mhurhangee/patent-ind-claim-en huggingface dataset:
A resin structure comprising: a first structural portion that includes a characteristic design surface and structures an end portion at a side of the resin structure at which the characteristic design surface is disposed, the characteristic design surface being provided in a predetermined region and differing in design from surroundings thereof; and a second structural portion that is provided integrally with the first structural portion and includes a region disposed at the opposite side of the first structural portion from the side thereof at which the characteristic design surface is disposed, wherein the first structural portion includes: a first pattern portion that structures a first pattern at a center side of the characteristic design surface and that is formed from a resin containing fibers that structure a portion of the first pattern as seen from a side facing the characteristic design surface and are oriented in a first direction; and a second pattern portion that structures a second pattern at an outer periphery side of the characteristic design surface and that is disposed at the outer periphery side of the first pattern portion , the second pattern portion being formed from a resin containing fibers that structure a portion of the second pattern as seen from the side facing the characteristic design surface and are oriented in a second direction different from the first direction, and the second structural portion is formed from a resin containing fibers with a different fiber width from the fibers contained in the first structural portion , a portion of the fibers contained in a region of the second structural portion that is superposed with the first structural portion being configured so as to be visible through the resin of the first structural portion . a first structural portion that includes a characteristic design surface and structures an end portion at a side of the resin structure at which the characteristic design surface is disposed, the characteristic design surface being provided in a predetermined region and differing in design from surroundings thereof; and a second structural portion that is provided integrally with the first structural portion and includes a region disposed at the opposite side of the first structural portion from the side thereof at which the characteristic design surface is disposed, a first pattern portion that structures a first pattern at a center side of the characteristic design surface and that is formed from a resin containing fibers that structure a portion of the first pattern as seen from a side facing the characteristic design surface and are oriented in a first direction; and a second pattern portion that structures a second pattern at an outer periphery side of the characteristic design surface and that is disposed at the outer periphery side of the first pattern portion , the second pattern portion being formed from a resin containing fibers that structure a portion of the second pattern as seen from the side facing the characteristic design surface and are oriented in a second direction different from the first direction,
A TIFA activator for use in modulating an immune response in a subject, wherein the TIFA activator is heptose-1,7-bisphosphate.
A pneumatic multi-valve device, (valve block), comprising a housing , which has a plurality of electromagnetic valve actuators , each having coil elements arranged in the housing in a stationary manner, a core arranged in the housing , and armature elements , which can be displaced along a displacement axis (V) in the housing relative to the core and to a pneumatic connection of the housing as a response to an energization of the coil elements , the displacement axes (V) of the armature elements of the valve actuators being oriented parallel and the pneumatic connections associated with the armature elements being arranged adjacent to each other on a connection housing side , which is spaced apart from a housing back side facing away therefrom along the displacement axes (V), the cores each having a venting bore , which is connected in an air-conducting manner to a venting collection channel on the side of the cores facing away from the connection housing side , which venting collection channel is connected in an air-conducting manner to a venting opening of the housing , which venting opening is arranged on a housing side different from the housing back side , in particular on the connection housing side having the pneumatic connections , characterized in that the venting collection channel is formed by a plurality of venting channel elements , which are connected to each other in an air-conducting manner and which are preferably each embodied as a plastic injection molded part.
A method of preparing a semi-finished slide fastener assembly for installation in a thin shell garment , the method comprising: providing a slide fastener chain comprised of two interlocked rows of teeth (113;114), each row of teeth being attached to a cord bundle (117;118) of a respective slide fastener tape ; removing the interlocked rows of teeth from a portion of the slide fastener chain, thereby defining a length of the slide fastener chain without teeth; introducing a reinforcing film (126;128) to the cord bundles, at a location along the length of the slide fastener chain without teeth, to shape the cord bundles for accommodation of a pin and box assembly (122;124); introducing an aperture into the slide fastener chain, at a film-reinforced location along the length of the slide fastener chain without teeth, to sever the film-reinforced cord bundles; and cutting the slide fastener chain across the aperture, thereby defining a semi-finished slide fastener assembly terminating in a film-reinforced end. providing a slide fastener chain comprised of two interlocked rows of teeth (113;114), each row of teeth being attached to a cord bundle (117;118) of a respective slide fastener tape ; removing the interlocked rows of teeth from a portion of the slide fastener chain, thereby defining a length of the slide fastener chain without teeth; introducing a reinforcing film (126;128) to the cord bundles, at a location along the length of the slide fastener chain without teeth, to shape the cord bundles for accommodation of a pin and box assembly (122;124); introducing an aperture into the slide fastener chain, at a film-reinforced location along the length of the slide fastener chain without teeth, to sever the film-reinforced cord bundles; and cutting the slide fastener chain across the aperture, thereby defining a semi-finished slide fastener assembly terminating in a film-reinforced end.
