mhurhangee/ep-ind-claims huggingface dataset:
An isostatic pressing canister (11i-iii) for use in manufacturing a component by isostatic pressing, the canister (11i-iii) comprising: a canister wall (12i-iii) enclosing an internal cavity, the canister wall (12i-iii) having an internal surface facing the internal cavity; a filling point for filling the internal cavity with powdered material, the filling point comprising a hole in the canister (11i-iii); and a structure supported within the internal cavity and located between the hole and the portion of the internal surface opposite the hole; wherein a portion of the internal surface of the canister wall opposite the hole is shaped so that, during the filling of the internal cavity, powdered material falling from the hole and towards the portion of the internal surface is deflected away from the portion of the internal surface, the canister wall (12i-iii) comprises a hollow protrusion, and wherein the filling point further comprises: a conduit in communication with the hole for receiving powdered material and communicating it into the internal cavity; and a cross-link connecting the conduit and the hollow protrusion of the canister wall. a canister wall (12i-iii) enclosing an internal cavity, the canister wall (12i-iii) having an internal surface facing the internal cavity; a filling point for filling the internal cavity with powdered material, the filling point comprising a hole in the canister (11i-iii); and a structure supported within the internal cavity and located between the hole and the portion of the internal surface opposite the hole; wherein a portion of the internal surface of the canister wall opposite the hole is shaped so that, during the filling of the internal cavity, powdered material falling from the hole and towards the portion of the internal surface is deflected away from the portion of the internal surface, the canister wall (12i-iii) comprises a hollow protrusion,
Can changer, comprising a receiving region which is configured to receive three cans along its longitudinal extent, having a first can pusher which is configured to move along the entire receiving region and to receive two cans, wherein the first can pusher is configured to receive an empty can from a feed region and, by displacement along the receiving region, to press this empty can against a full can and thus push the full can into the region of a discharge path, wherein the empty can remains in a filling position as the can to be filled, characterised in that, in the region of the discharge path, the receiving region has a second can pusher which is configured to move the full can onto the discharge path.
Method for operating an electrical machine, in particular an electric motor, which has a stator and a rotor and which comprises a first sensor for detecting a position of the rotor with respect to the stator or for detecting a change in a position of the rotor with respect to the stator and a second sensor for detecting an acceleration of the rotor with respect to the stator, in which method - a first sensor signal is detected by means of the first sensor, - a second sensor signal is detected by means of the second sensor, characterized in that - a speed is determined on the basis of the first and the second sensor signal (23, 31), and - the speed is forwarded both to a speed control arrangement and also to a safety monitoring arrangement for executing a first safe function. - a first sensor signal is detected by means of the first sensor, - a second sensor signal is detected by means of the second sensor, characterized in that - a speed is determined on the basis of the first and the second sensor signal (23, 31), and - the speed is forwarded both to a speed control arrangement and also to a safety monitoring arrangement for executing a first safe function.
Surge arrester, comprising a cavity formed by at least one insulating body, and comprising at least two electrodes (2, 3), which extend into the cavity, which are oriented toward one another with their free ends and have an electrode spacing between one another, and which contain a plurality of different metallic materials (2a, 10; 3a, 10) in regions of the free ends, wherein each of the electrodes comprises a first metallic material (2a, 3a), and a second metallic material is arranged in an electrode cavity of the first metallic material, said electrode cavity extending into the electrode from the free end, characterized in that the free end of the electrode additionally comprises an activation compound on the second metallic material, and in that the first and second metallic materials (2a, 10; 3a, 10) have different melting points, wherein that of the second metallic material is lower, and wherein, in the case of melted materials (2a, 10; 3a, 10) of both electrodes (2, 3), the electrodes (2, 3) are welded to form a metallic short circuit of both electrodes (2, 3).
A method for manufacturing an aerogel blanket, the method comprising: (Step 1) introducing a catalyzed silica sol and a substrate for blanket into a reaction vessel, and (Step 2) performing gelation while rotating the reaction vessel, wherein the reaction vessel in Step 2) is rotated at a rate of 10 rpm to 400 rpm, wherein the substrate for blanket is a porous substrate. (Step 1) introducing a catalyzed silica sol and a substrate for blanket into a reaction vessel, and (Step 2) performing gelation while rotating the reaction vessel, wherein the reaction vessel in Step 2) is rotated at a rate of 10 rpm to 400 rpm, wherein the substrate for blanket is a porous substrate.
