mhurhangee/ep-ind-claims huggingface dataset:
A fiber optic connector, comprising: a connector sub-assembly including: a ferrule configured to support at least one optical fiber, wherein the ferrule defines a front of the fiber optic connector; a connector body surrounding at least a portion of the ferrule; and a latch arm extending outwardly and rearwardly from a portion of the connector body, wherein an end of the latch arm can be depressed toward the connector body; a housing (34,70) in which a rear portion of the connector sub-assembly is received; a trigger extending outwardly from the housing (34,70) and over the end of the latch arm, wherein the trigger is configured to flex toward the housing (34,70) to depress the latch arm; and a locking member movable between a forward position and a rearward position, wherein the forward position is closer to the front of the fiber optic connector than the rearward position, characterized in that, the locking member and trigger are configured so that the locking member prevents the trigger from depressing the latch arm in the rearward position but allows the trigger to depress the latch arm in the forward position, and wherein the trigger includes an opening through which the locking member extends in the forward and rearward positions of the locking member. a connector sub-assembly including: a ferrule configured to support at least one optical fiber, wherein the ferrule defines a front of the fiber optic connector; a connector body surrounding at least a portion of the ferrule; and a latch arm extending outwardly and rearwardly from a portion of the connector body, wherein an end of the latch arm can be depressed toward the connector body; a ferrule configured to support at least one optical fiber, wherein the ferrule defines a front of the fiber optic connector; a connector body surrounding at least a portion of the ferrule; and a latch arm extending outwardly and rearwardly from a portion of the connector body, wherein an end of the latch arm can be depressed toward the connector body; a housing (34,70) in which a rear portion of the connector sub-assembly is received; a trigger extending outwardly from the housing (34,70) and over the end of the latch arm, wherein the trigger is configured to flex toward the housing (34,70) to depress the latch arm; and a locking member movable between a forward position and a rearward position, wherein the forward position is closer to the front of the fiber optic connector than the rearward position, characterized in that, the locking member and trigger are configured so that the locking member prevents the trigger from depressing the latch arm in the rearward position but allows the trigger to depress the latch arm in the forward position, and wherein the trigger includes an opening through which the locking member extends in the forward and rearward positions of the locking member.
A method for operating a density meter, which comprises at least one measuring tube that can oscillate for conducting a medium, and an exciter arranged on the measuring tube for initiating oscillation modes of the at least one measuring tube, and a support body, wherein the measuring tube has inlet-side and outlet-side end sections which are connected to the support body, wherein the method includes the following steps: Initiating at least three oscillation modes of the measuring tube; Determining natural frequency measured values (fn) of the at least three oscillation modes; Determining a density measured value (ρ M) of the medium, taking any gas load present into account; and determining a characteristic property (a, b, w) of the at least one measuring tube based on the natural frequencies of the three oscillation modes, wherein the characteristic property of the measuring tube comprises an effective wall thickness value (w) or an effective material removal value (a) of the wall of the measuring tube, or an effective mass coating value for a mass coating on the wall of the measuring tube. Initiating at least three oscillation modes of the measuring tube; Determining natural frequency measured values (fn) of the at least three oscillation modes; Determining a density measured value (ρ M) of the medium, taking any gas load present into account; and determining a characteristic property (a, b, w) of the at least one measuring tube based on the natural frequencies of the three oscillation modes, wherein the characteristic property of the measuring tube comprises an effective wall thickness value (w) or an effective material removal value (a) of the wall of the measuring tube, or an effective mass coating value for a mass coating on the wall of the measuring tube.
Bumper comprising at least one embossing, wherein the embossing is designed to extend counter to the direction of travel of the vehicle and the embossing comprises a base surface, a rear side, an internal inner side and an external inner side, wherein the base surface is designed as a step and wherein the rear side has at least one first venting opening, characterized in that the first venting opening is connected to a venting duct, the venting duct extends counter to the direction of travel of the vehicle, the venting duct has a venting duct longitudinal axis which forms an acute angle with the direction of travel of the vehicle, and the venting duct is formed to widen in cross section.
