mhurhangee/ep-ind-claims huggingface dataset:
A method (100, 200, 300) comprising: defining a region of interest on a three-dimensional model of an object; capturing an image of an object manufactured according to the three-dimensional model; determining, using a processor, a position and orientation of the three-dimensional model with respect to the object in the captured image; and locating, based on the determination of the position and orientation of the three-dimensional model with respect to the object in the captured image, the region of interest on the manufactured object; wherein a portion of the manufactured object within the region of interest comprises a measurable, or extractable, identifiable feature, the identifiable feature acting as a fingerprint of the object. defining a region of interest on a three-dimensional model of an object; capturing an image of an object manufactured according to the three-dimensional model; determining, using a processor, a position and orientation of the three-dimensional model with respect to the object in the captured image; and locating, based on the determination of the position and orientation of the three-dimensional model with respect to the object in the captured image, the region of interest on the manufactured object; wherein a portion of the manufactured object within the region of interest comprises a measurable, or extractable, identifiable feature, the identifiable feature acting as a fingerprint of the object.
A hydrogel-forming peptide, wherein the peptide has the following general formula I: (R a) 1,2 - 0,1 -(Q-Y) 2-6 - 0,1 -R b wherein each Q independently is a hydrophobic amino acid residue or a dyad of hydrophobic amino acid residues; wherein one, two or three of said Q is a dyad of a hydrophobic α-amino acid residue and a β-homo amino acid residue; each Y independently is a hydrophilic α-amino acid residue; the group 0,1 represents a bond or a hydrophilic α-amino acid residue Y; the group 0,1 represents a bond or a group Q; (R a) 1,2 represents one or two R a groups, substituted on the terminal nitrogen of said peptide, said R a groups are each independently selected from R 1, or R a groups represent one R 1 group and one group selected from C(=Z)R 1, C(=Z)ZR 1, C(=Z)NH(R 1; C(=Z)N(R 1) 2; wherein each Z independently is O or S; and each R 1 is independently selected from H, optionally substituted linear or branched C 1-10 alkyl, optionally substituted C 3-10 cycloalkyl, optionally substituted arylC 1-6 alkyl, and optionally substituted aryl; R b is a group OR 2 or N(R 2) 2; wherein each R 2 independently is selected from H, optionally substituted linear or branched C 1-10 alkyl, optionally substituted C 3-10 cycloalkyl, optionally substituted arylC 1-6 alkyl, and optionally substituted aryl; wherein said peptide has from 5 to 12 amino acid residues; or a salt form thereof. each Q independently is a hydrophobic amino acid residue or a dyad of hydrophobic amino acid residues; wherein one, two or three of said Q is a dyad of a hydrophobic α-amino acid residue and a β-homo amino acid residue; each Y independently is a hydrophilic α-amino acid residue; the group 0,1 represents a bond or a hydrophilic α-amino acid residue Y; the group 0,1 represents a bond or a group Q; (R a) 1,2 represents one or two R a groups, substituted on the terminal nitrogen of said peptide, said R a groups are each independently selected from R 1, or R a groups represent one R 1 group and one group selected from C(=Z)R 1, C(=Z)ZR 1, C(=Z)NH(R 1; C(=Z)N(R 1) 2; wherein each Z independently is O or S; and each R 1 is independently selected from H, optionally substituted linear or branched C 1-10 alkyl, optionally substituted C 3-10 cycloalkyl, optionally substituted arylC 1-6 alkyl, and optionally substituted aryl; R b is a group OR 2 or N(R 2) 2; wherein each R 2 independently is selected from H, optionally substituted linear or branched C 1-10 alkyl, optionally substituted C 3-10 cycloalkyl, optionally substituted arylC 1-6 alkyl, and optionally substituted aryl; wherein said peptide has from 5 to 12 amino acid residues;
A method comprising: in a cryptologic hardware security system: receiving, at processing circuitry, a first portion of a key secret via a key secret exchange protocol; the method being characterized by further comprising, in the cryptologic hardware security system: combining, with the processing circuitry, the first portion with a second portion of the key secret to obtain the key secret; determining, with the processing circuitry, to rewrite original data in a selected block (B2, 106, 202) of a blockchain (100, 150) with altered data that is different than the original data previously stored in the selected block; and determining, with the processing circuitry and using the key secret, collision data including the altered data, the collision data coding-consistent with a previously determined integrity output stored within a specific block of the blockchain that follows the selected block, the previously determined integrity output generated responsive to and coding-consistent with the original data. receiving, at processing circuitry, a first portion of a key secret via a key secret exchange protocol; the method being characterized by further comprising, in the cryptologic hardware security system: combining, with the processing circuitry, the first portion with a second portion of the key secret to obtain the key secret; determining, with the processing circuitry, to rewrite original data in a selected block (B2, 106, 202) of a blockchain (100, 150) with altered data that is different than the original data previously stored in the selected block; and determining, with the processing circuitry and using the key secret, collision data including the altered data, the collision data coding-consistent with a previously determined integrity output stored within a specific block of the blockchain that follows the selected block, the previously determined integrity output generated responsive to and coding-consistent with the original data.
