mhurhangee/ep-ind-claims huggingface dataset:
Method for forming a workpiece for producing a tubular structural component for a motor vehicle by hydroforming, having the following steps: - supplying a tool for hydroforming a workpiece, having at least three movable tool segments (3, 4, 5, 6), which delimit a shaping cavity for accommodating and forming the workpiece, wherein, in the closed state of the tool, at least parts of the movable tool segments (3, 4, 5, 6) fully form the shaping cavity, - supplying a workpiece which is to be formed, and - forming the workpiece in the tool using high internal fluid pressure, without any process steps for preforming the workpiece, wherein, during the forming operation, all the movable tool segments (3, 4, 5, 6) of the tool are in direct contact with the workpiece, wherein, in the closed state of the tool, in each case two directly adjacent tool segments (3, 4, 5, 6) define a parting line, characterized in that, in the closed state of the tool, the workpiece is not in direct contact with the tool segments (3, 4, 5, 6) in the region of the parting lines and wherein, none of the parting lines is in contact with the workpiece during the forming process, and wherein the structural component obtained by the workpiece-forming operation has undercuts. - supplying a tool for hydroforming a workpiece, having at least three movable tool segments (3, 4, 5, 6), which delimit a shaping cavity for accommodating and forming the workpiece, wherein, in the closed state of the tool, at least parts of the movable tool segments (3, 4, 5, 6) fully form the shaping cavity, - supplying a workpiece which is to be formed, and - forming the workpiece in the tool using high internal fluid pressure, without any process steps for preforming the workpiece, wherein, during the forming operation, all the movable tool segments (3, 4, 5, 6) of the tool are in direct contact with the workpiece, wherein, in the closed state of the tool, in each case two directly adjacent tool segments (3, 4, 5, 6) define a parting line, characterized in that, in the closed state of the tool, the workpiece is not in direct contact with the tool segments (3, 4, 5, 6) in the region of the parting lines and wherein, none of the parting lines is in contact with the workpiece during the forming process, and wherein the structural component obtained by the workpiece-forming operation has undercuts.
A system for estimating residual noise energy of an electrocardiogram signal, the system comprising: a plurality of electrodes (112, 116) positioned in proximity to a cardiac structure and configured to measure an electrical signal of the cardiac structure to produce the ECG signal; and a processor configured to: segment the ECG signal into a plurality of segments; for each of the plurality of segments: remove linear trend energy and direct current energy from the segment (204, 206), and calculate an estimated noise energy of the segment by taking a root-mean-square amplitude or peak-to-peak amplitude of the segment; select a subset of the plurality of segments with a minimum estimated noise energy; and estimate the residual noise energy of the ECG signal by calculating an average of the estimated noise energy over the subset of segments. a plurality of electrodes (112, 116) positioned in proximity to a cardiac structure and configured to measure an electrical signal of the cardiac structure to produce the ECG signal; and a processor configured to: segment the ECG signal into a plurality of segments; for each of the plurality of segments: remove linear trend energy and direct current energy from the segment (204, 206), and calculate an estimated noise energy of the segment by taking a root-mean-square amplitude or peak-to-peak amplitude of the segment; select a subset of the plurality of segments with a minimum estimated noise energy; and estimate the residual noise energy of the ECG signal by calculating an average of the estimated noise energy over the subset of segments. segment the ECG signal into a plurality of segments; for each of the plurality of segments: remove linear trend energy and direct current energy from the segment (204, 206), and calculate an estimated noise energy of the segment by taking a root-mean-square amplitude or peak-to-peak amplitude of the segment; select a subset of the plurality of segments with a minimum estimated noise energy; and estimate the residual noise energy of the ECG signal by calculating an average of the estimated noise energy over the subset of segments.
