mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a tread surface, a plurality of circumferential tread grooves on the tread surface, an internal cavity and an inner surface facing the internal cavity, a self-sealing adhesive layer positioned on the inner surface of the tire; and a strip of noise dampening foam attached to the self-sealing adhesive layer, characterised in that the strip of noise dampening foam has a plurality of circumferential grooves (120, 130), each of the circumferential grooves (120, 130) of the foam facing the self-sealing adhesive layer, each of the circumferential grooves (120, 130) of the foam is positioned in lateral alignment with one of the plurality of circumferential tread grooves to which it corresponds, such that each circumferential tread groove does not have foam contacting the self-sealing adhesive layer that lies below it. a tread surface, a plurality of circumferential tread grooves on the tread surface, an internal cavity and an inner surface facing the internal cavity, a self-sealing adhesive layer positioned on the inner surface of the tire; and a strip of noise dampening foam attached to the self-sealing adhesive layer, characterised in that the strip of noise dampening foam has a plurality of circumferential grooves (120, 130), each of the circumferential grooves (120, 130) of the foam facing the self-sealing adhesive layer, each of the circumferential grooves (120, 130) of the foam is positioned in lateral alignment with one of the plurality of circumferential tread grooves to which it corresponds, such that each circumferential tread groove does not have foam contacting the self-sealing adhesive layer that lies below it.
Apparatus with a recommender system for generating final real-time recommendations of real-time events to a user, the apparatus comprising: at least one user interface mechanism (101,105,104) for presenting the final recommendations to the user; and a processing device adapted to perform the following operations: choosing at least a specific one of the real-time events based upon at least one criterion; generating a specific nominal recommendation value for each specific real-time event; characterized in that the processing device is further adapted to perform the following other operations: retrieving a current time; generating a specific final recommendation value for each specific real-time event as a mathematical function of the specific nominal recommendation value and said current time that takes into account a specific start-time of the specific real-time event, a specific end-time of the specific real-time event and a specific duration of the specific real-time event, wherein said specific final recommendation value increases with said current time if the start time is later than said current time and the specific final recommendation value decreases with said current time if the start time is earlier than said current time; and presenting (212,413) at least one specific final recommendation based on said increased or decreased specific final recommendation value, associated with the specific real-time event, to the user at the user interface mechanism. at least one user interface mechanism (101,105,104) for presenting the final recommendations to the user; and a processing device adapted to perform the following operations: choosing at least a specific one of the real-time events based upon at least one criterion; generating a specific nominal recommendation value for each specific real-time event; choosing at least a specific one of the real-time events based upon at least one criterion; generating a specific nominal recommendation value for each specific real-time event; retrieving a current time; generating a specific final recommendation value for each specific real-time event as a mathematical function of the specific nominal recommendation value and said current time that takes into account a specific start-time of the specific real-time event, a specific end-time of the specific real-time event and a specific duration of the specific real-time event, wherein said specific final recommendation value increases with said current time if the start time is later than said current time and the specific final recommendation value decreases with said current time if the start time is earlier than said current time; and presenting (212,413) at least one specific final recommendation based on said increased or decreased specific final recommendation value, associated with the specific real-time event, to the user at the user interface mechanism.
A working machine support belt comprising a working machine pad supporting structure, the working machine pad supporting structure comprising: a front support band that supports a front portion of the working machine pad; and a rear support band that supports a rear portion of the working machine pad, wherein the front support band is provided with a front length adjusting mechanism, wherein the rear support band is provided with a rear length adjusting mechanism, wherein the working machine support belt includes a waist belt; wherein the rear support band is directly or indirectly connected to a right rear portion of the waist belt; and wherein a left locking portion is directly or indirectly connected to a left end portion of the waist belt; characterized in that a first length adjusting mechanism is directly or indirectly provided in a right end portion of the waist belt; a right locking portion engaged with the left locking portion is connected to the front support band via the front length adjusting mechanism; in the front support band, a first end portion positioned on one side with respect to the front length adjusting mechanism is connected to the working machine pad, and a second end portion positioned on the other side with respect to the front length adjusting mechanism is connected to the first length adjusting mechanism; and in the rear support band, a first end portion is connected to the working machine pad, and a second end portion positioned to be opposite to the first end portion is connected to the right end portion of the waist belt via the rear length adjusting mechanism. a front support band that supports a front portion of the working machine pad; and a rear support band that supports a rear portion of the working machine pad, wherein the front support band is provided with a front length adjusting mechanism, wherein the rear support band is provided with a rear length adjusting mechanism, wherein the working machine support belt includes a waist belt; wherein the rear support band is directly or indirectly connected to a right rear portion of the waist belt; and wherein a left locking portion is directly or indirectly connected to a left end portion of the waist belt; characterized in that a first length adjusting mechanism is directly or indirectly provided in a right end portion of the waist belt; a right locking portion engaged with the left locking portion is connected to the front support band via the front length adjusting mechanism; in the front support band, a first end portion positioned on one side with respect to the front length adjusting mechanism is connected to the working machine pad, and a second end portion positioned on the other side with respect to the front length adjusting mechanism is connected to the first length adjusting mechanism; and in the rear support band, a first end portion is connected to the working machine pad, and a second end portion positioned to be opposite to the first end portion is connected to the right end portion of the waist belt via the rear length adjusting mechanism.