A gas turbine combustor assembly, comprising: a primary combustion chamber in fluid communication with a primary fuel injector and a primary air inlet; and a torch ignitor coupled to the primary combustion chamber, the torch igniter comprising: an auxiliary fuel injector ; an ignition source ; and an igniter body carrying the auxiliary fuel injector and the ignition source, the igniter body comprising an auxiliary combustion chamber having a side wall extending axially from a first end wall to a second end wall, wherein at least a portion of the side wall comprises a distributed pattern of cooling apertures, with each of the cooling apertures extending obliquely from an outer surface of the side wall to an inner surface of the side wall, so as to cause fluid entering an interior cavity of the auxiliary combustion chamber through the cooling apertures to form a fluid film along the inner surface, and wherein the second end wall of the auxiliary combustion chamber defines a fluid outlet leading to an outlet tube in fluid communication with the primary combustion chamber, at least a portion of the outlet tube comprises a distributed pattern of dilution apertures, with each of the dilution apertures configured to direct fluid in cross-flow with heated gas exiting the auxiliary combustion chamber through the outlet tube. a primary combustion chamber in fluid communication with a primary fuel injector and a primary air inlet; and a torch ignitor coupled to the primary combustion chamber, the torch igniter comprising: an auxiliary fuel injector ; an ignition source ; and an igniter body carrying the auxiliary fuel injector and the ignition source, the igniter body comprising an auxiliary combustion chamber having a side wall extending axially from a first end wall to a second end wall, an auxiliary fuel injector ; an ignition source ; and an igniter body carrying the auxiliary fuel injector and the ignition source, the igniter body comprising an auxiliary combustion chamber having a side wall extending axially from a first end wall to a second end wall, wherein at least a portion of the side wall comprises a distributed pattern of cooling apertures, with each of the cooling apertures extending obliquely from an outer surface of the side wall to an inner surface of the side wall, so as to cause fluid entering an interior cavity of the auxiliary combustion chamber through the cooling apertures to form a fluid film along the inner surface, and wherein the second end wall of the auxiliary combustion chamber defines a fluid outlet leading to an outlet tube in fluid communication with the primary combustion chamber, at least a portion of the outlet tube comprises a distributed pattern of dilution apertures, with each of the dilution apertures configured to direct fluid in cross-flow with heated gas exiting the auxiliary combustion chamber through the outlet tube.
Method for manufacturing a gravity-based filter cartridge with the following steps: - forming a cup-shaped upper part having a main axis (X), a first rim at a first axial end , a hole-free section at a second axial end , and at least one water inlet between the hole-free section and the first rim , - drawing a mesh material over the first rim , - pushing the mesh material into the cup-shaped upper part towards the hole-free section , thereby forming a dome-shaped mesh , - fixating the mesh material along a closed path to the first rim , - fixating the mesh material radially inwards of the closed path to the hole-free section at a position axially above the at least one water inlet , - cutting the mesh from the mesh material along a path radially outward of the closed path, - forming a cup-shaped lower part having a second rim and at least one water outlet , - inserting filter media into the lower part , - mounting the upper part onto the lower part with the second rim contacting the first rim , characterized in that the hole-free section comprises a support to which the mesh material is fixated at a distance to an end wall of the upper part along the main axis (X), wherein the support is a pin extending from the end wall along the main axis (X) towards the first axial end , wherein the pin has a length L of at least 5 mm. - forming a cup-shaped upper part having a main axis (X), a first rim at a first axial end , a hole-free section at a second axial end , and at least one water inlet between the hole-free section and the first rim , - drawing a mesh material over the first rim , - pushing the mesh material into the cup-shaped upper part towards the hole-free section , thereby forming a dome-shaped mesh , - fixating the mesh material along a closed path to the first rim , - fixating the mesh material radially inwards of the closed path to the hole-free section at a position axially above the at least one water inlet , - cutting the mesh from the mesh material along a path radially outward of the closed path, - forming a cup-shaped lower part having a second rim and at least one water outlet , - inserting filter media into the lower part , - mounting the upper part onto the lower part with the second rim contacting the first rim , characterized in that the hole-free section comprises a support to which the mesh material is fixated at a distance to an end wall of the upper part along the main axis (X), wherein the support is a pin extending from the end wall along the main axis (X) towards the first axial end , wherein the pin has a length L of at least 5 mm.
