mhurhangee/ep-ind-claims huggingface dataset:
Modular heat exchanger, having a connecting plate, and having at least two adjacently arranged heat exchanger modules with in each case one fluid channel whose inlet opening and outlet opening are oriented in the direction of the connecting plate, wherein the connecting plate has at least one connecting channel which forms a hydraulic connection between the fluid channels of two heat exchanger modules, characterized in that the connecting plate and the heat exchanger modules form an annular body, which is closed in a direction transverse to the stacking direction of the heat exchanger modules, and radially enclose a combustion space which has an opening at the top and the bottom in the stacking direction and is closed in the radial direction, wherein the heat exchanger modules adjoin the combustion space.
Sit-stand table the legs of which each have a lower leg part and an upper leg part, which are designed as hollow profiles aligned in the vertical plane and which can be telescoped into one another in the vertical plane, whereby the cross-sectional area of the lower leg part is encompassed by the cross-sectional area of the upper leg part, whereby the upper leg parts are rigidly connected to a hollow, horizontally extending cross beam, and together with this part of an inherently rigid table frame, which is vertically displaceable toward the lower leg parts, and to which a table top is fastened at the top, whereby a telescopic relative movement between a lower leg part and an upper leg part can be driven by a traction mechanism (21, 22), which extend into the hollows of the leg parts (15, 16) and the cross beam, and whereby the movement of said traction mechanism, which drives the lifting of the upper leg parts relative to the lower leg parts, can be driven by a pretensioned elastic spring, which is arranged in the interior of the cross beam characterised in that - the sit-stand table has four table legs, whereby the cross beam is rigidly connected to the upper leg parts via both a side beam and a diagonal strut respectively, whereby the side beam is directly rigidly connected to two upper leg parts and the cross beam respectively, whereby each diagonal strut is directly rigidly connected to the upper leg part and the cross beam respectively, and whereby the connection of the diagonal strut with the cross beam is at a distance from the connection of the cross beam to the side beam, and - that the connections of the upper leg part with the side beam and with the diagonal strut are welded connections, and - that the traction mechanism (21, 22) runs through the diagonal strut, which is designed as a hollow profile. - the sit-stand table has four table legs, whereby the cross beam is rigidly connected to the upper leg parts via both a side beam and a diagonal strut respectively, whereby the side beam is directly rigidly connected to two upper leg parts and the cross beam respectively, whereby each diagonal strut is directly rigidly connected to the upper leg part and the cross beam respectively, and whereby the connection of the diagonal strut with the cross beam is at a distance from the connection of the cross beam to the side beam, and - that the connections of the upper leg part with the side beam and with the diagonal strut are welded connections, and - that the traction mechanism (21, 22) runs through the diagonal strut, which is designed as a hollow profile.
A key unit comprising: a key that extends in a lengthwise direction, the key comprising an insertion hole that opens to a side surface and extends in a direction orthogonal to the lengthwise direction; and a keyboard weight that is inserted in the insertion hole and is crimped and fixed to the key, wherein the keyboard weight comprises a cylindrical weight body that is inserted in the insertion hole, and the weight body comprises a crimping portion that is formed on a peripheral edge portion of an end portion in an axial direction and that bites into an inner surface of the insertion hole of the key, and the crimping portion comprises four crimping divided portions that comprise: two crimping divided portions that are positioned on both sides of the weight body in the axial direction and are formed in regions within ±45° with respect to the lengthwise direction of the key; and two crimping divided portions that are arranged outside the regions within ±45° with respect to the lengthwise direction of the key, characterized in that: among the four crimping divided portions, only the two crimping divided portions that are formed in the regions within ±45° bite into the inner surface of the insertion hole of the key. a key that extends in a lengthwise direction, the key comprising an insertion hole that opens to a side surface and extends in a direction orthogonal to the lengthwise direction; and a keyboard weight that is inserted in the insertion hole and is crimped and fixed to the key, wherein the keyboard weight comprises a cylindrical weight body that is inserted in the insertion hole, and the weight body comprises a crimping portion that is formed on a peripheral edge portion of an end portion in an axial direction and that bites into an inner surface of the insertion hole of the key, and the crimping portion comprises four crimping divided portions that comprise: two crimping divided portions that are positioned on both sides of the weight body in the axial direction and are formed in regions within ±45° with respect to the lengthwise direction of the key; and two crimping divided portions that are arranged outside the regions within ±45° with respect to the lengthwise direction of the key, characterized in that: among the four crimping divided portions, only the two crimping divided portions that are formed in the regions within ±45° bite into the inner surface of the insertion hole of the key.