A biological information monitoring system for monitoring biological information on subjects on a bed, the system comprising: a plurality of load detectors (11, 12, 13, 14) to be placed in the bed or under legs of the bed, each of the plurality of load detectors being configured to detect loads of the subjects and output the detected loads as a load signal; and a signal separation unit configured to determine a number of the subjects on the bed based on a frequency spectrum of the load signal outputted from each of the plurality of load detectors, and separate, with respect to each of the subjects, components each corresponding to each of a plurality of frequency ranges from the load signal outputted from each of the plurality of load detectors; wherein the signal separation unit is configured to determine that the number of peak frequencies appeared in the frequency spectrum in one of the plurality of frequency ranges is the number of the subjects on the bed; and. wherein the plurality of frequency ranges is a frequency range of respiration and a frequency range of heartbeat. a plurality of load detectors (11, 12, 13, 14) to be placed in the bed or under legs of the bed, each of the plurality of load detectors being configured to detect loads of the subjects and output the detected loads as a load signal; and a signal separation unit configured to determine a number of the subjects on the bed based on a frequency spectrum of the load signal outputted from each of the plurality of load detectors, and separate, with respect to each of the subjects, components each corresponding to each of a plurality of frequency ranges from the load signal outputted from each of the plurality of load detectors;
A communication system for air traffic control, wherein the communication system comprises a cloud based server structure, at least one controller working position as well as at least one radio ground station for transmitting radio signals to an aircraft and/or receiving radio signals from an aircraft, wherein the at least one radio ground station and the at least one controller working position are connected to the cloud based server structure by means of an internet protocol infrastructure, and wherein the cloud based server structure is configured to process signals for air-ground communication and/or ground-ground communication while forwarding output data to the controller working position; wherein the at least one controller working position comprises at least one device (30, 32, 34) without operating system, wherein the cloud-based server structure comprises hardware that provides a virtual computer having an operating system, wherein the cloud-based server structure provides applications used by air traffic controllers at their controller working positions, wherein the applications run on the cloud-based server structure such that the at least one device (30, 32, 34) without operating system outputs the respective output data or information associated therewith which is provided by the applications running on the cloud-based server structure.
Tool magazine for the provision of tools for a machine tool, wherein the tool magazine has a plurality of pick-up positions for tools and a first tool can be removed from or inserted into a first pick-up position along a removal direction, wherein the tool magazine has at least one further pick-up position in removal direction ahead of or behind the first pick-up position, which further pick-up position is intended for picking up a further tool, wherein at least one transfer device is provided which performs at least part of the transport of the tools in the tool magazine and/or to an interface and the transfer device is rotatable about an axis of rotation and the transfer device has a carrier rotatable about an axis of rotation, characterised in that at the ends of the carrier respectively at least one gripper is provided for picking up tools and the transfer device has three or more grippers, wherein a first gripper is provided to carry a tool to be mounted, a second gripper is provided to carry the tool to be removed and at least one further gripper is provided as temporary storage for a tool resting initially on a pick-up position which prevents the insertion and removal of a tool.
