mhurhangee/ep-ind-claims huggingface dataset:
A gas duct for a gas turbine, which gas duct is formed by a concentric inner casing and an outer casing which concentrically encompasses the inner casing at a distance, and through which the exhaust gases from the gas turbine discharge to the outside, wherein the inner casing and the outer casing are interconnected by means of a multiplicity of radial support struts, and wherein the support struts, the outer casing and the inner casing are equipped in each case with a heat-resistant lining (18a or 19a or 20a) for protection against the hot exhaust gases, wherein the linings of the support struts, of the outer casing and of the inner casing are divided in each case into a plurality of separate segments (18a, 19a, 20a) which are fastened on a support structure (19b - d); wherein the segments (18a, 19a, 20a) are fixed relative to the support structure (19b - d) at at least one fastening point and are fastened in a freely thermally expandable manner in the expansion plane at other fastening points or are fastened in a freely thermally expandable manner in the expansion plane relative to the support structure (19b - d) at all the fastening points, whereby an individual entirely stress-free, or almost stress-free, thermal expansion of the individual segments in an expansion plane is possible; the gas duct being characterized in that the support structure (19b - d) comprises a multiplicity of mountings in the region of the outer casing and the inner casing, upon which mountings the associated segments (18a, 19a) are fastened by screws an in that the mountings are fastened on a concentric shell by means of radial supports.
A method of a sensor (32,34,36) sensing a mobile user terminal for cellular radio telecommunications, the user terminal being associated with any one of a plurality of networks, the method comprising: broadcasting a common signal at each of multiple carrier frequency bands; the user terminal receiving the signal in the associated carrier frequency band of its network; the user terminal checking information in the received signal, and upon determining that the information is acceptable to allow connection to the sensor the user terminal acknowledging to the sensor its receipt of the signal, wherein each network in the plurality of networks having a distinct carrier frequency band for radio signals, and the common signal is a common baseband signal. broadcasting a common signal at each of multiple carrier frequency bands; the user terminal receiving the signal in the associated carrier frequency band of its network; the user terminal checking information in the received signal, and upon determining that the information is acceptable to allow connection to the sensor the user terminal acknowledging to the sensor its receipt of the signal, wherein each network in the plurality of networks having a distinct carrier frequency band for radio signals, and the common signal is a common baseband signal.
An explosive charge (1; 100) comprising: - a detonator (3; 300), - an element for transmitting a detonation wave (7; 700) comprising at least one transmission line (17a-17d) of the detonation wave, each transmission line including at least one through aperture (170a- 170d) formed in the thickness of the transmission element as well as a channel (171a-171d) opening out into said through aperture and arranged on the surface of the transmission element on the side of the detonator, a propagation material of the detonation wave being present in said channel and said aperture, said propagation material having a first critical diameter, - a first explosive charge (5; 500) constituting an insensitive charge and having a second critical diameter greater than the first critical diameter, and - a second explosive charge (9; 900) interposed between the first explosive charge and the transmission element, the through aperture opening out onto the second explosive charge and the second explosive charge having a third critical diameter greater than or equal to the first critical diameter and smaller than the second critical diameter, the detonation wave coming from the detonator being intended to propagate in the channel and through the aperture to be transmitted to the second explosive charge, then to the first explosive charge. - a detonator (3; 300), - an element for transmitting a detonation wave (7; 700) comprising at least one transmission line (17a-17d) of the detonation wave, each transmission line including at least one through aperture (170a- 170d) formed in the thickness of the transmission element as well as a channel (171a-171d) opening out into said through aperture and arranged on the surface of the transmission element on the side of the detonator, a propagation material of the detonation wave being present in said channel and said aperture, said propagation material having a first critical diameter, - a first explosive charge (5; 500) constituting an insensitive charge and having a second critical diameter greater than the first critical diameter, and - a second explosive charge (9; 900) interposed between the first explosive charge and the transmission element, the through aperture opening out onto the second explosive charge and the second explosive charge having a third critical diameter greater than or equal to the first critical diameter and smaller than the second critical diameter, the detonation wave coming from the detonator being intended to propagate in the channel and through the aperture to be transmitted to the second explosive charge, then to the first explosive charge.
