mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a mould for creation of complex objects, such as concrete objects, by controlling and moving two end effectors of a robotic system, the two end effectors having a flexible cutting element attached to and extending between the two end effectors, the method comprising the steps of: - defining at least one surface representing the inner surface of the mould; - dividing the surface into a number of segments represented by planar curves on the surface; - for each planar curve, calculating at least one elastic curve representing the planar curve; - for each calculated elastic curve, calculating a set of data corresponding to placement and direction of the two end effectors for configuring the flexible cutting element to a shape corresponding to the calculated elastic curve; - sequentially positioning the end effectors according to each set of data, the flexible cutting element thereby cutting the mould from a block. - defining at least one surface representing the inner surface of the mould; - dividing the surface into a number of segments represented by planar curves on the surface; - for each planar curve, calculating at least one elastic curve representing the planar curve; - for each calculated elastic curve, calculating a set of data corresponding to placement and direction of the two end effectors for configuring the flexible cutting element to a shape corresponding to the calculated elastic curve; - sequentially positioning the end effectors according to each set of data, the flexible cutting element thereby cutting the mould from a block.
Method for transporting a flat material to be treated within an installation for the chemical and/or electrochemical treatment of the material to be treated, wherein the material to be treated is transported within a plane of transport in a direction of transport, comprising the steps: attaching holding means (22; 110) to the material to be treated, which hold the material to be treated at at least two points of an edge region of the material, which edge region is directed along the direction of transport when the material to be treated is being transported; and moving of the holding means (22; 110) in the direction of transport, wherein the holding means (22; 110) holding the material to be treated are detachably coupled to a transporting device of the installation, in order to transport the material to be treated; wherein at least during a portion of the transportation of the material to be treated, a force having a component (6, 7) which lies within the plane of transport and is directed transversely to the direction of transport, is exerted upon at least one region of the material to be treated. attaching holding means (22; 110) to the material to be treated, which hold the material to be treated at at least two points of an edge region of the material, which edge region is directed along the direction of transport when the material to be treated is being transported; and moving of the holding means (22; 110) in the direction of transport, wherein the holding means (22; 110) holding the material to be treated are detachably coupled to a transporting device of the installation, in order to transport the material to be treated; wherein at least during a portion of the transportation of the material to be treated, a force having a component (6, 7) which lies within the plane of transport and is directed transversely to the direction of transport, is exerted upon at least one region of the material to be treated.
A stool, comprising: a seat assembly (102, 412, 514, 602); and a chest support assembly (104, 304, 410, 510, 604) coupled to the seat assembly (102, 412, 514, 602), the chest support assembly (104, 304, 410, 510, 604) including: a vertical support, a chest support (150, 350, 420, 520, 650, 750) having a front side (160, 662) and a backside (162, 660), wherein the vertical support couples the chest support (150, 350, 420, 520, 650, 750) to the seat assembly (102, 412, 514, 602), wherein the backside (162, 660) of the chest support (150, 350, 420, 520, 650, 750) is configured to support a chest of a user sitting on the seat assembly (102, 412, 514, 602) and straddling the vertical support of the chest support (150, 350, 420, 520, 650, 750) while allowing movement of the user's arms on the front side (160, 662) of the chest support (150, 350, 420, 520, 650, 750) to move freely on the front side (160, 662) of the chest support (150, 350, 420, 520, 650, 750), and at least one armrest (110, 11, 1, 610A, 610B, 610, 710) movable between a stowed position for supporting the user's chest contacting the backside (162, 660) of the chest support (150, 350, 420, 520, 650, 750) and a deployed position for supporting the user's arm, wherein the at least one armrest (110, 11, 1, 610A, 610B, 610, 710), in the deployed position, extends away from the chest support (150, 350, 420, 520, 650, 750) such that a portion of the at least one armrest (110, 11, 1, 610A, 610B, 610, 710) located on the front side (160, 662) of the chest support (150, 350, 420, 520, 650, 750) is positioned to support the user's forearm while the user sits on the seat assembly (102, 412, 514, 602) and the user's chest contacts the backside (162, 660) of the chest support (150, 350, 420, 520, 650, 750).
