mhurhangee/ep-ind-claims huggingface dataset:
An assembly process documentation system comprising: - an image capturing device, and - an image capturing device control system, wherein the assembly process documentation system is configured to determine a position of the image capturing device and/or an orientation of the image capturing device, wherein the image capturing device control system is configured to: determine whether the determined position of the image capturing device fulfils a position condition with respect to a reference position at a manufacturing site, and/or whether the determined orientation of the image capturing device fulfils an orientation condition with respect to a reference orientation at the manufacturing site, and set the image capturing device in an enabled state in case the position fulfils the position condition and/or the orientation fulfils the orientation condition, whereby the image capturing device being in the disabled state or in the enabled state depends on the position and/or orientation of the image capturing device in the manufacturing site. - an image capturing device, and - an image capturing device control system, wherein the assembly process documentation system is configured to determine a position of the image capturing device and/or an orientation of the image capturing device, wherein the image capturing device control system is configured to: determine whether the determined position of the image capturing device fulfils a position condition with respect to a reference position at a manufacturing site, and/or whether the determined orientation of the image capturing device fulfils an orientation condition with respect to a reference orientation at the manufacturing site, and set the image capturing device in an enabled state in case the position fulfils the position condition and/or the orientation fulfils the orientation condition, whereby the image capturing device being in the disabled state or in the enabled state depends on the position and/or orientation of the image capturing device in the manufacturing site. determine whether the determined position of the image capturing device fulfils a position condition with respect to a reference position at a manufacturing site, and/or whether the determined orientation of the image capturing device fulfils an orientation condition with respect to a reference orientation at the manufacturing site, and set the image capturing device in an enabled state in case the position fulfils the position condition and/or the orientation fulfils the orientation condition, whereby the image capturing device being in the disabled state or in the enabled state depends on the position and/or orientation of the image capturing device in the manufacturing site.
A vehicle comprising a vehicle body cover formed by a front cowling covering, from a front direction, a front-head part of a vehicle body, a front meter panel and a rear meter panel positioned at a rear of the front cowling, and a front panel positioned behind and below the meter panels (116, 117), which are mutually coupled, said vehicle body cover being configured to cover the front part of the vehicle body to form a uniform external appearance of the front part of the vehicle body; and a windshield device comprising a windscreen disposed at a position above the front cowling and capable of being vertically moved by a varying mechanism, a traveling air taken in at a front part of said vehicle body cover via an air introduction part is capable of being exhausted from air-exhaust parts (3, 5) at proper places on the front meter panel or the front panel; the varying mechanism can change an aspect of said windscreen including at least a position, an angle and a shape; and an overlap area between said windscreen and the air introduction part in front elevational view of the vehicle is capable of being changed in accordance with the aspect of said windscreen; and said windscreen is configured to cover a larger area of the air introduction part at its lower end position, compared to a case in which said windscreen is positioned at its rising end position, in front elevational view of the vehicle, characterized in that said windscreen is provided so that the periphery of the lower end part of the windscreen is positioned at the front direction of the air introduction part and disposed so as to hang from above the air introduction part to cover, from the front direction, a front side of the air introduction part.
Machine for the processing of sheet materials comprising at least two uprights (12, 13), a movable upper crosspiece mounted on said at least two uprights (12, 13) in sliding mode, a tool holder head mounted on said movable upper crosspiece so that tools project downward from the lower end of said movable upper crosspiece, drive members of said movable upper crosspiece to cause its sliding with respect to said uprights (12, 13) so as to make them perform a reciprocating movement which is a work stroke of said tool holder head, a workpiece support assembly mounted below said movable upper crosspiece and comprising an abutment plane, set members for adjusting the work depth suitable to adjust the position of said abutment plane with respect to said tool holder head, a conveyor assembly comprising a conveyor belt arranged to pass in a unwound configuration above said abutment plate through a machine work section placed between said tool holder head and said abutment plate, with said sheet material workpiece that is fed to said processing section by said conveyor belt, said machine being characterized in that said abutment plane is arranged inclined with respect to the direction of the work stroke of said tool holder head by an angle between 10° and 60°, said tool holder head comprising tools shaped so that a work end portion of said tools has a work surface adapted to come into contact with the workpiece comprising at least an inclined flat portion which is parallel to the inclination of said abutment plane.
