mhurhangee/ep-ind-claims huggingface dataset:
A container comprising a plastic vessel, a plastic base, and a collar to join the vessel with the base, the vessel and the base are located on top of one another such that the collar has a section A exceeding the upper surface of the vessel, and sections B1, B2 extending, on the side surfaces of the vessel, from the section exceeding the upper surface of the vessel towards the base, wherein the collar runs in the middle of an outer surface of the container, characterized in that the collar comprises a support arrangement (112a, 112b) on an upper surface of the vessel for supporting another container to be placed on top of the container.
A drum-type washing machine, comprising: a rotary drum; a water tank containing the rotary drum; a motor rotating the rotary drum; a washing machine housing elastically supporting the water tank; a vibration detector configured to detect vibration components in three-dimensional directions in the water tank; a rotation speed detector configured to detect a rotation speed of the rotary drum; an operation display including an input setting portion and a display portion; and a controller configured to control the motor to perform laundering processes including a spin-drying process and further configured to stop the spin-drying process in case the vibration detector has detected an excessive vibration value; wherein the controller is configured to conduct a mode for selecting a detection axis along which the vibration values detected by the vibration detector indicate a maximum value in the three-dimensional directions in the water tank; characterized in that the controller further being configured for, at several rotation-speed ranges each having a first vibration threshold value (a1, b1, c1, d1) and a second vibration threshold value (a2, b2, c2, d2), wherein the first is smaller than the second vibration threshold value, conducting a step i) for restarting the spin-drying process when the maximum vibration value detected along the selected detection axis (X, Y, Z) is equal to or larger than the first threshold value (a1, b1, c1, d1) defined for each rotation-speed range of the rotary drum but is less than the second threshold value (a2, b2, c2, d2), in the spin-drying process, wherein the controller further being configured to, in case the maximum vibration value in the related rotation-speed range is smaller than the second threshold value, stop rotation and start a disentanglement process before restarting the spin-drying process, wherein the controller further being configured to conduct a step ii) by increasing the rotation speed to be in the next of the several rotation-speed ranges if the maximum vibration value is smaller than the first threshold value (a1, b1, c1, d1) for conducting step i) or step ii). a rotary drum; a water tank containing the rotary drum; a motor rotating the rotary drum; a washing machine housing elastically supporting the water tank; a vibration detector configured to detect vibration components in three-dimensional directions in the water tank; a rotation speed detector configured to detect a rotation speed of the rotary drum; an operation display including an input setting portion and a display portion; and a controller configured to control the motor to perform laundering processes including a spin-drying process and further configured to stop the spin-drying process in case the vibration detector has detected an excessive vibration value; wherein the controller is configured to conduct a mode for selecting a detection axis along which the vibration values detected by the vibration detector indicate a maximum value in the three-dimensional directions in the water tank;
A computer implemented method for computing a plurality of virtual texture waveform definitions, comprising: - obtaining first texture data at least partially characterising a texture of an existing writing surface; - obtaining second texture data at least partially characterising an intended texture to be experienced by a user of a haptic writing instrument when writing on the existing writing surface; - generating virtual texture data by modifying the first texture data based on at least the second texture data; the method being characterised by further comprising: - segmenting the virtual texture data into at least first and second regions representing, respectively, at least a first texture type and a second texture type; - generating at least first and second virtual texture waveform definitions corresponding, respectively, to the first and second texture types; and - outputting at least the first and second virtual texture waveform definitions. - obtaining first texture data at least partially characterising a texture of an existing writing surface; - obtaining second texture data at least partially characterising an intended texture to be experienced by a user of a haptic writing instrument when writing on the existing writing surface; - generating virtual texture data by modifying the first texture data based on at least the second texture data; - segmenting the virtual texture data into at least first and second regions representing, respectively, at least a first texture type and a second texture type; - generating at least first and second virtual texture waveform definitions corresponding, respectively, to the first and second texture types; and - outputting at least the first and second virtual texture waveform definitions.
Method for manufacturing a component of austenitic TWIP or TRIP/TWIP steel, characterized in that a flat product is deformed by achieving at least one indentation on at least one surface of the flat product in order to have in the deformed product areas of a high strength steel embedded in a matrix of a ductile material.
