mhurhangee/ep-ind-claims huggingface dataset:
A container storage box comprising: a plurality of rigid sidewall faces (1, 2, 3, 4) suitable to contain and store a deformable container while preventing random deformation of the deformable container, and a small end face and a large end face on both top and bottom of the plurality of rigid sidewall faces, wherein the rigid sidewall faces are adapted to regulate a configuration of the deformable container in a configuration accommodated in a container loading part of an image forming apparatus while maintaining at least one of direction and position of a content outlet of the deformable container when the deformable container is placed in the image forming apparatus, wherein at least one of the rigid sidewall faces comprises at least two fold lines (2a, 2b, 4a, 4b) which are not parallel with one another, and wherein at least one end face of small and large end faces except the plurality of rigid sidewall faces comprises a closing mechanism which is openable, closable and capable of being assembled and disassembled, characterized in that the fold of the rigid sidewall face is in the form comprising two fold lines stretched from the center of an upper part to both corners of a lower part, wherein the upper part is a side of the small end face and the lower part is a side of the large end face. a plurality of rigid sidewall faces (1, 2, 3, 4) suitable to contain and store a deformable container while preventing random deformation of the deformable container, and a small end face and a large end face on both top and bottom of the plurality of rigid sidewall faces, wherein the rigid sidewall faces are adapted to regulate a configuration of the deformable container in a configuration accommodated in a container loading part of an image forming apparatus while maintaining at least one of direction and position of a content outlet of the deformable container when the deformable container is placed in the image forming apparatus, wherein at least one of the rigid sidewall faces comprises at least two fold lines (2a, 2b, 4a, 4b) which are not parallel with one another, and wherein at least one end face of small and large end faces except the plurality of rigid sidewall faces comprises a closing mechanism which is openable, closable and capable of being assembled and disassembled, characterized in that the fold of the rigid sidewall face is in the form comprising two fold lines stretched from the center of an upper part to both corners of a lower part, wherein the upper part is a side of the small end face and the lower part is a side of the large end face.
Method of message acknowledgement and/or data collection from communication devices with packet transmission of messages in wireless mesh networks, intended particularly for telemetry and automation, where each mesh network includes at least one control communication device and a set of slave communication devices, and the control communication device searches through the mesh network so that a unique virtual routing number for that network, expressing the distance of the slave communication device from the control communication device determined by the number of routings, is assigned to every found slave communication device and stored into its memory, and in the network arranged in this way, control messages are transmitted from the control communication device and back through directional flooding, characterized in that in every addressed slave communication device after reception of the initiation message from the control communication device, through which the control communication device initiates data collection from slave communication devices that are relatively time-synchronised to the beginning of the initiation frame, a bit or a number of bits are set, which then gradually merge with acknowledgement collective messages received from other addressed slave communication devices during the acknowledgement frame that is time-synchronised to the initiation frame, whereas consequently such merged acknowledgement collective messages are gradually sent by the slave communication devices in the corresponding time slot of that acknowledgement frame from the highest virtual routing number towards the control communication device.
A method, comprising: generating, by an image representation generation module of a computer system, a plurality of image representations of a plurality of audio files, wherein an image representation for a specified audio file is generated based on data in the specified audio file and a MIDI representation of the specified audio file, wherein the image representation is a two-dimensional, 2D, image representation, wherein the x-axis represents time and the y-axis represents pitch with values of the pixels at each x-y coordinate representing velocity; generating a single image representation from the plurality of image representations; accessing, by a music selection module of the computer system, one or more rules for searching and selecting audio files for combination by a music generator module of the computer system; using graphics processing available on the computer device to apply the one or more rules to the single image representation to search and select multiple ones of the audio files for combination by the music generator module of the computer system; and combining, by the music generator module of the computer system, the selected multiple ones of the audio files to generate output music content. generating, by an image representation generation module of a computer system, a plurality of image representations of a plurality of audio files, wherein an image representation for a specified audio file is generated based on data in the specified audio file and a MIDI representation of the specified audio file, wherein the image representation is a two-dimensional, 2D, image representation, wherein the x-axis represents time and the y-axis represents pitch with values of the pixels at each x-y coordinate representing velocity; generating a single image representation from the plurality of image representations; accessing, by a music selection module of the computer system, one or more rules for searching and selecting audio files for combination by a music generator module of the computer system; using graphics processing available on the computer device to apply the one or more rules to the single image representation to search and select multiple ones of the audio files for combination by the music generator module of the computer system; and combining, by the music generator module of the computer system, the selected multiple ones of the audio files to generate output music content.
