mhurhangee/ep-ind-claims huggingface dataset:
A smoking article assembly comprising: a smoking article, and a tube for temporary affixment to the smoking article; wherein the smoking article comprises: a tobacco rod; a mouthpiece comprising a filter and a tipping wrapper, the tipping wrapper circumscribing the filter and attaching the filter to the tobacco rod; and wherein the tube is configured to be disposed around at least a portion of the mouthpiece such that the tube is slidable over the outer surface of the tipping wrapper, the tube comprising: an open upstream end; an open downstream end; an outer surface; an inner surface defining a lumen for receiving the mouthpiece of the smoking article, the lumen extending from the open upstream end to the open downstream end; a first ventilation zone for providing ventilation into the lumen of the tube, the first ventilation zone comprising a first line of perforation holes circumscribing the tube at a location between 10mm and 15mm from the open downstream end of the tube; and a second ventilation zone for providing ventilation into the lumen of the tube, the second ventilation zone comprising a first line of perforation holes circumscribing the tube at a location between 10mm and 15mm from the open upstream end of the tube, wherein the coefficient of static friction between the inner surface of the tube and the outer surface of the tipping wrapper is between about 0.5 and about 0.9; and wherein the first line of perforation holes of the first ventilation zone is configured to provide a different level of ventilation than the first line of perforation holes of the second ventilation zone. a tobacco rod; a mouthpiece comprising a filter and a tipping wrapper, the tipping wrapper circumscribing the filter and attaching the filter to the tobacco rod; and an open upstream end; an open downstream end; an outer surface; an inner surface defining a lumen for receiving the mouthpiece of the smoking article, the lumen extending from the open upstream end to the open downstream end; a first ventilation zone for providing ventilation into the lumen of the tube, the first ventilation zone comprising a first line of perforation holes circumscribing the tube at a location between 10mm and 15mm from the open downstream end of the tube; and a second ventilation zone for providing ventilation into the lumen of the tube, the second ventilation zone comprising a first line of perforation holes circumscribing the tube at a location between 10mm and 15mm from the open upstream end of the tube,
A method for distributing available bandwidth in a network among a plurality of streaming data sessions of communication devices (C1; C2; C3) in the network, the method comprising at a communication device (C1; C2; C3): applying a bandwidth distribution algorithm using at least one bandwidth parameter to obtain an allocated bandwidth for a data session to be run or running at the said communication device (C1; C2; C3), the at least one bandwidth parameter being obtained from information messages exchanged between communication devices of the network and being indicative of the required bandwidth for a data session to be run or running at the communication device from which the corresponding information message is sent, wherein said communication device is configured to send information messages to and receive information messages from all other devices (C1; C2; C3) of the network and wherein the information message comprises bandwidth distribution algorithm data representative of a selected bandwidth distribution algorithm to be used to provide the allocated bandwidth.
A tomographic image capturing apparatus comprising: a light source configured to generate measuring light; scanning means (304, 305) configured to scan a fundus of a subject's eye with the measuring light; detection means configured to detect light obtained by combining return light acquired by scanning the fundus of the subject's eye with the measuring light by the scanning means with reference light; a fixation lamp comprising turn-on positions configured to guide a line of sight of the subject's eye; instruction acquisition means configured to acquire an imaging position instruction from an operator selecting a predetermined position in a fundus image of the subject's eye with an initial fixation lamp turn-on position; fixation lamp setting means configured to set, so that an imaging position on the fundus is irradiated with the measuring light according to the imaging position instruction, a turn-on position on the fixation lamp; scanning position setting means configured to set a scanning position of the measuring light so that in a case where the set fixation lamp turn-on position is turned on, the imaging position on the fundus is scanned with the measuring light. a light source configured to generate measuring light; scanning means (304, 305) configured to scan a fundus of a subject's eye with the measuring light; detection means configured to detect light obtained by combining return light acquired by scanning the fundus of the subject's eye with the measuring light by the scanning means with reference light; a fixation lamp comprising turn-on positions configured to guide a line of sight of the subject's eye; instruction acquisition means configured to acquire an imaging position instruction from an operator selecting a predetermined position in a fundus image of the subject's eye with an initial fixation lamp turn-on position; fixation lamp setting means configured to set, so that an imaging position on the fundus is irradiated with the measuring light according to the imaging position instruction, a turn-on position on the fixation lamp; scanning position setting means configured to set a scanning position of the measuring light so that in a case where the set fixation lamp turn-on position is turned on, the imaging position on the fundus is scanned with the measuring light.