A sheet metal plate for making flooring, in particular of industrial vehicles, said sheet metal plate having on its upper face a plurality of raised patterns, each raised pattern comprising one or more protruding portion(s), said raised patterns being arranged periodically, discreetly and in orderly fashion, the height h of said raised patterns being comprised between 0.3 and 3 mm, characterized in that it has on its lower face, intended to be bonded to a support, a rough surface whose roughness R max is comprised between 10 μm and 250 μm.
A terminal comprising: a receiving section configured to receive first information including one or more higher layer parameters for a first uplink shared channel that is dynamically scheduled by first downlink control information, and second information including one or more higher layer parameters for a second uplink shared channel whose activation is controlled by second downlink control information, the second uplink shared channel being based on a configured grant; and a control section configured to determine, based on a format of the second downlink control information, whether to apply a specific higher layer parameter included in the first information to transmission of the second uplink shared channel. a receiving section configured to receive first information including one or more higher layer parameters for a first uplink shared channel that is dynamically scheduled by first downlink control information, and second information including one or more higher layer parameters for a second uplink shared channel whose activation is controlled by second downlink control information, the second uplink shared channel being based on a configured grant; and a control section configured to determine, based on a format of the second downlink control information, whether to apply a specific higher layer parameter included in the first information to transmission of the second uplink shared channel.
Quick release sternum closing fixator, which comprises a locking roller, and a male fixing piece and a female fixing piece that can be plugged together, wherein the cross section of the locking roller is olive-shaped or oval, wherein the male fixing piece has an elastic plug and a first claw hook plate, the elastic plug having a first serration on both sides and a tightening groove in the middle, thus forming two elastic claws, the tightening groove being provided with a locking hole for transition fit with the outer wall surface of the locking roller, and the direction of long axis of the locking hole being the insertion direction of the male fixing piece and the female fixing piece, wherein the female fixing piece has a second claw hook plate and a socket, the socket having a slot matched with the elastic plug, and the slot having a second serration matched with the first serration on both sides, wherein the locking hole is installed with the rotatable locking roller inside, so that, by rotating the locking roller, the two elastic claws can be distracted and the first serration can be engaged with the second serration when the direction of short axis of the locking roller is consistent with the insertion direction of the male fixing piece and the female fixing piece, and the first serration can be separated from the second serration when the direction of long axis of the locking roller is consistent with the insertion direction of the male fixing piece and the female fixing piece, characterized in that a tensioning device forcing the two elastic claws to move against each other is provided between the said locking roller and the two elastic claws.
A method for manufacturing packaging tubes comprising a flexible, tubular tube body, the tubular tube body, which is connected to a tube head, having a longitudinal weld seam at which two longitudinal edge sides (4, 5) of a film substrate are welded, the flexible tubular tube body for packaging tubes being composed of a film substrate, which preferably has a printing on an outside, said film substrate having at least one weldable plastic layer or being composed of said plastic layer and comprising a first longitudinal edge side, which extends in a longitudinal direction, and a second longitudinal edge side, which is parallel to and spaced apart from said first longitudinal edge side, the film substrate being formed into a tube shape by means of forming means and both longitudinal edge sides (4, 5) being welded, in particular together, to form a longitudinal weld seam, characterized in that a liquid varnish is applied to the longitudinal weld seam on the outside of the tube shape and is, at least partially, chemically crosslinked on the tube shape to form a varnish layer.
A machine for the treatment of a base article, to which a covering material (in particular, enamel) has been applied, of the ceramic processing industry for the production of objects (in particular, enamelled objects), in particular sanitary fixtures; the machine comprises a first cleaning device, which, in turn, comprises at least one first wheel, having a first support body and a first peripheral layer, in particular comprising sponge, adapted to come into contact with the base article in order to clean at least an area of the base article; and a first actuator device to cause the rotation of the first wheel; the machine being characterized in that the cleaning device comprises at least one first mechanical locking device, which is adapted to fix the first peripheral layer to the first support body; the first peripheral layer comprises an oblong strip, which extends at least partially around the first support body and has a first and a second end (15, 16), which are arranged so as to face each other; the machine comprising at least one second mechanical locking device to fix the first peripheral layer to the first support body; the first peripheral layer having a first through hole and at least a second through hole each arranged at a respective one of said first and second ends (15, 16); the first mechanical locking device extending at least partially through the first through hole; the second mechanical locking device extending at least partially through the second through hole. the machine being characterized in that the cleaning device comprises at least one first mechanical locking device, which is adapted to fix the first peripheral layer to the first support body; the first peripheral layer comprises an oblong strip, which extends at least partially around the first support body and has a first and a second end (15, 16), which are arranged so as to face each other; the machine comprising at least one second mechanical locking device to fix the first peripheral layer to the first support body; the first peripheral layer having a first through hole and at least a second through hole each arranged at a respective one of said first and second ends (15, 16); the first mechanical locking device extending at least partially through the first through hole; the second mechanical locking device extending at least partially through the second through hole.