An arithmetic processing apparatus comprising: a calculation unit configured to calculate, when a training of a given learning model is repeatedly performed, a decimal point position based on statistical information related to a distribution of positions of most significant bits or positions of least significant bits of each of a plurality of fixed-point number data obtained each time the training is repeated; a first determination unit (14a,14c) configured to determine, when the training of the given learning model is repeatedly performed, an offset amount for correcting the decimal point position of the fixed-point number data used in the training in accordance with a degree of progress of the training; and a second determination unit configured to determine the decimal point position of the fixed-point number data used in the training by applying the offset amount to the calculated decimal point position. a calculation unit configured to calculate, when a training of a given learning model is repeatedly performed, a decimal point position based on statistical information related to a distribution of positions of most significant bits or positions of least significant bits of each of a plurality of fixed-point number data obtained each time the training is repeated; a first determination unit (14a,14c) configured to determine, when the training of the given learning model is repeatedly performed, an offset amount for correcting the decimal point position of the fixed-point number data used in the training in accordance with a degree of progress of the training; and a second determination unit configured to determine the decimal point position of the fixed-point number data used in the training by applying the offset amount to the calculated decimal point position.
Device for moving a folding flap mounted to be movable on a furniture body consisting of at least two articulated flap elements (92, 93) with a power unit, which by means of an adjusting arm of the device arranged in the mounted state on a first flap element at least supports the opening of the folding flap through the effect of force, and with a second adjusting arm of a second power unit (31, 32) of the device provided for articulated attachment to the second flap element by means of which a force can be applied onto the folding flap, wherein the second power unit (31, 32) comprises an energy store which is arranged on the second adjusting arm, characterised in that the energy store is arranged inside a hollow profile tube of the adjusting arm, wherein the energy store interacts via a coupling element with a thrust lever which is provided for the articulated attachment to the furniture body.
A system comprising a ventilator system and a medical ventilator cart (100, 200) for supporting components of the ventilator system, the ventilator system comprising at least the following components: a Breath Delivery Unit (140, 240) and a display monitor (165, 265), the medical ventilator cart (100, 200) comprising: - a base (105, 205) comprising a plurality of wheels (110, 210); - a first vertical support (130, 230) attached to the base (105, 205) and a first ventilator component platform (135, 235); and - a second vertical support (145, 245) attached to a second ventilator component platform (150, 250) and further attached to one of the first ventilator component platform (135, 235) and the first vertical support (130, 230), wherein the second ventilator component platform (150, 250) is adapted to mount the display monitor (165, 265); and wherein the components of the ventilator system are adapted to be wherein the components of the ventilator system are adapted to be independently removed from the first and the second ventilator component platforms (135, 150, 235, 250), characterized in that the first ventilator component platform is adapted to mount and hold securely in position the Breath Delivery Unit (140, 240)and in that it comprises: - a cart handgrip (160, 260) extending outward from and encircling the second ventilator component platform (150, 250). - a base (105, 205) comprising a plurality of wheels (110, 210); - a first vertical support (130, 230) attached to the base (105, 205) and a first ventilator component platform (135, 235); and - a second vertical support (145, 245) attached to a second ventilator component platform (150, 250) and further attached to one of the first ventilator component platform (135, 235) and the first vertical support (130, 230), wherein the second ventilator component platform (150, 250) is adapted to mount the display monitor (165, 265); and - a cart handgrip (160, 260) extending outward from and encircling the second ventilator component platform (150, 250).
A high-performance low-alloy wear-resistant steel sheet consisting of, in weight percentage: C: 0.21-0.32%; Si: 0.10-0.50%; Mn: 0.60-1.60%; B: 0.0005-0.0040%; Cr: less than or equal to 1.50%; Mo: less than or equal to 0.80%; Ni: less than or equal to 1.50%; Nb: less than or equal to 0.080%; V: less than or equal to 0.080%; Ti: less than or equal to 0.060%; Al: 0.010-0.080%, Ca: 0.0010-0.0080%, N: less than or equal to 0.0080%, O: less than or equal to 0.0080%, H: less than or equal to 0.0004%, P: less than or equal to 0.015%, S: less than or equal to 0.010%, and (Cr/5+Mn/6+50B): more than or equal to 0.20% and less than or equal to 0.55%; (Mo/3+Ni/5+2Nb): more than 0.04% and less than or equal to 0.45%; (Al+Ti): more than or equal to 0.01% and less than or equal to 0.13%, the remainders being Fe and unavoidable impurities; the microstructures thereof being fine martensite and retained austenite, and the volume fraction of the retained austenite being less than or equal to 5%; the high-performance low-alloy wear-resistant steel sheet comprises a tensile strength of 1450 MPa to 1800 MPa, an elongation rate of more than 11%, Brinell Hardness of more than 450HB, and -40°C Charpy V-notch longitudinal impact energy of more than 50J.