A wireless induction heating cooker , which is operatable on an induction heating apparatus that supplies a magnetic field generated in a heating coil , the cooker comprising: a main body that has an opened upper surface; a lid that is rotation-coupled to the upper surface of the main body ; and that performs cooking operations using the magnetic field generated in the heating coil , wherein the wireless induction heating cooker is configured to determine a coupling state of the lid on the basis of an amount of power received through the heating coil ; an internal pot that is stored in the main body and that is heatable by the magnetic field generated in the heating coil of the induction heating apparatus ; a first power receiving coil which is provided on a bottom surface of the main body and to which electric currents are induced by the magnetic field generated in the heating coil ; a power transmitting coil that is provided on one lateral surface of the main body and that is supplied with electric currents induced to the first power receiving coil and generates a magnetic field; a second power receiving coil which is provided on one lateral surface of the lid and to which electric currents are induced by the magnetic field generated in the power transmitting coil ; and a control module configured to determine the coupling state of the lid on the basis of an amount of electric currents induced to the second power receiving coil . a main body that has an opened upper surface; a lid that is rotation-coupled to the upper surface of the main body ; and that performs cooking operations using the magnetic field generated in the heating coil , wherein the wireless induction heating cooker is configured to determine a coupling state of the lid on the basis of an amount of power received through the heating coil ; an internal pot that is stored in the main body and that is heatable by the magnetic field generated in the heating coil of the induction heating apparatus ; a first power receiving coil which is provided on a bottom surface of the main body and to which electric currents are induced by the magnetic field generated in the heating coil ; a power transmitting coil that is provided on one lateral surface of the main body and that is supplied with electric currents induced to the first power receiving coil and generates a magnetic field; a second power receiving coil which is provided on one lateral surface of the lid and to which electric currents are induced by the magnetic field generated in the power transmitting coil ; and a control module configured to determine the coupling state of the lid on the basis of an amount of electric currents induced to the second power receiving coil .
A cold production installation comprising at least one cold production unit (U, U'), which comprises - a main loop (BC) for circulation of a coolant or refrigerant, and, disposed in the flow direction of the refrigerant in the circulation loop: - means for compression of the refrigerant, - means for condensation of the compressed refrigerant, - means for expansion of the compressed refrigerant, - means for evaporation of the expanded refrigerant, comprising a main evaporator ; and - an auxiliary water circulation device for circulation of water with a view to extracting calories from the water at the level of the means for condensation; characterised in that the auxiliary water circulation device comprises - at least one first water storage tank , - at least one second water storage tank , - a first route, called extraction of calories by water, from the first tank to the second tank, - a second route, called water cooling, from the second tank to the first tank, the or each second route comprising at least one water cooling section , in a heat exchanger (ECA, EVS); the first route(s) and the second route(s) are alternative routes for the water from the auxiliary water circulation device. - a main loop (BC) for circulation of a coolant or refrigerant, - means for compression of the refrigerant, - means for condensation of the compressed refrigerant, - means for expansion of the compressed refrigerant, - means for evaporation of the expanded refrigerant, comprising a main evaporator ; and - an auxiliary water circulation device for circulation of water with a view to extracting calories from the water at the level of the means for condensation; - at least one first water storage tank , - at least one second water storage tank , - a first route, called extraction of calories by water, from the first tank to the second tank, - a second route, called water cooling, from the second tank to the first tank, the or each second route comprising at least one water cooling section , in a heat exchanger (ECA, EVS);
A load arrangement (300; 301; 302) adapted to counter bio-fouling of an external electrically conductive element to be treated, the load arrangement comprising a tile, said tile comprising: at least one electrode ; a load comprising UV light sources to counter bio-fouling; a dielectric layer which encapsulates the load and the at least one electrode , characterized in that : the at least one electrode is adapted to provide capacitive coupling to the external electrically conductive element to be treated, and in that the load comprises a first load terminal for connection to a first power source terminal of a power source via the capacitive coupling and the external electrically conductive element to be treated, and a second load terminal for connection to a second power source terminal of the power source, wherein the power source is for powering the UV light sources via wireless capacitive power transfer. at least one electrode ; a load comprising UV light sources to counter bio-fouling; a dielectric layer which encapsulates the load and the at least one electrode , characterized in that : the at least one electrode is adapted to provide capacitive coupling to the external electrically conductive element to be treated, and in that the load comprises a first load terminal for connection to a first power source terminal of a power source via the capacitive coupling and the external electrically conductive element to be treated, and a second load terminal for connection to a second power source terminal of the power source, wherein the power source is for powering the UV light sources via wireless capacitive power transfer. the at least one electrode is adapted to provide capacitive coupling to the external electrically conductive element to be treated, and in that the load comprises a first load terminal for connection to a first power source terminal of a power source via the capacitive coupling and the external electrically conductive element to be treated, and a second load terminal for connection to a second power source terminal of the power source, wherein the power source is for powering the UV light sources via wireless capacitive power transfer.
