mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a first device of a plurality of devices operatively connected over a network, wherein the first device is configured to: monitor the network for self-identifying broadcasts including a unique identifier and a device type from the plurality of devices, receive over the network self-identifying broadcasts from a second device,, wherein the first device is a hazard extinguisher, a hazard detector, or a panel for selectively relaying formation visually and/or audibly, and the second device is a hazard extinguisher, determine that the second device is new to the network when the second device is not currently registered as being on the network and the signal strength of the self-identifying broadcasts for the second device is above a first signal strength threshold, wherein the first device is configured to determine that the second device is not currently registered as being on the network by reviewing a list of devices stored within memory of the first device, rebroadcast the self-identifying broadcast from the second device to reach a system panel, which is configured to monitor activities around the network and to record the existence of a newly added device, and update the list of devices to account for the second device upon receiving broadcast instructions from the system panel. monitor the network for self-identifying broadcasts including a unique identifier and a device type from the plurality of devices, receive over the network self-identifying broadcasts from a second device,, wherein the first device is a hazard extinguisher, a hazard detector, or a panel for selectively relaying formation visually and/or audibly, and the second device is a hazard extinguisher, determine that the second device is new to the network when the second device is not currently registered as being on the network and the signal strength of the self-identifying broadcasts for the second device is above a first signal strength threshold, wherein the first device is configured to determine that the second device is not currently registered as being on the network by reviewing a list of devices stored within memory of the first device, rebroadcast the self-identifying broadcast from the second device to reach a system panel, which is configured to monitor activities around the network and to record the existence of a newly added device, and update the list of devices to account for the second device upon receiving broadcast instructions from the system panel.
A film with thickness of less than 25 microns comprising a barrier layer, an inner adhesive layer, and an outer release layer, where the barrier layer comprises EVOH, the inner adhesive layer comprises ethylene vinyl acetate copolymer, and the outer release layer comprises polyolefin homopolymer or copolymer.
A method performed by a wireless device in a wireless communication system, the method comprising: configuring a first radio frequency, RF, bandwidth as a monitoring bandwidth, wherein the first RF bandwidth is M1 MHz and configured in an active state; monitoring a control channel on the first RF bandwidth; switching the monitoring bandwidth to a second RF bandwidth based on not detecting the control channel on the first RF bandwidth during a certain time duration, wherein the second RF bandwidth is configured in a power saving state; and monitoring the control channel on the second RF bandwidth, wherein the second RF bandwidth is a default subband which is restricted to M MHz, and wherein M < M1. configuring a first radio frequency, RF, bandwidth as a monitoring bandwidth, wherein the first RF bandwidth is M1 MHz and configured in an active state; monitoring a control channel on the first RF bandwidth; switching the monitoring bandwidth to a second RF bandwidth based on not detecting the control channel on the first RF bandwidth during a certain time duration, wherein the second RF bandwidth is configured in a power saving state; and monitoring the control channel on the second RF bandwidth, wherein the second RF bandwidth is a default subband which is restricted to M MHz, and wherein M < M1.
A controller for controlling the admit rate of messages passed to a node in a communications system according to a control value that sets an upper limit on the average admit rate for a respective time interval, wherein the controller comprises: updating means for periodically updating the control value such that the upper limit set by the updated control value is the lesser of: - an increasing function of the previous upper limit; and - an increasing function of the previous admit rate; wherein the control value μ i+1 for the next interval after a current interval is set to: μ i + 1 = min f γ i, g μ i δt where f and g are increasing functions; where μ i is the control value for the current interval; where γ i is the previous admit rate; and where δt is the time period since the previous update. - an increasing function of the previous upper limit; and - an increasing function of the previous admit rate; where f and g are increasing functions; where μ i is the control value for the current interval; where γ i is the previous admit rate; and where δt is the time period since the previous update.
