mhurhangee/ep-ind-claims huggingface dataset:
A delivery system for a dental composition comprising a mixer, a cartridge having a first, second and third compartment for receiving a first, second and third component, respectively, of the dental composition; and a bypass valve switchable between a first position and a second position, wherein in the first position, fluid communication is established between the third compartment and the mixer, and wherein in the second position, fluid communication is blocked between the third compartment and the mixer; wherein the bypass valve further comprises a bypass outlet by which a reservoir is connectable to the third compartment; and wherein fluid communication is blocked between the third compartment and the bypass outlet in the first position of the bypass valve and wherein fluid communication is established between the third compartment and the bypass outlet in the second position of the bypass valve. wherein in the first position, fluid communication is established between the third compartment and the mixer, and wherein in the second position, fluid communication is blocked between the third compartment and the mixer;
A chair for a cable transportation system; the chair comprising: - a row of seats placed side by side; - a protection device (5, 16) movable with respect to the seats between a first distal position wherein it does not hinder the embarkation and disembarkation of passengers and a second position proximal to the seats wherein it performs the function of protecting passengers during transportation; and - a plurality of cord devices coupled to the protection device (5, 16); each cord device being configured to be grasped and moved manually by the passengers seated on the seats for moving the protection device (5, 16) by pulling from the first position to the second position; characterized in that each cord device is configured in such a way that for a first movement section it has an elastic behaviour generating an elongation without pulling the protection device (5, 16) and for a second movement section, subsequent to the first one, it has a rigid behaviour generating the pulling of the protection device (5, 16); wherein the cord device comprises: - a cord made of a material configured to elongate elastically due to manual pulling by the passengers until reaching a maximum elongation which is at least equal to about 10% of the length at rest; or a spring device connected to the protection device (5, 16) and a cord made of non-extendible material; the spring device being configured to elongate elastically due to manual pulling by the passengers until a maximum elongation is reached. - a row of seats placed side by side; - a protection device (5, 16) movable with respect to the seats between a first distal position wherein it does not hinder the embarkation and disembarkation of passengers and a second position proximal to the seats wherein it performs the function of protecting passengers during transportation; and - a plurality of cord devices coupled to the protection device (5, 16); each cord device being configured to be grasped and moved manually by the passengers seated on the seats for moving the protection device (5, 16) by pulling from the first position to the second position; each cord device is configured in such a way that for a first movement section it has an elastic behaviour generating an elongation without pulling the protection device (5, 16) and for a second movement section, subsequent to the first one, it has a rigid behaviour generating the pulling of the protection device (5, 16); wherein the cord device comprises: - a cord made of a material configured to elongate elastically due to manual pulling by the passengers until reaching a maximum elongation which is at least equal to about 10% of the length at rest; or - a cord made of a material configured to elongate elastically due to manual pulling by the passengers until reaching a maximum elongation which is at least equal to about 10% of the length at rest; or a spring device connected to the protection device (5, 16) and a cord made of non-extendible material; the spring device being configured to elongate elastically due to manual pulling by the passengers until a maximum elongation is reached.
An information processing apparatus adapted to manage a group composed of a plurality of communication devices (300, 400, 410) that share a machine communication identity module, MCIM, limited to use by any one of the plurality of communication devices, the information processing apparatus comprising: a receiving unit configured to receive, from a registration operator, a request originating from a first communications device (300, 400, 410) of the group currently in possession of the MCIM for information identifying at least one second communications device of the group, the second communications device being associated with the first communications device, and the first and second communications devices sharing at least one connection right based on information associated with the MCIM; and a control unit configured to: extract from the received request the group to which the first communications device belongs; obtain the information relating to the extracted group, based on the received request; and generate an instruction to transmit the information to the registration operator for subsequent transmission to the first communications device; and wherein the information processing apparatus corresponds to a selected home operator of a wireless network, the selected home operator being associated with the machine communication identity module. a receiving unit configured to receive, from a registration operator, a request originating from a first communications device (300, 400, 410) of the group currently in possession of the MCIM for information identifying at least one second communications device of the group, the second communications device being associated with the first communications device, and the first and second communications devices sharing at least one connection right based on information associated with the MCIM; and a control unit configured to: extract from the received request the group to which the first communications device belongs; obtain the information relating to the extracted group, based on the received request; and generate an instruction to transmit the information to the registration operator for subsequent transmission to the first communications device; and wherein the information processing apparatus corresponds to a selected home operator of a wireless network, the selected home operator being associated with the machine communication identity module. extract from the received request the group to which the first communications device belongs; obtain the information relating to the extracted group, based on the received request; and generate an instruction to transmit the information to the registration operator for subsequent transmission to the first communications device; and wherein the information processing apparatus corresponds to a selected home operator of a wireless network, the selected home operator being associated with the machine communication identity module.