A device for monitoring an emergency device in a rail vehicle, comprising: - at least one emergency device ; - at least one monitoring device ; - a vehicle control unit of the rail vehicle; and - a signal transmission device , by way of which the monitoring device is coupled to the vehicle control unit and by which a signal can be transmitted from the monitoring device to the vehicle control unit , characterized in that the monitoring device is configured to monitor as to whether a cover or storage device for the emergency device is being/was actuated, the device comprises a signaling device , which is configured to signal whether the cover or storage device for the emergency device is being/was actuated, the emergency device is an emergency hammer , a fire extinguisher , a first aid kit, an emergency ladder, or a smoke or respirator mask , the monitoring device is a switch or a sensor, and the emergency device can be located on-site in the rail vehicle. - at least one emergency device ; - at least one monitoring device ; - a vehicle control unit of the rail vehicle; and - a signal transmission device , by way of which the monitoring device is coupled to the vehicle control unit and by which a signal can be transmitted from the monitoring device to the vehicle control unit ,
Scattered light sensor for measuring turbidity in a liquid, pasty, powdery and/or gaseous medium , comprising a radiation source for generating a measuring beam, a detector for detecting the measuring beam at least partially reflected and/or scattered in the medium as a receiving beam, an elongate sensor housing for immersion in the medium , wherein the radiation source and the detector are arranged in the sensor housing , and comprising a fastening means for arranging the scattered light sensor on a container wall , wherein in a side wall of the sensor housing between the fastening means and an end region of the sensor housing at least one exit window region for the exit of the measuring beam from the sensor housing and an entry window region for the entry of the receiving beam into the sensor housing are formed, the scattered light sensor has a holding element arranged in the sensor housing , on which the radiation source and detector are arranged such that an optical axis of the radiation source encloses an angle in the range of 50° to 130° with an optical axis of the detector , the holding element is designed as an optical shading element for the measuring beam, so that the detector is shaded from direct beam paths between the radiation source and the detector within the sensor housing, and a shield surrounding the holding element is arranged within the sensor housing between the detector and the radiation source . comprising a radiation source for generating a measuring beam, a detector for detecting the measuring beam at least partially reflected and/or scattered in the medium as a receiving beam, an elongate sensor housing for immersion in the medium , wherein the radiation source and the detector are arranged in the sensor housing , and comprising a fastening means for arranging the scattered light sensor on a container wall , wherein in a side wall of the sensor housing between the fastening means and an end region of the sensor housing at least one exit window region for the exit of the measuring beam from the sensor housing and an entry window region for the entry of the receiving beam into the sensor housing are formed, the scattered light sensor has a holding element arranged in the sensor housing , on which the radiation source and detector are arranged such that an optical axis of the radiation source encloses an angle in the range of 50° to 130° with an optical axis of the detector , the holding element is designed as an optical shading element for the measuring beam, so that the detector is shaded from direct beam paths between the radiation source and the detector within the sensor housing, and a shield surrounding the holding element is arranged within the sensor housing between the detector and the radiation source .
A sun protection device comprising a cloth roller , at least one guide rail and a cloth, wherein the sun protection device comprises a belt pulley , wherein the guide rail comprises a belt strap , a tensioner and a spring , wherein the belt strap is connected to a cloth rollable onto the cloth roller at a first end and is rollable onto a belt pulley connectable to the cloth roller at a second end , the tensioner is slidably accommodated in the guide rail in the longitudinal direction and the belt strap is deflected between its two ends , and the spring runs longitudinally accommodated in the guide rail and is connected to the tensioner at a first spring end an d to the guide rail at a second spring end , characterized in that the belt pulley comprises a base body rotationally fixable to the cloth roller and rotating with said cloth roller , a disc element connectable to the base body , as well as a spring clip and a retainer clip , wherein the connection of the disc element to the base body is securable by means of the spring clip , and wherein the second end of the belt pulley is fixable to the base of the disc element by the retainer clip .