An oligomeric compound comprising a. a first region of a contiguous sequence of 7 - 26 phosphorothioate linked nucleosides; b. a second region of a contiguous sequence of 7 - 26 phosphorothioate linked nucleosides (A'); c. a region of 1 - 5 physiologically labile nucleotides which covalently links region A and A'; and d. a conjugate moiety covalently linked to region A or A' via a biocleavable linker (B'), such as a biocleavable linker comprising either a region of 1 - 5 physiologically labile nucleotides or a peptide linker, e.g. a lysine linker; wherein the conjugate moiety comprises a GalNAc/GalNAc cluster. a. a first region of a contiguous sequence of 7 - 26 phosphorothioate linked nucleosides; b. a second region of a contiguous sequence of 7 - 26 phosphorothioate linked nucleosides (A'); c. a region of 1 - 5 physiologically labile nucleotides which covalently links region A and A'; and d. a conjugate moiety covalently linked to region A or A' via a biocleavable linker (B'), such as a biocleavable linker comprising either a region of 1 - 5 physiologically labile nucleotides or a peptide linker, e.g. a lysine linker;
A hand tool for kitchen environment comprising an elongated handle member one end of which has an engagement portion for a removable head including a tool usable in kitchen environment, the other end of said elongated handle having an aperture in the top of the elongated member to facilitate accommodating a finger or thumb of a user and thereby permit enhanced action of the tool, characterised in that said other end of said elongated handle member has an enlarged circular top face which is round in cross section and has a central indentation, usable as ice crusher, the hand tool being a combination kitchen tool and ice crusher wherein the kitchen tool action is usable with the head operational downwardly, and the ice crusher action is usable when the top face is located downwardly.
A turbo-engine component comprising a wall, the wall comprising a hot gas side surface and a coolant side surface, wherein at least one coolant discharge duct is provided in said wall and opening out onto the hot gas side surface at a coolant discharge opening, a coolant flow direction being defined from the interior of the coolant discharge duct towards the discharge opening, the coolant discharge duct further being delimited by a delimiting surface thereof provided inside the wall, the coolant discharge duct having a first cross sectional direction and a second cross sectional direction, whereby the coolant discharge duct is a blind cavity and is closed towards the coolant side surface, and further a dimension of the coolant discharge duct measured in the first cross sectional direction decreases in the coolant flow direction, the component further comprising a coolant supply path provided in the wall and in fluid communication with the coolant discharge duct; the coolant supply path joins the coolant discharge duct at a lateral delimiting surface thereof at a nonzero angle; the coolant supply path comprises a near wall cooling duct (220, 221) running inside the wall along a lengthwise extent of the wall, said near wall cooling duct (220, 221) extending from a first end to a second end, wherein the second end is disposed towards the coolant discharge duct; the component being characterized in that a flow accelerating means is disposed adjacent the second end of the near wall cooling duct (220, 221) and provides fluid communication between said second end and the coolant discharge duct.
Adapter element for fastening a sheet-like element, in particular an awning, to a vehicle (80, 86, 96), - having an adapter body which has a first edge region for fastening the adapter element to a vehicle (80, 86, 96) and a second edge region for fastening a sheet-like element to the adapter element, - wherein the first edge region of the adapter body is provided with a vehicle connection element (10; 20, 22; 30) for releasably fastening the first edge region to a vehicle (80, 86, 96), and - wherein the second edge region of the adapter body is provided at the second edge region with a sheet-like-element connection element for detachably fastening the second edge region to an edge region (66a-c) of a sheet-like element, characterized - in that the first edge region of the adapter body is equipped with at least two different types of vehicle connection elements (10; 20, 22; 30), each for releasably fastening the first edge region to a vehicle (80, 86, 96). - having an adapter body which has a first edge region for fastening the adapter element to a vehicle (80, 86, 96) and a second edge region for fastening a sheet-like element to the adapter element, - wherein the first edge region of the adapter body is provided with a vehicle connection element (10; 20, 22; 30) for releasably fastening the first edge region to a vehicle (80, 86, 96), and - wherein the second edge region of the adapter body is provided at the second edge region with a sheet-like-element connection element for detachably fastening the second edge region to an edge region (66a-c) of a sheet-like element, - in that the first edge region of the adapter body is equipped with at least two different types of vehicle connection elements (10; 20, 22; 30), each for releasably fastening the first edge region to a vehicle (80, 86, 96).
