mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear having an upper and a sole structure secured to the upper, at least one of the upper and the sole structure incorporating a fluid-filled chamber comprising: an outer barrier formed from a polymer material that defines an interior cavity, the barrier having (a) a first portion that forms a first surface of the chamber and (b) a second portion that forms an opposite second surface of the chamber; and a first tether element located within the interior cavity and having a first tie piece, a second tie piece, and a single first tether, the first tie piece being secured to the first portion of the chamber, the second tie piece being secured to the second portion of the chamber, and the first tether extending between the tie pieces; and a second tether element located within the interior cavity and having a single second tether extending between a third tie piece and a fourth tie piece, the third tie piece being secured to the first portion of the chamber and the fourth tie piece being secured to the second portion of the chamber; wherein the first tie piece of the first tether element is attached to the first portion of the outer barrier of the chamber independently of the third tie piece of the second tether element; and wherein the second tie piece of the first tether element is attached to the second portion of the outer barrier of the chamber independently of the fourth tie piece of the second tether element. an outer barrier formed from a polymer material that defines an interior cavity, the barrier having (a) a first portion that forms a first surface of the chamber and (b) a second portion that forms an opposite second surface of the chamber; and a first tether element located within the interior cavity and having a first tie piece, a second tie piece, and a single first tether, the first tie piece being secured to the first portion of the chamber, the second tie piece being secured to the second portion of the chamber, and the first tether extending between the tie pieces; and a second tether element located within the interior cavity and having a single second tether extending between a third tie piece and a fourth tie piece, the third tie piece being secured to the first portion of the chamber and the fourth tie piece being secured to the second portion of the chamber; wherein the first tie piece of the first tether element is attached to the first portion of the outer barrier of the chamber independently of the third tie piece of the second tether element; and wherein the second tie piece of the first tether element is attached to the second portion of the outer barrier of the chamber independently of the fourth tie piece of the second tether element.
A connection piece for the angular connection of two components to one another, in particular for a drywall or metal lightweight construction, wherein two studs to be arranged essentially at right angles to one another, are to be connected to one another, wherein the connection piece comprises a bottom plate, wherein the connection piece comprises a U-stud-shaped sidewall having two flanges and a web, wherein the U-stud-shaped sidewall is fitted essentially vertically on the bottom plate, wherein the web of the U-stud-shaped sidewall occupies the entire width of the bottom plate and the flanges of the U-stud-shaped sidewall terminate flush at the two longitudinal sides of the bottom plate, and wherein at least one cutout, in particular for the feed-through in each case of a fastening element, preferably a concrete anchor, is present on each side of the bottom plate divided by the sidewall, wherein the web of the U-stud-shaped sidewall comprises at least two cutouts, wherein the at least two cutouts are constituted as elongated holes.
The hammer mill having cylinder-shaped beaters mounted on a circumference of a beater rotor mounted on a shaft, in which the beaters are located on blades of the beater rotor and are located in beater chucks equipped with a pin mounted in holes of the beater rotor blades in such a way that the beaters rotate parallel to the blades of the beater rotor and simultaneously around their own axis parallel to the blades of the beater rotor and at the same time perpendicular to the chucks of the beaters, characterised in that the beaters are in the shape of a cylinder with a wider element at one end and a protective element at some distance from that end.