An integrated circuit chip device comprising a main processing circuit and a plurality of basic processing circuits, wherein the main processing circuit comprises a data type conversion circuit configured to convert data between a floating point data type and a fixed point data type; the main processing circuit is configured to obtain an input data block, a weight data block, and a multiplication instruction, convert the input data block and the weight data block to an input data block of the fixed point type and a weight data block of the fixed point type through the data type conversion circuit, classify the input data block of the fixed point type into a distribution data block and the weight data block of the fixed point type into a broadcasting data block according to the multiplication instruction, partition the weight data block of the fixed point type to obtain a plurality of basic data blocks, distribute the plurality of basic data blocks to at least one of the plurality of basic processing circuits, and broadcast the broadcasting data block to the plurality of basic processing circuits; the plurality of basic processing circuits are configured to perform computations on the broadcasting data block and received basic data blocks according to the fixed point type to obtain computation results, and transfer the computation results to the main processing circuit; and the main processing circuit is configured to process the computation results to obtain an instruction result of the multiplication instruction. the main processing circuit is configured to obtain an input data block, a weight data block, and a multiplication instruction, convert the input data block and the weight data block to an input data block of the fixed point type and a weight data block of the fixed point type through the data type conversion circuit, classify the input data block of the fixed point type into a distribution data block and the weight data block of the fixed point type into a broadcasting data block according to the multiplication instruction, partition the weight data block of the fixed point type to obtain a plurality of basic data blocks, distribute the plurality of basic data blocks to at least one of the plurality of basic processing circuits, and broadcast the broadcasting data block to the plurality of basic processing circuits; the plurality of basic processing circuits are configured to perform computations on the broadcasting data block and received basic data blocks according to the fixed point type to obtain computation results, and transfer the computation results to the main processing circuit; and the main processing circuit is configured to process the computation results to obtain an instruction result of the multiplication instruction.
An electron beam apparatus comprising: a dual-lens electron gun for emitting an electron beam; a controller for operating the electron gun in first and second operating modes; wherein the electron beam comprises a high beam-current electron beam in the first operating mode and a low beam-current electron beam in the second operating mode; wherein the dual-lens electron gun comprises: an electron emission system for emitting electrons; a first gun lens for focusing the electrons from the electron emission system to form the electron beam; a beam limiting aperture through which passes the electron beam focused by the first gun lens; and a second gun lens for focusing the electron beam after the electron beam passes through the beam limiting aperture; and wherein the first gun lens is on and the second gun lens is off in the first operating mode, and the first gun lens is off and the second gun lens is on in the second operating mode, characterized in that the electron beam apparatus further comprises a column aperture which is out of the path of the high beam-current electron beam in the first operating mode and is centered about an optical axis of the electron beam apparatus in the second operating mode. a dual-lens electron gun for emitting an electron beam; a controller for operating the electron gun in first and second operating modes; wherein the electron beam comprises a high beam-current electron beam in the first operating mode and a low beam-current electron beam in the second operating mode; wherein the dual-lens electron gun comprises: an electron emission system for emitting electrons; a first gun lens for focusing the electrons from the electron emission system to form the electron beam; a beam limiting aperture through which passes the electron beam focused by the first gun lens; and a second gun lens for focusing the electron beam after the electron beam passes through the beam limiting aperture; and an electron emission system for emitting electrons; a first gun lens for focusing the electrons from the electron emission system to form the electron beam; a beam limiting aperture through which passes the electron beam focused by the first gun lens; and a second gun lens for focusing the electron beam after the electron beam passes through the beam limiting aperture; and wherein the first gun lens is on and the second gun lens is off in the first operating mode, and the first gun lens is off and the second gun lens is on in the second operating mode,
An icon password setting apparatus which performs password setting based on an icon using a keyword associated with an image of the icon, the icon password setting apparatus comprising: a password management unit configured to combine a plurality of icons among a set of icons to generate a plurality of possible icon passwords for a password, or to retrieve pre-stored icon passwords; a keyword phrase management unit configured to combine keywords of the individual icons constituting the icon password to generate keyword phrases, or to retrieve keyword phrases corresponding to the pre-stored icon passwords; a password list generating unit configured to generate a list including the icon passwords and the corresponding keyword phrases; a user password setting unit configured to receive a request for password setting for the icon password selected from the list, and set the icon password as a user password; and an icon registration unit configured to register an icon and at least one keyword associated with an image of the icon; wherein the icon password setting apparatus is configured to sort and store the registered keyword into any one category among a plurality of categories including constituents of sentence and parts of speech; and wherein the icon password setting apparatus is configured to generate a keyword phrase of the icon password in accordance with a combination rule using the category of the keyword. a password management unit configured to combine a plurality of icons among a set of icons to generate a plurality of possible icon passwords for a password, or to retrieve pre-stored icon passwords; a keyword phrase management unit configured to combine keywords of the individual icons constituting the icon password to generate keyword phrases, or to retrieve keyword phrases corresponding to the pre-stored icon passwords; a password list generating unit configured to generate a list including the icon passwords and the corresponding keyword phrases; a user password setting unit configured to receive a request for password setting for the icon password selected from the list, and set the icon password as a user password; and an icon registration unit configured to register an icon and at least one keyword associated with an image of the icon;
A method for removing surface contaminants, said method comprising: providing a composition comprising the tetrafluoroborate salt of urea; and contacting said composition and a surface comprising at least one contaminant thereon. providing a composition comprising the tetrafluoroborate salt of urea; and contacting said composition and a surface comprising at least one contaminant thereon.