Exhaust muffler for the exhaust gas stream of an internal combustion engine, especially vehicle internal combustion engine, comprising - a first chamber and a second chamber in a muffler housing, - an exhaust gas inlet, wherein said exhaust gas inlet is open towards the first chamber in a first inlet opening area and is open towards the second chamber in a second inlet opening area, - an exhaust gas outlet, wherein the exhaust gas outlet is open towards the first chamber in an outlet opening area, - at least one connection opening between the first chamber and the second chamber for an exhaust gas flow from the second chamber to the first chamber, - an exhaust gas valve arrangement associated to the at least one connection opening with a valve element, comprising a closing area closing the at least one connection opening in a closing position of the exhaust gas valve arrangement, characterized in that the exhaust gas valve arrangement comprises an actuating area associated to the second inlet opening area for generating an actuating force due to an exhaust gas flow around, which said actuating force moves the exhaust gas valve arrangement from the closing position in the direction of an open position. - a first chamber and a second chamber in a muffler housing, - an exhaust gas inlet, wherein said exhaust gas inlet is open towards the first chamber in a first inlet opening area and is open towards the second chamber in a second inlet opening area, - an exhaust gas outlet, wherein the exhaust gas outlet is open towards the first chamber in an outlet opening area, - at least one connection opening between the first chamber and the second chamber for an exhaust gas flow from the second chamber to the first chamber, - an exhaust gas valve arrangement associated to the at least one connection opening with a valve element, comprising a closing area closing the at least one connection opening in a closing position of the exhaust gas valve arrangement,
A method of producing a flexible pipe body to reduce, inhibit or completely prevent microcrazing, comprising: providing a tubular length of polymeric material for forming a polymeric layer of flexible pipe body; providing a strength layer radially outwards of the polymeric layer; and treating a radially inner surface of the polymeric layer with a chemical to thereby cause a change in the modulus of elasticity of the polymeric layer wherein the chemical has the effect of softening the polymer without dissolving the polymer, wherein the chemical treatment comprises increasing the elasticity of the polymer in the polymeric layer, and wherein the chemical is selected from a hydrocarbon oil or fluid, a polar solvent such as alcohols, non-polar solvents such as benzene or toluene, or ionic or supercritical liquid solvents. providing a tubular length of polymeric material for forming a polymeric layer of flexible pipe body; providing a strength layer radially outwards of the polymeric layer; and treating a radially inner surface of the polymeric layer with a chemical to thereby cause a change in the modulus of elasticity of the polymeric layer wherein the chemical has the effect of softening the polymer without dissolving the polymer, wherein the chemical treatment comprises increasing the elasticity of the polymer in the polymeric layer, and wherein the chemical is selected from a hydrocarbon oil or fluid, a polar solvent such as alcohols, non-polar solvents such as benzene or toluene, or ionic or supercritical liquid solvents.
An arrangement for locking arming conditions to prevent unintentional arming of Safety, Arming and Ignition-units of ammunition units when the ammunition unit is subjected to external threats, wherein an essentially ring-shaped shape memory alloy is provided in cooperation with a recess in a plunger comprised in connection to the SAI-unit and a fixed recess to prevent the plunger from axial movement when subjected to heating by changing the shape of the essentially ring-shaped shape memory alloy to lock the plunger relative to the fixed recess.
Battery comprising an air-tight casing with an air-permeable aperture for pressure equalization, a plurality of battery cells arranged in the casing and an active cooling device for cooling the battery cells in the casing, the cooling device having a cooling fluid and a distributor block for distributing the cooling fluid, characterized in that an air duct is integrated in the distributor block and is configured and arranged in such a way that the air-permeable aperture in the casing is in contact with ambient air via the air duct, the distributor block having an air inlet for receiving ambient air and an air outlet, which is connected to the air-permeable aperture in the casing, the air duct connecting the air inlet and the air outlet to one another in an air-conducting manner and the air outlet having a water-impermeable membrane, which substantially prevents liquid water from the distributor block from passing through the air-permeable aperture in the casing into the interior of the casing.
Mixing element for an exhaust system of an internal combustion engine, in particular for a motor vehicle, - comprising two inlet openings (5, 6) and two outlet openings (7, 8), - each inlet opening (5, 9) being connected to both outlet openings (7, 8) such that they communicate, - the mixing element being assembled from two half shells (21, 22) and an insert plate arranged therebetween, - each half shell (21, 22) having two inlet opening portions, two outlet opening portions and two channel portions (26, 27) which are open towards the other half shell (21, 22) and connect one inlet opening (5, 6) to two outlet openings (7, 8) or one outlet opening (7, 8) to two inlet openings (5, 6), - the insert plate closing off the channel portions (26, 27) of one of the half shells (21, 22) in the direction of the other half shell (21, 22), characterised in that - the mixing element contains a channel system having four channels (13 to 16) which have approximately the same size flow cross sections such that the exhaust gas flow (9, 10) supplied to the respective inlet opening (5, 6) is divided equally and supplied in each case to the two outlet openings (7, 8) by means of two separate channels (13 to 16), the partial flows (29 to 32) supplied to the outlet openings (7, 8) by means of two separate channels (13 to 16) in each case being recombined at the outlet openings (7, 8) to once again form exhaust gas flows (9, 10) having the same volume. - comprising two inlet openings (5, 6) and two outlet openings (7, 8), - each inlet opening (5, 9) being connected to both outlet openings (7, 8) such that they communicate, - the mixing element being assembled from two half shells (21, 22) and an insert plate arranged therebetween, - each half shell (21, 22) having two inlet opening portions, two outlet opening portions and two channel portions (26, 27) which are open towards the other half shell (21, 22) and connect one inlet opening (5, 6) to two outlet openings (7, 8) or one outlet opening (7, 8) to two inlet openings (5, 6), - the insert plate closing off the channel portions (26, 27) of one of the half shells (21, 22) in the direction of the other half shell (21, 22), - the mixing element contains a channel system having four channels (13 to 16) which have approximately the same size flow cross sections such that the exhaust gas flow (9, 10) supplied to the respective inlet opening (5, 6) is divided equally and supplied in each case to the two outlet openings (7, 8) by means of two separate channels (13 to 16), the partial flows (29 to 32) supplied to the outlet openings (7, 8) by means of two separate channels (13 to 16) in each case being recombined at the outlet openings (7, 8) to once again form exhaust gas flows (9, 10) having the same volume.
