mhurhangee/ep-ind-claims huggingface dataset:
A method for an electronic device to authenticate a smart key device, the method comprising: transmitting a first authentication request; receiving a first authentication response in response to the first authentication request from the smart key device; transmitting a second authentication request after receiving the first authentication response; receiving a second authentication response in response to the second authentication request from the smart key device; the method being characterized in that it further comprises: identifying that the relay attack does not occur in case that an interval between the received first and second authentication responses is within a pre-determined duration, and identifying that the relay attack occurs in case that the interval between the received first and second authentication responses exceeds the pre-determined duration; and authenticating the smart key device in case that the relay attack does not occur. transmitting a first authentication request; receiving a first authentication response in response to the first authentication request from the smart key device; transmitting a second authentication request after receiving the first authentication response; receiving a second authentication response in response to the second authentication request from the smart key device; identifying that the relay attack does not occur in case that an interval between the received first and second authentication responses is within a pre-determined duration, and identifying that the relay attack occurs in case that the interval between the received first and second authentication responses exceeds the pre-determined duration; and authenticating the smart key device in case that the relay attack does not occur.
A printing control apparatus for generating raster image data according to a print job received from an external apparatus via a network and transmitting the raster image data to a printing apparatus, the printing apparatus having a first power saving state in which power is not supplied to a network interface for receiving network packets via the network and a processor and a second power saving state in which power is supplied to the network interface but is not supplied to the processor, the printing control apparatus comprising: acquisition means for acquiring a power state of the printing apparatus, characterized in that the printing control apparatus further comprises: control means for causing, if the power state of the printing apparatus acquired by the acquisition means is the first power saving state, the printing control apparatus to enter an OFF state, and for causing, if the power state of the printing apparatus acquired by the acquisition means is the second power saving state, the printing control apparatus to enter a power saving state in which the printing control apparatus is able to receive a print job from the external apparatus via the network by the network interface, wherein the printing control apparatus is configured to recover from the power saving state based on reception of the print job and then transmit a wake-up packet for recovering the printing apparatus from the second power saving state. acquisition means for acquiring a power state of the printing apparatus, characterized in that the printing control apparatus further comprises: control means for causing, if the power state of the printing apparatus acquired by the acquisition means is the first power saving state, the printing control apparatus to enter an OFF state, and for causing, if the power state of the printing apparatus acquired by the acquisition means is the second power saving state, the printing control apparatus to enter a power saving state in which the printing control apparatus is able to receive a print job from the external apparatus via the network by the network interface, wherein the printing control apparatus is configured to recover from the power saving state based on reception of the print job and then transmit a wake-up packet for recovering the printing apparatus from the second power saving state.
A method for the diagnosis of prostate cancer comprising the steps of analysing the expression level of the nucleic acid according to SEQ ID NO: 1 in a sample from a patient, wherein, if the expression level of said nucleic acid is above a defined threshold value, the sample is designated as prostate cancer positive, wherein the sample is a urine sample
A photosensitive composition comprising: a polysiloxane compound; a photo acid generator; a coloring agent; and a solvent, wherein the polysiloxane compound contains a cyclic polysiloxane structure and a cationically polymerizable functional group, and a content of the coloring agent is 5% by weight or more of a total solid content. a polysiloxane compound; a photo acid generator; a coloring agent; and a solvent, wherein the polysiloxane compound contains a cyclic polysiloxane structure and a cationically polymerizable functional group, and a content of the coloring agent is 5% by weight or more of a total solid content.
Radiofrequency equipment comprising at least one transmitter and one receiver of one or more useful signals So, said equipment comprising at least: • one entry for receiving at least one signal S' 0; • at least one multiplier device adapted to the application of a coefficient N to the useful signal or signals S 0 in order to obtain a signal S 4 at a transmission frequency F e; • one modulation device adapted to the phase modulation of the useful signal or signals with a frequency F m; • at least one frequency transposition device; • one device to mix the modulated useful signal S 1 at the frequency F m with the transposition frequency F ol in order to obtain a signal S 3 at a frequency F r that is equal to F ol +F m, characterised in that • the multiplier device is positioned after said modulation device; • the modulation is a phase modulation and the multiplication coefficient N is an odd number greater than or equal to m-1, where m is the number of states of the modulation. • one entry for receiving at least one signal S' 0; • at least one multiplier device adapted to the application of a coefficient N to the useful signal or signals S 0 in order to obtain a signal S 4 at a transmission frequency F e; • one modulation device adapted to the phase modulation of the useful signal or signals with a frequency F m; • at least one frequency transposition device; • one device to mix the modulated useful signal S 1 at the frequency F m with the transposition frequency F ol in order to obtain a signal S 3 at a frequency F r that is equal to F ol +F m, characterised in that • the multiplier device is positioned after said modulation device; • the modulation is a phase modulation and the multiplication coefficient N is an odd number greater than or equal to m-1, where m is the number of states of the modulation.
