mhurhangee/ep-ind-claims huggingface dataset:
Multi chamber syringe unit (1; 10; 18; 19) comprising a body (2; 20; 28; 29) with a distal end side (23; 230), a proximal end side (22; 220) opposite to the distal end side (23; 230), an interior limited by a side wall (21; 210; 218; 219) between the distal end side (23; 230) and the proximal end side (22; 220) and a longitudinal axis (27; 270) centrally extending from the distal end side (23; 230) to the proximal end side (22; 220) through the body (2; 20; 28; 29); a separating element (3; 30) arranged in the interior of the body (2; 20; 28; 29), wherein the separating element (3; 30) forms a distal chamber (24; 240) in the interior of the body (2; 20; 28; 29) between the distal end side (23; 230) and the separating element (3; 30) and a proximal chamber (25; 250) in the interior of the body (2; 20; 28; 29) between the proximal end side (22; 220) and the separating element (3; 30); and a bypass arrangement (26; 260; 268; 269) provided in the body (2; 20; 28; 29), wherein the bypass arrangement (26; 260; 268; 269) is a section of the body (2; 20; 28; 29) in which the interior has a constant noncircular cross section (261; 2610; 2618; 2619) orthogonal to the longitudinal axis (27; 270) characterized in that the interior in the section of the body (2; 20; 28; 29) being the bypass arrangement (26; 260; 268; 269) has a polygonal-shaped cross section (261; 2610; 2618; 2619) orthogonal to the longitudinal axis (27; 270). a body (2; 20; 28; 29) with a distal end side (23; 230), a proximal end side (22; 220) opposite to the distal end side (23; 230), an interior limited by a side wall (21; 210; 218; 219) between the distal end side (23; 230) and the proximal end side (22; 220) and a longitudinal axis (27; 270) centrally extending from the distal end side (23; 230) to the proximal end side (22; 220) through the body (2; 20; 28; 29); a separating element (3; 30) arranged in the interior of the body (2; 20; 28; 29), wherein the separating element (3; 30) forms a distal chamber (24; 240) in the interior of the body (2; 20; 28; 29) between the distal end side (23; 230) and the separating element (3; 30) and a proximal chamber (25; 250) in the interior of the body (2; 20; 28; 29) between the proximal end side (22; 220) and the separating element (3; 30); and a bypass arrangement (26; 260; 268; 269) provided in the body (2; 20; 28; 29), wherein the bypass arrangement (26; 260; 268; 269) is a section of the body (2; 20; 28; 29) in which the interior has a constant noncircular cross section (261; 2610; 2618; 2619) orthogonal to the longitudinal axis (27; 270) characterized in that the interior in the section of the body (2; 20; 28; 29) being the bypass arrangement (26; 260; 268; 269) has a polygonal-shaped cross section (261; 2610; 2618; 2619) orthogonal to the longitudinal axis (27; 270).
A fire or smoke curtain comprising a sealing arrangement for separating two room areas, comprising a bearing surface (16, 16'), which is approximately parallel to the length of curtain, on which a surface area of the curtain abuts, wherein the sealing arrangement is provided in areas of this bearing surface (16, 16'), wherein a further bearing surface (10, 10') is present, characterized in that the two bearing surfaces are located opposite from one another and are provided for abutting on opposite surfaces of the curtain, and that the two bearing surfaces (10, 10', 16, 16') have at least one set consisting of protrusion (9, 14 or 11, respectively) and depression, wherein the further bearing surface (10, 10') is complementary to and engages with the bearing surface (16, 16') and the bearing surfaces thus form a labyrinth seal.
Extrusion tool for manufacturing profiles made of plastic material with reinforcing elements made of a material with high mechanical strength, especially glass fibres or carbon fibres, said tool comprising a die with a feed-end block for injecting the plastic material, under high pressure, into passages that pass through successive blocks in order to give the profile its shape progressively as far as an outlet aperture with the final outline, and a mandrel held by fins inside the passages for the plastic material, comprising ducts (C1-C4) for inserting continuous reinforcing beads (J1-J4) constituting the reinforcing elements, in which tool: - the transition of the ducts (C1-C4) from the outside to the inside of the contour of the profile is brought about without intersecting with the passages for the plastic material, thanks to offset planes; - and the said ducts (C1-C4) are separated, over at least the majority of their path within the die, from the passages (4b, 4c, 5b, 5c,...7b, 7c) for the plastic material, and open into the said passages only in a zone (8b, 8c) close to the outlet where the pressure of the plastic material injected has become sufficiently low for the plastic material to not filter, in the absence of beads, into the ducts, in such a way that the said extrusion tool makes it possible to change from manufacture without reinforcing beads to manufacture with reinforcing beads, and vice versa, without interruption. - the transition of the ducts (C1-C4) from the outside to the inside of the contour of the profile is brought about without intersecting with the passages for the plastic material, thanks to offset planes; - and the said ducts (C1-C4) are separated, over at least the majority of their path within the die, from the passages (4b, 4c, 5b, 5c,...7b, 7c) for the plastic material, and open into the said passages only in a zone (8b, 8c) close to the outlet where the pressure of the plastic material injected has become sufficiently low for the plastic material to not filter, in the absence of beads, into the ducts, in such a way that the said extrusion tool makes it possible to change from manufacture without reinforcing beads to manufacture with reinforcing beads, and vice versa, without interruption.