A method for purifying intact cells from a biological sample, the method comprising: (a) providing a column in which a column body, top frit and bottom frit define a media chamber, the media chamber containing a loosely packed bed of media having a bed volume, wherein: (i) the loosely packed bed of media is packed so that beads of media are not compressed and the bed has one or more unrestricted flow paths for the cells through the bed of medium; and (ii) the frits comprise pores having a pore size large enough for cells to pass through but small enough to retain the medium; (b) providing a biological sample comprising intact cells having a sample volume, wherein the sample volume is larger than the bed volume; and (c) passing the biological sample in a flowing stream through the column, wherein the flowing sample stream is passed back and forth through the bed of medium multiple times so that a portion of the intact cells are captured on the bed of medium, wherein the intact cells comprise viable cells; and wherein the sample is flowed through the column at a rate of at least 0.01 ml/min. (a) providing a column in which a column body, top frit and bottom frit define a media chamber, the media chamber containing a loosely packed bed of media having a bed volume, wherein: (i) the loosely packed bed of media is packed so that beads of media are not compressed and the bed has one or more unrestricted flow paths for the cells through the bed of medium; and (ii) the frits comprise pores having a pore size large enough for cells to pass through but small enough to retain the medium; (i) the loosely packed bed of media is packed so that beads of media are not compressed and the bed has one or more unrestricted flow paths for the cells through the bed of medium; and (ii) the frits comprise pores having a pore size large enough for cells to pass through but small enough to retain the medium; (b) providing a biological sample comprising intact cells having a sample volume, wherein the sample volume is larger than the bed volume; and (c) passing the biological sample in a flowing stream through the column, wherein the flowing sample stream is passed back and forth through the bed of medium multiple times so that a portion of the intact cells are captured on the bed of medium, wherein the intact cells comprise viable cells; and
Method for recycling photovoltaic panels of the type formed by a frame which encloses a sandwich comprising a glass plate connected to a plurality of photovoltaic cells by means of a first junction insulating plate, wherein the photovoltaic cells comprise silicon elements and metal contacts, the method comprising: - removing the frame and any electrical components from the photovoltaic panel, so as to take a sandwich comprising a glass, a first junction insulating plate, the photovoltaic cells, a second junction insulating plate and a rear support plate; - arranging the sandwich on a feeding device of a furnace, so that the glass plate is facing downwards and the rear support plate is arranged above; - subjecting the sandwich to heat treatment in the furnace until the sandwich is broken up into a first set of materials comprising glass elements, silicon elements and metal contacts; characterised in that said subjecting the sandwich to heat treatment in the furnace, comprises generating a directional flow of heat that laps and heats the rear support plate so as to cause the complete combustion of the junction insulating plate and the incomplete combustion of the rear support plate. - removing the frame and any electrical components from the photovoltaic panel, so as to take a sandwich comprising a glass, a first junction insulating plate, the photovoltaic cells, a second junction insulating plate and a rear support plate; - arranging the sandwich on a feeding device of a furnace, so that the glass plate is facing downwards and the rear support plate is arranged above; - subjecting the sandwich to heat treatment in the furnace until the sandwich is broken up into a first set of materials comprising glass elements, silicon elements and metal contacts;
A video encoding method, comprising: dividing with a processor a video frame into blocks of pixels and partitioning the video frame of blocks of pixels into rectangular tiles; breaking dependencies between rectangular tiles in the video frame; encoding each of the rectangular tiles into an output bit stream; and transmitting the bit stream to a decoder, wherein the blocks of the frame are transmitted in raster-scan order within the frame, wherein said partitioning includes establishing the rectangular tiles with an integer number of two-dimensional blocks of pixels of the video frame independent of the transmission order of the blocks, and defining a shape of each of the rectangular tiles by an N x M section of the two-dimensional blocks of pixels, wherein respective values of N and M need not be identical for each of the rectangular tiles, and wherein N and M are transmitted from an encoder to a decoder in a sequence or picture header information. dividing with a processor a video frame into blocks of pixels and partitioning the video frame of blocks of pixels into rectangular tiles; breaking dependencies between rectangular tiles in the video frame; encoding each of the rectangular tiles into an output bit stream; and transmitting the bit stream to a decoder, wherein the blocks of the frame are transmitted in raster-scan order within the frame, wherein said partitioning includes establishing the rectangular tiles with an integer number of two-dimensional blocks of pixels of the video frame independent of the transmission order of the blocks, and defining a shape of each of the rectangular tiles by an N x M section of the two-dimensional blocks of pixels, wherein respective values of N and M need not be identical for each of the rectangular tiles, and wherein N and M are transmitted from an encoder to a decoder in a sequence or picture header information. establishing the rectangular tiles with an integer number of two-dimensional blocks of pixels of the video frame independent of the transmission order of the blocks, and defining a shape of each of the rectangular tiles by an N x M section of the two-dimensional blocks of pixels, wherein respective values of N and M need not be identical for each of the rectangular tiles, and wherein N and M are transmitted from an encoder to a decoder in a sequence or picture header information.