Traction/braking control device for a railway vehicle, comprising a manipulator which is angularly movable, about a pivot axis, relative to a reference direction, on a path comprising an angular traction zone and an angular service braking zone situated on either side of the reference direction, and an angular emergency braking zone situated beyond the angular service braking zone, the control device comprising electronic means for activating the emergency braking device, according to the angular position of the shaft, when the manipulator is in the angular emergency braking zone, characterized in that: - the manipulator is constrained to rotate, about the pivot axis, with a shaft extending along said pivot axis, - the control device comprises mechanical means for activating an emergency braking device, according to the angular position of the shaft, when the manipulator is in the angular emergency braking zone. - the manipulator is constrained to rotate, about the pivot axis, with a shaft extending along said pivot axis, - the control device comprises mechanical means for activating an emergency braking device, according to the angular position of the shaft, when the manipulator is in the angular emergency braking zone.
A refrigerator comprising: a main body having a storeroom for storing a food item; a plurality of shelf plates arranged in the storeroom, the shelf plates configured to be put a food item on; a door configured to open and close a side of the storeroom; a camera arranged on an inner surface of the door, the camera begin configured to take an image of an inside of the storeroom; a door pocket provided on an inside of the door, wherein a camera moving device is configured to move the camera in a vertical direction, characterized in that the camera moving device is configured to stop the camera at two or more positions for each of between the shelf plates lain next to each other, and between an inner surface of a top edge of the storeroom and the shelf plate lain next to the inner surface of the top edge of the storeroom, the camera is configured to take an image at each time when the camera moving device stops the move of the camera, and the camera moving device is configured to move the camera to a position and a direction in which the camera takes an image of an inside of the door pocket from above. a main body having a storeroom for storing a food item; a plurality of shelf plates arranged in the storeroom, the shelf plates configured to be put a food item on; a door configured to open and close a side of the storeroom; a camera arranged on an inner surface of the door, the camera begin configured to take an image of an inside of the storeroom; a door pocket provided on an inside of the door, wherein a camera moving device is configured to move the camera in a vertical direction, characterized in that the camera moving device is configured to stop the camera at two or more positions for each of between the shelf plates lain next to each other, and between an inner surface of a top edge of the storeroom and the shelf plate lain next to the inner surface of the top edge of the storeroom, the camera is configured to take an image at each time when the camera moving device stops the move of the camera, and the camera moving device is configured to move the camera to a position and a direction in which the camera takes an image of an inside of the door pocket from above.
Holding device for containers for pharmaceutical preparations with a plurality of receptacles (29,29') for containers, wherein each of the receptacles (29,29') comprises at least one holding means which is configured such that it can cooperate with at least one corresponding holding means of a container for pharmaceutical preparations such that a base body of the container is held securely on the holding device, wherein the holding device is configured as a carrier system for a holding system for pharmaceutical containers, characterised in that the holding means comprises at least one hook-shaped projection (31,31') and/or at least one recess, wherein the at least one hook-shaped projection (31, 31') and/or the at least one recess has an axial, that means extending along a longitudinal direction of a container arranged in the receptacle as intended, edge and a corresponding axial depression, wherein the holding means is arranged to cooperate with the corresponding holding means in the manner of a bayonet catch, wherein the bayonet catch comprises a plug-and-rotate mechanism, wherein the corresponding holding means is rotated about the axial direction in a state inserted into the holding means in the axial direction, wherein the holding device has at least one opening through which a chamber of a container located in the receptacle (29, 29') is accessible, and wherein the opening is arranged to fill the chamber.