A clot removal device, comprising: a guide wire; a distal filter mesh mounted on said guide wire and configured to be extended to cover the target clot, said distal filter mesh configured for deployment downstream from the target clot to substantially prevent downstream migration of clot elements; and a proximal filter mesh openable on the proximal side of the target clot configured to mitigate flow through of clot elements, characterized in that said clot removal device comprising one or more control wires (115, 120) and an expandable clot holding element configured for penetrating and expanding inside the target clot and stabilizing and securing the target clot in its position in a clot holding area defined between the proximal filter mesh and the distal filter mesh, the distal filter mesh configured for controllable expansion or retraction by said one or more control wires (115, 120) to capture the target clot thereinside and drag it into the proximal filter mesh, and connect said distal and proximal filter meshes (610, 625) to each other and secure the target clot stabilized within the clot holding area by said expandable clot holding element. said clot removal device comprising one or more control wires (115, 120) and an expandable clot holding element configured for penetrating and expanding inside the target clot and stabilizing and securing the target clot in its position in a clot holding area defined between the proximal filter mesh and the distal filter mesh, the distal filter mesh configured for controllable expansion or retraction by said one or more control wires (115, 120) to capture the target clot thereinside and drag it into the proximal filter mesh, and connect said distal and proximal filter meshes (610, 625) to each other and secure the target clot stabilized within the clot holding area by said expandable clot holding element.
A method of forecasting weather comprising: acquiring atmospheric data from a gas turbine engine (102,104) onboard an aircraft during flight; processing (404,408) the atmospheric data to determine an amount of water content in the atmosphere; transmitting at least one of the atmospheric data and the amount of water content to a weather forecast model; and predicting weather based on the amount of water content, wherein processing the atmospheric data comprises determining a ratio of specific heats of air channeled through the gas turbine engine. acquiring atmospheric data from a gas turbine engine (102,104) onboard an aircraft during flight; processing (404,408) the atmospheric data to determine an amount of water content in the atmosphere; transmitting at least one of the atmospheric data and the amount of water content to a weather forecast model; and predicting weather based on the amount of water content, wherein processing the atmospheric data comprises determining a ratio of specific heats of air channeled through the gas turbine engine.
A projection device comprising: a light source (22, 23, 24); an optical scanning unit that includes a base unit, a driver fixed to the base unit, and a reflective unit supported by the driver and that drives the reflective unit to scan light from the light source (22, 23, 24); and a scanned unit configured to be scanned with the light from the optical scanning unit so that a projection image is formed on the scanned unit, wherein the projection device further comprises an attachment unit for attaching the projection device to a setting unit of a setting object on which the projection device is set, and characterised in that the attachment unit attaches the projection device to the setting unit such that a lateral direction of the setting object, in which vibration caused by the setting object is equal to or smaller than a predetermined value, and a reflective surface of the reflective unit are approximately perpendicular to each other, wherein the lateral direction of the setting object is parallel to the ground and perpendicular to a direction in which the setting object is configured to travel. a light source (22, 23, 24); an optical scanning unit that includes a base unit, a driver fixed to the base unit, and a reflective unit supported by the driver and that drives the reflective unit to scan light from the light source (22, 23, 24); and a scanned unit configured to be scanned with the light from the optical scanning unit so that a projection image is formed on the scanned unit, wherein the projection device further comprises an attachment unit for attaching the projection device to a setting unit of a setting object on which the projection device is set, and characterised in that the attachment unit attaches the projection device to the setting unit such that a lateral direction of the setting object, in which vibration caused by the setting object is equal to or smaller than a predetermined value, and a reflective surface of the reflective unit are approximately perpendicular to each other, wherein the lateral direction of the setting object is parallel to the ground and perpendicular to a direction in which the setting object is configured to travel.