A charging female connector comprising: a housing including a normal fitting part and a quick fitting part, the normal fitting part having a normal frontage to which a normal charging connector is fittable, the quick fitting part having a quick frontage to which a quick charging connector is fittable; and a cover configured to close the quick frontage, characterised in that the quick fitting part has a terminal insertion hole through which a terminal of the quick charging connector is insertable inside the quick fitting part, and the cover has a first protrusion extending toward the terminal insertion hole and holding the cover on the housing with the first protrusion being inserted into the terminal insertion hole. a housing including a normal fitting part and a quick fitting part, the normal fitting part having a normal frontage to which a normal charging connector is fittable, the quick fitting part having a quick frontage to which a quick charging connector is fittable; and a cover configured to close the quick frontage, characterised in that the quick fitting part has a terminal insertion hole through which a terminal of the quick charging connector is insertable inside the quick fitting part, and the cover has a first protrusion extending toward the terminal insertion hole and holding the cover on the housing with the first protrusion being inserted into the terminal insertion hole.
An in-tank tube for an automotive fuel of a monolayer structure, the in-tank tube for an automotive fuel being installed in a fuel tank and having a construction that absorbs displacement of the fuel tank and vibration of a fuel pump wherein the in-tank tube for an automotive fuel includes a bellows structure and has a monolayer structure formed of a resin material using an aliphatic polyamide resin as a main component, and has the following pressure-resisting characteristic X: X: when silicone oil is charged as a pressurizing medium into the in-tank tube immersed in a test liquid having a ratio of fuel C:methanol=85:15 on a volume basis at 80°C for 168 hours, both ends of the in-tank tube are each blocked with a test pipe, and a pressure test is performed at a rate of pressure increase of 1.0 MPa/min at room temperature, a burst pressure at which the in-tank tube bursts or the test pipe disconnects is 2.8 MPa or more.
An outdoor unit of a refrigeration apparatus, the outdoor unit comprising: a case; a fan accommodated in the case; an electrical substrate accommodated in the case; a partition plate partitioning an internal space of the case into a blast chamber provided therein with the fan and a machine chamber provided therein with the electrical substrate, and having a hole communicating with the blast chamber and the machine chamber; a first plate disposed in the machine chamber to be spaced apart from the partition plate and cover the hole; and a wall positioned between the first plate and the partition plate, the wall, the first plate, and the partition plate zoning an opening; wherein the first plate has a first end zoning at least part of the opening, and a second end opposing the first end, the electrical substrate is away from the opening in a first direction from the first end to the second end and characterized in that a distance between the hole and the second end in the first direction is shorter than a distance between the first end and the hole in the first direction in such a way that the opening is configured to discharge water entering the machine chamber via the hole; wherein the opening has a rectangle shape extending in the vertical direction. a case; a fan accommodated in the case; an electrical substrate accommodated in the case; a partition plate partitioning an internal space of the case into a blast chamber provided therein with the fan and a machine chamber provided therein with the electrical substrate, and having a hole communicating with the blast chamber and the machine chamber; a first plate disposed in the machine chamber to be spaced apart from the partition plate and cover the hole; and a wall positioned between the first plate and the partition plate, the wall, the first plate, and the partition plate zoning an opening; wherein the first plate has a first end zoning at least part of the opening, and a second end opposing the first end, the electrical substrate is away from the opening in a first direction from the first end to the second end and characterized in that a distance between the hole and the second end in the first direction is shorter than a distance between the first end and the hole in the first direction in such a way that the opening is configured to discharge water entering the machine chamber via the hole; wherein the opening has a rectangle shape extending in the vertical direction.
Hollow turbine blade, in particular a tidal stream generator blade, which is made of a continuous fiber reinforced composite material and which comprises a wing and a blade root that has a metal flange for connecting said blade to a rotor, said flange being connected to the blade root during the molding of said blade, and the flange having a front flange which is in the form of a stepped tube and comprises the interface with a rotor, and a rear flange which is in the form of a ring, characterized in that the blade comprises a blade root connector which consists of a continuous fiber reinforced composite material wrapped around the front flange tube and which comprises a radial extension sandwiched axially between the front flange and the rear flange.