A dielectric resonator comprising: a substrate including a first conductor layer, a second conductor layer, and a dielectric layer formed between the first conductor layer and the second conductor layer; wherein the substrate has a plurality of conductive through holes and a plurality of non-conductive through holes that penetrate the substrate, wherein in the conductive through holes at least side walls are covered with a conductor, and wherein in the non-conductive through holes side walls are covered with a non-conductor or the dielectric layer is exposed on the side walls, wherein the plurality of conductive through holes and the plurality of non-conductive through holes are formed on two circumferences with different diameters respectively, wherein the conductive through holes are formed on an outside circumference and are formed in slit shapes and wherein the non-conductive through holes are formed on an inside circumference and are formed in fan shapes. a substrate including a first conductor layer, a second conductor layer, and a dielectric layer formed between the first conductor layer and the second conductor layer; wherein the substrate has a plurality of conductive through holes and a plurality of non-conductive through holes that penetrate the substrate, wherein in the conductive through holes at least side walls are covered with a conductor, and wherein in the non-conductive through holes side walls are covered with a non-conductor or the dielectric layer is exposed on the side walls, wherein the plurality of conductive through holes and the plurality of non-conductive through holes are formed on two circumferences with different diameters respectively, wherein the conductive through holes are formed on an outside circumference and are formed in slit shapes and wherein the non-conductive through holes are formed on an inside circumference and are formed in fan shapes.
Panel connection for the abutting connection of panels (1, 2) by insertion of at least one connecting element into mutually alignable recesses (4, 5) of the panels (1, 2), wherein the recesses are formed by spaced-apart, groove-like segments (6, 7) and, when the panels (1, 2) are arranged with one abutment surface against another abutment surface, the segments (6, 7) can be lined up in series to form an axially extending bracing compartment which alternates between the panels (1, 2) and into which the connecting element can be inserted in a strip-like manner, characterized in that the groove-like segments (6, 7) each form arcuate-bordered panel pieces and can be lined up in series such that a channel-like bracing compartment in the form of a continuous wave is created, and is designed for accommodating the connecting element in the form of a flat strip with the flux of forces (F 1, F 2) of an interval-patterned force locking connection being deflected at least twice.
A method for joining at least two metal sheets (B 1, B 2) resting on one another with a variable total thickness (D i) by means of a clinching device comprising at least one punch and a die arranged coaxially to said punch, and at least the punch is arranged so as to be controllable by means of an electronic control unit and movable in an axial direction relative to the die, wherein the two metal sheets (B 1, B 2) are arranged in a plane between the punch and the die, and the penetration depth necessary for joining the metal sheets (B 1, B 2) is adjustable, wherein before joining the metal sheets (B 1, B 2), the current total thickness (D 1) is determined with the aid of the control unit and the penetration depth (DT 1) is set depending on the total thickness (D i), characterized by the following steps: 1.1 Storing a number of different total thicknesses or total thickness ranges (D i) in the control unit, 1.2 Assigning a penetration depth (DT i) to a total thickness or to a total thickness range (D i), 1.3 Calibrating the clinching device 1.4 Positioning of the clinching device with respect to the sheets to be joined (B 1, B 2) to be joined in such a way that the die rests against the underside (B 20) of the second sheet (B 2), 1.5 Axially moving the punch into a position (A S1) in which the punch rests against the upper side (B 10) of the first metal sheet (B 1), 1.6 Detecting the path covered by the punch, 1.7 Detecting the total thickness (D 1) from the path covered by the punch and the calibrated zero position of the die, 1.8 Comparing the detected total thickness (D 1) with the stored total thicknesses or total thickness ranges (D i), 1.9 Selecting the value assigned to the detected total thickness (D 1) for the penetration depth, 1.10 Adjusting the penetration depth depending on the comparison made, and 1.11 Joining the two metal sheets (B 1, B 2) with the set penetration depth. 1.1 Storing a number of different total thicknesses or total thickness ranges (D i) in the control unit, 1.2 Assigning a penetration depth (DT i) to a total thickness or to a total thickness range (D i), 1.3 Calibrating the clinching device 1.4 Positioning of the clinching device with respect to the sheets to be joined (B 1, B 2) to be joined in such a way that the die rests against the underside (B 20) of the second sheet (B 2), 1.5 Axially moving the punch into a position (A S1) in which the punch rests against the upper side (B 10) of the first metal sheet (B 1), 1.6 Detecting the path covered by the punch, 1.7 Detecting the total thickness (D 1) from the path covered by the punch and the calibrated zero position of the die, 1.8 Comparing the detected total thickness (D 1) with the stored total thicknesses or total thickness ranges (D i), 1.9 Selecting the value assigned to the detected total thickness (D 1) for the penetration depth, 1.10 Adjusting the penetration depth depending on the comparison made, and 1.11 Joining the two metal sheets (B 1, B 2) with the set penetration depth.