A computer-implemented method for compressing a representation of an undirected graph, comprising: storing, in a non-transitory storage medium, a data structure representing a graph comprising vertices and edges, wherein the data structure comprises data indicating the vertices and edges of the graph; identifying a maximum clique in the graph, wherein the maximum clique is a largest fully-connected subset of vertices in the graph or an approximation thereto; adding the identified clique to a set of found cliques; removing the identified clique from the graph; and responsive to determining that the size of the identified maximum clique is below a stopping criterion or that no vertices remain in the graph: ordering the cliques in the set of found cliques; ordering a set of vertices belonging to the cliques in the set of found cliques; generating a compressed representation of the graph based on the ordered set of found cliques and the ordered set of vertices; and storing the compressed representation of the graph in the non-transitory storage medium, wherein the approximation of the maximum clique is the largest remaining clique after the maximum clique has been removed; and responsive to determining that the size of the identified clique is at least as large as the stopping criterion and that vertices remain in the graph, the method returns to the identifying step. storing, in a non-transitory storage medium, a data structure representing a graph comprising vertices and edges, wherein the data structure comprises data indicating the vertices and edges of the graph; identifying a maximum clique in the graph, wherein the maximum clique is a largest fully-connected subset of vertices in the graph or an approximation thereto; adding the identified clique to a set of found cliques; removing the identified clique from the graph; and responsive to determining that the size of the identified maximum clique is below a stopping criterion or that no vertices remain in the graph: ordering the cliques in the set of found cliques; ordering a set of vertices belonging to the cliques in the set of found cliques; generating a compressed representation of the graph based on the ordered set of found cliques and the ordered set of vertices; and storing the compressed representation of the graph in the non-transitory storage medium, ordering the cliques in the set of found cliques; ordering a set of vertices belonging to the cliques in the set of found cliques; generating a compressed representation of the graph based on the ordered set of found cliques and the ordered set of vertices; and storing the compressed representation of the graph in the non-transitory storage medium, wherein the approximation of the maximum clique is the largest remaining clique after the maximum clique has been removed; and responsive to determining that the size of the identified clique is at least as large as the stopping criterion and that vertices remain in the graph, the method returns to the identifying step.
Method of producing a fermented milk product comprising a step wherein milk is fermented, wherein: (a) the fermentation is initiated by a starter culture, which starter culture comprises lactic acid bacteria capable of metabolizing one or several carbohydrates added to the milk, (b) the fermentation is terminated by a decrease of the concentration of the one or several carbohydrates during fermentation, wherein the termination of fermentation is controlled by the concentration of carbohydrates in the milk to be fermented, and wherein at the termination of fermentation the concentration of the carbohydrate metabolized by the lactic acid bacteria is in the range of between 5 mg/g and 0.01 mg/g, (c) the decrease is at least also caused by the metabolic activity of the lactic acid bacteria, and (d) the fermentation is carried out by a method using a starter culture comprising at least one lactose-deficient Streptococcus thermophilus and at least one lactose-deficient lactose-deficient Lactobacillus delbrueckii subsp. bulgaricus, wherein the carbohydrate is a fermentable carbohydrate different from lactose. (a) the fermentation is initiated by a starter culture, which starter culture comprises lactic acid bacteria capable of metabolizing one or several carbohydrates added to the milk, (b) the fermentation is terminated by a decrease of the concentration of the one or several carbohydrates during fermentation, wherein the termination of fermentation is controlled by the concentration of carbohydrates in the milk to be fermented, and wherein at the termination of fermentation the concentration of the carbohydrate metabolized by the lactic acid bacteria is in the range of between 5 mg/g and 0.01 mg/g, (c) the decrease is at least also caused by the metabolic activity of the lactic acid bacteria, and (d) the fermentation is carried out by a method using a starter culture comprising at least one lactose-deficient Streptococcus thermophilus and at least one lactose-deficient lactose-deficient Lactobacillus delbrueckii subsp. bulgaricus, wherein the carbohydrate is a fermentable carbohydrate different from lactose.
A system for pasteurizing a liquid in a liquid storage tank, the system comprising: - an off-grid renewable energy source arranged to generate an electric power signal having a power equal or inferior to 500 W, the off-grid renewable energy source being portable, - the liquid storage tank being portable, being arranged to contain a volume of liquid inferior to 50 I, for example inferior to 30 I, and comprising a handle for facilitating the transport of the liquid storage tank, for example after the pasteurization of said liquid, - a first container comprising a heat pump, said heat pump being arranged to be completely powered by said off-grid renewable energy source, - the heat pump comprising a condenser near to or directly in contact with a base of the tank, the condenser being arranged to heat the liquid contained in the tank for pasteurizing said liquid. - an off-grid renewable energy source arranged to generate an electric power signal having a power equal or inferior to 500 W, the off-grid renewable energy source being portable, - the liquid storage tank being portable, being arranged to contain a volume of liquid inferior to 50 I, for example inferior to 30 I, and comprising a handle for facilitating the transport of the liquid storage tank, for example after the pasteurization of said liquid, - a first container comprising a heat pump, said heat pump being arranged to be completely powered by said off-grid renewable energy source, - the heat pump comprising a condenser near to or directly in contact with a base of the tank, the condenser being arranged to heat the liquid contained in the tank for pasteurizing said liquid.
