mhurhangee/patent-ind-claim-en huggingface dataset:
An additive manufacturing method for forming a laminated structure , comprising: a first process of placing a metal plate on a laminate-joined body ; a second process of joining the metal plate to the laminate-joined body ; and a third process of machining the one or plural metal plates joined to the laminate-joined body to form a laminate-joined body including the one or plural metal plates laminated on the laminate-joined body, the first process to the third process being repeated until the laminate-joined body formed in the third process becomes the laminated structure , wherein the third process includes a cutting process of cutting the metal plate to form a partial shape of the laminated structure , and wherein the method is characterized in that , in the cutting process, the metal plate is cut to leave a joined end region that lies outside and extends from the partial shape for a next or subsequent second process wherein the second process includes a joining tool control process of performing joining processing by moving a joining tool configured to join the metal plate and the laminate-joined body by welding, wherein in the second process, a joining path represents a route extending from a start position to an end position on the metal plate along which the joining tool has joined the metal plate by welding, wherein in the second process, the joining tool does not finish the joining processing at a position on the partial shape , but finishes the joining processing at an end position lying outside the partial shape in the joining end region . a first process of placing a metal plate on a laminate-joined body ; a second process of joining the metal plate to the laminate-joined body ; and a third process of machining the one or plural metal plates joined to the laminate-joined body to form a laminate-joined body including the one or plural metal plates laminated on the laminate-joined body, the first process to the third process being repeated until the laminate-joined body formed in the third process becomes the laminated structure , wherein the third process includes a cutting process of cutting the metal plate to form a partial shape of the laminated structure , and wherein the method is characterized in that , in the cutting process, the metal plate is cut to leave a joined end region that lies outside and extends from the partial shape for a next or subsequent second process wherein the second process includes a joining tool control process of performing joining processing by moving a joining tool configured to join the metal plate and the laminate-joined body by welding, wherein in the second process, a joining path represents a route extending from a start position to an end position on the metal plate along which the joining tool has joined the metal plate by welding, wherein in the second process, the joining tool does not finish the joining processing at a position on the partial shape , but finishes the joining processing at an end position lying outside the partial shape in the joining end region .
Composite reservoir for storing high-pressure gas comprising a liner and at least one reinforcement envelope of said composite liner, said liner having an elongated shape along a longitudinal axis (X) and comprising at least one bonding zone (Z) wherein a first element (A) in a first thermoplastic polymer (M1) is assembled in a sealing manner with a second element (B) in a second thermoplastic polymer (M2) for form an internal gas storage volume, said first element (A) having in the bonding zone (Z) with said second element (B) a circular or elliptical shape delimiting the internal gas storage volume, said circular or elliptical shape of said first element (A) being defined by a first major inner axis (A1i) and a first major outer axis (A1e) as well as by a first small inner axis (A2i) and a first small small axis outer axis (A2e), said second element (B) having in the bonding zone with said first element (A) a circular or elliptical shape delimiting the internal gas storage volume, said circular or elliptical shape of said second element (B) being defined by a second major inner axis (B1i) and a second major outer axis (B1e) as well as a second small inner axis (B2i) and a second small outer axis (B2e), said first outer major axis (A1e) being equal to the second outer major axis (B1e) and said first small outer axis (A2e) being equal to the second small outer axis (B2e), said first major inner axis (A1i) being different from the second major inner axis (B1i), said first small inner axis (A2i) being equal to the second major inner axis (A2i) being different from the second small inner axis (B2i), characterized in that the first major inner axis (A1i) and/or the first small inner axis (A2i) is smaller than the second major inner axis (B1i) and/or the second small inner axis (B2i) by 0.1 mm to 1.5 mm, respectively.