An implant, comprising a main body consisting wholly of a biocorrodible metallic material, characterised in that the main body consisting of biocorrodible metallic material is entirely or partially covered with a coating formed of a crosslinked CF x layer having an F/C ratio in the range of 0.5 to 1.5.
Method for monitoring and non-destructively testing an endlessly circulating conveyor belt of a belt conveyor system with at least one metal belt tension member embedded in the conveyor belt, using at least one belt diagnostic coil by means of which the conveyor belt is contactlessly sampled, a measurement signal influenced by the circulating conveyor belt being continuously recorded by the belt diagnostic coil, the measurement signal being transmitted to a device for data recording, and the measurement signal being analyzed with regard to a deviation from a reference signal so that the state of the metal belt tension members integrated in the conveyor belt and/or the state of belt connections are diagnosed on the basis of significant changes in a measurement signal which deviates from the reference signal, characterized in that the belt diagnostic coil is used as part of a series resonant circuit which is excited with an alternating voltage.
A compound according to Formula VIIA/B, reversibly convertible under photochromic and electrochromic conditions between a ring-open isomer A and a ring-closed isomer B: wherein Z, R 1, R 2, R 4, R 10a, R 10b, R 10c, R 10d are as shown for one of the following formulas: or
Mechatronic flow measuring insert comprising a housing, arranged on which is a guide sleeve, on which a sliding element is mounted displaceably against a spring force, and comprising a proximity sensor element, which is arranged inside the guide sleeve and senses the position of the sliding element, which is dependent on the flow rate of the medium to be measured, characterized in that a heat conducting sleeve with a high heat conducting coefficient is provided, screwed into the guide sleeve with a lower heat conducting coefficient and having the proximity sensor element with a connection cable arranged inside it at the front end, the heat conducting sleeve consisting of a highly heat-conductive material with a heat conducting coefficient that is at least 50 times greater than that of the guide sleeve and is at least 220 W/Km.
An airflow control apparatus to control air flow into the body, specifically into the lungs, the apparatus comprising: a tube having an inner surface and an outer surface, the inner surface of the tube permitting air flow, at least one arm (22a, 22b) having a first portion (24a, 24b) and a second portion (26a, 26b), the first portion (24a, 24b) spaced laterally apart from the second portion (26a, 26b), a ring connecting the at least one arm (22a, 22b), the ring connected at the first portion (24a, 24b) of the at least one arm (22a, 22b), characterized in the outer surface having a thread; the at least one arm (22a, 22b) having structure operable to connect with the thread on the outer surface of the tube; the apparatus comprising a mask fitted around the outer surface of the tube; wherein the user of the apparatus is able to twist the tube thereby engaging the thread on the outer surface of the tube to allow the at least one arm (22a, 22b) to pivot about the first portion (24a, 24b) thereby operable to displace soft tissue blocking the airway of a patient. a tube having an inner surface and an outer surface, the inner surface of the tube permitting air flow, at least one arm (22a, 22b) having a first portion (24a, 24b) and a second portion (26a, 26b), the first portion (24a, 24b) spaced laterally apart from the second portion (26a, 26b), a ring connecting the at least one arm (22a, 22b), the ring connected at the first portion (24a, 24b) of the at least one arm (22a, 22b), characterized in the outer surface having a thread; the at least one arm (22a, 22b) having structure operable to connect with the thread on the outer surface of the tube; the apparatus comprising a mask fitted around the outer surface of the tube; wherein the user of the apparatus is able to twist the tube thereby engaging the thread on the outer surface of the tube to allow the at least one arm (22a, 22b) to pivot about the first portion (24a, 24b) thereby operable to displace soft tissue blocking the airway of a patient.
A seat cushion for a vehicle seat, in particular an aircraft seat, comprising at least one bolster comprising at least one first layer made of a plastic material, wherein in the at least one first plastic material layer at least one stabilizing means is embedded, wherein the at least one stabilizing means has a higher bending stiffness with respect to the first plastic material layer, wherein the at least one stabilizing means comprises profiled carrier rails spaced apart from each other, characterized in that the carrier rails have a U-profile or a trapezoidal profile, wherein the carrier rails consist of carbon fibers or glass fibers, wherein the fibers are incorporated in a resin system, and wherein the carrier rails are profiled by press embossing of wet fiber materials. wherein in the at least one first plastic material layer at least one stabilizing means is embedded, wherein the at least one stabilizing means has a higher bending stiffness with respect to the first plastic material layer, wherein the at least one stabilizing means comprises profiled carrier rails spaced apart from each other, characterized in that the carrier rails have a U-profile or a trapezoidal profile, wherein the carrier rails consist of carbon fibers or glass fibers, wherein the fibers are incorporated in a resin system, and wherein the carrier rails are profiled by press embossing of wet fiber materials.