Pneumatic tube station for pneumatic dispatch carriers, the covers of which can be pivoted about a bearing spindle parallel to the carrier axis, having a housing attached to a reception line and a dispatch line, and having a carrier receiver which can be pivoted within the housing about a vertical axis of rotation between a reception position and an unloading position, which carrier receiver holds the pneumatic dispatch carriers, which are axially parallel to the axis of rotation, in a preset rotational position, and having stop guides, allocated to the housing, for the carrier covers, characterised in that, in the preset rotational position of the pneumatic dispatch carriers, the bearing spindles of the carrier covers coincide with the axis of rotation of the carrier receiver, and that the reception line can be used as a dispatch line.
Multi-layer component, comprising a main body with an external contact arranged thereon, a further contact for electrically contacting the multi-layer component, and a connecting element for connecting the external contact and the further contact, wherein the connecting element is embodied in such a way that a decoupling of mechanical stresses that occur in the further contact from the external contact is brought about, wherein the connecting element is embodied as a meandering wire element, and is characterized in that the external contact is embodied in a meandering fashion and in that the connecting element is an integral part of the external contact.
A vent operating mechanism for effecting opening and closing movement of a panel hinged to a frame therefor, which mechanism comprises: - an elongate base member for attachment directly or indirectly to the frame or forming a part thereof; - a support; - a parallelogram linkage (69,70) connecting the support to the base member; - a slider arranged for movement along the base member; - a power drive assembly (60,61) to effect said movement of the slider; - an operating arm connecting the slider to the support or the parallelogram linkage (69,70), such that movement of the slider effects hinging movement of the parallelogram linkage (69,70); and - a connector mounted on the support and arranged for connection to the panel hinged to the frame; characterised in that the connector is pivoted to the support, the connection of the connector to the panel allowing the connector to slide with respect to the panel in a direction normal to the axis of hinging movement of the panel whereby operation of the power drive assembly (60,61) moves the slider along the base member so changing the relationship between the base member and the support by varying the geometry of the parallelogram linkage (69,70), and the movement of the support relative to the elongated base member slides the connector along the connected panel to cause the panel to effect hinging movement relative to the frame. - an elongate base member for attachment directly or indirectly to the frame or forming a part thereof; - a support; - a parallelogram linkage (69,70) connecting the support to the base member; - a slider arranged for movement along the base member; - a power drive assembly (60,61) to effect said movement of the slider; - an operating arm connecting the slider to the support or the parallelogram linkage (69,70), such that movement of the slider effects hinging movement of the parallelogram linkage (69,70); and - a connector mounted on the support and arranged for connection to the panel hinged to the frame;
A system for loading and/or unloading fluid from a floating transport structure in a body of water to a fluid receiving structure comprising at least one fluid tank, the loading and/or unloading system comprising: - a reference structure, anchored to the bottom of the body of water, the reference structure being separate from the floating transport structure; - a fluid transfer line intended to extend from the fluid-receiving structure to the reference structure; - an intermediate floating connection unit comprising a pontoon, a flexible connection line to a loading and/or unloading port on the floating transport structure, and a transfer coupling between the flexible connection line and the fluid transfer line; the loading and/or unloading system comprising at least one rigid link for mounting the intermediate floating unit onto the reference structure allowing at least one degree of freedom between the intermediate floating unit and the reference structure, the intermediate floating unit being intended to be permanently decoupled from the floating transport structure; characterized in that the intermediate floating unit is movable between a loading and/or unloading operating position, in which the or each rigid link connects the intermediate floating unit to the reference structure, and an inactive safety position, wherein the intermediate floating unit is moved away from the reference structure, the or each rigid link being disconnected on the side of the intermediate floating unit and/or on the side of the reference structure. - a reference structure, anchored to the bottom of the body of water, the reference structure being separate from the floating transport structure; - a fluid transfer line intended to extend from the fluid-receiving structure to the reference structure; - an intermediate floating connection unit comprising a pontoon, a flexible connection line to a loading and/or unloading port on the floating transport structure, and a transfer coupling between the flexible connection line and the fluid transfer line; the loading and/or unloading system comprising at least one rigid link for mounting the intermediate floating unit onto the reference structure allowing at least one degree of freedom between the intermediate floating unit and the reference structure, the intermediate floating unit being intended to be permanently decoupled from the floating transport structure; characterized in that
A bulkhead of a wind turbine for arrangement on a rotor blade connection of a rotor blade, in particular on a rotor hub, wherein the bulkhead has a core body, a layer (31, 32) of fiber-glass-reinforced plastic is arranged respectively on both sides on the core body and wherein a metal layer body is arranged on one side of a layer made of fiber-glass-reinforced plastic.