A dimming glass control device for a dimming glass, the dimming glass including a dimming film arranged on a rear glass for a vehicle, wherein the dimming film has a transmittance of light which is changed depending on application of an AC voltage, the dimming glass control device comprising: a voltage applying section configured to change the transmittance by application and non-application of the AC voltage to the dimming film; a status detecting section configured to detect at least one status of a brightness/darkness status in an outside of the vehicle, a weather status, a status of switching-on instruction for a headlight, a status of operation instruction for a rear wiper in case of the rear wiper being provided in the vehicle, or a movement status of the vehicle; and a control section configured to cause the voltage applying section depending on a predetermined instruction to reduce the transmittance of the dimming film, characterised in that the control section is further configured to prohibit reduction of the transmittance by the voltage applying section, upon a detection result of the status detecting section indicating at least one state of the following states: a dark state in the outside of the vehicle which is equal to or darker than a predetermined degree; a rain state; a light on-state for which switching-on of the headlight has been instructed; a wiper on-state for which operation of the rear wiper has been instructed; or a backward moving state in which the vehicle moves backward. a voltage applying section configured to change the transmittance by application and non-application of the AC voltage to the dimming film; a status detecting section configured to detect at least one status of a brightness/darkness status in an outside of the vehicle, a weather status, a status of switching-on instruction for a headlight, a status of operation instruction for a rear wiper in case of the rear wiper being provided in the vehicle, or a movement status of the vehicle; and a control section configured to cause the voltage applying section depending on a predetermined instruction to reduce the transmittance of the dimming film, characterised in that the control section is further configured to prohibit reduction of the transmittance by the voltage applying section, upon a detection result of the status detecting section indicating at least one state of the following states: a dark state in the outside of the vehicle which is equal to or darker than a predetermined degree; a rain state; a light on-state for which switching-on of the headlight has been instructed; a wiper on-state for which operation of the rear wiper has been instructed; or a backward moving state in which the vehicle moves backward. a dark state in the outside of the vehicle which is equal to or darker than a predetermined degree; a rain state; a light on-state for which switching-on of the headlight has been instructed; a wiper on-state for which operation of the rear wiper has been instructed; or a backward moving state in which the vehicle moves backward.
A control apparatus for a lockup clutch adapted to be provided in a transmission to be mounted in a vehicle, the control apparatus for the lockup clutch comprising: an electronic control unit that is configured to: calculate a driven target clutch torque capacity that is needed in a driven state where the transmission is driven from driving wheels of the vehicle, and a driving target clutch torque capacity that is needed in a driving state where the transmission drives the driving wheels of the vehicle, the driving target clutch torque capacity being gradually increased as the engine torque increases and being gradually decreased as the engine torque decreases, set a target clutch torque of the lockup clutch and control the lockup clutch, based on the driven target clutch torque capacity and the driving target clutch torque capacity, change over the target clutch torque capacity from the driven target clutch torque capacity to the driving target clutch torque capacity when the driven target clutch torque capacity and the driving target clutch torque capacity coincide with each other after an operation state of an accelerator of the vehicle changes over from an accelerator OFF state to an accelerator ON state, and change over the target clutch torque capacity from the driving target clutch torque capacity to the driven target clutch torque capacity when the driving target clutch torque capacity and the driven target clutch torque capacity coincide with each other after the operation state of the accelerator changes over from the accelerator ON state to the accelerator OFF state. calculate a driven target clutch torque capacity that is needed in a driven state where the transmission is driven from driving wheels of the vehicle, and a driving target clutch torque capacity that is needed in a driving state where the transmission drives the driving wheels of the vehicle, the driving target clutch torque capacity being gradually increased as the engine torque increases and being gradually decreased as the engine torque decreases, set a target clutch torque of the lockup clutch and control the lockup clutch, based on the driven target clutch torque capacity and the driving target clutch torque capacity, change over the target clutch torque capacity from the driven target clutch torque capacity to the driving target clutch torque capacity when the driven target clutch torque capacity and the driving target clutch torque capacity coincide with each other after an operation state of an accelerator of the vehicle changes over from an accelerator OFF state to an accelerator ON state, and change over the target clutch torque capacity from the driving target clutch torque capacity to the driven target clutch torque capacity when the driving target clutch torque capacity and the driven target clutch torque capacity coincide with each other after the operation state of the accelerator changes over from the accelerator ON state to the accelerator OFF state.