An operation input detection device (20, 60) comprising: a side-surface proximity sensor (6, 46) that is provided at a lower side surface portion (4a, 41a) of a vehicle (1, 41); and an operation input detection portion (10, 50) that is configured to detect an operation input based on a sensor output (Sa) of the side-surface proximity sensor (6, 46), wherein the operation input detection portion (10, 50) is configured to determine that the operation input is performed in a case where when a change in the sensor output (Sa) indicating proximity of a detection object is detected, after a first peak is detected in an acceleration (α) of the sensor output (Sa), a second peak is detected in the same direction as that of the first peak at a first predetermined interval that is set in advance. a side-surface proximity sensor (6, 46) that is provided at a lower side surface portion (4a, 41a) of a vehicle (1, 41); and an operation input detection portion (10, 50) that is configured to detect an operation input based on a sensor output (Sa) of the side-surface proximity sensor (6, 46), wherein the operation input detection portion (10, 50) is configured to determine that the operation input is performed in a case where when a change in the sensor output (Sa) indicating proximity of a detection object is detected, after a first peak is detected in an acceleration (α) of the sensor output (Sa), a second peak is detected in the same direction as that of the first peak at a first predetermined interval that is set in advance.
Method for catalytically releasing a gas from a carrier material, comprising the method steps of: - providing a reactor housing (3; 3b; 3c) in which catalyst material is arranged as catalyst particles in bulk, - releasing the gas from the carrier material by contacting the carrier material with the catalyst material, - reactivating the catalyst particles by moving the catalyst particles in the reactor housing (3; 3b; 3c), wherein the movement is effected in a time-controlled manner after expiry of a variably definable time interval. - providing a reactor housing (3; 3b; 3c) in which catalyst material is arranged as catalyst particles in bulk, - releasing the gas from the carrier material by contacting the carrier material with the catalyst material, - reactivating the catalyst particles by moving the catalyst particles in the reactor housing (3; 3b; 3c), wherein the movement is effected in a time-controlled manner after expiry of a variably definable time interval.
A system comprising: a tool comprising a pipe configured for downhole or subsea usage for pressures greater than 275790363 Pa (40 000 PSI), the tool having a tag pocket formed in a surface of the tool; an identification tag, comprising: a carrier comprising a cavity therein; and a glass bead arranged within the cavity, wherein the glass bead includes an electronics module configured to receive and transmit signals; a protective fluid-like fill material disposed in the cavity such that it completely surrounds the glass bead; wherein the electronics module is surrounded by the glass bead, wherein the identification tag is secured within the tag pocket such that it is embedded within the tool; characterized in that the protective fluid-like fill material is suitable for providing a uniform pressure to the bead over a temperature range of -65°C to 250°C, the protective fluid-like fill material comprising a silicone gel, and the carrier comprises openings, through the entire thickness of the identification tag, arranged to provide pressure equalization across the identification tag. a tool comprising a pipe configured for downhole or subsea usage for pressures greater than 275790363 Pa (40 000 PSI), the tool having a tag pocket formed in a surface of the tool; an identification tag, comprising: a carrier comprising a cavity therein; and a glass bead arranged within the cavity, wherein the glass bead includes an electronics module configured to receive and transmit signals; a protective fluid-like fill material disposed in the cavity such that it completely surrounds the glass bead; wherein the electronics module is surrounded by the glass bead, wherein the identification tag is secured within the tag pocket such that it is embedded within the tool; characterized in that the protective fluid-like fill material is suitable for providing a uniform a carrier comprising a cavity therein; and a glass bead arranged within the cavity, wherein the glass bead includes an electronics module configured to receive and transmit signals; a protective fluid-like fill material disposed in the cavity such that it completely surrounds the glass bead; wherein the electronics module is surrounded by the glass bead, wherein the identification tag is secured within the tag pocket such that it is embedded within the tool; characterized in that the protective fluid-like fill material is suitable for providing a uniform pressure to the bead over a temperature range of -65°C to 250°C, the protective fluid-like fill material comprising a silicone gel, and the carrier comprises openings, through the entire thickness of the identification tag, arranged to provide pressure equalization across the identification tag.