An optoelectronic sensor, in particular a light barrier, having a light transmitter for transmitting a light beam, having a light receiver for generating a received signal from the received light beam and having an evaluation unit from which a binary switching signal can be output, each in dependence on the presence or the absence of an object, in a monitored zone scanned by the light beam, wherein the evaluation unit is configured to extract feature vectors (m[i]) of a multi-dimensional feature space from a series in time (y[i]) of the received signal, with the feature space being spanned by at least two, in particular by the first two, moments (μ, σ 2) of the series in time, characterised in that, the evaluation unit is configured to distinguish states (Q 0 -Q 2, R 1 -R n) in the feature space using a classifier and to derive the switching signal from the states.
A system for authenticating a user's identity and facilitating execution of embedded software and access to specific hardware modules by said user according to an authorization level, system comprising: a communication interface, enabling a user to interface the system; an authentication module, configured to authenticate said user's identity; an authorization module, associated with a first processor and a computer readable storage device on which are stored modules of firmware code executable by said first processor, whereupon execution of said firmware code by said first processor determines an authorization level and access privilege associated with said user, according to a user authorization policy; at least one Software Execution Environment, SEE, ( 162, 164, 166), comprising at least a second processor (162-A, 164-A, 166-A) and a readable storage device (162-C, 164-C, 166-C, 162-J, 164-J, 166-J), on which are stored modules of firmware instruction code executable by said user on said second processor; and at least one hardware switch, controllable by said authorization module and configured to physically enable or disable data transfer over a data path between the user and the SEE, whereupon successful authentication of said user by the authentication module, causes the authorization module to allocate hardware resources at the SEE for the said authenticated user, and to configure the at least one hardware switch to enable transfer of data between the user and the SEE, so as to enable the user to execute embedded code on the at least one second processor according to the user's authorization level. a communication interface, enabling a user to interface the system; an authentication module, configured to authenticate said user's identity; an authorization module, associated with a first processor and a computer readable storage device on which are stored modules of firmware code executable by said first processor, whereupon execution of said firmware code by said first processor determines an authorization level and access privilege associated with said user, according to a user authorization policy; at least one Software Execution Environment, SEE, ( 162, 164, 166), comprising at least a second processor (162-A, 164-A, 166-A) and a readable storage device (162-C, 164-C, 166-C, 162-J, 164-J, 166-J), on which are stored modules of firmware instruction code executable by said user on said second processor; and at least one hardware switch, controllable by said authorization module and configured to physically enable or disable data transfer over a data path between the user and the SEE, whereupon successful authentication of said user by the authentication module, causes the authorization module to allocate hardware resources at the SEE for the said authenticated user, and to configure the at least one hardware switch to enable transfer of data between the user and the SEE, so as to enable the user to execute embedded code on the at least one second processor according to the user's authorization level.
A rat or a living part thereof, wherein said rat is an APP knock-in rat, said rat or a living part thereof comprises a chimeric APP gene encoding a modified APP, wherein comparing to a wildtype rat APP as set forth in SEQ ID NO:1, said modified APP has the following mutations: K670N, M671L, I716F, E693G, and optionally G676R, F681Y and R684H, and at least a part of the endogenous APP gene of said rat or a living part thereof is substituted by a heterologous nucleic acid sequence encoding at least a part of said modified APP; wherein said living part comprises an organ, a tissue and/or a cell of said rat.
A vehicle battery cooling structure comprising: a vehicle body including a floor panel and a vehicle body frame member; a battery unit attached to the vehicle body frame member and arranged below the floor panel, the battery unit including a battery case and a battery; characterized by a cooling jacket attached to a laterally extending rearward surface of the battery case that houses the battery. a vehicle body including a floor panel and a vehicle body frame member; a battery unit attached to the vehicle body frame member and arranged below the floor panel, the battery unit including a battery case and a battery; characterized by a cooling jacket attached to a laterally extending rearward surface of the battery case that houses the battery.