A device for bone adjustment in a mammal, comprising two or more anchoring devices (212, 214, 922, 923, 1050, 1051) for attaching to a bone in said mammal, and an adjustment device for exerting force on said anchoring devices to adjust the distance between or orientation of at least two of said anchoring devices, wherein said anchoring devices and said adjustment device are configured to be implanted intramedullary in said mammal and wherein said adjustment device is constructed to postoperatively adjust said distance, characterized in that said two or more anchoring devices are adapted to engage the bone only from the inside of the intramedullar cavity.
A process for preparing an antibody maytansinoid conjugate comprising the step of: (a) contacting an antibody with a maytansinoid to form a first mixture comprising the antibody and the maytansinoid, then contacting the first mixture with a bifunctional crosslinking reagent comprising a linker, in a solution having a pH of 4 to 9 to provide a second mixture comprising (i) the antibody maytansinoid conjugate, wherein the antibody is chemically coupled through the linker to the maytansinoid, (ii) free maytansinoid, and (iii) reaction by-products. (a) contacting an antibody with a maytansinoid to form a first mixture comprising the antibody and the maytansinoid, then contacting the first mixture with a bifunctional crosslinking reagent comprising a linker, in a solution having a pH of 4 to 9 to provide a second mixture comprising (i) the antibody maytansinoid conjugate, wherein the antibody is chemically coupled through the linker to the maytansinoid, (ii) free maytansinoid, and (iii) reaction by-products.
A machine tool line including a plurality of machine tools and a conveyance means for conveying a workpiece between the machine tools, wherein the conveyance means includes a plurality of work tables to be positioned at each workpiece-processing position for the machine tools, a temporary holder unit for the workpiece, and a control unit to operate the work tables and the temporary holder unit, wherein the plurality of work tables are individually movable along a direction of conveyance, and a moving range has a common area (E12, E23) to overlap with a moving range, of an adjacent one of the work tables, wherein the temporary holder unit is capable of holding the workpiece positioned in the common areas (E12, E23) and wherein the control unit is configured to move one work table on which the workpiece is placed, of work tables adjacent to each other of the work tables, from a first workpiece-processing position to the common area (E12, E23) with the other work table, to temporarily hold the workpiece in the common area (E12, E23) with use of the temporary holder unit, to execute retreating of the one work table from the common area (E12, E23) and moving the other work table to the common area (E12, E23) in which the workpiece is temporarily held, to place the workpiece temporarily held by the temporary holder unit onto the other work table, and to move the other work table to a second workpiece-processing position.
A display device, comprising: a first substrate (110, 410) comprising a display area and a non-display area adjacent to the display area, wherein the display area includes a plurality of pixels; pad unit disposed in the non-display area and comprising an inspection pad and a driving voltage pad (142a, 143a); a driver integrated circuit, IC, disposed in the non-display area and comprising an inspection bump; a driving voltage line (ELVDDL, ELVSSL, VCOML) electrically connected to the plurality of pixels and the driving voltage pad (142a, 143a); and an inspection line having a first connection line (170a1), wherein the first connection line (170a1) is electrically connected to the inspection pad and the inspection bump, characterised in that the inspection line further comprises a second connection line (170a2) which is electrically connected only to the inspection bump and partially overlaps the driving voltage line (ELVDDL, ELVSSL, VCOML). a first substrate (110, 410) comprising a display area and a non-display area adjacent to the display area, wherein the display area includes a plurality of pixels; pad unit disposed in the non-display area and comprising an inspection pad and a driving voltage pad (142a, 143a); a driver integrated circuit, IC, disposed in the non-display area and comprising an inspection bump; a driving voltage line (ELVDDL, ELVSSL, VCOML) electrically connected to the plurality of pixels and the driving voltage pad (142a, 143a); and an inspection line having a first connection line (170a1), wherein the first connection line (170a1) is electrically connected to the inspection pad and the inspection bump, characterised in that the inspection line further comprises a second connection line (170a2) which is electrically connected only to the inspection bump and partially overlaps the driving voltage line (ELVDDL, ELVSSL, VCOML).