Electrical plug-in connection comprising two components (1, 2) which can be connected to each other in a plug-in direction and have electrical contacts, wherein a first component is in the form of a plug and a second component is in the form of a socket, and having a latching device, which acts between the components (1, 2), for mechanically securing the plug-in connection, wherein the latching device is formed from a latching element, which is held on the first component, and a latching recess, which is formed in the second component, into which the latching element engages and which mechanically latches the plug-in connection, and having an actuating element, which acts on the latching element and can be moved in order to release the latching by the latching element being lifted out of the latching recess, wherein a mechanical locking element is provided on the first component which is fitted with the latching element, wherein the locking element locks the latching element, which is situated in the latching recess of the second component, in its latching position, wherein the latching element can be moved counter to the plug-in direction relative to the locking element in order to undo the locking, wherein the latching element is in the form of a latching tongue with a latching lug, wherein the second component, which is in the form of a socket, has a truncated-cone-shaped insertion bevel, characterized in that the insertion bevel interacts with a truncated cone-shaped portion of the first component, in that the truncated cone-shaped portion of the first component is composed of an encircling annular shoulder of the locking element and the latching lug which bears against the locking element, in that the latching lug has a V-shaped basic shape in cross section, and in that the cross section of the latching lug engages into the cross section of the latching recess with an accurate fit.
Device for spreading tobacco, such as tobacco fibres, tobacco leaves or parts of tobacco leaves comprising a first profiled drum which is rotationally driven around its longitudinal axis and comprises an arrangement of guiding bodies (7, 8) having an angular position relative to the longitudinal axis of the profiled drum and spreading the tobacco fibres from the centre outwards, wherein at least one second profiled drum comprising guiding bodies (7, 8) having an angular position is provided, which second profiled drum in the conveying direction of the tobacco fibres is arranged behind the first profiled drum, characterized in that on at least one of the profiled drums (3, 4) at least in one portion the guiding bodies (7, 8) are formed as single ribs aligned parallel to each other, and that the guiding bodies (7, 8) are discontinuous in the circumferential direction of the profiled drum (3, 4).
A method for processing three dimensional audio signals with a device (D10, D20) having a microphone array comprising three or more microphones (1, 2, 3, 4), said method comprising: a. decomposing, using spatial filtering, a recorded auditory scene into a first category of localizable sources and a second category of ambient sound; b. determining the direction of each localizable source relative to the device; c. recording an indication of the directions of each of the localizable sources; d. selecting a plurality of different microphone pairs from the array; and e. processing signals associated with each microphone pair based on the orientation of each microphone pair relative to one of the determined directions of the localizable sources. a. decomposing, using spatial filtering, a recorded auditory scene into a first category of localizable sources and a second category of ambient sound; b. determining the direction of each localizable source relative to the device; c. recording an indication of the directions of each of the localizable sources; d. selecting a plurality of different microphone pairs from the array; and e. processing signals associated with each microphone pair based on the orientation of each microphone pair relative to one of the determined directions of the localizable sources.