- An electromagnetic motor performing a rotary or linear stroke comprising at least one electrical power supply coil and having a rotor driving an output shaft associated with a system for mechanically locking and unlocking the movement of the output shaft, with said locking and unlocking system comprising a first mobile part integral with the rotor and a second mobile part forming a lock integral with the output shaft, with the assembly formed by the motor and the locking and unlocking system comprising an elastic return system capable of unlocking the locking system and of returning the rotor and the output shaft to a predefined position, characterized in that the elastic return system exerts, at least partly, its load onto the rotor of the motor.
A method, for a host device set as a mobile Access Point, AP, for controlling wireless data network use of a client device via the mobile AP, the method comprising: determining, by the host device, whether a data-less mode is set for the host device, wherein the data-less mode is a mode for controlling use, by the client device via the host device, of the wireless data network; blocking, by the host device, the client device from using the wireless data network via the mobile AP, if the data-less mode is set; permitting, by the host device, the client device to use the wireless data network via the mobile AP, if the data-less mode is released; releasing, by the host device, the data-less mode upon connection to a fixed AP when the data-less mode is set; and setting, by the host device, the data-less mode upon release of the connection to the fixed AP. determining, by the host device, whether a data-less mode is set for the host device, wherein the data-less mode is a mode for controlling use, by the client device via the host device, of the wireless data network; blocking, by the host device, the client device from using the wireless data network via the mobile AP, if the data-less mode is set; permitting, by the host device, the client device to use the wireless data network via the mobile AP, if the data-less mode is released; releasing, by the host device, the data-less mode upon connection to a fixed AP when the data-less mode is set; and setting, by the host device, the data-less mode upon release of the connection to the fixed AP.
Method for an autonomous automation and robotics unit for analysing a cause of at least one deviation, having the steps of: a. receiving a state data record which is to be analysed and comprises data relating to the autonomous unit having the at least one deviation; b. determining at least one preceding state data record (20, S2); characterized by c. determining a plurality of alternative preceding state data records on the basis of the at least one preceding state data record (20, S3); d. determining a simulated data record by simulating the state of the autonomous unit up to the present time starting from each of the plurality of alternative preceding state data records (30, S4); e. comparing the simulated data records with the state data record to be analysed; f. determining a similarity value between the each of the simulated data records and the state data record to be analysed; and g. outputting the simulated data record, which is most similar to the state data record to be analysed, of the alternative preceding state data record of the plurality of alternative preceding state data records, from which the output simulated data record emerges, as the cause of the at least one deviation or at least one error message on the basis of the similarity value. a. receiving a state data record which is to be analysed and comprises data relating to the autonomous unit having the at least one deviation; b. determining at least one preceding state data record (20, S2); characterized by c. determining a plurality of alternative preceding state data records on the basis of the at least one preceding state data record (20, S3); d. determining a simulated data record by simulating the state of the autonomous unit up to the present time starting from each of the plurality of alternative preceding state data records (30, S4); e. comparing the simulated data records with the state data record to be analysed; f. determining a similarity value between the each of the simulated data records and the state data record to be analysed; and g. outputting the simulated data record, which is most similar to the state data record to be analysed, of the alternative preceding state data record of the plurality of alternative preceding state data records, from which the output simulated data record emerges, as the cause of the at least one deviation or at least one error message on the basis of the similarity value.
A non-aqueous electrolyte solution comprising at least one compound selected from fluorinated linear sulfones and fluorinated linear sulfonic acid esters selected from HCF 2 CF 2 CH 2 OSO 2 CH 3, HCF 2 CF 2 CH 2 OSO 2 CH 2 CH 3, CF 3 CH 2 OSO 2 CH 2 CH 3, CF 3 CF 2 CH 2 OSO 2 CH 3, and CF 3 CF 2 CH 2 OSO 2 CH 2 CH 3, an electrolyte salt. a non-fluorinated cyclic carbonate, and a non-fluorinated chain carbonate. at least one compound selected from fluorinated linear sulfones and fluorinated linear sulfonic acid esters selected from HCF 2 CF 2 CH 2 OSO 2 CH 3, HCF 2 CF 2 CH 2 OSO 2 CH 2 CH 3, CF 3 CH 2 OSO 2 CH 2 CH 3, CF 3 CF 2 CH 2 OSO 2 CH 3, and CF 3 CF 2 CH 2 OSO 2 CH 2 CH 3, an electrolyte salt. a non-fluorinated cyclic carbonate, and a non-fluorinated chain carbonate.
A solid concentrated detergent composition comprising alkali metal hydroxide, alkali metal tripolyphosphate, and methylglycinediacetic acid. alkali metal hydroxide, alkali metal tripolyphosphate, and methylglycinediacetic acid.