A chip sorting device, comprising: a frame; a chip conveying unit comprising: at least one chip well (34, 36) configured to receive a chip therein, the at least one chip well adjacent to at least one segmented guide wall comprising a plurality of wall segments (96, 98, 100, 102, 104) spaced upon the chip conveying unit and defining a plurality of channels (106, 108, 110, 112) therebetween; and at least one chip ejection unit configured to eject at least one chip outward from the at least one chip well of the chip conveying unit, the at least one chip ejection unit comprising: a plurality of finger members (74, 76, 78, 80), each finger member being selectively movable by the at least one chip ejection unit between a first position outside of a corresponding channel of the plurality of channels and a second position within the corresponding channel of the plurality of channels, wherein the plurality of finger members are configured to be advanced sequentially into the path of the chip to urge the chip out of the chip well. a frame; a chip conveying unit comprising: at least one chip well (34, 36) configured to receive a chip therein, the at least one chip well adjacent to at least one segmented guide wall comprising a plurality of wall segments (96, 98, 100, 102, 104) spaced upon the chip conveying unit and defining a plurality of channels (106, 108, 110, 112) therebetween; and at least one chip ejection unit configured to eject at least one chip outward from the at least one chip well of the chip conveying unit, the at least one chip ejection unit comprising: a plurality of finger members (74, 76, 78, 80), each finger member being selectively movable by the at least one chip ejection unit between a first position outside of a corresponding channel of the plurality of channels and a second position within the corresponding channel of the plurality of channels, wherein the plurality of finger members are configured to be advanced sequentially into the path of the chip to urge the chip out of the chip well. at least one chip well (34, 36) configured to receive a chip therein, the at least one chip well adjacent to at least one segmented guide wall comprising a plurality of wall segments (96, 98, 100, 102, 104) spaced upon the chip conveying unit and defining a plurality of channels (106, 108, 110, 112) therebetween; and at least one chip ejection unit configured to eject at least one chip outward from the at least one chip well of the chip conveying unit, the at least one chip ejection unit comprising: a plurality of finger members (74, 76, 78, 80), each finger member being selectively movable by the at least one chip ejection unit between a first position outside of a corresponding channel of the plurality of channels and a second position within the corresponding channel of the plurality of channels, wherein the plurality of finger members are configured to be advanced sequentially into the path of the chip to urge the chip out of the chip well.
A process for the preparation of an oxide-ceramic fiber composite material, comprising the following steps: a) calcinating an oxide-ceramic powder containing predominantly x 1 Al 2 O 3 • y 1 SiO 2, wherein x 1 is a number of from 1 to 5 and y 1 is a number of from 0 to 4, at a calcination temperature that is below the melting temperature of the powder and is at least 1250 °C, while retaining a free flowing property; b) preparing a slip having a dynamic viscosity within a range of from 10 to 150 mPa·s, containing from 65 to 80% by weight of said oxide-ceramic powder, based on the total amount of the slip, from 0.1 to 3% by weight of a liquefier, based on the total amount of the slip, and water as the balance with mix-milling; c) infiltrating oxide-ceramic continuous fibers with the slip; d) forming a green body as a shaped article; e) drying the green body; and f) sintering the green body to form the oxide-ceramic fiber composite material. a) calcinating an oxide-ceramic powder containing predominantly x 1 Al 2 O 3 • y 1 SiO 2, wherein x 1 is a number of from 1 to 5 and y 1 is a number of from 0 to 4, at a calcination temperature that is below the melting temperature of the powder and is at least 1250 °C, while retaining a free flowing property; b) preparing a slip having a dynamic viscosity within a range of from 10 to 150 mPa·s, containing from 65 to 80% by weight of said oxide-ceramic powder, based on the total amount of the slip, from 0.1 to 3% by weight of a liquefier, based on the total amount of the slip, and water as the balance with mix-milling; c) infiltrating oxide-ceramic continuous fibers with the slip; d) forming a green body as a shaped article; e) drying the green body; and f) sintering the green body to form the oxide-ceramic fiber composite material.
A method for handling reception of a plurality of media streams in a mission critical, MC, system, the method comprising: transmitting, by an MC server, a request to each of one or more receiving devices for receiving a plurality of media streams from a plurality of transmitting devices; receiving, by the MC server, a response from each one of the one or more receiving devices for receiving a number of media streams among the plurality of media streams transmitted by the one or more of the plurality of transmitting devices and updating the number of media streams to be received by each one of the one or more receiving devices as a counter value; identifying, by the MC server, the one or more receiving devices intended to receive the media streams from the one or more of the plurality of transmitting devices based on a synchronization source, SSRC, identifier associated with media streams of each of the one or more of the plurality of transmitting devices and the counter value; transmitting, based on the SSRC identifier and the counter value, by the MC server, media streams from the one or more of the plurality of transmitting devices to the identified one or more receiving devices; initializing the counter value to zero and emptying an SSRC list when the MC server enters a first state, wherein the first state is a state of not being permitted to receive media; and entering the first state from a second state if the counter value reaches a minimum value, wherein the second state is a state of being permitted to receive media. transmitting, by an MC server, a request to each of one or more receiving devices for receiving a plurality of media streams from a plurality of transmitting devices; receiving, by the MC server, a response from each one of the one or more receiving devices for receiving a number of media streams among the plurality of media streams transmitted by the one or more of the plurality of transmitting devices and updating the number of media streams to be received by each one of the one or more receiving devices as a counter value; identifying, by the MC server, the one or more receiving devices intended to receive the media streams from the one or more of the plurality of transmitting devices based on a synchronization source, SSRC, identifier associated with media streams of each of the one or more of the plurality of transmitting devices and the counter value; transmitting, based on the SSRC identifier and the counter value, by the MC server, media streams from the one or more of the plurality of transmitting devices to the identified one or more receiving devices; initializing the counter value to zero and emptying an SSRC list when the MC server enters a first state, wherein the first state is a state of not being permitted to receive media; and entering the first state from a second state if the counter value reaches a minimum value, wherein the second state is a state of being permitted to receive media.