An image processing apparatus comprising: a first image sensor having a first pixel array including blocks each including a red pixel, a green pixel and a blue pixel; a second image sensor having a second pixel array including blocks each including at least one of a red pixel and a blue pixel, and a white pixel; and a controller configured to generate a third image using a first image acquired from the first image sensor and a second image acquired from the second image sensor, wherein the controller generates the third image based on color information of the first image and the second image, and wherein the controller searches for a second block having color information, a difference with first color information of which is within a reference value, among blocks included in the first image, using the first color information including at least one of red color information and blue color information of a first block included in the second image, and replaces the color information of the first block with the color information of the second block based on the result of the search. a first image sensor having a first pixel array including blocks each including a red pixel, a green pixel and a blue pixel; a second image sensor having a second pixel array including blocks each including at least one of a red pixel and a blue pixel, and a white pixel; and a controller configured to generate a third image using a first image acquired from the first image sensor and a second image acquired from the second image sensor, wherein the controller generates the third image based on color information of the first image and the second image, and wherein the controller searches for a second block having color information, a difference with first color information of which is within a reference value, among blocks included in the first image, using the first color information including at least one of red color information and blue color information of a first block included in the second image, and replaces the color information of the first block with the color information of the second block based on the result of the search.
A method for manufacturing a biological electrode (1, 2, 3), characterized by: a step of adding fumed silica to an aggregated silver powder and mixing to obtain a mixed silver powder in which the silver powder and the fumed silica are dispersed, and a step of forming a conductive rubber body containing a silicone rubber and the mixed silver powder. a step of adding fumed silica to an aggregated silver powder and mixing to obtain a mixed silver powder in which the silver powder and the fumed silica are dispersed, and a step of forming a conductive rubber body containing a silicone rubber and the mixed silver powder.
A washer-dryer comprising: a first housing which is open at the top; a second housing mounted on the first housing, the second housing being open at the bottom; a first tub disposed in the first housing; a first drum disposed to be rotatable in the first tub; a dryer (600, 600a, 600b) configured to suction in air from the first tub, the first housing and the second housing and supply hot air to an inside of the first drum and disposed towards one side of the first tub; and a connector which connects the dryer (600, 600a, 600b) to the first tub, wherein the connector comprises an inside air inlet into which air in the first tub flows and an outside air inlet into which air in the first housing and the second housing flows, wherein the bottom of the dryer (600, 600a, 600b) is below the top of the first tub, and wherein the second housing provides a space above the dryer (600, 600a, 600b) for integrating a second drum and a second tub. a first housing which is open at the top; a second housing mounted on the first housing, the second housing being open at the bottom; a first tub disposed in the first housing; a first drum disposed to be rotatable in the first tub; a dryer (600, 600a, 600b) configured to suction in air from the first tub, the first housing and the second housing and supply hot air to an inside of the first drum and disposed towards one side of the first tub; and a connector which connects the dryer (600, 600a, 600b) to the first tub, wherein the connector comprises an inside air inlet into which air in the first tub flows and an outside air inlet into which air in the first housing and the second housing flows, wherein the bottom of the dryer (600, 600a, 600b) is below the top of the first tub, and wherein the second housing provides a space above the dryer (600, 600a, 600b) for integrating a second drum and a second tub.
A composition comprising: (a) a binder; and (b) no more than 500 parts per million, based on the total weight of the composition, of non-stoichiometric tungsten oxide particles having an aspect ratio of not more than 4:1 and an average primary particle size of no more than 300 nanometers, determined by TEM imaging according to the description, dispersed in the binder. (a) a binder; and (b) no more than 500 parts per million, based on the total weight of the composition, of non-stoichiometric tungsten oxide particles having an aspect ratio of not more than 4:1 and an average primary particle size of no more than 300 nanometers, determined by TEM imaging according to the description, dispersed in the binder.
A comber comprising a plurality of combing heads arranged along a longitudinal direction of a comber and a plurality of common drive shafts common to the combing heads, the comber being characterized in that the drive shafts include a main drive shaft driven by a main motor, and at least a nipper shaft among the drive shafts is driven at both axial end portions by a pair of drive portions to which drive force is transmitted from the main drive shaft.
A slurry composition for an electrode of a secondary battery comprising a hydrophobically modified alkali-swellable emulsion(HASE); poly (meth)acrylic acid; and a conductive agent. a hydrophobically modified alkali-swellable emulsion(HASE); poly (meth)acrylic acid; and a conductive agent.