A wireless base station connecting a communication terminal and a gateway apparatus, the wireless base station being provided with a function of associating service flow and data path and forwarding an IP packet, comprising: an echo request packet generator that generates, if a data packet that is larger in size than a maximum transmission unit used between the wireless base station and the gateway apparatus and that also cannot be fragmented is received from the communication terminal, an echo request packet of a size not larger than the maximum transmission unit for requesting confirmation of data packet arrival; a network interface unit that transmits the echo request packet to the gateway apparatus; a check unit that determines whether an echo reply packet received from the gateway apparatus as a reply confirming arrival via the network interface unit is a reply to the echo request packet; an Internet Control Message Protocol, ICMP, packet generator that generates an ICMP data packet including the maximum transmission unit and indicating the impossibility of arrival if the check unit determines that the echo reply packet is a reply to the echo request packet; and a wireless communicator that transmits the ICMP data packet to the communication terminal. an echo request packet generator that generates, if a data packet that is larger in size than a maximum transmission unit used between the wireless base station and the gateway apparatus and that also cannot be fragmented is received from the communication terminal, an echo request packet of a size not larger than the maximum transmission unit for requesting confirmation of data packet arrival; a network interface unit that transmits the echo request packet to the gateway apparatus; a check unit that determines whether an echo reply packet received from the gateway apparatus as a reply confirming arrival via the network interface unit is a reply to the echo request packet; an Internet Control Message Protocol, ICMP, packet generator that generates an ICMP data packet including the maximum transmission unit and indicating the impossibility of arrival if the check unit determines that the echo reply packet is a reply to the echo request packet; and a wireless communicator that transmits the ICMP data packet to the communication terminal.
A foldable noise, dust and explosion protection enclosure with a ceiling and two walls (3, 4) arranged on opposite sides of the enclosure which are aligned in parallel to each other when the enclosure is in use, each wall consisting of two wall parts (7, 8, 10, 11) which are each coupled to each other via a first and a second pivot axis (9, 12), wherein a wall part (8, 11) adjacent to the ceiling respectively, is coupled to the ceiling via a third and fourth pivot axis (14, 16), wherein the ceiling consists of two ceiling parts (13, 15), which are coupled to each other via a fifth pivot axis, wherein a first ceiling part is coupled via the third pivot axis to a wall part and a second ceiling part is coupled via the fourth pivot axis to another wall part, characterised in that the ceiling has a breakthrough, which extends on both sides of the fifth pivot axis, which is interrupted by the breakthrough.
Device for providing a supporting force for the upper extremities of a user, wherein the supporting force is provided in a first mode and in a second mode, wherein the device comprises a supporting device and an arm strut, which are connected together via a rotary joint such that the arm strut is mounted so as to be rotatable about an axis of rotation with respect to the supporting device, wherein the device comprises a spring element for providing the supporting force, wherein the spring element is arranged between the supporting device and a connecting element, wherein the device comprises a force transmission element that has a first end and a second end and that is able to be guided about the connecting element, wherein the ends (10, 11) of the force transmission element are able to be attached to the supporting device at a first suspension point and to the arm strut at a second suspension point, wherein the first end of the force transmission element is attached to the first suspension point and a second end of the force transmission element is attached to the second suspension point in the first mode, and characterized in that the first end and the second end of the force transmission element are attached to the second suspension point in the second mode.
A movable seating arrangement comprising: a seat pan; and a seat member slidably mounted on the seat pan and movable between a retracted position overlying the seat pan and an extended position partly overlying the seat pan at a forward edge thereof; characterized by a lumbar support having a lower portion fixedly mounted to the seat pan, an upper portion movably connected to the seat pan, and a flexible middle portion, wherein the seat member is movably connected to the upper portion of the lumbar support, such that movement of the seat member to its extended position causes the middle portion of the lumbar support to displace forward from a retracted position. a seat pan; and a seat member slidably mounted on the seat pan and movable between a retracted position overlying the seat pan and an extended position partly overlying the seat pan at a forward edge thereof; characterized by a lumbar support having a lower portion fixedly mounted to the seat pan, an upper portion movably connected to the seat pan, and a flexible middle portion, wherein the seat member is movably connected to the upper portion of the lumbar support, such that movement of the seat member to its extended position causes the middle portion of the lumbar support to displace forward from a retracted position.