A refrigerator door, comprising: a frame and a glass panel arranged outside the frame, characterized in that the refrigerator door further comprises a LOGO display device arranged between the frame and the glass panel, wherein a transparent LOGO display area is printed on the glass panel; the LOGO display device comprises a light-emitting component and a one-way vision film; the light-emitting component is arranged at a side of the LOGO display area close to the frame; and the one-way vision film is arranged between the LOGO display area and the light-emitting component.
Sectional door, in particular for a commercial vehicle, having a door leaf formed from a plurality of panels, wherein the panels are movable along a guide between a position closing an opening and a storage position, and the guide has a curved section between the closing position and the storage position, wherein two adjacent panels are pivotably mounted at their mutually facing longitudinal edge and have a curved hook and a receptacle for the hook, and two adjacent panels have, at the mutually facing longitudinal edge, at least one projecting web as engagement protection, which covers a gap between the two adjacent panels when the panels are aligned at an angle to one another at the curved section of the guide, wherein the panels are each formed as thermally insulated panels with two outer cover layers (11, 12) and an insulating core arranged therebetween, characterized in that the hook and the web are formed on a composite profile which has at least one insulating web made of plastic.
A recombinant vector comprising a nucleic acid that encodes a chimeric polypeptide comprising a targeting sequence of a variable lymphocyte receptor domain, a transmembrane domain, a T cell costimulatory molecule domain, and a signal-transduction component of a T-cell antigen receptor domain, wherein the variable lymphocyte receptor has SEQ ID NO: 4, 6, 8 or 10, or a sequence with greater than 95% identity thereto.
Vehicle comprising a bearing frame of the tubular trestle type, two front steered wheels (14, 16), two rear wheels (18, 20) with fixed axis, an engine unit, steering means through which it is possible to operate on the front wheels (14, 16), a front suspension unit connecting the frame to the front wheels (14, 16), a rear suspension unit, connecting the frame to the rear wheels (18, 20), a transmission unit, interposed between the engine unit and the rear wheels (18, 20), a seat for the driver of the vehicle, arranged at a central position with respect to the vehicle, and at least two seats for the passengers of the vehicle adjacent to each other, arranged laterally and receded according to a predefined distance with respect to the seat for the driver of the vehicle, characterised in that said vehicle comprises axle shafts of the rear wheels (18, 20), said transmission unit being interposed between the engine unit and the axle shafts of the rear wheels (18, 20), the engine unit is elastically constrained with respect to the rear suspension unit through at least one suspension mechanism (72, 74; 84, 90, 92), which provides a first level for filtering the stresses generated by the operation of the engine unit and so that the rear suspension unit is capable of supporting the overall weight of the engine unit, and in that the rear suspension unit is elastically constrained to the frame through at least one auxiliary suspension mechanism (96, 98) which, alongside the elasticity of the tyres of the rear wheels (18, 20), forms a second level for filtering the stresses generated by the operation of the engine unit, wherein the engine unit is of the internal combustion engine or hybrid engine type, i.e. with an internal combustion engine and an electric motor operatively connected to each other.