An electronic device comprising: a display module; a processor; and a power module for controlling power supply of the electronic device by detecting a battery voltage of the electronic device, wherein, upon detecting the battery voltage of the electronic device corresponding to a first reference voltage, the processor is configured to transmit a power control signal to the power module, wherein the power module is configured to cut off the power supply to the processor while maintaining the power supply to the display module based on the power control signal received from the processor, wherein the display module is configured to output at least one part of content data to at least one area of the display module when the power supply to the processor is cut off, and wherein the processor is configured to update the first reference voltage based on the content data. a display module; a processor; and a power module for controlling power supply of the electronic device by detecting a battery voltage of the electronic device, wherein, upon detecting the battery voltage of the electronic device corresponding to a first reference voltage, the processor is configured to transmit a power control signal to the power module, wherein the power module is configured to cut off the power supply to the processor while maintaining the power supply to the display module based on the power control signal received from the processor, wherein the display module is configured to output at least one part of content data to at least one area of the display module when the power supply to the processor is cut off, and wherein the processor is configured to update the first reference voltage based on the content data.
A head ornament fastening member that attaches a head ornament to hairs on a head, the head ornament fastening member comprising: a first fastening means that includes a base, and a plurality of stems which protrude from a surface of the base and are configured to be inserted into the hairs from upside; the head ornament fastening member being characterised in that it comprises: a second fastening means that includes a plurality of comb-tooth-like portions which intersect the plurality of stems and are configured to be inserted into the hairs from a lateral direction, wherein the plurality of stems of the first fastening means and the plurality of comb-tooth-like portions of the second fastening means are configured to intersect to each other while being inserted into the hairs so as to be fastened to the hairs, thereby fastening the head ornament to the hairs. a first fastening means that includes a base, and a plurality of stems which protrude from a surface of the base and are configured to be inserted into the hairs from upside; the head ornament fastening member being characterised in that it comprises: a second fastening means that includes a plurality of comb-tooth-like portions which intersect the plurality of stems and are configured to be inserted into the hairs from a lateral direction, wherein the plurality of stems of the first fastening means and the plurality of comb-tooth-like portions of the second fastening means are configured to intersect to each other while being inserted into the hairs so as to be fastened to the hairs, thereby fastening the head ornament to the hairs.
A method for generating oscillating signals, comprising: outputting a first oscillating signal from a first voltage-controlled oscillator; and connecting and operating a second VCO in parallel with the first VCO if a phase-locked loop associated with the second VCO is idle, wherein the second VCO is configured to operate with the same oscillating frequency as the first VCO if the PLL associated with the second VCO is idle. outputting a first oscillating signal from a first voltage-controlled oscillator; and connecting and operating a second VCO in parallel with the first VCO if a phase-locked loop associated with the second VCO is idle, wherein the second VCO is configured to operate with the same oscillating frequency as the first VCO if the PLL associated with the second VCO is idle.
A double-sided adhesive sheet including: a double-sided adhesive sheet characterized in that it comprises an adhesive member which is kneaded with at least an adhesive agent, the double-sided adhesive sheet being formed so as to have a previously formed non-planar shape in the shape of a curve which is projected or recessed in a vertical up/down direction. a double-sided adhesive sheet characterized in that it comprises an adhesive member which is kneaded with at least an adhesive agent, the double-sided adhesive sheet being formed so as to have a previously formed non-planar shape in the shape of a curve which is projected or recessed in a vertical up/down direction.
A slitting device for a packaging film comprising a plurality of cutting knives for severing the packaging film fed to the cutting knives in a film transport direction, the plurality of cutting knives including a left cutting knife, a right cutting knife and at least one intermediate cutting knife (20b, 20c) in the film transport direction, wherein the slitting device includes at least one feed unit assigned to the intermediate cutting knife (20b, 20c) and configured for transporting the packaging film by means of which the packaging film can be conveyed immediately at the location of a cutting operation in the film transport direction, wherein for conveying the packaging film at the feed unit, a non-positive coupling is produced between a first conveying element supported above the packaging film and a second conveying element supported below the packaging film, the first conveying element being a counter roller and the second conveying element being a drivable feed roller, which are supported to be rotatable with equal circumferential speeds (v) via the non-positive coupling, wherein an infeed set for the packaging film is positioned on the feed unit on the upstream side in the film transport direction within a film transport plane at a predetermined distance between 1 mm and 50 mm or 5% to 15% of the diameter of the intermediate cutting knife (20b, 20c) from a cutting edge of the intermediate cutting knife (20b, 20c) formed for the cutting operation. for conveying the packaging film at the feed unit, a non-positive coupling is produced between a first conveying element supported above the packaging film and a second conveying element supported below the packaging film, the first conveying element being a counter roller and the second conveying element being a drivable feed roller, which are supported to be rotatable with equal circumferential speeds (v) via the non-positive coupling, wherein an infeed set for the packaging film is positioned on the feed unit on the upstream side in the film transport direction within a film transport plane at a predetermined distance between 1 mm and 50 mm or 5% to 15% of the diameter of the intermediate cutting knife (20b, 20c) from a cutting edge of the intermediate cutting knife (20b, 20c) formed for the cutting operation.