A panel structure for receiving light and generating electricity, the panel structure comprising: a panel material having a light receiving surface and at least one edge surface, the panel material being at least partially transmissive for light having a wavelength in the visible wavelength range; and a photovoltaic material being positioned in or at the panel material, the photovoltaic material being distributed between transmissive areas that are void of the photovoltaic material such that features of the photovoltaic material are sufficiently narrow to be invisible to the naked eye; characterised in that the photovoltaic material forms a diffractive element that comprises a periodic or quasi-periodic arrangement of a photovoltaic material and that is arranged to absorb a portion of received light to generate electricity and deflect a portion of the received light towards the at least one edge surface of the panel material, and in that the panel structure comprises further photovoltaic material that is positioned at the at least one edge surface of the panel material to receive at least a portion of the deflected light. a panel material having a light receiving surface and at least one edge surface, the panel material being at least partially transmissive for light having a wavelength in the visible wavelength range; and a photovoltaic material being positioned in or at the panel material, the photovoltaic material being distributed between transmissive areas that are void of the photovoltaic material such that features of the photovoltaic material are sufficiently narrow to be invisible to the naked eye; characterised in that the photovoltaic material forms a diffractive element that comprises a periodic or quasi-periodic arrangement of a photovoltaic material and that is arranged to absorb a portion of received light to generate electricity and deflect a portion of the received light towards the at least one edge surface of the panel material, and in that the panel structure comprises further photovoltaic material that is positioned at the at least one edge surface of the panel material to receive at least a portion of the deflected light.
A roll-forming manufacturing method of a roller bearing seal case, comprising: roll-forming , from a cylindrical ring , a profiled ring including a first section extending at least along a cylinder axis of the cylindrical ring and a second section extending from the first section inward toward the cylinder axis, the second section being contiguous with the first section and defining a first aperture about the cylinder axis, said roll-forming comprising bending a part of the cylindrical ring that encircles the cylinder axis toward the cylinder axis to form the second section; and characterised by trimming the second section to expand the first aperture into a second aperture with location and geometry according to design parameters, wherein said trimming includes stamping out the second aperture to expand the first diameter, which deviates from perfect circularity, into the second aperture, the second aperture having improved circularity over the first aperture. roll-forming , from a cylindrical ring , a profiled ring including a first section extending at least along a cylinder axis of the cylindrical ring and a second section extending from the first section inward toward the cylinder axis, the second section being contiguous with the first section and defining a first aperture about the cylinder axis, said roll-forming comprising bending a part of the cylindrical ring that encircles the cylinder axis toward the cylinder axis to form the second section; and characterised by trimming the second section to expand the first aperture into a second aperture with location and geometry according to design parameters, wherein said trimming includes stamping out the second aperture to expand the first diameter, which deviates from perfect circularity, into the second aperture, the second aperture having improved circularity over the first aperture.
Use of a sol formed from a solvent, an alkoxide, a biopolymer, and a catalyst to prepare a water impermeable product from a porous and/or permeable material.
A longitudinal bone implant with a substantially circular cross-sectional profile, comprising a front section having a front end a and a shaft section having a rear end , wherein the front section comprises, at least three longitudinal groove-like cut-outs extending in axial direction of the front section and opening towards the front end of the implant, circumferentially alternating with at least three longitudinal, radially protruding ribs extending in axial direction, wherein the ribs have an increased cross-sectional width in a section radially more distant to the central longitudinal axis of the implant as compared to the width in a section radially closer to the central longitudinal axis of the implant, characterised in that the front section is a non-threaded front section.
A hydrogenated amorphous silicon-containing colloids or composite colloids, characterized in that they have a silicon-containing shell which surrounds the hollow colloids or composite colloids, which have a spherical geometry, wherein the silicon-containing composite colloids have a spherical geometry and a diameter of between 2 nm and 7 nm in scanning electron micrographs and wherein the silicon-containing colloids have a spherical geometry with a cavity and a diameter of between 50 to 200 nm in scanning transmission electron micrographs, the cavity being surrounded by a shell with a thickness of between 3 to 10 nm.
A left atrial appendage occluder, comprising: a sealing plate , a fixing frame located on one side of the distal end of the sealing plate , and a connection member for connecting the sealing plate with the fixing frame , wherein the fixing frame comprises a frame structure; the frame structure comprises a proximal side surface and a supporting circumferential surface which is connected with the proximal side surface and extends from the proximal side surface to the distal end, and the connection member is connected with the proximal side surface, characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame . a sealing plate , a fixing frame located on one side of the distal end of the sealing plate , and a connection member for connecting the sealing plate with the fixing frame , wherein the fixing frame comprises a frame structure; the frame structure comprises a proximal side surface and a supporting circumferential surface which is connected with the proximal side surface and extends from the proximal side surface to the distal end, and the connection member is connected with the proximal side surface, characterized in that the radial deformability of the sealing plate is greater than that of the fixing frame and/or the axial deformability of the sealing plate is greater than that of the fixing frame .