An actuating drive for moving a movable furniture part, comprising: - at least one actuating arm pivotally mounted about a pivoting axis for moving the movable furniture part, - a spring device for applying a force to the actuating arm, - a transmission mechanism for transmitting a force from the spring device to the actuating arm, wherein the transmission mechanism includes an actuating portion movement-coupled to the actuating arm, a setting contour and a pressure portion pressurized by the spring device, the pressure portion being configured as a rotatably mounted pressure roller and being configured to run along the setting contour upon a movement of the actuating arm, wherein the setting contour is arranged between the actuating portion and the pressure roller, - wherein the setting contour is arranged on a contour portion separate from the actuating portion, wherein the contour portion has a fastening section configured to bear against the actuating portion and a limb protruding transversely from the fastening portion, wherein the setting contour is formed by a curved outer surface of the limb, characterized in that the contour portion is formed of a bent or a deep-drawn metal portion. - at least one actuating arm pivotally mounted about a pivoting axis for moving the movable furniture part, - a spring device for applying a force to the actuating arm, - a transmission mechanism for transmitting a force from the spring device to the actuating arm, wherein the transmission mechanism includes an actuating portion movement-coupled to the actuating arm, a setting contour and a pressure portion pressurized by the spring device, the pressure portion being configured as a rotatably mounted pressure roller and being configured to run along the setting contour upon a movement of the actuating arm, wherein the setting contour is arranged between the actuating portion and the pressure roller, - wherein the setting contour is arranged on a contour portion separate from the actuating portion, wherein the contour portion has a fastening section configured to bear against the actuating portion and a limb protruding transversely from the fastening portion, wherein the setting contour is formed by a curved outer surface of the limb,
A decryption method, comprising: at a video content receiver device, receiving a stream of digital video content which is selectively encrypted such that the digital video content contains a first plurality of segments encrypted according to a coverage encryption key and a second plurality of doubly-encrypted segments that are encrypted using the coverage encryption key and also by a predetermined encryption method; decrypting the digital video content according to the coverage encryption key to generate coverage-decrypted segments; storing the coverage-decrypted segments in a memory that is accessible by a processor forming part of the video content receiver device; sending the second plurality of coverage-decrypted segments to a smartcard over a smartcard interface; at the smartcard, receiving the second plurality of coverage-decrypted segments and decrypting the second plurality of coverage-decrypted segments according to the predetermined encryption method to produce decrypted segments; sending the decrypted segments back to the processor forming part of the video content receiver device over the smartcard interface; and storing the decrypted segments to the memory so as to assemble the stream of video content with the decrypted segments replacing the second plurality of coverage-decrypted segments in the memory. at a video content receiver device, receiving a stream of digital video content which is selectively encrypted such that the digital video content contains a first plurality of segments encrypted according to a coverage encryption key and a second plurality of doubly-encrypted segments that are encrypted using the coverage encryption key and also by a predetermined encryption method; decrypting the digital video content according to the coverage encryption key to generate coverage-decrypted segments; storing the coverage-decrypted segments in a memory that is accessible by a processor forming part of the video content receiver device; sending the second plurality of coverage-decrypted segments to a smartcard over a smartcard interface; at the smartcard, receiving the second plurality of coverage-decrypted segments and decrypting the second plurality of coverage-decrypted segments according to the predetermined encryption method to produce decrypted segments; sending the decrypted segments back to the processor forming part of the video content receiver device over the smartcard interface; and storing the decrypted segments to the memory so as to assemble the stream of video content with the decrypted segments replacing the second plurality of coverage-decrypted segments in the memory.
An image forming apparatus, comprising: a wireless tag communication device configured to write data to, and read data from, a wireless tag attached to a sheet; an image forming device configured to form an image on the sheet; and a controller configured to: determine whether a writing of data to a wireless tag was successful based on a notification from the wireless tag communication device; generate investigation support information when the writing was not successful, characterized in that the controller is further configured to control the image forming device to form, on the sheet to which the wireless tag is attached, an investigation support image corresponding to the investigation support information and including a hexadecimal error code identifying a specific error event based on which the writing was determined to be not successful. an image forming device configured to form an image on the sheet; and a controller configured to: determine whether a writing of data to a wireless tag was successful based on a notification from the wireless tag communication device; generate investigation support information when the writing was not successful, characterized in that the controller is further configured to control the image forming device to form, on the sheet to which the wireless tag is attached, an investigation support image corresponding to the investigation support information and including a hexadecimal error code identifying a specific error event based on which the writing was determined to be not successful. determine whether a writing of data to a wireless tag was successful based on a notification from the wireless tag communication device; generate investigation support information when the writing was not successful, characterized in that the controller is further configured to control the image forming device to form, on the sheet to which the wireless tag is attached, an investigation support image corresponding to the investigation support information and including a hexadecimal error code identifying a specific error event based on which the writing was determined to be not successful.
A method for producing biogas, in which biomass is introduced into a biogas reactor, characterized in that a multiplicity of freely moving mixing bodies are arranged on the biomass, which float on the surface of the biomass and at the same time dip partially into the biomass.
Rail mounting device for fixing railway rails to reinforced concrete sleepers which device has a non-fixing first state and a rail fixing second state, and which device contains a reinforced concrete sleeper having an upper plane, an anchoring element fixed to the reinforced concrete sleeper provided with an open or closed bracket piece, and a rail-clamping plate partially or entirely encompassed by the bracket piece of the anchoring element, wherein the rail-clamping plate is a flexible flat plate, and in the first state of the rail mounting device, the rail-clamping plate is at an angle to the upper plane of the reinforced concrete sleeper such that the distance between the first end of the rail-clamping plate closer to the rail and the upper plane of the reinforced concrete sleeper is smaller than the distance between the second end of the rail-clamping plate more distant from the rail and the upper plane of the reinforced concrete sleeper, and in the second state of the rail mounting device, the rail-clamping plate is fixed to the anchoring element so that its first end is laid on the base of the rail and the shape of the rail-clamping plate is a convex curve viewed from the direction of the upper plane of the reinforced concrete sleeper, characterised by that in the first state of the rail mounting device, the angle between the rail-clamping plate and the upper plane of the reinforced concrete sleeper is between 5 to 20 degrees and the rail-clamping plate is made from a cut sheet steel having a thickness of maximum 6 mm.