A cooling device that comprises - a cabin, - at least one door for accessing inside the cabin, - at least one storage container disposed on the cabin or the door, wherein items to be cooled are stored, - at least one chamber wherein the storage container is disposed, - a bearing mechanism for securing the storage container to the chamber allowing rotation for opening by tilting forward, - a locking mechanism for locking the storage container in that position when the storage container is changed to the closed position and - at least one gear path disposed on the outer wall of the storage container and a pinion gear disposed on the inner wall of the chamber aligned with the gear path, attached to rotate around its axis and rotated by the motion of the gear path while the storage container is opening, characterized in that the bearing mechanism comprises a shaft disposed on the storage container such that the storage container rotates around the axis of the said shaft and a housing situated on the chamber, wherein the shaft is placed such that the storage container is allowed to tilt forward by rotating. - a cabin, - at least one door for accessing inside the cabin, - at least one storage container disposed on the cabin or the door, wherein items to be cooled are stored, - at least one chamber wherein the storage container is disposed, - a bearing mechanism for securing the storage container to the chamber allowing rotation for opening by tilting forward, - a locking mechanism for locking the storage container in that position when the storage container is changed to the closed position and - at least one gear path disposed on the outer wall of the storage container and a pinion gear disposed on the inner wall of the chamber aligned with the gear path, attached to rotate around its axis and rotated by the motion of the gear path while the storage container is opening,
Lighting system (100, 200) comprising a light source (110, 210) for emitting light, a device (150, 250) for controlling the light source (110, 210), a first communication channel from the light source (110, 210) to the device (150, 250), the first communication channel being formed by modulating information in the emitted light of the light source (110, 210), and a second communication channel from the device (150, 250) to the light source (110, 210), the light source (110, 210) comprising: - a challenge generator (118, 212) for generating a challenge (ch t1, ch t2, ch t3, ch tn) with a cryptographic function (f) receiving an argument comprising a first cryptographic key, - a light source transmitter (112, 212) for transmitting the challenge (ch t1, ch t2, ch t3, ch tn) via the first communication channel, - a light source receiver (122, 212) for receiving a response (rp t2) from the device (150, 250) via the second communication channel, and - an authorizing means (120, 212) for authorizing the device (150, 250) to control the light source (110, 210) by matching the received response (rp t2) with a reference (ref), and if the received response (rp t2) matches the reference (ref), the device (150, 250) is authorized, the device (150, 250) comprising: - a device receiver for receiving the challenge (ch t1, ch t2, ch t3, ch tn) via the first communication channel, - a response generator (154, 254) for generating the response (rp t2) with the cryptographic function (f) receiving arguments comprising the received challenge (ch t1, ch t2, ch t3, ch tn) and a second cryptographic key, and - a device transmitter (156, 254) for transmitting the response (rp t2) to the light source (110, 210) via the second communication channel. - a challenge generator (118, 212) for generating a challenge (ch t1, ch t2, ch t3, ch tn) with a cryptographic function (f) receiving an argument comprising a first cryptographic key, - a light source transmitter (112, 212) for transmitting the challenge (ch t1, ch t2, ch t3, ch tn) via the first communication channel, - a light source receiver (122, 212) for receiving a response (rp t2) from the device (150, 250) via the second communication channel, and - an authorizing means (120, 212) for authorizing the device (150, 250) to control the light source (110, 210) by matching the received response (rp t2) with a reference (ref), and if the received response (rp t2) matches the reference (ref), the device (150, 250) is authorized, the device (150, 250) comprising: - a device receiver for receiving the challenge (ch t1, ch t2, ch t3, ch tn) via the first communication channel, - a response generator (154, 254) for generating the response (rp t2) with the cryptographic function (f) receiving arguments comprising the received challenge (ch t1, ch t2, ch t3, ch tn) and a second cryptographic key, and - a device transmitter (156, 254) for transmitting the response (rp t2) to the light source (110, 210) via the second communication channel.