A protection device for protecting a transformer comprising a tap changer, said transformer having at least two magnetically coupled windings (12, 14) with terminals (MT1, MT2, MT3, MT4) at which power enters and exits the transformer and the tap changer comprising impedance elements (R1, R2) and a switch configured to gradually connect the impedance elements when changing between two tap changer positions (P1, P4) during a tap changing operation, the protection device comprising: a control unit operative to obtain measurements of power transmission properties (Iin, Uin, Iout, Uout) at the magnetically coupled windings, estimate energy deposited in the impedance elements during a tap changing operation based on the measured power transmission properties, compare the estimated deposited energy with a failure threshold, and protect the transformer in case the threshold is exceeded, wherein the control unit when estimating the deposited energy is further operative to determine the power loss of the transformer between the terminals (MT1, MT2) where power enters and the terminals (MT3, MT4) where power leaves the transformer and to integrate the power loss. a control unit operative to obtain measurements of power transmission properties (Iin, Uin, Iout, Uout) at the magnetically coupled windings, estimate energy deposited in the impedance elements during a tap changing operation based on the measured power transmission properties, compare the estimated deposited energy with a failure threshold, and protect the transformer in case the threshold is exceeded, wherein the control unit when estimating the deposited energy is further operative to determine the power loss of the transformer between the terminals (MT1, MT2) where power enters and the terminals (MT3, MT4) where power leaves the transformer and to integrate the power loss.
Operating lamp with a lamp unit in which at least one lamp module is fitted to light up an operating area, and with an extension component which is attached to the lamp unit and exhibits an attachment region for fastening to a wall or to a mobile stand, wherein at least one accumulator is arranged in at least one portion of the operating lamp located on the lamp unit side viewed from the attachment region, characterised in that the lamp unit exhibits a housing inside which is located the at least one accumulator.
Method for controlling the position of an actuator that is influenced by a restoring force and is in a positioner system having an electronically commutated electrical machine, comprising the following steps: - controlling the position of the actuator in dependence upon a predefined set position value and an actual position value, wherein the position control provides a position variable that is allocated to a space vector with a predefined amplitude with which it is possible to control a stator arrangement of the electrical machine; - influencing the space vector by a correction variable in order to correct a space vector angle of the space vector; - providing a periodic auxiliary signal; - varying the space vector angle of the space vector that is defined by the position variable by means of the auxiliary signal; - integrating a variable to form an integration value, wherein the variable to be integrated depends upon the auxiliary signal and the position variable of the position control that was obtained in response to varying the space vector angle of the space vector, wherein the correction variable is derived from the integration value. - controlling the position of the actuator in dependence upon a predefined set position value and an actual position value, wherein the position control provides a position variable that is allocated to a space vector with a predefined amplitude with which it is possible to control a stator arrangement of the electrical machine; - influencing the space vector by a correction variable in order to correct a space vector angle of the space vector; - providing a periodic auxiliary signal; - varying the space vector angle of the space vector that is defined by the position variable by means of the auxiliary signal; - integrating a variable to form an integration value, wherein the variable to be integrated depends upon the auxiliary signal and the position variable of the position control that was obtained in response to varying the space vector angle of the space vector, wherein the correction variable is derived from the integration value.