A shoe comprising a cured rubber sole, wherein the rubber sole is made by curing a moldable rubber composition comprising a rubber resin selected from the group consisting of natural rubber, synthetic rubber, and mixtures thereof; a sulfur-containing crosslinking agent; a non-petroleum based process oil; and a rubber accelerator comprising tetrabenzylthiuram disulfide.
A method of operating a binaural hearing aid system comprising the steps of: - providing a first hearing aid, a second hearing aid and an auxiliary device; - providing a wireless link, operating at a frequency in the range between 500 MHz and 6 GHz, between said auxiliary device and said first hearing aid and between said auxiliary device and said second hearing aid; - establishing a first short range data connection between said first hearing aid and said auxiliary device including an exchange of first connection information comprising details of the frequency channels and the timing that the auxiliary device will use to transmit data, wherein the first connection information is transmitted from the auxiliary device and to the first hearing aid - using said first hearing aid to transmit data to said auxiliary device in order to maintain said first short range data connection; - receiving the first connection information in said second hearing aid by transmitting said first connection information from said first hearing aid and to said second hearing aid, wherein said step of transmitting said first connection information from said first hearing aid and to said second hearing aid is carried out using an inductive wireless link that operates in the range between 1 MHz and 20 MHz; - using said first connection information to enable said second hearing aid to receive data transmitted over said first short range data connection without having to transmit acknowledgement data to said auxiliary device in order to maintain said first short range data connection. - providing a first hearing aid, a second hearing aid and an auxiliary device; - providing a wireless link, operating at a frequency in the range between 500 MHz and 6 GHz, between said auxiliary device and said first hearing aid and between said auxiliary device and said second hearing aid; - establishing a first short range data connection between said first hearing aid and said auxiliary device including an exchange of first connection information comprising details of the frequency channels and the timing that the auxiliary device will use to transmit data, wherein the first connection information is transmitted from the auxiliary device and to the first hearing aid - using said first hearing aid to transmit data to said auxiliary device in order to maintain said first short range data connection; - receiving the first connection information in said second hearing aid by transmitting said first connection information from said first hearing aid and to said second hearing aid, wherein said step of transmitting said first connection information from said first hearing aid and to said second hearing aid is carried out using an inductive wireless link that operates in the range between 1 MHz and 20 MHz; - using said first connection information to enable said second hearing aid to receive data transmitted over said first short range data connection without having to transmit acknowledgement data to said auxiliary device in order to maintain said first short range data connection.
A unilimb breathing circuit comprising - a proximal end coupling member, - a distal end coupling member, - a corrugated expiratory tube having a first end, and a second end, the expiratory tube being expandable between a fully compressed rest position and a fully expanded rest position, and having a plurality of intermediate rest positions, wherein the expiratory tube is capable of maintaining its rest length without the exertion of an external force, and - a corrugated inspiratory tube having a first end, and a second end, the inspiratory tube being expandable between a fully compressed rest position and a fully expanded rest position, and having a plurality of intermediate rest positions, wherein the inspiratory tube is capable of maintaining its rest length without the exertion of an external force, wherein, in the assembled breathing circuit, - the first end of the expiratory tube is fixedly coupled to the proximal end coupling member, - the second end of the expiratory tube is fixedly coupled to the distal end coupling member, - the first end of the inspiratory tube is fixedly coupled to the proximal end coupling member, and - the second end of the inspiratory tube is fixedly coupled to the distal end coupling member, characterized in that the length of the inspiratory tube in its fully expanded rest position is greater than the length of the expiratory tube in its fully expanded rest position. - a proximal end coupling member, - a distal end coupling member, - a corrugated expiratory tube having a first end, and a second end, the expiratory tube being expandable between a fully compressed rest position and a fully expanded rest position, and having a plurality of intermediate rest positions, wherein the expiratory tube is capable of maintaining its rest length without the exertion of an external force, and - a corrugated inspiratory tube having a first end, and a second end, the inspiratory tube being expandable between a fully compressed rest position and a fully expanded rest position, and having a plurality of intermediate rest positions, wherein the inspiratory tube is capable of maintaining its rest length without the exertion of an external force, - the first end of the expiratory tube is fixedly coupled to the proximal end coupling member, - the second end of the expiratory tube is fixedly coupled to the distal end coupling member, - the first end of the inspiratory tube is fixedly coupled to the proximal end coupling member, and - the second end of the inspiratory tube is fixedly coupled to the distal end coupling member,
An apparatus configured for use in operating an electrode catheter, the apparatus comprising an input interface configured for receiving a signal indicative of a level of electrical coupling between an electrode of said electrode catheter and said patient; a processor configured for processing said signal to determine said level of electrical coupling between said electrode of said electrode catheter and said patient, wherein said processor determines said level of electrical coupling from multiple levels of electrical coupling by comparing at least a portion of said signal with tissue specific empirically predetermined ranges of benchmark frequency values, or ranges of benchmark reactance values, or ranges of benchmark phase angle values; an output interface configured for providing an output to an electro-anatomical mapping and navigation system to indicate said determined level of electrical coupling; and said electro-anatomical mapping and navigation system adapted to receive the output from the output interface and adapted to monitor a position of said electrode catheter during a medical procedure.