A dunnage conversion machine (200, 300) for converting a sheet stock material into a relatively lower density dunnage product, comprising: a conversion assembly (204, 206) configured to advance a sheet stock material therethrough and to selectively randomly crumple at least a portion of the sheet stock material; a cutting assembly downstream of the conversion assembly (204, 206); and a controller in communication with the conversion assembly (204, 206) and the cutting assembly; characterized in that: the controller is configured to control the conversion assembly (204, 206) to temporarily reduce the random crumpling in a portion of the sheet stock material and then activate the cutting assembly to sever a discrete strip of dunnage from the sheet stock material by cutting the strip of sheet stock material in the portion of the sheet stock material having the reduced crumpling. a conversion assembly (204, 206) configured to advance a sheet stock material therethrough and to selectively randomly crumple at least a portion of the sheet stock material; a cutting assembly downstream of the conversion assembly (204, 206); and a controller in communication with the conversion assembly (204, 206) and the cutting assembly; characterized in that: the controller is configured to control the conversion assembly (204, 206) to temporarily reduce the random crumpling in a portion of the sheet stock material and then activate the cutting assembly to sever a discrete strip of dunnage from the sheet stock material by cutting the strip of sheet stock material in the portion of the sheet stock material having the reduced crumpling.
A nutritional system wherein a nutritional system is a collection of more than one synthetic nutritional composition, comprising one gender specific synthetic nutritional composition for a male infant comprising cholesterol in a concentration within the range of 33 to 101 μg/ml and, one gender specific nutritional composition for a female infant comprising cholesterol in a concentration within the range of 24 to 75 μg/ml wherein, said male and female gender specific synthetic nutritional compositions are for infants of the same age, wherein the concentration of cholesterol in said gender specific synthetic nutritional composition for a male infant is higher than in said gender specific synthetic nutritional composition for a female infant and wherein said gender specific synthetic nutritional compositions are for infants of 4 months of age or older and the male gender specific synthetic nutritional composition comprises 11 to 77 μg/ml more cholesterol than the female gender specific synthetic nutritional composition.
A method in a wireless communication network node of choosing a reporting mode to be used by an individual user among a plurality of active users competing for resources within a defined system bandwidth used for serving said plurality of active users, said method characterized by: estimating a coherence bandwidth of a transmission channel to or from the user, said coherence bandwidth representing a frequency selectivity of the transmission channel; predicting a transmission bandwidth for the user, based at least in part on a total number of said active users; evaluating said transmission bandwidth with respect to said coherence bandwidth and said system bandwidth; and determining whether to configure the user to use frequency-selective channel quality reporting or frequency-selective precoder reporting, or wideband reporting where wideband values of channel quality or precoder matrix are reported, in dependence on said evaluation; wherein said step of evaluating yields a decision metric whose numeric value indicates whether frequency-selective channel quality reporting or frequency-selective precoder reporting is preferable, and wherein said step of determining comprises comparing said decision metric to a defined decision threshold having a value above which frequency-selective channel quality reporting is preferred and below which frequency-selective precoder reporting is preferred. estimating a coherence bandwidth of a transmission channel to or from the user, said coherence bandwidth representing a frequency selectivity of the transmission channel; predicting a transmission bandwidth for the user, based at least in part on a total number of said active users; evaluating said transmission bandwidth with respect to said coherence bandwidth and said system bandwidth; and determining whether to configure the user to use frequency-selective channel quality reporting or frequency-selective precoder reporting, or wideband reporting where wideband values of channel quality or precoder matrix are reported, in dependence on said evaluation; wherein said step of evaluating yields a decision metric whose numeric value indicates whether frequency-selective channel quality reporting or frequency-selective precoder reporting is preferable, and wherein said step of determining comprises comparing said decision metric to a defined decision threshold having a value above which frequency-selective channel quality reporting is preferred and below which frequency-selective precoder reporting is preferred.
An agricultural crop sprayer comprising a product tank for holding a solution of plant protection product, a product dispense system, a rinse tank for holding a rinse fluid, and a plumbing network which fluidly connects the product tank, the product dispense system and the rinse tank, characterised in that the sprayer further comprises a heat source (16; 25) configured to heat the rinse fluid.