A method of providing image registration information in a digital printing press , the method comprises: capturing an image of a printed page on an impression drum of a digital printing press ; determining, from the image, image registration information from printed content on the page ; and displaying a graphical visualization of the image registration information on a user interface screen of the digital printing press . capturing an image of a printed page on an impression drum of a digital printing press ; determining, from the image, image registration information from printed content on the page ; and displaying a graphical visualization of the image registration information on a user interface screen of the digital printing press .
A method in a portable device for displaying map data, the method comprising: obtaining, by one or more processors in a portable device , a request for map data of a geographic area; displaying, by the one or more processors , a panoramic view of geolocated imagery for a first portion of the geographic area; and simultaneously displaying, by the one or more processors , a non-panoramic map representation for a second portion of the geographic area, including displaying an intersection between the panoramic view and the non-panoramic map representation at a common geographic boundary shared between the first portion of the geographic area and the second portion of the geographic area, wherein the non-panoramic map representation replaces sky depicted in the panoramic view ; the method further comprising: obtaining, by the one or more processors , a gesture from a user applied at a location on the panoramic view or the non-panoramic map representation which does not correspond to a center position of the geographic area; and zooming, by the one or more processors , the panoramic view or the non-panoramic map representation according to the gesture on a location at the intersection between the panoramic view and the non-panoramic map representation without panning the panoramic view away from the geographic area. obtaining, by one or more processors in a portable device , a request for map data of a geographic area; displaying, by the one or more processors , a panoramic view of geolocated imagery for a first portion of the geographic area; and simultaneously displaying, by the one or more processors , a non-panoramic map representation for a second portion of the geographic area, including displaying an intersection between the panoramic view and the non-panoramic map representation at a common geographic boundary shared between the first portion of the geographic area and the second portion of the geographic area, wherein the non-panoramic map representation replaces sky depicted in the panoramic view ; obtaining, by the one or more processors , a gesture from a user applied at a location on the panoramic view or the non-panoramic map representation which does not correspond to a center position of the geographic area; and zooming, by the one or more processors , the panoramic view or the non-panoramic map representation according to the gesture on a location at the intersection between the panoramic view and the non-panoramic map representation without panning the panoramic view away from the geographic area.
A respiratory pressure therapy device for generating a supply of air at positive pressure for the amelioration or treatment of a respiratory disorder, the respiratory pressure therapy device comprising: a device outlet configured to connect to an air circuit to deliver the supply of air to a patient via a patient interface ; a controller configured to control the respiratory therapy device to provide flow rates and pressures suitable for respiratory therapy; and a pressure generator including an impeller , a housing for the impeller that includes an inlet and an outlet , and an electric motor configured to rotate the impeller to generate the positive pressure, wherein the impeller comprises a hub defining an axis of rotation for the impeller; a plurality of inclined blades , the plurality of inclined blades extending away from the hub; and a plurality of reverse inclined blades , the plurality of reverse inclined blades extending away from the hub, wherein each of the plurality of inclined blades are joined to an adjacent inclined blade at least in part by a reverse inclined blade. a device outlet configured to connect to an air circuit to deliver the supply of air to a patient via a patient interface ; a controller configured to control the respiratory therapy device to provide flow rates and pressures suitable for respiratory therapy; and a pressure generator including an impeller , a housing for the impeller that includes an inlet and an outlet , and an electric motor configured to rotate the impeller to generate the positive pressure, wherein the impeller comprises a hub defining an axis of rotation for the impeller; a plurality of inclined blades , the plurality of inclined blades extending away from the hub; and a plurality of reverse inclined blades , the plurality of reverse inclined blades extending away from the hub, wherein each of the plurality of inclined blades are joined to an adjacent inclined blade at least in part by a reverse inclined blade.