A flooring system, comprising a plurality of rectangular floor panels (1,1') with long and short edges which are mechanically connectable to each other along one pair of adjacent joint edges, each floor panel being provided with a first groove formed in one piece with the panel at a first joint edge and a flexible tongue connected to a second groove at a second opposite joint edge for mechanically locking together said adjacent joint edges at right angles to the principal plane of the panels, thereby forming a vertical mechanical connections between the panels, said panels being provided with a locking element, formed in one piece with the panel, at said second opposite joint edge and a locking groove at said first joint edge for mechanically locking together said adjacent joint edges parallel to the principal plane and at right angles to the joint edges, the locking groove being open towards a rear side of the panel and the locking elements protrudes vertically from a locking strip, wherein the flexible tongue is formed of a separated material and is flexible and resilient such that two panels, can be mechanically joined by displacement of said two panels vertically towards each other, while at least a part of the flexible tongue at said second opposite joint edge is resiliently displaced horizontally, until said adjacent edges of the two panels are brought into engagement with each other horizontally and the flexible tongue at said second opposite joint edge is then displaced towards its initial position and against a wall of the first groove at the first joint edge, characterised in that all parts of the flexible tongue that extend beyond a vertical plane of the joint edges is an outer part of the flexible tongue, and that said outer part protrudes downwardly.
Apparatus for characterizing an object based on measurement samples from one or more location sensors, the measurement samples (21, 22) having a first spatial resolution, the apparatus comprising: a processor circuit configured to quantize the measurement samples to a grid map of weighted cells having a second spatial resolution lower than the first spatial resolution, wherein a measurement sample (21, 22) contributes to a weight coefficient of one or more weighted cells depending on a measurement accuracy; and compute line parameters of one or more lines (23, 24) fitting the weighted cells to obtain a characterization of the object. quantize the measurement samples to a grid map of weighted cells having a second spatial resolution lower than the first spatial resolution, wherein a measurement sample (21, 22) contributes to a weight coefficient of one or more weighted cells depending on a measurement accuracy; and compute line parameters of one or more lines (23, 24) fitting the weighted cells to obtain a characterization of the object.
A cosmetic compact container provided with a dome-shaped refill container cover, the cosmetic compact container comprising: a container body formed thereon with a locking groove; a container cover hinge-coupled to the container body so as to be opened and closed and formed on one side thereof with an opening/closing button; a refill container mounted inside the container body and formed therein with a cosmetic material accommodating space; a sealing packing coupled to an upper portion of the refill container; and a refill container cover hinge-coupled to the refill container so as to be opened and closed, wherein a bottom surface of the refill container cover bulges upward in a dome shape to prevent the refill container cover from swelling even if the cosmetic material is evaporated or volatilized when the cosmetic material is stored by closing the refill container cover, and the refill container cover is formed at one side thereof with a stopper protrusion which is pivotally fastened to a latch hook formed at one side of the refill container. a container body formed thereon with a locking groove; a container cover hinge-coupled to the container body so as to be opened and closed and formed on one side thereof with an opening/closing button; a refill container mounted inside the container body and formed therein with a cosmetic material accommodating space; a sealing packing coupled to an upper portion of the refill container; and a refill container cover hinge-coupled to the refill container so as to be opened and closed, wherein a bottom surface of the refill container cover bulges upward in a dome shape to prevent the refill container cover from swelling even if the cosmetic material is evaporated or volatilized when the cosmetic material is stored by closing the refill container cover, and the refill container cover is formed at one side thereof with a stopper protrusion which is pivotally fastened to a latch hook formed at one side of the refill container.