An electronic watch, including: a metal device case (140, 150) having a removable metal back cover and a metallic watch case; and an antenna disposed inside said metal device case (140, 150); characterized by a ring-shaped spacer member being arranged between said watch case and said metal back cover in order to produce a clearance between said metal watch case and said back cover; a waterproof ring between the watch case and the back cover; and a magnetic sheet between said antenna and an inner surface of said watch case, said magnetic sheet having a magnetic permeability higher than the magnetic permeability of said metal device case (140, 150); wherein said antenna has a rod-shaped core and a coil wound around said core; and said magnetic sheet is a plate-like or film-like sheet arranged in parallel to an axial direction of said core. a metal device case (140, 150) having a removable metal back cover and a metallic watch case; and an antenna disposed inside said metal device case (140, 150); characterized by a ring-shaped spacer member being arranged between said watch case and said metal back cover in order to produce a clearance between said metal watch case and said back cover; a waterproof ring between the watch case and the back cover; and a magnetic sheet between said antenna and an inner surface of said watch case, said magnetic sheet having a magnetic permeability higher than the magnetic permeability of said metal device case (140, 150); wherein said antenna has a rod-shaped core and a coil wound around said core; and said magnetic sheet is a plate-like or film-like sheet arranged in parallel to an axial direction of said core.
A dialysis machine comprising: a front door that can be opened to install disposable components including a) a manifold that is insertable into a space provided therefor in the dialysis machine, b) a dialyzer that is insertable into a designated recess, wherein the front door is provided with a plurality of pump shoes such that when the front door is closed, flexible tubing of the manifold becomes sandwiched between the pump shoes of the door and pump rollers of the dialysis machine and the flexible tubing is compressed against respective of the pump shoes by a respective of the pump rollers during operation, wherein each of the pump shoes comprises: a. a contact surface for receiving the tubing, wherein the contact surface has a degree of curvature matching the curvature of the pump roller and imparts a concave shape for receiving the flexible tubing as it is compressed by the pump roller; b. an attachment surface opposite the contact surface for attachment of the pump shoe to the door of the dialysis machine; and, c. two side walls opposite one another and perpendicular to the contact and attachment surfaces, wherein an edge of each side surface adjacent the contact surface extends outwardly beyond the contact surface, forming elevated side walls to contain the tubing and adapted to prevent lateral movement of the tubing along the contact surface during operation. a) a manifold that is insertable into a space provided therefor in the dialysis machine, b) a dialyzer that is insertable into a designated recess, a. a contact surface for receiving the tubing, wherein the contact surface has a degree of curvature matching the curvature of the pump roller and imparts a concave shape for receiving the flexible tubing as it is compressed by the pump roller; b. an attachment surface opposite the contact surface for attachment of the pump shoe to the door of the dialysis machine; and, c. two side walls opposite one another and perpendicular to the contact and attachment surfaces, wherein an edge of each side surface adjacent the contact surface extends outwardly beyond the contact surface, forming elevated side walls to contain the tubing and adapted to prevent lateral movement of the tubing along the contact surface during operation.
A refrigerator comprising: a rear shelf that is located in an inner case that defines a storage compartment, such as a refrigerating compartment or a freezing compartment, with an open front; a front shelf that is located closer to the open front of the storage compartment than the rear shelf characterized in that the refrigerator further comprises: a guard that is rotatably connected to the front shelf, wherein the guard comprises a side guard that is located at a lateral surface of the front shelf and a front guard that is located at a front surface of the front shelf; and a front shelf lifting device that is configured to rotate the front shelf down about an axis at the rear shelf based on the guard moving up, wherein the front shelf lifting device is configured to maintain an orientation of the front shelf during rotation, wherein the front shelf lifting device comprises a connection bar that is configured to connect the front shelf and the rear shelf, wherein the rear shelf includes a connection bar guide rail that is configured to guide a sliding movement of the connection bar towards a front of the refrigerator and towards a rear of the refrigerator, wherein the front shelf lifting device comprises an interlocking mechanism that is configured to rotate the connection bar in a first direction and that is configured to rotate the guard in a second direction that is opposite the first direction. a rear shelf that is located in an inner case that defines a storage compartment, such as a refrigerating compartment or a freezing compartment, with an open front; a front shelf that is located closer to the open front of the storage compartment than the rear shelf characterized in that the refrigerator further comprises: a guard that is rotatably connected to the front shelf, wherein the guard comprises a side guard that is located at a lateral surface of the front shelf and a front guard that is located at a front surface of the front shelf; and a front shelf lifting device that is configured to rotate the front shelf down about an axis at the rear shelf based on the guard moving up, wherein the front shelf lifting device is configured to maintain an orientation of the front shelf during rotation, wherein the front shelf lifting device comprises a connection bar that is configured to connect the front shelf and the rear shelf, wherein the rear shelf includes a connection bar guide rail that is configured to guide a sliding movement of the connection bar towards a front of the refrigerator and towards a rear of the refrigerator, wherein the front shelf lifting device comprises an interlocking mechanism that is configured to rotate the connection bar in a first direction and that is configured to rotate the guard in a second direction that is opposite the first direction.