mhurhangee/ep-ind-claims huggingface dataset:
An optical network-on-chip, comprising: N 2 intellectual property, IP cores, N 2 /2 gateways, and N 2 optical routers, wherein: N is an even number; the N 2 optical routers form two subnets, and every N 2 /2 optical routers form one subnet; each gateway in the N 2 /2 gateways is connected to two IP cores in the N 2 IP cores, wherein IP cores connected to different gateways are different, and the two IP cores connected to each gateway are in one-to-one correspondences with the two subnets; the N 2 /2 gateways are in one-to-one correspondences with the N 2 /2 optical routers in each subnet in the two subnets, wherein each gateway is connected to an optical router that is in each subnet and that is corresponding to each gateway; a first IP core in the N 2 IP cores is configured to send a first signal to a gateway connected to the first IP core; the gateway connected to the first IP core is configured to: determine a second IP core according to the first signal, wherein the second IP core is a destination IP core of the first signal; and determine a subnet corresponding to the second IP core, and send the first signal to a first optical router in the subnet corresponding to the second IP core, wherein the first optical router is an optical router connected to the gateway that is connected to the first IP core; the subnet corresponding to the second IP core is configured to: receive the first signal by using the first optical router, and route the first signal to a second optical router in the subnet corresponding to the second IP core, wherein the second optical router is an optical router connected to a gateway that is connected to the second IP core; and send, by using the second optical router, the first signal to the gateway connected to the second IP core; and the gateway connected to the second IP core is configured to send the first signal to the second IP core.
A vehicle comprising: a support plate serving as part of a vehicle structure and being disposed inward of an exterior panel of the vehicle; and a communication channel disposed in a space between the exterior panel and the support plate; the vehicle further comprising an in-car audio system (10; 210; 310; 410) including a speaker unit (10; 120) having a diaphragm and a magnetic circuit both supported by a frame, the magnetic circuit driving the diaphragm, wherein an outer circumferential portion of the frame is fixed to a surface of the support plate via a partition wall member (11; 211) having a ring shape and defining an internal space, wherein one side of the diaphragm faces the internal space, and sound wave vibration is provided toward the vehicle interior from the other side of the diaphragm, and wherein the communication channel allows the internal space to communicate with an outside of the vehicle characterized in that an opening, of which the diameter is less than the diameter of the ring-shaped partition wall member (11; 211), is formed in the support plate and the communication channel is connected to the opening, and in that an acoustic space is formed as a space surrounded by the diaphragm, the ring-shaped partition wall member (11; 211) and the support plate serving as part of the vehicle structure. a support plate serving as part of a vehicle structure and being disposed inward of an exterior panel of the vehicle; and a communication channel disposed in a space between the exterior panel and the support plate; the vehicle further comprising an in-car audio system (10; 210; 310; 410) including a speaker unit (10; 120) having a diaphragm and a magnetic circuit both supported by a frame, the magnetic circuit driving the diaphragm, wherein an outer circumferential portion of the frame is fixed to a surface of the support plate via a partition wall member (11; 211) having a ring shape and defining an internal space, a speaker unit (10; 120) having a diaphragm and a magnetic circuit both supported by a frame, the magnetic circuit driving the diaphragm, wherein an outer circumferential portion of the frame is fixed to a surface of the support plate via a partition wall member (11; 211) having a ring shape and defining an internal space, wherein one side of the diaphragm faces the internal space, and sound wave vibration is provided toward the vehicle interior from the other side of the diaphragm, and wherein the communication channel allows the internal space to communicate with an outside of the vehicle characterized in that an opening, of which the diameter is less than the diameter of the ring-shaped partition wall member (11; 211), is formed in the support plate and the communication channel is connected to the opening, and in that an acoustic space is formed as a space surrounded by the diaphragm, the ring-shaped partition wall member (11; 211) and the support plate serving as part of the vehicle structure.