A brush seal system comprising: a component comprising a first mating surface; a brush seal comprising a brush seal backing plate, a retaining ring, and a plurality of bristles retained between the brush seal backing plate and the retaining ring, the brush seal backing plate comprising a second mating surface mounted to the first mating surface; and at least one cooling channel extending from an exterior side of the component to an interior side of the component so as to bypass the brush seal, characterized in that the at least one cooling channel comprises a trench formed in the first mating surface of the component. a component comprising a first mating surface; a brush seal comprising a brush seal backing plate, a retaining ring, and a plurality of bristles retained between the brush seal backing plate and the retaining ring, the brush seal backing plate comprising a second mating surface mounted to the first mating surface; and at least one cooling channel extending from an exterior side of the component to an interior side of the component so as to bypass the brush seal, characterized in that the at least one cooling channel comprises a trench formed in the first mating surface of the component.
A gas turbine combustor comprising: a cylindrical combustor liner; and a cylindrical combustion chamber inside the combustor liner, wherein the gas turbine combustor further comprises a burner including a plurality of fuel nozzles for injecting gas fuel (201 to 203) into the combustion chamber and an air hole plate with a plurality of air holes (51 to 55) for guiding compressed air into the combustion chamber, wherein: the air hole plate joins the combustor liner, and is disposed between the fuel nozzles and the combustion chamber; characterized in that a junction between the air hole plate and the combustor liner is provided with an inclined component (70, 71) which covers the junction and has a connecting surface connecting the air hole plate and the combustor liner, wherein the inclined component is formed on a part of the combustion chamber in a circumferential direction. a cylindrical combustor liner; and a cylindrical combustion chamber inside the combustor liner, wherein the gas turbine combustor further comprises a burner including a plurality of fuel nozzles for injecting gas fuel (201 to 203) into the combustion chamber and an air hole plate with a plurality of air holes (51 to 55) for guiding compressed air into the combustion chamber, the air hole plate joins the combustor liner, and is disposed between the fuel nozzles and the combustion chamber; characterized in that a junction between the air hole plate and the combustor liner is provided with an inclined component (70, 71) which covers the junction and has a connecting surface connecting the air hole plate and the combustor liner, wherein the inclined component is formed on a part of the combustion chamber in a circumferential direction.
A vehicle braking system, said system comprising: - a front braking circuit intended for applying braking to the wheels (104 1 -104 2) of a front axle of said vehicle and comprising braking members (112 1 -112 2) controlled by an actuator, - a rear braking circuit, independent of said front braking circuit, intended for applying braking to the wheels (106 1 -106 4) of a rear axle of said vehicle and comprising braking members (122 1 -122 2) controlled by an actuator, - a first control unit, connected to the actuators (114,124) of said front and rear braking circuits, for triggering braking, and - a second control unit, independent of said first control unit, and configured to trigger braking in at least one of said braking circuits (110,120), and in particular only the rear braking circuit; characterized in that it further comprises an emergency braking control module, connected to the first and second control units (130,132), and intended for controlling emergency braking when said control units (130,132) fail. - a front braking circuit intended for applying braking to the wheels (104 1 -104 2) of a front axle of said vehicle and comprising braking members (112 1 -112 2) controlled by an actuator, - a rear braking circuit, independent of said front braking circuit, intended for applying braking to the wheels (106 1 -106 4) of a rear axle of said vehicle and comprising braking members (122 1 -122 2) controlled by an actuator, - a first control unit, connected to the actuators (114,124) of said front and rear braking circuits, for triggering braking, and - a second control unit, independent of said first control unit, and configured to trigger braking in at least one of said braking circuits (110,120), and in particular only the rear braking circuit;
A control device for an electrically heated catalyst provided in an exhaust gas passage of an internal combustion engine, whereby an air-fuel ratio of the internal combustion engine is controllable at a ratio near a theoretical air-fuel ratio at an operation time, and whereby the electrically heated catalyst includes a heating element that is heated by electric conduction to heat the catalyst, a case that stores the heating element therein, and an insulating member provided between the heating element and the case to insulate electricity, the control device for the electrically heated catalyst comprising: an electric conduction control unit configured to electrically conduct the heating element after an operation of the internal combustion engine is stopped and characterized in that the electric conduction control unit is further configured so that when a temperature of the electrically heated catalyst or a temperature of an exhaust gas correlated with the temperature of the electrically heated catalyst when the operation of the internal combustion engine is stopped is equal to or higher than a first predetermined temperature, the electric conduction control unit is configured to either inhibit electric conduction to the heating element or electrically conduct the heating element after a predetermined electric conduction stop period elapses from when the operation of the internal combustion engine is stopped, and when the deposit amount of a particulate matter on the end of the insulating member is large when the operation of the internal combustion engine is stopped, the electric conduction control unit performs at least one of control to increase an electric conduction amount per unit time when electrically conducting the heating element and control to increase an electric conduction time when electrically conducting the heating element as compared when the deposit amount of a particulate matter is small. an electric conduction control unit configured to electrically conduct the heating element after an operation of the internal combustion engine is stopped and characterized in that the electric conduction control unit is further configured so that
