a position pi in said ordered sequence of N blocks using pseudo-random a function F initialised by at least one secret data shared by the transmitting terminal and the receiving terminal; c- encapsulating each message MUi (i= 1 to n) in block Bj located in position pi; and, d- transmitting the ordered sequence comprising messages MUi to said receiving terminal; and on reception, by the receiving terminal, e- recalculating the positions pi (i = 1 to n) of blocks Bj encapsulating messages MUi using said function F; f- extracting blocks Bj located at positions pi (i= 1 to n) in the received ordered sequence; g- extracting the messages MUi encapsulated in said blocks Bj.
A multi-state device (10, 20, 30, 40) comprising: - a communication port configured to receive one or more of a stimulus or a change state command from a remote control, - a transmitter of an identifying code using a line-of-sight carrier, - a controller configured to compare a code received from the remote control to the identifying code of the multi-state device, the code received from the remote control being the identifying code transmitted by the multi-state device which has been converted into the identifying code of the multi-state device. - a communication port configured to receive one or more of a stimulus or a change state command from a remote control, - a transmitter of an identifying code using a line-of-sight carrier, - a controller configured to compare a code received from the remote control to the identifying code of the multi-state device, the code received from the remote control being the identifying code transmitted by the multi-state device which has been converted into the identifying code of the multi-state device.
A mobile machine with a loading system, a travel drive and a running gear, such as a wheeled loader, a telescopic loader or the like, one or more sensors being provided to detect an unstable operating state or an imminent unstable operating state during travel, which state includes a tilting moment with the risk of the machine tipping over sideways, a control unit being provided which is designed automatically to trigger a machine response, which counteracts the tilting moment which includes the risk of the machine tipping over, or a preventive machine response for reducing such a tilting moment during machine travel by means of at least one actuator, so as to achieve a stable operating state, an inclining or translational device being provided for a machine response in the form of a sideways inclination adjustment or translational movement of the machine or a machine component transverse relative to the direction of travel and directed against imminent sideways tipping over of the machine, characterised in that the sideways inclination adjustment or translational movement is provided between the running gear and a machine frame and/or the loading system.
Electrically propellable vehicle comprising at least one current collector (2a, 2b; 102; 202), the at least one current collector being adapted to co-act with at least one rail element comprising at least one electric conductor arranged in at least one groove in said rail element and being adapted to be put under voltage for supplying electric power to said vehicle, said at least one rail element being located in a road section on which the vehicle is adapted to travel, wherein the at least one current collector (2a, 2b; 102; 202) comprises at least one contact element (6a, 6b; 106; 206), each contact element being adapted to connect mechanically and electrically with a corresponding contact portion of the at least one electric conductor, further comprising a sliding device (7; 107; 207) being displaceable in a lateral direction of the vehicle at an underside thereof, characterized in that the at least one current collector (2a, 2b, 102, 202) is rotatably connected to the sliding device to rotate around a rotational axis (8a, 8b) which forms an angle of less than 10 degrees with a longitudinal direction of the vehicle, said at least one current collector (2a, 2b, 102, 202) being arranged to rotate around said rotational axis (8a, 8b) between a folded-down position where the at least one contact element of said current collector is substantially vertically disposed, and a folded-up position where the at least one contact element is non-vertically disposed, and wherein the at least one contact element (6a, 6b; 106; 206) of said current collector is vertically displaceable relative to the vehicle in said folded-down position.
A method of manufacturing a wound monitoring and/or therapy apparatus, the method comprising: positioning on a substantially flexible substrate a first conductive track oriented in a first direction and configured to transmit electrical signals; and positioning a second conductive track on the substrate adjacent to the first conductive track and at a first minimum distance from the first conductive track, the second conductive track oriented in the first direction and configured to transmit electrical signals, wherein the first minimum distance is defined by at least one of a location or size of at least one opening configured to allow exudate to pass through the substrate. positioning on a substantially flexible substrate a first conductive track oriented in a first direction and configured to transmit electrical signals; and positioning a second conductive track on the substrate adjacent to the first conductive track and at a first minimum distance from the first conductive track, the second conductive track oriented in the first direction and configured to transmit electrical signals, wherein the first minimum distance is defined by at least one of a location or size of at least one opening configured to allow exudate to pass through the substrate.
A hot-pressed steel sheet member having a composition containing, by mass, C: 0.09% to 0.38%, Si: 0.05% to 2.0%, Mn: 0.5% to 3.0%, P: 0.05% or less, S: 0.05% or less, Al: 0.005% to 0.1%, N: 0.01% or less, Sb: 0.002% to 0.03%, optionally further containing, by mass, at least one selected from Ni: 0.01% to 5.0%, Cu: 0.01% to 5.0%, Cr: 0.01% to 5.0%, and Mo: 0.01% to 3.0%, optionally further containing, by mass, at least one selected from Ti: 0.005% to 3.0%, Nb: 0.005% to 3.0%, V: 0.005% to 3.0%, and W: 0.005% to 3.0%, optionally further containing, by mass, B: 0.0005% to 0.05%, optionally further containing, by mass, at least one selected from REM: 0.0005% to 0.01%, Ca: 0.0005% to 0.01%, and Mg: 0.0005% to 0.01% and the balance being Fe and inevitable impurities, wherein a tensile strength TS is 980 to 2,130 MPa.
1. A multilayer card-shaped data carrier with a core layer and a cover layer, wherein at least a part of the area of the data carrier is deformed into a relief, characterized in that the core layer has an individualization that is visible through the core layer, and the relief additionally has a superimposed viewing angle-dependent optical effect which is independent of the individualization and which extends into the core layer through the cover layer, wherein it includes and also deforms a part of the individualization.