Method for triggering a security-relevant function of a system by means of a terminal, comprising the following method steps: a) generation or selection of an input pattern by the system and conveying of the input pattern to a server, b) inputting of a request for carrying out the function by means of the terminal, wherein the request for carrying out the function is conveyed from the terminal to the server, c) transmitting the input pattern to the terminal, wherein the server conveys the input pattern to the terminal, d) displaying, on a display and user interface of the terminal, of the input pattern that a user must enter, e) capturing and storing of an input of a user on the display and user interface by the terminal, f) transmission of the captured and stored input from the terminal to the system, g) receiving of the captured and stored input by the system, h) comparing of the received input with the transmitted input pattern in the system and i) carrying out of the function by the system if the received input matches the input pattern to a predefined extent. a) generation or selection of an input pattern by the system and conveying of the input pattern to a server, b) inputting of a request for carrying out the function by means of the terminal, wherein the request for carrying out the function is conveyed from the terminal to the server, c) transmitting the input pattern to the terminal, wherein the server conveys the input pattern to the terminal, d) displaying, on a display and user interface of the terminal, of the input pattern that a user must enter, e) capturing and storing of an input of a user on the display and user interface by the terminal, f) transmission of the captured and stored input from the terminal to the system, g) receiving of the captured and stored input by the system, h) comparing of the received input with the transmitted input pattern in the system and i) carrying out of the function by the system if the received input matches the input pattern to a predefined extent.
Self-adhesive label roll in the form of a printable, linerless continuous strip (2; 2') from which individual self-adhesive labels can be detached, the continuous strip (2; 2') having a printable front strip surface and a rear strip surface opposite thereto having an adhesive layer, such that the continuous strip (2; 2') can be wound into a roll, the continuous strip (2; 2') being designed such that self-adhesive adhesive labels can be detached at tear-off or cutting lines transverse to the longitudinal direction of the continuous strip (2; 2'), the tear-off or cutting lines (7; 7') on the back of the strip each being surrounded by a region (8; 8') that is free of an adhesive layer, and markings (9; 9') which can be detected from outside the continuous strip (2; 2') being provided on the rear strip surface, which markings indicate the position of the regions (8; 8') free of an adhesive layer and the detection of which allows automatic control of the process of detaching the adhesive labels from the continuous strip (2; 2'), characterized in that the rear strip surface has an optical brightener contained in the strip material, integrated therein or applied thereto, which optical brightener has natural pigments and/or fluorescent components, and in that the detectable markings (9; 9') contain UV light absorbing, blocking or masking substances, such that a sensor sensitive to UV light receives, from the vicinity of the markings (9; 9'), a weakened UV light signal from the light reflected from the rear strip surface.
A salt of 2-[(3S,4R)-1-{[2-chloro-6-(trifluoromethyl)phenyl]methyl}-3-{[1-(cyclohex-1-en-1-ylmethyl) piperidin-4-yl]carbamoyl}-4-methylpyrrolidin-3-yl]acetic acid and an organic carboxylic acid.
A computer program product comprising instructions which, when executed by a NodeB, cause the NodeB to carry out steps comprising: allocating pilot resources to a user equipment, UE, according to a preset agreement, a transmission mode of the UE, and a number of spatial transmission layers of the UE; wherein the pilot resources include multiple resource elements, REs, (201, 202) and a code word of code division multiplexing, CDM, orthogonal code words; notifying a pilot-resource information number corresponding to the pilot resources to the UE; wherein the pilot-resource information number identifies a combination of the number of transmission layers of the UE, pilot resource at each spatial transmission layer, and current pilot-resource use status of the communication system, and the current pilot-resource use status of the communication system includes a position of the pilot resource RE and an orthogonal cover code, OCC, length, and the OCC length is 2 or 4, wherein the OCC length equals 2 means the code word is orthogonal in a slot, the OCC length equals 4 means the code word is orthogonal in a sub-frame, wherein a 4x4 Walsh matrix is used for provision of the code word, wherein the matrix includes c1. c2, c3, and c4, wherein c1=[1,1,1,1], c2=[1,-1,1,-1], c3=[1,1,-1,-1], and c4=[1,-1,-1,1]. allocating pilot resources to a user equipment, UE, according to a preset agreement, a transmission mode of the UE, and a number of spatial transmission layers of the UE; wherein the pilot resources include multiple resource elements, REs, (201, 202) and a code word of code division multiplexing, CDM, orthogonal code words; notifying a pilot-resource information number corresponding to the pilot resources to the UE; wherein the pilot-resource information number identifies a combination of the number of transmission layers of the UE, pilot resource at each spatial transmission layer, and current pilot-resource use status of the communication system, and the current pilot-resource use status of the communication system includes a position of the pilot resource RE and an orthogonal cover code, OCC, length, and the OCC length is 2 or 4, wherein the OCC length equals 2 means the code word is orthogonal in a slot, the OCC length equals 4 means the code word is orthogonal in a sub-frame, wherein a 4x4 Walsh matrix is used for provision of the code word, wherein the matrix includes c1. c2, c3, and c4, wherein c1=[1,1,1,1], c2=[1,-1,1,-1], c3=[1,1,-1,-1], and c4=[1,-1,-1,1].