A vehicle roof load support system comprising a load support configured to be coupled to a load bar on a roof of a vehicle and a support pad, the support pad comprising: a base layer; a contact layer for contacting a load disposed on the support pad; and a plurality of ribs extending between the base layer and the contact layer such that the contact layer is spaced from the base layer, wherein the support pad is configured to flex in multiple directions to support the load disposed on the support pad characterized in that the base layer and the contact layer are generally parallel in a first configuration before the load is disposed on the support pad. a base layer; a contact layer for contacting a load disposed on the support pad; and a plurality of ribs extending between the base layer and the contact layer such that the contact layer is spaced from the base layer, wherein the support pad is configured to flex in multiple directions to support the load disposed on the support pad characterized in that the base layer and the contact layer are generally parallel in a first configuration before the load is disposed on the support pad.
A pressure monitoring system, comprising: a single housing; a fluid port formed in the housing; a first pressure switch positioned within the single housing and in fluid communication with the fluid port; a second pressure switch positioned within the single housing and in fluid communication with the fluid port; a first pressure switch aperture formed in the single housing and adapted to receive the first pressure switch, wherein the first pressure switch is removeably coupled to the first pressure switch aperture; and a second pressure switch aperture formed in the single housing and adapted to receive the second pressure switch, wherein the second pressure switch is removeably coupled to the second pressure switch aperture; wherein the first and second pressure switches are independent components such that a threshold pressure at which the first pressure switch actuates is independent of a threshold pressure at which the second pressure switch actuates. a single housing; a fluid port formed in the housing; a first pressure switch positioned within the single housing and in fluid communication with the fluid port; a second pressure switch positioned within the single housing and in fluid communication with the fluid port; a first pressure switch aperture formed in the single housing and adapted to receive the first pressure switch, wherein the first pressure switch is removeably coupled to the first pressure switch aperture; and a second pressure switch aperture formed in the single housing and adapted to receive the second pressure switch, wherein the second pressure switch is removeably coupled to the second pressure switch aperture; wherein the first and second pressure switches are independent components such that a threshold pressure at which the first pressure switch actuates is independent of a threshold pressure at which the second pressure switch actuates.
An oil-in-water emulsion composition having an oil phase and water phase, the oil-in-water emulsion comprising: an oil adapted to form oily globules having a mean particle diameter of less than 800 nm; at least one agriculturally active compound; at least one non-ionic lipophilic surface-active agent having an Hydrophilic Lipophilic Balance of between 2 and 5; at least one non-ionic hydrophilic surface-active agent having an Hydrophilic Lipophilic Balance between 8 and 12; at least one ionic surface-active agent; at least one polymeric surface-active agent having an Hydrophilic Lipophilic Balance greater than 12; and water. an oil adapted to form oily globules having a mean particle diameter of less than 800 nm; at least one agriculturally active compound; at least one non-ionic lipophilic surface-active agent having an Hydrophilic Lipophilic Balance of between 2 and 5; at least one non-ionic hydrophilic surface-active agent having an Hydrophilic Lipophilic Balance between 8 and 12; at least one ionic surface-active agent; at least one polymeric surface-active agent having an Hydrophilic Lipophilic Balance greater than 12; and water.
Device for the web-formed processing of workpieces, in particular for the application of a medium to a workpiece, having a processing tool, a media-supply means and a movement device for generating relative movement between the medium and workpiece, wherein the movement device has a multi-axis manipulator, which has one or more driven, flexible axes I-VII and which guides the processing tool, wherein the flexible axis/axes I-VII has/have a flexibility-regulation function, that is to say purely a force-regulation function or a combination of position-regulation and force-regulation functions, and the manipulator has a plurality of links (20, 21, 22, 23), which are connected to one another in an articulated manner and are driven in a controlled manner, and one or more sensors for sensing the loading of at least one of its links (20, 21, 22, 23), in particular for sensing the forces and/or moments acting thereon.