Shifting device of a motor vehicle speed-change gearbox having - a shift rod, - a pivotable lever (4, 5) which has an activation element by means of which the shift rod can be shifted in a translatory fashion, and - a coupling element which is arranged in an axially fixed fashion on the shift rod and on which the activation element engages, wherein the activation element is spaced apart from the coupling element in at least one position of rest of the pivotable lever (4, 5), wherein the position of rest is to be understood as the neutral position and the individual gear speed positions of the motor vehicle speed-change gearbox, characterized in that the activation element has two limbs which engage around the coupling element. - a shift rod, - a pivotable lever (4, 5) which has an activation element by means of which the shift rod can be shifted in a translatory fashion, and - a coupling element which is arranged in an axially fixed fashion on the shift rod and on which the activation element engages, wherein
A method comprising, dividing, by a network device, a control part of a physical domain resource corresponding to one or more subframes into logical resources; the method further comprising: reserving a first portion of the logical resources for control signaling; reserving a second portion of the logical resources for a transmission request; characterized in that the method further comprises: reserving a third portion of the logical resources for interference information signaling from receivers of the at least one transmission request. reserving a first portion of the logical resources for control signaling; reserving a second portion of the logical resources for a transmission request; characterized in that the method further comprises: reserving a third portion of the logical resources for interference information signaling from receivers of the at least one transmission request.
A mounting and inspection data creation device for creating mounting data used by a vision processing device of a component mounter for components which are supplied by a component supply device being held on suction nozzles to be mounted on a board, and for creating inspection data used by a vision processing device of an inspection machine to inspect the mounted component on the board, comprising: a component setting means for setting a component which is the target for data creation in a state in which it is possible to image both the pickup side and mounting side, an imaging device (13, 14) for taking an image of each of the pickup side and mounting side of the component set in the component setting means, a mounting data creation means to create the mounting data based on the image of the component mounting side taken by the imaging device, and an inspection data creation means to create the inspection data based on the image of the component pickup side taken by the imaging device.
A pair of sliding parts respectively having sealing faces that relatively slide on each other, the sliding parts constituting a pair of rotating and stationary sealing rings suitable for a mechanical seal device, wherein: each of the sealing faces is a flat sealing face, at least one of the sealing faces having a large number of dimples formed therein, and wherein: the large number of dimples have different opening diameters, each of the dimples being provided independently from the other dimples on the sealing face, the dimples being arranged in such a manner that the large number of dimples having different opening diameters is randomly distributed, a high-pressure fluid side existing on an inner peripheral side of the sliding parts, and a low-pressure fluid side existing on an outer peripheral side of the sliding parts, a sectional shape of one of the sliding parts being a convex shape and a top face thereof forming the flat sealing face having the large number of dimples, characterized in that, on the one of the sliding parts: the large number of dimples are provided not over the entire width in the radial direction of the sealing face (s) and are isolated from the low-pressure fluid side by a flat seal face,, the dimples being arranged to communicate with the inner peripheral side. the large number of dimples have different opening diameters, each of the dimples being provided independently from the other dimples on the sealing face, the dimples being arranged in such a manner that the large number of dimples having different opening diameters is randomly distributed, a high-pressure fluid side existing on an inner peripheral side of the sliding parts, and a low-pressure fluid side existing on an outer peripheral side of the sliding parts, a sectional shape of one of the sliding parts being a convex shape and a top face thereof forming the flat sealing face having the large number of dimples,
A method of manufacturing a composite component, the method comprising: laying up uncured composite material on a non-planar portion of a mandrel; disposing an elastomeric caul over the uncured composite material such that: a first portion of the elastomeric caul is proximate to the uncured composite material; and a second portion (114, 116) of the elastomeric caul adjacent the first portion is spaced apart from the uncured composite material; positioning a bagging film over the elastomeric caul so that the uncured composite material is separated from the bagging film by the elastomeric caul and sealing the bagging film to a base; and causing a vacuum within the bagging film such that the bagging film and the elastomeric caul are urged against at least a portion of the uncured composite material. laying up uncured composite material on a non-planar portion of a mandrel; disposing an elastomeric caul over the uncured composite material such that: a first portion of the elastomeric caul is proximate to the uncured composite material; and a second portion (114, 116) of the elastomeric caul adjacent the first portion is spaced apart from the uncured composite material; a first portion of the elastomeric caul is proximate to the uncured composite material; and a second portion (114, 116) of the elastomeric caul adjacent the first portion is spaced apart from the uncured composite material; positioning a bagging film over the elastomeric caul so that the uncured composite material is separated from the bagging film by the elastomeric caul and sealing the bagging film to a base; and causing a vacuum within the bagging film such that the bagging film and the elastomeric caul are urged against at least a portion of the uncured composite material.