A client device for a wireless communication system , the client device being configured to, obtain a Quality-of-Service, QoS, monitoring configuration associated with an application in a first layer; determine QoS estimates for a radio link, serving the application, in the first layer; provide a first indication from the first layer to a second layer upon detecting that a QoS estimate does not fulfill a QoS requirement obtained from the QoS monitoring configuration, wherein the first layer is a physical layer arranged below the second layer; wherein the first indication triggers, autonomously in the client device , a pre-programmed behavior in the application, wherein the pre-programmed behavior in the application comprises taking precautionary actions and/or enter into a safe-mode. obtain a Quality-of-Service, QoS, monitoring configuration associated with an application in a first layer; determine QoS estimates for a radio link, serving the application, in the first layer; provide a first indication from the first layer to a second layer upon detecting that a QoS estimate does not fulfill a QoS requirement obtained from the QoS monitoring configuration, wherein the first layer is a physical layer arranged below the second layer; wherein the first indication triggers, autonomously in the client device , a pre-programmed behavior in the application, wherein the pre-programmed behavior in the application comprises taking precautionary actions and/or enter into a safe-mode.
A filter press comprising: a plurality of stackable filter plate assemblies ; wherein multiple filter plate assemblies within the plurality of stackable filter plate assemblies each incorporate at least one turbidity sensing module coupled to the corresponding filter plate assembly ); and wherein the turbidity sensing module is positioned between a filtrate drain opening (8a-d) communicating with a filter chamber , and a filtrate port or filtrate discharge tube , in order to determine a level of turbidity of filtrate exiting said corresponding filter plate assembly independently of turbidity levels of filtrate exiting other filter plate assemblies within the plurality of stackable filter plate assemblies . a plurality of stackable filter plate assemblies ; wherein multiple filter plate assemblies within the plurality of stackable filter plate assemblies each incorporate at least one turbidity sensing module coupled to the corresponding filter plate assembly ); and wherein the turbidity sensing module is positioned between a filtrate drain opening (8a-d) communicating with a filter chamber , and a filtrate port or filtrate discharge tube , in order to determine a level of turbidity of filtrate exiting said corresponding filter plate assembly independently of turbidity levels of filtrate exiting other filter plate assemblies within the plurality of stackable filter plate assemblies .
Fryer comprising a container for holding an oil bath and a lid for covering the container , the container and the lid thus forming an enclosure , the enclosure having at least one relative seal with respect to the intake of outside air into the enclosure , the lid having a vent valve for ensuring the enclosure communicates with the outside when the pressure in the enclosure exceeds a threshold pressure, the lid comprising an annular seal annularly bearing with the container when the lid closes the container , the container having an upper edge and a peripheral edge surrounding the upper edge , characterised in that the annular seal bears on the peripheral edge around the upper edge when the lid closes the container , such that in case of depression inside the enclosure , the outside pressure makes it possible to flatten the annular seal against the peripheral edge .
A therapeutic composition for use in treating a tumor in a patient comprising: an antigenic composition comprising tumor antigens, wherein the tumor antigens are tumor tissue subjected to necrosis, and an aliquot of allogeneic activated T-cells, wherein the antigenic composition is administrable to create an immune response that serves as an adjuvant to the uptake of antigens in the composition whereby subsequent maturation of the patient's antigen presenting cells systemically stimulate anti-tumor immunity.
Hand-guided working implement having a guide rail , wherein the guide rail has a guide groove , in which a chain is guided, wherein the guide rail has at one end a deflection region for deflecting the chain and at the other end a clamping region for fixing to a housing of the working implement, wherein the guide rail comprises a first side element and a second side element , which at least partially bound a main fluid passage , wherein the main fluid passage comprises a main fluid inlet located at the first side element in the clamping region , and wherein the main fluid passage has at least one first main fluid outlet terminating in the deflection region and at least one second main fluid outlet terminating into the guide groove at a first long side of the guide rail , characterised in that the side elements at least partially bound a secondary fluid passage , wherein the amount of fluid flowing through the main fluid passage in operation is greater than the amount of fluid flowing through the secondary fluid passage , and in that the secondary fluid passage has at least one first secondary fluid outlet terminating in the deflection region and at least one second secondary fluid outlet terminating into the guide groove at a second long side of the guide rail .
Lid for attachment to a waste collection container , comprising at least a first and a second portion which are movable relative to each other, the first portion comprising a first side which covers a second side of the second portion , one side extending above the other when the lid is in the sealed position, the first side comprising a first end which extends at least in part toward the second portion when the lid is in the sealed position on a waste collection container , the second side comprising a second end which extends toward the first portion facing an extension of the first end toward the second portion when the lid is in the sealed position on a waste collection container , characterized in that the first and second ends extend in vertical directions when the lid is in the sealed position on a waste collection container .