A sliding step for a vehicle, in particular for a rail vehicle, comprising a step housing and an extending portion displaceably mounted within the step housing, wherein the extending portion has at least one step tread and is displaceable between a use position and a rest position, and the step tread is displaceable into the use position through an extending portion opening at a front of the step housing, and the interior space of the step housing is divided into a rear space and a front space by at least one partition wall extending between opposite side walls (11; 12), wherein the step tread moves within the front space while a drive unit for moving the extending portion is located within the rear space, wherein drive means (22; 23; 61; 62) for moving the step tread are routed through the partition wall, characterized in that the step tread abuts against the partition wall in the rest position of the extending portion.
An elongate medical device handle assembly comprising: a body (20, 22, 24, 24') defining an interior, an exterior, and a connector port (36, 36'), said connector port (36, 36') comprising an open passageway extending between said interior and said exterior and defining an axis that extends from said interior to said exterior; and a connector (34, 34') extending from said interior to said exterior through said connector port (36, 36'), wherein the connector (34, 34') is an extension tube, and wherein the extension tube (34, 34') is affixed to said connector port (36, 36'), characterized in that said connector port (36, 36') comprises a first axial portion (56, 56') having a first cross-sectional shape taken transverse to said axis, and a second axial portion (58, 58') having a second cross-sectional shape taken transverse to said axis, wherein said first cross-sectional shape is different from said second cross-sectional shape and wherein said first cross-sectional shape is substantially polygonal and wherein said second cross-sectional shape is substantially circular or other than a circle. a body (20, 22, 24, 24') defining an interior, an exterior, and a connector port (36, 36'), said connector port (36, 36') comprising an open passageway extending between said interior and said exterior and defining an axis that extends from said interior to said exterior; and a connector (34, 34') extending from said interior to said exterior through said connector port (36, 36'), wherein the connector (34, 34') is an extension tube, and wherein the extension tube (34, 34') is affixed to said connector port (36, 36'), characterized in that said connector port (36, 36') comprises a first axial portion (56, 56') having a first cross-sectional shape taken transverse to said axis, and a second axial portion (58, 58') having a second cross-sectional shape taken transverse to said axis, wherein said first cross-sectional shape is different from said second cross-sectional shape and wherein said first cross-sectional shape is substantially polygonal and wherein said second cross-sectional shape is substantially circular or other than a circle.
A terminal cassette assembly for a terminal crimping machine, the terminal cassette assembly comprising: a cassette housing having a terminal reel chamber, the cassette housing enclosing the terminal reel chamber, the terminal reel chamber being configured to removably receive a terminal reel therein having a strip of terminals configured to be crimped to corresponding wires by the terminal crimping machine, the terminal cassette assembly is configured to be removably coupled to the terminal crimping machine, wherein the cassette housing is configured to be coupled to the terminal crimping machine such that the terminal reel supplies terminals to the terminal crimping machine; and a crimp tooling, characterised in that the terminal cassette assembly further comprises: a crimp tooling chamber configured to removably receive the crimp tooling; and a crimp tooling cover covering the crimp tooling chamber, the crimp tooling cover providing access to the crimp tooling. a cassette housing having a terminal reel chamber, the cassette housing enclosing the terminal reel chamber, the terminal reel chamber being configured to removably receive a terminal reel therein having a strip of terminals configured to be crimped to corresponding wires by the terminal crimping machine, the terminal cassette assembly is configured to be removably coupled to the terminal crimping machine, wherein the cassette housing is configured to be coupled to the terminal crimping machine such that the terminal reel supplies terminals to the terminal crimping machine; and a crimp tooling, characterised in that the terminal cassette assembly further comprises: a crimp tooling chamber configured to removably receive the crimp tooling; and a crimp tooling cover covering the crimp tooling chamber, the crimp tooling cover providing access to the crimp tooling. a crimp tooling chamber configured to removably receive the crimp tooling; and a crimp tooling cover covering the crimp tooling chamber, the crimp tooling cover providing access to the crimp tooling.