A method for communication between a network device and a terminal device, wherein the network device stores information, the information comprises a correspondence between a link-layer address and an Internet Protocol, IP, address that are of the terminal device, the information is used to guide the network device to process a packet that is from the terminal device, and the method comprises: obtaining, by the network device, a first link-layer address; determining, by the network device, whether a quantity of IP addresses corresponding to the first link-layer address in the information reaches a threshold, wherein the threshold indicates a maximum quantity of IP addresses that are corresponding to the first link-layer address and that can be stored in the network device; if the quantity of IP addresses corresponding to the first link-layer address in the information reaches the threshold, selecting, by the network device, at least one IP address from the IP addresses corresponding to the first link-layer address, wherein a quantity of the selected IP addresses is less than the maximum quantity; saving, by the network device, a correspondence between the first link-layer address and the selected IP addresses, wherein the saving the correspondence between the first link-layer address and the selected IP addresses comprises: deleting a correspondence between the first link-layer address and an unselected IP address in the information; and sending, by the network device according to the selected IP addresses, a message to a terminal device having the first link-layer address, wherein the message is used to notify the terminal device having the first link-layer address whether an IP address is selected by the network device. obtaining, by the network device, a first link-layer address; determining, by the network device, whether a quantity of IP addresses corresponding to the first link-layer address in the information reaches a threshold, wherein the threshold indicates a maximum quantity of IP addresses that are corresponding to the first link-layer address and that can be stored in the network device; if the quantity of IP addresses corresponding to the first link-layer address in the information reaches the threshold, selecting, by the network device, at least one IP address from the IP addresses corresponding to the first link-layer address, wherein a quantity of the selected IP addresses is less than the maximum quantity; saving, by the network device, a correspondence between the first link-layer address and the selected IP addresses, wherein the saving the correspondence between the first link-layer address and the selected IP addresses comprises: deleting a correspondence between the first link-layer address and an unselected IP address in the information; and sending, by the network device according to the selected IP addresses, a message to a terminal device having the first link-layer address, wherein the message is used to notify the terminal device having the first link-layer address whether an IP address is selected by the network device.
A disassembled functional bed base consisting of storage base, legs, back side parts, base headboard, back top slab, and headboard cover, characterized in that, it comprises the joint elements of; a nut (a) that is welded to the metal profile part of the storage base; a joint hole (b) that is drilled on the metal profile part of the back top slab; a stud (c) that is placed between said nut (a) and the joint hole (b) while back top slab is assembling to the storage base; and a wing nut (d) that fastens the storage base and the back top slab by means of said stud (c) without requiring a clamping apparatus.
A system for sorting animals, comprising: a conveyor configured to receive animals and move the animals along a path; an ultrasound transducer (106a, 106b, 106c) configured to obtain an ultrasound image of an animal located on the path, the ultrasound transducer (106a, 106b, 106c) configured to obtain the ultrasound image while the animal moves along a portion of the path; a camera configured to obtain a visual image of the animal; a sorter configured to sort the animal into a group; and control circuitry configured to: determine, based on the visual image and the ultrasound image, characteristics of the animal; and control the sorter to sort the animal into the group based on the characteristics; wherein the sorter comprises a mechanical arm controlled by the control circuitry to move between multiple positions such that sorting the animal into a group comprises moving the mechanical arm to direct the animal from the conveyor to a same physical location as other animals in the group. a conveyor configured to receive animals and move the animals along a path; an ultrasound transducer (106a, 106b, 106c) configured to obtain an ultrasound image of an animal located on the path, the ultrasound transducer (106a, 106b, 106c) configured to obtain the ultrasound image while the animal moves along a portion of the path; a camera configured to obtain a visual image of the animal; a sorter configured to sort the animal into a group; and control circuitry configured to: determine, based on the visual image and the ultrasound image, characteristics of the animal; and control the sorter to sort the animal into the group based on the characteristics; determine, based on the visual image and the ultrasound image, characteristics of the animal; and control the sorter to sort the animal into the group based on the characteristics; wherein the sorter comprises a mechanical arm controlled by the control circuitry to move between multiple positions such that sorting the animal into a group comprises moving the mechanical arm to direct the animal from the conveyor to a same physical location as other animals in the group.