A circular laminated saw blade core comprising first and second disc portions with adhesive between the first and second disc portions (200, 202), characterized by at least the first disc portion having adjacent embossed surfaces separated in circumferential direction by a debossed surface wherein the embossed surfaces have a substantially constant depth relative to a reference plane intersecting a point on and extending parallel to a surface of the first disc portion and form part of a closed cavity.
An automated cleaning apparatus comprising: a plurality of product dispensing spray points (48, 50) providing direct application of a concentrated product onto an article to be cleaned; said plurality of spray points (48, 50) being upper and facing down, being lower and facing up, and angled side and corner points; a control device providing a concentrated product dispensing signal to dispense product at the product dispensing points based on a type of article to be cleaned; and (a) a detector positioned to detect an identifier associated with the article type; and/or (b) a user interface for inputting the article type and/or a product dispensing sequence; said automatic cleaning apparatus configured to keep track of and print the types of articles washed, as well as the dates and times of article types washed. a plurality of product dispensing spray points (48, 50) providing direct application of a concentrated product onto an article to be cleaned; said plurality of spray points (48, 50) being upper and facing down, being lower and facing up, and angled side and corner points; a control device providing a concentrated product dispensing signal to dispense product at the product dispensing points based on a type of article to be cleaned; and (a) a detector positioned to detect an identifier associated with the article type; and/or (b) a user interface for inputting the article type and/or a product dispensing sequence; said automatic cleaning apparatus configured to keep track of and print the types of articles washed, as well as the dates and times of article types washed.
A mobile terminal, comprising: a communication unit that is paired with a display device and configured to perform a communication; an input unit configured to receive a search command from a user; a processor configured to: transmit a search function activation command to the display device through the communication unit, receive a packet signal from a remote control device that transmits a packet signal at a predetermined packet period according to the search function activation command of the display device, obtain a signal strength of the packet signal, receive packet pattern information from the display device, and determine a distance with the remote control device based on whether the packet is changed and the signal strength. a communication unit that is paired with a display device and configured to perform a communication; an input unit configured to receive a search command from a user; a processor configured to: transmit a search function activation command to the display device through the communication unit, receive a packet signal from a remote control device that transmits a packet signal at a predetermined packet period according to the search function activation command of the display device, obtain a signal strength of the packet signal, receive packet pattern information from the display device, and determine a distance with the remote control device based on whether the packet is changed and the signal strength. transmit a search function activation command to the display device through the communication unit, receive a packet signal from a remote control device that transmits a packet signal at a predetermined packet period according to the search function activation command of the display device, obtain a signal strength of the packet signal, receive packet pattern information from the display device, and determine a distance with the remote control device based on whether the packet is changed and the signal strength.
A Spinacia oleracea spinach plant, or a seed that produces the plant, or a plant part of the plant, said plant, seed or plant part comprising in its genome a heterozygous combination of alleles that confer broad-spectrum resistance to Peronospora farinosa f. sp. Spinaciae and that are selected from allele A, allele Vt, and allele C, wherein said allele A confers resistance to Peronospora farinosa f. sp. Spinaciae races 1, 3, 5, 7, 8, 11, 12, 13, and 14 and is characterized by the presence of one or more of SEQ ID NO:2, SEQ ID NO:5, SEQ ID NO:7, SEQ ID NO:10, SEQ ID NO:13, SEQ ID NO:16, SEQ ID NO:19, or SEQ ID NO:22 in the genome of said plant, wherein said allele Vt confers resistance to Peronospora farinosa f. sp. Spinaciae races 1, 2, 3, 4, 5, 6, 7, 8, 10, 11, 12 and 13 and is characterized by the presence of one or more of SEQ ID NO:3, SEQ ID NO:6, SEQ ID NO:8, SEQ ID NO:11, SEQ ID NO:14, SEQ ID NO:17, SEQ ID NO:20, or SEQ ID NO:23 in the genome of said plant, and wherein said allele C confers resistance to Peronospora farinosa f. sp. Spinaciae races 1, 2, 3, 4, 5, 6, 7, 8, 10 and isolate UA4712 and is characterized by the presence of one or more of SEQ ID NO:1, SEQ ID NO:4, SEQ ID NO:9, SEQ ID NO:12, SEQ ID NO:15, SEQ ID NO:18, or SEQ ID NO:21 in the genome of said plant, and wherein a sample of seed comprising said allele A, allele C, or allele Vt has been deposited under ATCC Accession No. PTA-120472, ATCC Accession No. PTA-12486, or ATCC Accession No. PTA-12041, respectively.