A zeolite having a CHA structure, the zeolite having a SiO 2 /Al 2 O 3 composition ratio which is a molar ratio of 10 to 14.9, the zeolite containing K in an amount of 0.1 to 1% by mass in terms of K 2 O, wherein the zeolite has an average particle size of 0.1 to 0.5 μm.
A method comprising: detecting, by use of a processor, a split bearer configuration for a mobile device; in response to detecting the split bearer configuration, routing a Packet Data Converge Protocol, PDCP, Protocol Data Unit, PDU, to Radio Link Control/Medium Access Control, RLC/MAC, for at least two cell groups; and pre-processing, by the RLC/MAC for the at least two cell groups, the PDU for transmission; characterised in that the routing the PDU includes: determining if a transmission data size of the PDU exceeds a data split threshold; and if the transmission data size does not exceed the data split threshold, routing, by the processor, the PDU through one of the RLC/MAC of the at least two cell groups; or if the transmission data size of the PDU exceeds the data split threshold, pre-routing, by the processor, the PDU to the RLC/MAC of at least one of the at least two cell groups. detecting, by use of a processor, a split bearer configuration for a mobile device; in response to detecting the split bearer configuration, routing a Packet Data Converge Protocol, PDCP, Protocol Data Unit, PDU, to Radio Link Control/Medium Access Control, RLC/MAC, for at least two cell groups; and pre-processing, by the RLC/MAC for the at least two cell groups, the PDU for transmission; characterised in that the routing the PDU includes: determining if a transmission data size of the PDU exceeds a data split threshold; and if the transmission data size does not exceed the data split threshold, routing, by the processor, the PDU through one of the RLC/MAC of the at least two cell groups; or if the transmission data size of the PDU exceeds the data split threshold, pre-routing, by the processor, the PDU to the RLC/MAC of at least one of the at least two cell groups. determining if a transmission data size of the PDU exceeds a data split threshold; and if the transmission data size does not exceed the data split threshold, routing, by the processor, the PDU through one of the RLC/MAC of the at least two cell groups; or if the transmission data size of the PDU exceeds the data split threshold, pre-routing, by the processor, the PDU to the RLC/MAC of at least one of the at least two cell groups.
A horological device, in particular a horological movement or a timepiece, comprising at least one first mechanism for correcting at least a first indicator member and a second mechanism for correcting a second indicator member, these mechanisms being capable of being actuated by a control stem that can occupy at least two axial positions, each corresponding to the actuation of one of the mechanisms, this control stem bearing a sliding pinion that can be moved axially, both with respect to the control stem and with respect to the frame of the horological device, and can engage with the first and second mechanisms, the horological device also including a pull-out piece and a lever for the axial return of the sliding pinion, said lever also comprising a spring part, the horological device being arranged such that: - when the control stem is pulled in a first direction, the sliding pinion can be moved axially relative to the frame in the first direction, exclusively under the effect of a force exerted by the spring part of the lever and without direct contact necessary between the pull-out piece and the lever, so as to engage with the first mechanism, and - when the control stem is further pulled in the first direction, the pull-out piece is able to pivot the lever against the force exerted by the spring part, so that the sliding pinion can be moved axially relative to the frame in a second direction opposite to the first direction to engage with the second mechanism. - when the control stem is pulled in a first direction, the sliding pinion can be moved axially relative to the frame in the first direction, exclusively under the effect of a force exerted by the spring part of the lever and without direct contact necessary between the pull-out piece and the lever, so as to engage with the first mechanism, and - when the control stem is further pulled in the first direction, the pull-out piece is able to pivot the lever against the force exerted by the spring part, so that the sliding pinion can be moved axially relative to the frame in a second direction opposite to the first direction to engage with the second mechanism.
Rack having an open front side, comprising two side walls (2.1, 2.2), as load-bearing elements, and at least one shelf with lugs (14.1, 14.2, 14.3, 14.4), which are plugged in openings (6.1a, 6.2a) of the side walls (2.1, 2.2), wherein each side wall (2.1, 2.2) has at least one opening (6.1a, 6.2a) in the region of the open front side, characterized in that a front region of the side wall (2.1) is folded over, wherein the opening, for the purpose of accommodating a lug, is arranged in said folded region, and the folded front region has a considerably smaller width than the side wall (2.1).