A device for the variable fixing of a headrest to a vehicle seat, having a receptacle, which forms a receiving space for receiving a headrest support, and having a locking member which, by means of an actuation movement of an actuation element, can be rotated from a locking position, in which a locking section of the locking member projects into the receiving space, into a release position, in which the locking section does not project into the receiving space or projects into the receiving space to a lesser extent than in the locking position, characterized in that the locking member is a locking rocker rotatable about an axis of rotation perpendicular to the extension of the receptacle, the direction of actuation movement of the actuation element is oriented parallel to or coaxially with respect to the axis of rotation, the actuation element makes contact with the locking rocker via a sliding surface which is oriented obliquely with respect to the direction of actuation movement, and the locking member or the actuation element are loaded by a spring to load the locking rocker towards the locking position.
A component holding state detection method in which an imaging means is configured to have a first imaging region in which an object forms an image on an image sensor through a first lens and a second imaging region in which an object forms an image on the image sensor through the first lens and a second lens (76a to 76d), a component is held using a holding member attached to a head, the component held by the holding member is imaged in the first imaging region and a fiducial mark which is provided on the head is imaged in the second imaging region such that the component and the fiducial marks are imaged at the same time, and a holding state of the component held by the holding member is detected based on an image which is obtained by the imaging, the method comprising: before determining the holding state, imaging a distortion measurement object (CP1, CP2), installed at a height which matches the focus of the first lens, in the first imaging region, measuring and storing a distortion value of the first imaging region based on an image which is obtained by the imaging, imaging a distortion measurement object (CP1, CP2), installed at a height which matches the focus of the first lens and the second lens (76a to 76d), in the second imaging region, and measuring and storing a distortion value of the second imaging region based on an image which is obtained by the imaging; when the component is held by the holding member, imaging the component and the fiducial mark by the imaging means, correcting an image obtained by the imaging of the component in the first imaging region, based on the stored distortion value of the first imaging region, and correcting an image obtained by the imaging of the fiducial mark in the second imaging region, based on the stored distortion value of the second imaging region; and detecting the holding state of the component held by the holding member based on the corrected image. before determining the holding state, imaging a distortion measurement object (CP1, CP2), installed at a height which matches the focus of the first lens, in the first imaging region, measuring and storing a distortion value of the first imaging region based on an image which is obtained by the imaging, imaging a distortion measurement object (CP1, CP2), installed at a height which matches the focus of the first lens and the second lens (76a to 76d), in the second imaging region, and measuring and storing a distortion value of the second imaging region based on an image which is obtained by the imaging; when the component is held by the holding member, imaging the component and the fiducial mark by the imaging means, correcting an image obtained by the imaging of the component in the first imaging region, based on the stored distortion value of the first imaging region, and correcting an image obtained by the imaging of the fiducial mark in the second imaging region, based on the stored distortion value of the second imaging region; and detecting the holding state of the component held by the holding member based on the corrected image.
A humidifying apparatus comprising: a water tank configured to store water; an inlet hole (34,34a) provided in an upper surface of the water tank; a filter assembly configured to filter the water stored in the water tank; a humidifying assembly configured to perform humidification by absorbing and vaporizing the water filtered by the filter assembly; a drain flow passage provided at a lower surface of the humidifying assembly, wherein residual water remaining after being absorbed in the humidifying assembly is recovered in the water tank via the drain flow passage; and characterized in that a guide rib is provided in the water tank and is configured to extend obliquely from the inlet hole (34,34a) toward the bottom of the water tank, to guide the residual water recovered into the water tank, wherein the water recovered in the water tank by the drain flow passage is filtered by the filter assembly again with the water remaining in the water tank. a water tank configured to store water; an inlet hole (34,34a) provided in an upper surface of the water tank; a filter assembly configured to filter the water stored in the water tank; a humidifying assembly configured to perform humidification by absorbing and vaporizing the water filtered by the filter assembly; a drain flow passage provided at a lower surface of the humidifying assembly, wherein residual water remaining after being absorbed in the humidifying assembly is recovered in the water tank via the drain flow passage; and characterized in that a guide rib is provided in the water tank and is configured to extend obliquely from the inlet hole (34,34a) toward the bottom of the water tank, to guide the residual water recovered into the water tank, wherein the water recovered in the water tank by the drain flow passage is filtered by the filter assembly again with the water remaining in the water tank.