A message processing apparatus, wherein the apparatus comprises: a processing unit, configured to compare a message feature of a currently processed message with a specified tracking feature, and determine a user corresponding to the message as a target user when determining that the message feature matches the tracking feature; and a sending unit, configured to report a signaling message of the target user to a network management server; wherein the processing unit is further configured to randomly select a target user when the tracking feature is null; wherein the processing unit is further configured to: when the duration for tracking a signaling message of a target user reaches switching duration, disable a tracking task and re-select a target user. a processing unit, configured to compare a message feature of a currently processed message with a specified tracking feature, and determine a user corresponding to the message as a target user when determining that the message feature matches the tracking feature; and a sending unit, configured to report a signaling message of the target user to a network management server; wherein the processing unit is further configured to randomly select a target user when the tracking feature is null; wherein the processing unit is further configured to: when the duration for tracking a signaling message of a target user reaches switching duration, disable a tracking task and re-select a target user.
Method of managing the allocation to TCP connections of memory blocks of a TCP re-assembly buffer for use in a TCP network device including a TCP Processing unit, comprising the following steps: - computing a function r(t) on a per connection basis, that measures the occupancy rate of the memory blocks of the re-assembly buffer allocated to a relevant TCP connection, and that is updated upon reception of any TCP packet belonging to said relevant TCP connection; and, - closing the relevant TCP connection and releasing the corresponding memory blocks of the re-assembly buffer allocated to the relevant TCP connection, based on a decision scheme that includes at least a first trigger set on the corresponding function r(t) which defines two different states for said function r(t), wherein the function r(t) comprises a first factor that represents the waste of the memory space allocated to the relevant TCP connection that is due to the presence of holes within the sequence of TCP packets received for said TCP connection, and/or the function r(t) comprises a second factor that represents the memory space allocated to the relevant TCP connection compared to the maximum memory space that is allowed for said TCP connection. - computing a function r(t) on a per connection basis, that measures the occupancy rate of the memory blocks of the re-assembly buffer allocated to a relevant TCP connection, and that is updated upon reception of any TCP packet belonging to said relevant TCP connection; and, - closing the relevant TCP connection and releasing the corresponding memory blocks of the re-assembly buffer allocated to the relevant TCP connection, based on a decision scheme that includes at least a first trigger set on the corresponding function r(t) which defines two different states for said function r(t),
Folding rearview mirror for motor vehicles, comprising a base element to be mounted on a vehicle, a housing containing a mirror element, a motor component adapted to drive the mirror housing to rotate relative to the base element around an axis of rotation between an operating position of the rearview mirror and a folded position of the rearview mirror, and at least a first set of ramps and a second set of ramps, independent of each other, so that they can be moved relative to each other, whereby the first and the second set of ramps (10, 20) are adapted to slide on corresponding fixed ramps (11, 21) formed on the base element with the ramps of the first set of ramps having an inclination adapted for manual actuation to rotate the mirror housing relative to the base element, and with the ramps of the second set of ramps having an inclination equal to or less than that of the first set of ramps, suitable for driving the mirror housing to rotate relative to the base element by the motor component to rotate the rearview mirror housing relative to the base element between the operating position and the folded position of the rearview mirror, resulting in the displacement of the rearview mirror housing relative to the base element, characterized in that the first and the second set of ramps (10, 20) are adapted to slide independently at different times on corresponding fixed ramps (11, 21).
An elevator control device which utilizes a braking torque for braking an elevator car, the braking torque obtained from a three-phase short circuit in windings of a hoist motor connected to a three-phase AC source via the elevator control device, the elevator control device comprising: a first short-circuit portion for generating the braking torque at the time of emergency stop, characterized in that the elevator control device further comprises: a second short-circuit portion for generating the braking torque at the time of rescue operation by means of brake release, the first and second short-circuit portions (5, 7) provided as independent circuits, wherein the second short-circuit portion includes a three-phase winding short terminal which is for short-circuiting the windings of the hoist motor in three phases and disposed in a hall indicator box. a first short-circuit portion for generating the braking torque at the time of emergency stop, characterized in that the elevator control device further comprises: a second short-circuit portion for generating the braking torque at the time of rescue operation by means of brake release, the first and second short-circuit portions (5, 7) provided as independent circuits, wherein the second short-circuit portion includes a three-phase winding short terminal which is for short-circuiting the windings of the hoist motor in three phases and disposed in a hall indicator box. second short-circuit portion for generating the braking torque at the time of rescue operation by means of brake release, the first and second short-circuit portions (5, 7) provided as independent circuits, wherein the second short-circuit portion includes a three-phase winding short terminal which is for short-circuiting the windings of the hoist motor in three phases and disposed in a hall indicator box.