A device for processing pipes or other elongate materials by means of a laser beam generated by a laser beam source, comprising - a machine bed, - a holding element, mounted so as to be displaceable relative to said machine bed and rotatable, for holding a tool or cutting means, - an opening surrounded by the holding element, through which opening the material to be machined passes during processing, characterized in that the rotatably and displaceably mounted holding element is an elongate, hollow rotational body, on which the laser beam source for the laser beam is arranged on the inside as the tool or the cutting means. - a machine bed, - a holding element, mounted so as to be displaceable relative to said machine bed and rotatable, for holding a tool or cutting means, - an opening surrounded by the holding element, through which opening the material to be machined passes during processing,
A method of coating a metal substrate for use as a plate in an electrolyzer, said method comprising: providing the metal substrate; depositing a plurality of first precious metal islands on a first surface of the metal substrate, the first precious metal being selected among gold, ruthenium and silver; depositing a plurality of second precious metal islands on a second surface of the metal substrate, the second precious metal being platinum; and growing an oxide on the first and second surfaces on areas that are not covered by the first and second precious metal islands, said grown oxide layers being respectively grown on top of a native thin oxide layer of the first and second surfaces of the metal substrate after the plurality of first and second precious metal islands are deposited, wherein the thickness of the grown oxide layers are between 10 nm to 100 nm, and wherein the metal substrate is titanium and the oxide is titanium oxide. providing the metal substrate; depositing a plurality of first precious metal islands on a first surface of the metal substrate, the first precious metal being selected among gold, ruthenium and silver; depositing a plurality of second precious metal islands on a second surface of the metal substrate, the second precious metal being platinum; and growing an oxide on the first and second surfaces on areas that are not covered by the first and second precious metal islands, said grown oxide layers being respectively grown on top of a native thin oxide layer of the first and second surfaces of the metal substrate after the plurality of first and second precious metal islands are deposited, wherein the thickness of the grown oxide layers are between 10 nm to 100 nm, and wherein the metal substrate is titanium and the oxide is titanium oxide.
A process for producing a composition comprising free amino acids, oligopeptides, and polypeptides characterized in that the process comprises at least the following step: addition of at least two different peptidases, which are present in purified form, to a composition comprising at least one protein, wherein at least one exopeptidase and at least one endopeptidase are added to the composition comprising at least one protein, and wherein (a) the at least two different peptidases are of microbial origin; (b) the composition comprising at least one protein has a protein concentration of 5 to 30 wt% based on the total weight of the composition comprising at least one protein; (c) the composition comprising at least one protein has a pH of 4 to 6 when adding the at least two different peptidases and is incubated with the at least two different peptidases at a temperature of 40°C to 60°C; and (d) the total amount of peptidase added is each from 2 to 10 grams per 100 grams of the at least one protein in the composition comprising at least one protein. addition of at least two different peptidases, which are present in purified form, to a composition comprising at least one protein, wherein at least one exopeptidase and at least one endopeptidase are added to the composition comprising at least one protein, and wherein (a) the at least two different peptidases are of microbial origin; (b) the composition comprising at least one protein has a protein concentration of 5 to 30 wt% based on the total weight of the composition comprising at least one protein; (c) the composition comprising at least one protein has a pH of 4 to 6 when adding the at least two different peptidases and is incubated with the at least two different peptidases at a temperature of 40°C to 60°C; and (d) the total amount of peptidase added is each from 2 to 10 grams per 100 grams of the at least one protein in the composition comprising at least one protein. (a) the at least two different peptidases are of microbial origin; (b) the composition comprising at least one protein has a protein concentration of 5 to 30 wt% based on the total weight of the composition comprising at least one protein; (c) the composition comprising at least one protein has a pH of 4 to 6 when adding the at least two different peptidases and is incubated with the at least two different peptidases at a temperature of 40°C to 60°C; and (d) the total amount of peptidase added is each from 2 to 10 grams per 100 grams of the at least one protein in the composition comprising at least one protein.
A method comprising: calculating, by a processor (242, 2002), a relative randomness of a signal, wherein the relative randomness is a derivative of a first scale wavelet transform divided by an energy of the signal; calculating, by the processor (242, 2002), one or more scales of a wavelet transform of the signal; calculating, by the processor (242, 2002), one or more energy ratios between energy of the wavelet transform in the one or more scales; calculating, by the processor (242, 2002), a zero-crossing phase difference between a third harmonic and a fundamental component of the signal; and determining, by the processor (242, 2002), that a high impedance fault occurs based on at least one of: the relative randomness, a comparison between the one or more scales of the wavelet transform, and the zero-crossing phase difference. calculating, by a processor (242, 2002), a relative randomness of a signal, wherein the relative randomness is a derivative of a first scale wavelet transform divided by an energy of the signal; calculating, by the processor (242, 2002), one or more scales of a wavelet transform of the signal; calculating, by the processor (242, 2002), one or more energy ratios between energy of the wavelet transform in the one or more scales; calculating, by the processor (242, 2002), a zero-crossing phase difference between a third harmonic and a fundamental component of the signal; and determining, by the processor (242, 2002), that a high impedance fault occurs based on at least one of: the relative randomness, a comparison between the one or more scales of the wavelet transform, and the zero-crossing phase difference.