A process for making a shaped part from a polymer selected from polyethylene terephthalate and polyethylene naphthalate by using a compacting tool comprising a die having a cavity and a punch having an outer surface corresponding to the cavity, wherein the process comprises the steps of: a) placing particles of the polymer in the cavity of the die which has been heated to a compaction temperature, wherein the polymer has an intrinsic viscosity of at least 0.45 dL/g and the particles have an average particle size of 0.5-4000 μm, b) pressing the particles in the heated die cavity at a pressure of at least 25 MPa while maintaining the temperature of the die at the compaction temperature to form the shaped part and c) removing the shaped part from the die cavity, wherein when the polymer is PET, the compaction temperature is 235-259 °C and wherein when the polymer is PEN, the compaction temperature is 250-275 °C. a) placing particles of the polymer in the cavity of the die which has been heated to a compaction temperature, wherein the polymer has an intrinsic viscosity of at least 0.45 dL/g and the particles have an average particle size of 0.5-4000 μm, b) pressing the particles in the heated die cavity at a pressure of at least 25 MPa while maintaining the temperature of the die at the compaction temperature to form the shaped part and c) removing the shaped part from the die cavity,
A content output device comprising: a storage unit; a selection unit configured to select from the storage unit content according to a user's condition and a magnetic field pattern corresponding to the content; a content output unit configured to output the content; a magnetic field generating unit configured to generate a magnetic field based on the magnetic field pattern; and a detection unit configured to detect the user's condition, wherein the selection unit is configured to select from the storage unit the content according to the user's condition detected by the detection unit and the magnetic field pattern corresponding to the content; and wherein the detection unit is configured to detect brain waves of the user as the user's condition. a storage unit; a selection unit configured to select from the storage unit content according to a user's condition and a magnetic field pattern corresponding to the content; a content output unit configured to output the content; a magnetic field generating unit configured to generate a magnetic field based on the magnetic field pattern; and a detection unit configured to detect the user's condition, wherein the selection unit is configured to select from the storage unit the content according to the user's condition detected by the detection unit and the magnetic field pattern corresponding to the content; and wherein the detection unit is configured to detect brain waves of the user as the user's condition.
A microcapsule composition comprising: a) a vehicle, preferably water; b) a population of encapsulates, each encapsulate comprising: i) a core comprising at least one benefit agent; and ii) a shell wall surrounding the core, the shell wall comprising at least one polymer; c) a pH-tuneable di-amido gellant having formula where R 1 and R 2 are aminofunctional end-groups; L 1 is a backbone moiety having molecular weight from 14 g/mol to 500 g/mol; and at least one of L 1, R 1 or R 2 comprises a pH-sensitive group, wherein the pH-tuneable di-amino gellant has a pK a of from 1 to 30, preferably from 1.5 to 14. a) a vehicle, preferably water; b) a population of encapsulates, each encapsulate comprising: i) a core comprising at least one benefit agent; and ii) a shell wall surrounding the core, the shell wall comprising at least one polymer; i) a core comprising at least one benefit agent; and ii) a shell wall surrounding the core, the shell wall comprising at least one polymer; c) a pH-tuneable di-amido gellant having formula where R 1 and R 2 are aminofunctional end-groups; L 1 is a backbone moiety having molecular weight from 14 g/mol to 500 g/mol; and at least one of L 1, R 1 or R 2 comprises a pH-sensitive group, wherein the pH-tuneable di-amino gellant has a pK a of from 1 to 30, preferably from 1.5 to 14.