Process of implementing a data-sharing relationship, wherein the data is an email, the process comprising: - generating, by a recipient's data sharing system, DSS, client, a public-encryption key, and a corresponding private-decryption key; - transmitting, by the recipient's DSS client, the public-encryption key to a sender DSS client; - providing the sender with a plurality of encryption keys of a plurality of contacts of the sender; - encrypting, by the sender DSS client, an email to be transmitted, wherein: • if the email is to be shared only with a contact of the sender, the sender encrypts the email with at least one of the provided plurality of encryption keys of the sender; and • if the email is to be sent to one or more users who are not contacts of the sender, the sender encrypts the email with the recipient's public encryption key; - sending, by the sender DSS client, the encrypted email to the recipient; - using, by the recipient DSS client, the corresponding private-decryption key to decrypt the encrypted email, thus revealing a copy of the original unencrypted email. - generating, by a recipient's data sharing system, DSS, client, a public-encryption key, and a corresponding private-decryption key; - transmitting, by the recipient's DSS client, the public-encryption key to a sender DSS client; - providing the sender with a plurality of encryption keys of a plurality of contacts of the sender; - encrypting, by the sender DSS client, an email to be transmitted, wherein: • if the email is to be shared only with a contact of the sender, the sender encrypts the email with at least one of the provided plurality of encryption keys of the sender; and • if the email is to be sent to one or more users who are not contacts of the sender, the sender encrypts the email with the recipient's public encryption key; • if the email is to be shared only with a contact of the sender, the sender encrypts the email with at least one of the provided plurality of encryption keys of the sender; and • if the email is to be sent to one or more users who are not contacts of the sender, the sender encrypts the email with the recipient's public encryption key; - sending, by the sender DSS client, the encrypted email to the recipient; - using, by the recipient DSS client, the corresponding private-decryption key to decrypt the encrypted email, thus revealing a copy of the original unencrypted email.
Method for producing a laminated holographic display comprising the following steps: - Providing a display precursor, wherein the display precursor comprises a first glass layer, a second glass layer, an unrecorded photopolymer film layer (117, 117-1), which is arranged between the first glass layer and the second glass layer, and a polymer film layer, which is arranged between the unrecorded photopolymer film layer (117, 117-1) and the second glass layer, wherein the providing step is performed in the absence of ambient light; - Laminating the display precursor to obtain a display laminate, wherein the laminating step is performed in the absence of ambient light; and - Recording a hologram in the display laminate by applying a light beam to the unrecorded photopolymer film layer (117, 117-1) of the display laminate to obtain a recorded photopolymer film layer (117, 117-2) comprising the hologram, wherein the recording step is performed in the absence of ambient light, wherein the display precursor comprises an additional polymer film layer or optically transparent adhesive layer, which is arranged between the photopolymer film layer (117, 117-1, 117-2) and the first glass layer. - Providing a display precursor, wherein the display precursor comprises a first glass layer, a second glass layer, an unrecorded photopolymer film layer (117, 117-1), which is arranged between the first glass layer and the second glass layer, and a polymer film layer, which is arranged between the unrecorded photopolymer film layer (117, 117-1) and the second glass layer, wherein the providing step is performed in the absence of ambient light; - Laminating the display precursor to obtain a display laminate, wherein the laminating step is performed in the absence of ambient light; and - Recording a hologram in the display laminate by applying a light beam to the unrecorded photopolymer film layer (117, 117-1) of the display laminate to obtain a recorded photopolymer film layer (117, 117-2) comprising the hologram, wherein the recording step is performed in the absence of ambient light,
A low profile embedded blade tip clearance, BTC, probe, comprising: a housing having a cavity configured to be disposed radially outward of a blade; a lower insulator disposed within the cavity; a sensor element disposed within the cavity; an upper insulator disposed within the cavity; a cap wherein the cap fills a remainder of the cavity; and a hard lead in electronic communication with the sensor element and the housing, wherein the cap comprises a disk having an upper surface and a lower surface, wherein the lower surface is in contact with the upper insulator, characterised in that the upper insulator comprises a first alignment hole and a clearance cutout, wherein the cap comprises a second alignment hole through the upper surface and the lower surface, and a hemispherical clearance cutout proximate the lower surface, wherein the first alignment hole and the second alignment hole are configured to be aligned over an alignment pin. a housing having a cavity configured to be disposed radially outward of a blade; a lower insulator disposed within the cavity; a sensor element disposed within the cavity; an upper insulator disposed within the cavity; a cap wherein the cap fills a remainder of the cavity; and a hard lead in electronic communication with the sensor element and the housing, wherein the cap comprises a disk having an upper surface and a lower surface, wherein the lower surface is in contact with the upper insulator, characterised in that the upper insulator comprises a first alignment hole and a clearance cutout, wherein the cap comprises a second alignment hole through the upper surface and the lower surface, and a hemispherical clearance cutout proximate the lower surface, wherein the first alignment hole and the second alignment hole are configured to be aligned over an alignment pin.