A powder composition comprising microparticles with a volume diameter of less than 10μm, measured by a laser light diffraction method, comprising a matrix of at least one water-soluble pharmaceutically acceptable carrier embedding at least one nanoparticle with a volume diameter of less than 300nm of calcium phosphate comprising one or more therapeutic/diagnostic compounds, for use as a medicinal product in which the powder composition is administered by inhalation, wherein said at least one pharmaceutically acceptable carrier is a polyalcohol.
A lighting panel system, comprising: a lighting panel (10, 610) including a plurality of strings (44A-C) of solid state lighting devices (42A-C) arranged across the panel (10, 610); and a protection system configured to determine an adverse operating condition and adjust a lighting panel luminance setting responsive to the adverse operating condition, wherein the adverse operating condition comprises power dissipation that exceeds a system power limit, or the adverse operating condition comprises a panel temperature that exceeds a system temperature limit. a lighting panel (10, 610) including a plurality of strings (44A-C) of solid state lighting devices (42A-C) arranged across the panel (10, 610); and a protection system configured to determine an adverse operating condition and adjust a lighting panel luminance setting responsive to the adverse operating condition, wherein the adverse operating condition comprises power dissipation that exceeds a system power limit, or the adverse operating condition comprises a panel temperature that exceeds a system temperature limit.
Method of starting up a production line for producing extruded panels, in particular panels for covering a surface of a room, wherein an extruded semi-finished product is pressed with a free end onto a conveyer, wherein the conveyor is configured to pull the semi-finished product to a separating device for cutting separated plates from the semi-finished product cooled down and solidified to a continuous base profile, in particular along a cutting line extending transversely to the conveying direction, wherein a conveyor belt extending in the conveying direction is placed on the conveyor, the free end of the semi-finished product is pressed onto the conveyor belt, the conveyor belt is pulled together with the semi-finished product toward the separating device, and the free end of the semi-finished product arriving at the separating device is introduced into the separating device, while the conveyor belt is pulled away from the semi-finished product, in particular downwards, upstream of the separating device. an extruded semi-finished product is pressed with a free end onto a conveyer, wherein the conveyor is configured to pull the semi-finished product to a separating device for cutting separated plates from the semi-finished product cooled down and solidified to a continuous base profile, in particular along a cutting line extending transversely to the conveying direction, wherein a conveyor belt extending in the conveying direction is placed on the conveyor, the free end of the semi-finished product is pressed onto the conveyor belt, the conveyor belt is pulled together with the semi-finished product toward the separating device, and the free end of the semi-finished product arriving at the separating device is introduced into the separating device, while the conveyor belt is pulled away from the semi-finished product, in particular downwards, upstream of the separating device.
A coated window blind fabric comprising a fabric substrate which is coated with a pollen denaturing coating wherein the coating comprises a pollen denaturing agent comprising a basic zirconium carbonate compound, an anti-microbial agent and a polymeric carrier, wherein the pollen denaturing agent is different to the anti-microbial agent.
An array-fed reflector, AFR, antenna assembly comprising: an AFR antenna comprising: a feed array; and a reflector; and a mechanism for moving a position of the reflector relative to a position of the feed array such that a focal region of the reflector is movable with respect to the position of the feed array; characterised in that the mechanism is arranged to move the position of the reflector relative to the position of the feed array such that the AFR antenna is configurable as a fully focused AFR, a fully defocused AFR, and a partially defocused AFR; wherein the shape of the reflector is such that the AFR antenna has multi-beam coverage. an AFR antenna comprising: a feed array; and a reflector; and a feed array; and a reflector; and a mechanism for moving a position of the reflector relative to a position of the feed array such that a focal region of the reflector is movable with respect to the position of the feed array; characterised in that the mechanism is arranged to move the position of the reflector relative to the position of the feed array such that the AFR antenna is configurable as a fully focused AFR, a fully defocused AFR, and a partially defocused AFR; wherein the shape of the reflector is such that the AFR antenna has multi-beam coverage.
A method performed by a virtual network function in a Network Function Virtualization, NFV, framework, comprising: detecting a failure of the virtual network function, determining to trigger symptom data collection for collecting information about the failure, and transmitting an indication triggering the symptom data collection to a management function of the virtual network function. detecting a failure of the virtual network function, determining to trigger symptom data collection for collecting information about the failure, and transmitting an indication triggering the symptom data collection to a management function of the virtual network function.