A method comprising: receiving a packet and a segment ID stack at a first segment routing enabled node (440, 424, 442) of a subdivided segment routing enabled network; wherein the segment ID stack comprises a plurality of segment IDs comprising a first area-segment ID, wherein the first area segment ID identifies a first area of the subdivided segment routing enabled network and wherein the first segment routing enabled node (440, 424, 442) is in a second area of the subdivided segment routing enabled network; selecting a next hop egress interface of the first segment routing enabled node (440, 424, 442) based on the first area-segment ID; forwarding the packet and the segment ID stack via the selected next hop egress interface. receiving a packet and a segment ID stack at a first segment routing enabled node (440, 424, 442) of a subdivided segment routing enabled network; wherein the segment ID stack comprises a plurality of segment IDs comprising a first area-segment ID, wherein the first area segment ID identifies a first area of the subdivided segment routing enabled network and wherein the first segment routing enabled node (440, 424, 442) is in a second area of the subdivided segment routing enabled network; selecting a next hop egress interface of the first segment routing enabled node (440, 424, 442) based on the first area-segment ID; forwarding the packet and the segment ID stack via the selected next hop egress interface.
An assembly for mounting in a steam generating arrangement for generating steam, wherein the assembly comprises: a pressure vessel comprising an inlet and an outlet, a heat exchanging unit, in which exhaust gases of a heating device heat water, arranged to convey the heated water in liquid phase to the inlet and connected to the inlet, and a closing unit adapted to be biased to close the outlet, wherein the pressure vessel comprises an outlet portion, an inlet portion, and a compartment arranged to receive water in liquid phase from the inlet during operation, wherein a bottom of the pressure vessel is located in the inlet portion wherein the outlet portion comprises a chamber that is connected to the outlet, wherein the compartment comprises at least some parts of the inlet portion that are outside the chamber, characterized in that the compartment further comprises a first tube, wherein the first tube is fixed to and extends from the chamber into the inlet portion, wherein the first tube partially encloses a second tube, wherein the compartment and the chamber are connected to each other via the first and second tubes (241, 242), wherein the second tube extends further into the inlet portion than the first tube, wherein a gap is formed between the first tube and the second tube. a pressure vessel comprising an inlet and an outlet, a heat exchanging unit, in which exhaust gases of a heating device heat water, arranged to convey the heated water in liquid phase to the inlet and connected to the inlet, and a closing unit adapted to be biased to close the outlet, wherein the pressure vessel comprises an outlet portion, an inlet portion, and a compartment arranged to receive water in liquid phase from the inlet during operation, wherein a bottom of the pressure vessel is located in the inlet portion wherein the outlet portion comprises a chamber that is connected to the outlet, wherein the compartment comprises at least some parts of the inlet portion that are outside the chamber, characterized in that the compartment further comprises a first tube, wherein the first tube is fixed to and extends from the chamber into the inlet portion, wherein the first tube partially encloses a second tube, wherein the compartment and the chamber are connected to each other via the first and second tubes (241, 242), wherein the second tube extends further into the inlet portion than the first tube, wherein a gap is formed between the first tube and the second tube.
A control method for controlling a processing apparatus provided with a feeding means for feeding out a processing medium in a sheet-like shape and a processing means for processing the processing medium having been fed out by the feeding means, the control method comprising: a feeding control process which controls the feeding means so that, before the processing means starts processing on one processing range of the processing medium, a plurality of processing ranges including the one range is fed out in advance and then, the processing range having been fed out in advance is pulled back and retreated at a position on an upstream side with respect to a processing position by the processing means; and a processing control process which controls the processing means so that processing of the one range is started when an elapsed time for the one range having been fed out in advance reaches a predetermined stand-by time. a feeding control process which controls the feeding means so that, before the processing means starts processing on one processing range of the processing medium, a plurality of processing ranges including the one range is fed out in advance and then, the processing range having been fed out in advance is pulled back and retreated at a position on an upstream side with respect to a processing position by the processing means; and a processing control process which controls the processing means so that processing of the one range is started when an elapsed time for the one range having been fed out in advance reaches a predetermined stand-by time.