Clutch arrangement with a first and a second loose wheel (4, 5), with a first and a second clutch (6, 7) and with an output shaft, the first and the second loose wheel (4, 5) being arranged rotatably about the output shaft, and both clutches (6, 7) being actuable by means of a pressure-medium-loadable piston/cylinder unit in such a way that selectively in each case one of the two loose wheels (4, 5) is connectable fixedly in terms of rotation to the output shaft, the piston/cylinder unit having a step piston, a middle shift position being capable of being set, in which the clutch arrangement transmits no torque, and the piston of the piston/cylinder unit being loadable with pressure medium on only one side, characterized in that the step piston has a fixed piston axially connected firmly to the output shaft and an axially displaceable drag piston.
A smoking article comprising: a tobacco rod; and a filter connected to the tobacco rod, the filter comprising: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, wherein the hollow tube segment is formed from a plurality of overlapping paper layers, adjacent paper layers of the hollow tube segment being adhered together by an intermediate layer of an adhesive; and wherein the hollow tube segment has a wall thickness of at least 150 micrometres. a tobacco rod; and a filter connected to the tobacco rod, the filter comprising: a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, wherein the hollow tube segment is formed from a plurality of overlapping paper layers, adjacent paper layers of the hollow tube segment being adhered together by an intermediate layer of an adhesive; and wherein the hollow tube segment has a wall thickness of at least 150 micrometres. a first filter segment comprising one or more breakable capsules, each breakable capsule comprising an outer shell and an inner core containing an additive; a hollow tube segment downstream of the first filter segment and defining a cavity at the mouth end of the filter, the hollow tube segment positioned between a downstream end of the first filter segment and the mouth end of the filter; and a plug wrap circumscribing the first filter segment and the hollow tube segment, wherein the plug wrap has a basis weight of less than 90 grams per square metre, wherein the hollow tube segment is formed from a plurality of overlapping paper layers, adjacent paper layers of the hollow tube segment being adhered together by an intermediate layer of an adhesive; and wherein the hollow tube segment has a wall thickness of at least 150 micrometres.
An air-bag assembly comprising: an air-bag arrangement movable from a stored configuration to a deployed configuration, the air-bag arrangement comprising a first chamber (15, 26) and a second chamber (14, 24a, 24b), the second chamber (14, 24a, 24b) being positioned adjacent to, or attached to, the first chamber (15, 26) and located to provide localised support to the first chamber (15, 26), wherein, when in the stored configuration, the second chamber (14, 24a, 24b) is folded outside of the first chamber (15, 26); and at least one inflator (22, 23) coupled to the air-bag arrangement, wherein the at least one inflator (22, 23) is configured to inflate the air-bag arrangement when activated, and when in the inflated configuration, the second chamber (14, 24a, 24b) is located against a back panel of the first chamber (15, 26) to provide a reaction force surface to assist in maintaining the first chamber (15, 26) in a desired position while the first chamber (15, 26) is deployed. an air-bag arrangement movable from a stored configuration to a deployed configuration, the air-bag arrangement comprising a first chamber (15, 26) and a second chamber (14, 24a, 24b), the second chamber (14, 24a, 24b) being positioned adjacent to, or attached to, the first chamber (15, 26) and located to provide localised support to the first chamber (15, 26), wherein, when in the stored configuration, the second chamber (14, 24a, 24b) is folded outside of the first chamber (15, 26); and at least one inflator (22, 23) coupled to the air-bag arrangement, wherein the at least one inflator (22, 23) is configured to inflate the air-bag arrangement when activated, and when in the inflated configuration, the second chamber (14, 24a, 24b) is located against a back panel of the first chamber (15, 26) to provide a reaction force surface to assist in maintaining the first chamber (15, 26) in a desired position while the first chamber (15, 26) is deployed.