A communication apparatus comprising: a reception unit configured to receive identification information of a first device from the first device through a master station device, at a state where a first wireless network (1st WFDNW) has been established to which a master station device and a plurality of slave station devices (110, 50) belong, wherein the first device is one of the plurality of slave station devices (110, 50); a registration unit configured to register the identification information of the first device with the memory of the communication apparatus; a transmission unit configured to transmit a first type command (Ireq, G/O nego) to the first device by using the identification information of the first device registered in the memory, in a specific case where the master station device is disconnected from the first wireless network (1st WFDNW), wherein the first type command (Ireq, G/O nego) is a command for establishing a state where a transmission source device, from which the first type command (Ireq, G/O nego) is transmitted, and a transmission destination device, to which the first type command (Ireq, G/O nego) is transmitted, belong to a same wireless network; and an establishment unit configured to establish a first state, when the first type command (Ireq, G/O nego) is transmitted to the first device, wherein the first state is a state where the communication apparatus and the first device belong to a second wireless network (2nd WFDNW) different from the first wireless network (1st WFDNW). a reception unit configured to receive identification information of a first device from the first device through a master station device, at a state where a first wireless network (1st WFDNW) has been established to which a master station device and a plurality of slave station devices (110, 50) belong, wherein the first device is one of the plurality of slave station devices (110, 50); a registration unit configured to register the identification information of the first device with the memory of the communication apparatus; a transmission unit configured to transmit a first type command (Ireq, G/O nego) to the first device by using the identification information of the first device registered in the memory, in a specific case where the master station device is disconnected from the first wireless network (1st WFDNW), wherein the first type command (Ireq, G/O nego) is a command for establishing a state where a transmission source device, from which the first type command (Ireq, G/O nego) is transmitted, and a transmission destination device, to which the first type command (Ireq, G/O nego) is transmitted, belong to a same wireless network; and an establishment unit configured to establish a first state, when the first type command (Ireq, G/O nego) is transmitted to the first device, wherein the first state is a state where the communication apparatus and the first device belong to a second wireless network (2nd WFDNW) different from the first wireless network (1st WFDNW).
A method for adapting motion profiles of a plurality of individually controllable transport elements (210-1 - 210-7; 300a, 300b) for transporting containers in a container treatment system along a transport path, wherein the plurality of transport elements are movably arranged on the transport path, comprising the following step: determining a treatment state of at least one container carried along by a first transport element among the plurality of transport elements, wherein the first transport element is moved by means of an open- and/or closed-loop control unit of the container treatment system as part of a stream of transport elements (210-1 - 210-7), wherein the motion profile of the first transport element is adapted by means of the open- and/or closed-loop control unit in response to the determined treatment state, characterized in that determining the treatment state of the container carried along by the first transport element comprises comparing the determined treatment state with a predetermined desired treatment state, and the motion profile of the first transport element in case of a deviation of the determined treatment state from the predetermined desired treatment state is adapted such that a distance of the first transport element from a second transport element directly preceding the first transport element in the stream is reduced to a predetermined distance. determining a treatment state of at least one container carried along by a first transport element among the plurality of transport elements, wherein the first transport element is moved by means of an open- and/or closed-loop control unit of the container treatment system as part of a stream of transport elements (210-1 - 210-7), wherein the motion profile of the first transport element is adapted by means of the open- and/or closed-loop control unit in response to the determined treatment state, characterized in that determining the treatment state of the container carried along by the first transport element comprises comparing the determined treatment state with a predetermined desired treatment state, and the motion profile of the first transport element in case of a deviation of the determined treatment state from the predetermined desired treatment state is adapted such that a distance of the first transport element from a second transport element directly preceding the first transport element in the stream is reduced to a predetermined distance.
A decorative object including a plurality of links (11,..., 16) articulated with respect to one another in such a way as to allow the object to adopt at least one first ring-like configuration in which the links each have a face oriented in a generally radial outward direction, and a second compact configuration, in which the links are folded over one another so that they all have said face (11a,..., 16a) disposed on one and the same side of the object, characterized in that in its ring-like configuration, it defines an axis (x) around which it extends and wherein, when this axis is oriented vertically, each link has an upper side and a lower side, at least three consecutive links being articulated two-by-two, on their upper sides for the first and second links and on their lower sides for the second and third links.