A process for the manufacture of acetylene from methane feed using a reverse-flow reactor system, wherein the reactor system includes (i) a first reactor comprising a first end and a second end, and (ii) a second reactor comprising a primary end and a secondary end, the first and second reactors oriented in a series relationship with respect to each other such that the secondary end of the second reactor is proximate the second end of the first reactor, the process comprising the steps of: (a) supplying a first reactant through a first channel in the first reactor and supplying at least a second reactant through a second channel in the first reactor, such that the first and second reactants are supplied to the first reactor from the first end of the first reactor; (b) combining the first and second reactants at the second end of the first reactor and reacting the combined reactants to produce a heated reaction product; (c) passing the heated reaction product through the second reactor to transfer at least a portion of the heat from the reaction product to the second reactor; (d) thereafter supplying methane through the heated second reactor to the first reactor, to convert at least a portion of the methane into acetylene; (e) passing the supplied methane and the produced acetylene through the first reactor to quench the methane and the produced acetylene; and (f) recovering the produced acetylene, wherein the first reactant comprises a fuel gas and the second reactant comprises an oxidant gas. (a) supplying a first reactant through a first channel in the first reactor and supplying at least a second reactant through a second channel in the first reactor, such that the first and second reactants are supplied to the first reactor from the first end of the first reactor; (b) combining the first and second reactants at the second end of the first reactor and reacting the combined reactants to produce a heated reaction product; (c) passing the heated reaction product through the second reactor to transfer at least a portion of the heat from the reaction product to the second reactor; (d) thereafter supplying methane through the heated second reactor to the first reactor, to convert at least a portion of the methane into acetylene; (e) passing the supplied methane and the produced acetylene through the first reactor to quench the methane and the produced acetylene; and (f) recovering the produced acetylene,
A method of operating a logical network over a network virtualization infrastructure that comprises a plurality of host machines, the method comprising: defining a logical routing element, LRE, for routing data packets between different segments of the logical network, wherein each host machine operates a set of virtual machines, VMs, and a local instance of the LRE as a managed physical routing element, MPRE, for routing packets from the set of VMs locally at the host machine, the LRE comprising a plurality of logical interfaces, LIFs, each LIF for interfacing with a different segment of the logical network, wherein a particular LIF is addressable by a plurality of different LIF IP addresses; assigning each LIF IP address of the particular LIF to a different host machine in the plurality of host machines; and advertising the plurality of LIF IP addresses of the particular LIF as a plurality of next-hops to an external router for sending packets to be routed by the LRE. defining a logical routing element, LRE, for routing data packets between different segments of the logical network, wherein each host machine operates a set of virtual machines, VMs, and a local instance of the LRE as a managed physical routing element, MPRE, for routing packets from the set of VMs locally at the host machine, the LRE comprising a plurality of logical interfaces, LIFs, each LIF for interfacing with a different segment of the logical network, wherein a particular LIF is addressable by a plurality of different LIF IP addresses; assigning each LIF IP address of the particular LIF to a different host machine in the plurality of host machines; and advertising the plurality of LIF IP addresses of the particular LIF as a plurality of next-hops to an external router for sending packets to be routed by the LRE.
A duty cycle correction circuit device comprising: a pulse generator configured to generate a pulse in response to a falling edge of an input clock signal; a voltage-controlled delay circuit configured to delay the pulse based on a control voltage, to produce a delayed pulse; a fixed delay circuit configured to delay the input clock signal by a fixed amount of delay to produce a delayed input clock signal; an edge adjustment circuit configured to adjust the falling edge of the delayed input clock signal based on the delayed pulse to produce an output clock signal; and a Feedback circuit path configured to adjust the control voltage based on a difference between a duty cycle of the output clock signal and a desired duty cycle. a pulse generator configured to generate a pulse in response to a falling edge of an input clock signal; a voltage-controlled delay circuit configured to delay the pulse based on a control voltage, to produce a delayed pulse; a fixed delay circuit configured to delay the input clock signal by a fixed amount of delay to produce a delayed input clock signal; an edge adjustment circuit configured to adjust the falling edge of the delayed input clock signal based on the delayed pulse to produce an output clock signal; and a Feedback circuit path configured to adjust the control voltage based on a difference between a duty cycle of the output clock signal and a desired duty cycle.
A method for transmission in push mode, implemented by a transmitting device comprising a memory comprising software code and a processor which, when executing the software code, causes the device to implement the method, characterized in that the method comprises: (a) triggering a transmission, to a receiving device, of values of an attribute adapted to contain ordered data whose values constitute all or a subset, a transmission containing at most the values of a single selection interval of the ordered data; (b) verifying that the attribute has no value to be transmitted for all among the N adjacent data selection intervals from a selection starting point in the order of the data to the end of the interval preceding the interval comprising a current data collection period, with N being an integer; (c) if the verification is positive, transmitting a single message indicative of the absence of values for the N intervals. (a) triggering a transmission, to a receiving device, of values of an attribute adapted to contain ordered data whose values constitute all or a subset, a transmission containing at most the values of a single selection interval of the ordered data; (b) verifying that the attribute has no value to be transmitted for all among the N adjacent data selection intervals from a selection starting point in the order of the data to the end of the interval preceding the interval comprising a current data collection period, with N being an integer; (c) if the verification is positive, transmitting a single message indicative of the absence of values for the N intervals.