A method of reconfiguring a time division duplex, TDD, uplink/downlink, UL/DL, configuration, the method comprising: identifying a first TDD UL/DL predetermined configuration for a first radio frame; and identifying a second TDD UL/DL predetermined configuration for a second radio frame adjacent the first radio frame, the second TDD UL/DL predetermined configuration identified based, at least in part, on one or more subframes of the second TDD UL/DL predetermined configuration that can communicate hybrid automatic repeat request, HARQ, acknowledgement/negative acknowledgement, ACK/ NACK, indicators for corresponding subframes of the first TDD UL/DL predetermined configuration; wherein the first radio frame and second radio frame each consist of one or more downlink subframes, one or more uplink subframes and one or more special subframes. identifying a first TDD UL/DL predetermined configuration for a first radio frame; and identifying a second TDD UL/DL predetermined configuration for a second radio frame adjacent the first radio frame, the second TDD UL/DL predetermined configuration identified based, at least in part, on one or more subframes of the second TDD UL/DL predetermined configuration that can communicate hybrid automatic repeat request, HARQ, acknowledgement/negative acknowledgement, ACK/ NACK, indicators for corresponding subframes of the first TDD UL/DL predetermined configuration; wherein the first radio frame and second radio frame each consist of one or more downlink subframes, one or more uplink subframes and one or more special subframes.
A communication middleware, characterized in that the communication middleware is for managing multicast channels between a server hosting a massively multi-user online application and a client using the application connected through a communication network, the server managing a virtual world where a user of the client evolves, the virtual world being decomposed into zones simulated by one or more clients, wherein: - the communication middleware manages compulsory multicast channels for delivering compulsory data from the application run by the server to an application run by the client over the communication network, a respective multicast address being allocated to each respective zone so that each respective zone is attached to a respective compulsory multicast channel, the client subscribing mandatorily to the respective compulsory multicast channel of each zone that the client wants to simulate; and - the communication middleware manages one or more optional multicast channels for delivering optional data from the application run by the server to the application run by the client over the communication network, the one or more optional multicast channels being used for temporary or localized communications, each optional multicast channel being created upon a request of the application run by the client or of a user of the application run by the client. - the communication middleware manages compulsory multicast channels for delivering compulsory data from the application run by the server to an application run by the client over the communication network, a respective multicast address being allocated to each respective zone so that each respective zone is attached to a respective compulsory multicast channel, the client subscribing mandatorily to the respective compulsory multicast channel of each zone that the client wants to simulate; and - the communication middleware manages one or more optional multicast channels for delivering optional data from the application run by the server to the application run by the client over the communication network, the one or more optional multicast channels being used for temporary or localized communications, each optional multicast channel being created upon a request of the application run by the client or of a user of the application run by the client.
A method for manufacturing a cigarette paper, comprising the following steps: (a) providing a base cigarette paper having an air permeability of 10 to 200 CORESTA units, preferably 40 to 100 CORESTA units; (b) providing a film-forming composition, said film-forming composition comprising a solvent and two or three film-forming agents, selected from the group consisting of the film-forming agents A, B and C, of which the molecular weight distributions are statistically significantly different, wherein the content of each film-forming agent in the composition is selected such that the total content of film-forming agents in the composition is 15 to 30 % by weight, preferably 22 to 27 % by weight, and the viscosity of the composition is from 13 to 22 s, preferably 17.5 to 19.5 s, measured using a DIN 4 cup at 70°C, (c) applying the film-forming composition to the cigarette paper by means of a printing method, preferably by means of intaglio printing or flexographic printing. wherein in step (b) the content of each film-forming agent in the composition is selected such that the diffusivity in one or more discrete areas of the cigarette paper, in which the composition is applied, is between 0.2 and 0.4 cm/s, preferably between 0.25 and 0.35 cm/s, measured after the paper has been heated to 230°C for 30 minutes,, wherein the film-forming agents A, B and/or C are selected independently from one another from the group consisting of starch and starch degradation products or derivatives thereof. (a) providing a base cigarette paper having an air permeability of 10 to 200 CORESTA units, preferably 40 to 100 CORESTA units; (b) providing a film-forming composition, said film-forming composition comprising a solvent and two or three film-forming agents, selected from the group consisting of the film-forming agents A, B and C, of which the molecular weight distributions are statistically significantly different, wherein the content of each film-forming agent in the composition is selected such that the total content of film-forming agents in the composition is 15 to 30 % by weight, preferably 22 to 27 % by weight, and the viscosity of the composition is from 13 to 22 s, preferably 17.5 to 19.5 s, measured using a DIN 4 cup at 70°C, (c) applying the film-forming composition to the cigarette paper by means of a printing method, preferably by means of intaglio printing or flexographic printing.
A coagulated root or tuber protein powder having a glycoalkaloid content of below 100- mg/kg dry weight, wherein the d-10 is less than 30 μm, the d-50 is less than 75 μm, and the d-90 is less than 250 μm, expressed on a dry product, and wherein the total content of glucose, fructose and sucrose is less than 0.5 g/kg dry weight.