Flame-retardant polyamide composition comprising - a polyamide with a melting temperature higher than 265 °C and - ammeline and/or ammelide, in which the ammeline and/or ammelide is obtainable by a biocatalytic process from melamine in an aqueous reaction mixture comprising a biocatalyst, wherein melamine is converted into ammeline and optionally further into ammelide, - wherein the composition comprises less than 0.5 wt% cyanuric acid, relative to the total weight of ammeline and ammelide. - a polyamide with a melting temperature higher than 265 °C and - ammeline and/or ammelide, in which the ammeline and/or ammelide is obtainable by a biocatalytic process from melamine in an aqueous reaction mixture comprising a biocatalyst, wherein melamine is converted into ammeline and optionally further into ammelide, - wherein the composition comprises less than 0.5 wt% cyanuric acid, relative to the total weight of ammeline and ammelide.
An arrangement for providing a land vehicle with electric energy by producing an electromagnetic field on a primary side located on a track of the vehicle and/or located at a stop of the vehicle, by receiving a magnetic component of the electromagnetic field on a secondary side onboard the vehicle using a secondary side conductor assembly (5; 21) located above a source of the electromagnetic field and by magnetic induction on the secondary side, wherein the arrangement comprises - a primary side conductor assembly (8; 11) made of electrically conducting material as the source of the electromagnetic field, wherein primary side conductor assembly (8; 11) produces the electromagnetic field during operation while the electrically conducting material carries an alternating electric current, - a primary side shielding assembly (9; 13) assembly made of magnetizable material wherein the primary side shielding assembly (9; 13) or a part of the primary side shielding assembly (9; 13) extends sideways of the primary side conductor assembly (8; 11) on the same height level as the primary side conductor assembly (8; 11), thereby shielding regions, which are located beyond the magnetizable material, from the electromagnetic field, wherein the primary side shielding assembly (9; 13) assembly extends from sideways of the primary side conductor assembly (8; 11) to a height level above a height level of a lateral edge of the primary side conductor assembly (8; 11), thereby also shielding regions, which are located beyond the magnetizable material and at a higher height level as the lateral edge of the primary side conductor assembly (8; 11), from the electromagnetic field, characterized in that the magnetizable material of the primary side shielding assembly (9; 13) is also located, if viewed in the vertical direction, above the lateral edge of the primary side conductor assembly (8; 11) within a gap between the primary side conductor assembly (8; 11) and the secondary side conductor assembly (5; 21). - a primary side conductor assembly (8; 11) made of electrically conducting material as the source of the electromagnetic field, wherein primary side conductor assembly (8; 11) produces the electromagnetic field during operation while the electrically conducting material carries an alternating electric current, - a primary side shielding assembly (9; 13) assembly made of magnetizable material
A hot water storage unit comprising a vessel, in which hot water is storable, an outer casing enclosing the vessel,a hot water outlet for heated water to exit from inside the vessel, a relief device, in use, to relieve excess pressure and/or temperature from inside the vessel by allowing water to escape from inside the vessel and exit from the relief device, wherein the relief device comprises a housing containing operational components of the relief device, and wherein the operational components of relief device include a seat and a seal, such that the seal seats on the seat in a closed condition of the relief device and the seal is spaced from the seat in an open condition of the relief device such that, in use, water can escape from inside the vessel and exit via the relief device in the open condition of the relief device, and wherein the relief device is removably retainable relative to the vessel; characterised in that insulation material is provided between the vessel and the outer casing, such that the housing of the relief device is located substantially behind the outer casing on the inner side of the outer casing to provide insulation to the housing of the relief device. a vessel, in which hot water is storable, an outer casing enclosing the vessel,a hot water outlet for heated water to exit from inside the vessel, a relief device, in use, to relieve excess pressure and/or temperature from inside the vessel by allowing water to escape from inside the vessel and exit from the relief device, wherein the relief device comprises a housing containing operational components of the relief device, and wherein the operational components of relief device include a seat and a seal, such that the seal seats on the seat in a closed condition of the relief device and the seal is spaced from the seat in an open condition of the relief device such that, in use, water can escape from inside the vessel and exit via the relief device in the open condition of the relief device, and wherein the relief device is removably retainable relative to the vessel; characterised in that insulation material is provided between the vessel and the outer casing, such that the housing of the relief device is located substantially behind the outer casing on the inner side of the outer casing to provide insulation to the housing of the relief device.