A dental implant assembly comprising: a. a healing component removably attachable to a coronal end of a dental implant, b. an impression component removably attachable to the healing component by a press-fit feature between the impression component and the healing component, wherein the healing component has an internal bore for receiving at least part of the impression component therein, the internal bore having an axial locator providing an endstop for relative axial movement between said healing component and said impression component, wherein the assembly further comprises a rotational locator limiting rotational movement between said impression component and said healing component, the rotational locator comprising a formation on an outer surface of the impression component and a formation on an inner surface of said bore such that neither the impression component nor the healing component has rotational symmetry, and whereby a digital impression recording positional information about the dental implant can be taken without having to remove the healing component from the implant. a. a healing component removably attachable to a coronal end of a dental implant, b. an impression component removably attachable to the healing component by a press-fit feature between the impression component and the healing component, wherein the healing component has an internal bore for receiving at least part of the impression component therein, the internal bore having an axial locator providing an endstop for relative axial movement between said healing component and said impression component, wherein the assembly further comprises a rotational locator limiting rotational movement between said impression component and said healing component, the rotational locator comprising a formation on an outer surface of the impression component and a formation on an inner surface of said bore such that neither the impression component nor the healing component has rotational symmetry, and whereby a digital impression recording positional information about the dental implant can be taken without having to remove the healing component from the implant.
A method of identifying at least one biological sample in the field of methylation analysis, comprising steps (a) and (b) in the indicated order: (a) providing a sample set of at least two biological sample, wherein at least one sample comprises genomic DNA differentially methylated at least at one position; (b) applying at least one identifier for each sample, wherein the applied at least one identifier does not interfere with subsequent analysis; and wherein the applied at least one identifier is a nucleic acid forming no stable secondary structure and comprises at least one cytosine-free, or cytosine-free and guanine-free oligonucleotide binding site; contacting the DNA of each sample with bisulfite; (c) subjecting each sample to a detection or quantification reaction specific for the binding site(s) of the one or more applied identifiers; and (d) subjecting each sample to methylation analysis, whereby methylation is detected or quantified wherein step (c) is carried out prior, simultaneously with or subsequent to step (d). (a) providing a sample set of at least two biological sample, wherein at least one sample comprises genomic DNA differentially methylated at least at one position; (b) applying at least one identifier for each sample, wherein the applied at least one identifier does not interfere with subsequent analysis; and wherein the applied at least one identifier is a nucleic acid forming no stable secondary structure and comprises at least one cytosine-free, or cytosine-free and guanine-free oligonucleotide binding site; contacting the DNA of each sample with bisulfite; (c) subjecting each sample to a detection or quantification reaction specific for the binding site(s) of the one or more applied identifiers; and (d) subjecting each sample to methylation analysis, whereby methylation is detected or quantified
Eye-protection mask (1; 7) for use in open-air sports, comprising: - a frame (3; 73) delimiting an opening, the frame supporting at least one first latching means (322; 7322, 7323), - an eye-protection screen (2; 72) that is intended to close off the opening, the screen supporting at least one second latching means (222, 223; 7222), the second latching means being able to cooperate directly with the first latching means so as to keep the screen secured to the frame in at least one direction, - the mask is provided with a button (4; 74) that is able to push a latching means (222/223, 322; 7322/7323, 7222) such that it no longer cooperates with the other latching means (322, 222/223; 7222, 7322/7323), characterized in that the button is mounted on the part (2, 3; 72, 73) which does not support the latching means that can be pushed by the button. - a frame (3; 73) delimiting an opening, the frame supporting at least one first latching means (322; 7322, 7323), - an eye-protection screen (2; 72) that is intended to close off the opening, the screen supporting at least one second latching means (222, 223; 7222), the second latching means being able to cooperate directly with the first latching means so as to keep the screen secured to the frame in at least one direction, - the mask is provided with a button (4; 74) that is able to push a latching means (222/223, 322; 7322/7323, 7222) such that it no longer cooperates with the other latching means (322, 222/223; 7222, 7322/7323), characterized in that the button is mounted on the part (2, 3; 72, 73) which does not support the latching means that can be pushed by the button.
Device for pipeline leakage detection comprising a metal protective casing coaxially mounted on a metal pipe with a radial clearance and a measurement instrument with electric conductors electrically connected to the metal pipe and to first electric contacts on the metal protective casing for measurement of electric resistance in the radial clearance environment, characterized in that the protective casing comprises separate arch shaped metal sheet segments along the circumference and along the longitudinal axis of the metal pipe, wherein straight line edges of the segments along the circumference of the metal pipe are mechanically connected with each other by a dielectric washer and arch shaped edges of the segments along the longitudinal axis of the metal pipe are mechanically connected with each other by means of a dielectric ring, wherein the dielectric ring comprises a ring groove (17, 18) on a flank (15, 16) for mounting the arch shaped sheet edges and comprises second electric contacts in it for electrically connecting to each arch shaped sheet edge and the first electric contacts installed on the outer surface of the dielectric ring electrically connected to the second electric contacts, wherein each segment is electrically connected to the measurement instrument separately.