A cartridge piston for pressing viscous masses out of a cartridge, with a front cover wall, a jacket wall adjoining the periphery thereof and extending backwards, and a flexible sealing lip connected to the jacket wall and protruding forward for sealing against a cartridge wall, wherein the cover wall has a step near its periphery that axially protrudes to the rear, and a ring of radial ribs is arranged on that step with small rotationally symmetric angular distances, the forward-facing edges of which follow the contour of the region of the cover wall that is located radially within the step and which slightly protrude radially beyond the front region of the jacket wall, and wherein the sealing lip is located axially behind the ribs.
Arrangement for automatically documenting situations during fieldwork, comprising: at least one operating parameter sensor (92, 94) for detecting an operating parameter of an agricultural machine during the fieldwork and/or at least one harvested crop sensor (66, 70, 88, 100, 102) for detecting a property of harvested crop which is taken up and/or processed by the agricultural machine during fieldwork, and a computer unit which is connected to the operating parameter sensor (92, 94) and/or the harvested crop sensor (66, 70, 88, 100, 102) and which is programmed to generate a triggering signal when a predetermined condition of the received signals of the operating parameter sensor (92, 94) and/or harvested crop sensor (66, 70, 88, 100, 102) is satisfied, characterized in that the computer unit is connected to an image-recording device (66, 70, 86) for generating an image signal of the agricultural machine and/or the surroundings thereof and is programmed to store image signals in a geo-referenced fashion in reaction to a triggering signal and/or to transmit image signals to a remote location via a transmission link. at least one operating parameter sensor (92, 94) for detecting an operating parameter of an agricultural machine during the fieldwork and/or at least one harvested crop sensor (66, 70, 88, 100, 102) for detecting a property of harvested crop which is taken up and/or processed by the agricultural machine during fieldwork, and a computer unit which is connected to the operating parameter sensor (92, 94) and/or the harvested crop sensor (66, 70, 88, 100, 102) and which is programmed to generate a triggering signal when a predetermined condition of the received signals of the operating parameter sensor (92, 94) and/or harvested crop sensor (66, 70, 88, 100, 102) is satisfied, characterized in that the computer unit is connected to an image-recording device (66, 70, 86) for generating an image signal of the agricultural machine and/or the surroundings thereof and is programmed to store image signals in a geo-referenced fashion in reaction to a triggering signal and/or to transmit image signals to a remote location via a transmission link.
A method for the video surveillance of the crossing of a line by people, the method being computer-implemented and comprising: - for each of a plurality of successive images (I, I 1, I 2) of a video stream from a camera pointing towards the line, the search for at least one person (106, 106 1, 106 2) present in the image (I, I 1, I 2) and the definition, for each person (106, 106 1, 106 2) found, of a zone in the image (I, I 1, I 2), known as a person zone (ZP, ZP 11, ZP 12, ZP 21, ZP 22), surrounding this person (106, 106 1, 106 2) at least partially; - for each of at least one person (106, 106 1, 106 2) found, the grouping together into one tracklet (T, T 1, T 2) of several person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) from successive images (I, I 1, I 2) and surrounding this same person (106, 106 1, 106 2) at least partially; for each tracklet (T, T 1, T 2): - the identification of the person in the tracklet (T, T 1, T 2) from person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) in the tracklet (T, T 1, T 2); - the determination of a moment at which the line is crossed by the person identified from the person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) in the tracklet (T, T 1, T 2); and - the addition of the name found and of the moment of crossing determined in at least some of the images (I, I 1, I 2) containing the person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) in the tracklet (T, T 1, T 2). - for each of a plurality of successive images (I, I 1, I 2) of a video stream from a camera pointing towards the line, the search for at least one person (106, 106 1, 106 2) present in the image (I, I 1, I 2) and the definition, for each person (106, 106 1, 106 2) found, of a zone in the image (I, I 1, I 2), known as a person zone (ZP, ZP 11, ZP 12, ZP 21, ZP 22), surrounding this person (106, 106 1, 106 2) at least partially; - for each of at least one person (106, 106 1, 106 2) found, the grouping together into one tracklet (T, T 1, T 2) of several person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) from successive images (I, I 1, I 2) and surrounding this same person (106, 106 1, 106 2) at least partially; - the identification of the person in the tracklet (T, T 1, T 2) from person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) in the tracklet (T, T 1, T 2); - the determination of a moment at which the line is crossed by the person identified from the person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) in the tracklet (T, T 1, T 2); and - the addition of the name found and of the moment of crossing determined in at least some of the images (I, I 1, I 2) containing the person zones (ZP, ZP 11, ZP 12, ZP 21, ZP 22) in the tracklet (T, T 1, T 2).