mhurhangee/ep-ind-claims huggingface dataset:
Process for manufacturing a plastic fuel tank equipped with at least one communication component intended to communicate with the outside of the tank and which has a side wall, by moulding a parison using a mould comprising two impressions and a core, said process comprising the following steps: - introduction of a parison into the mould impressions; - introduction of a core inside the parison, said core having first been fitted with the at least one component; - closure of the mould so that the impressions come into leaktight contact with the core; - pressing of the parison against the impressions by blowing through the core and/or applying a vacuum behind the impressions; - installation of the at least one component on the inner wall of the parison; - opening of the mould in order to withdraw the core; - final moulding of the parison by blow-moulding and/or thermoforming; and - cutting the skin of the tank so as to allow access to the communication component, according to which: - the mould impressions are provided with a hollow which, when pressing the parison against said impressions, gives rise, at least partly, to the formation of a pocket having a shape complementary to that of the hollow and comprising a bottom and a side wall; - the installation of the communication component comprises its fastening, in this pocket, by welding of at least one portion of its side wall to at least one portion of the side wall of the pocket, characterized in that the pressing of the parison against the impressions comprises the formation of a connection section on the outer face of the tank around the communication component, by compression of the material in the hollow of the mould with the aid of the component, and in that the formation of the connection section by compression is assisted by at least one movable part of the impression. - introduction of a parison into the mould impressions; - introduction of a core inside the parison, said core having first been fitted with the at least one component; - closure of the mould so that the impressions come into leaktight contact with the core; - pressing of the parison against the impressions by blowing through the core and/or applying a vacuum behind the impressions; - installation of the at least one component on the inner wall of the parison; - opening of the mould in order to withdraw the core; - final moulding of the parison by blow-moulding and/or thermoforming; and - cutting the skin of the tank so as to allow access to the communication component, - the mould impressions are provided with a hollow which, when pressing the parison against said impressions, gives rise, at least partly, to the formation of a pocket having a shape complementary to that of the hollow and comprising a bottom and a side wall; - the installation of the communication component comprises its fastening, in this pocket, by welding of at least one portion of its side wall to at least one portion of the side wall of the pocket,
Watertight anchoring for securely fastening elements, such as a balustrade, a gate, a fence, a handrail, a glass panel or the like, or a part thereof, to a building, characterised in that the watertight anchoring comprises at least the following elements: - a base or support formed by one or several support profiles (11, 49) or support slats (46, 53) for being securely mounted to or anchored in a supporting structure of the building; - a heat-insulating layer for covering parts of the building and with which the aforementioned support profiles (11, 49) and support slats (46, 53) or parts thereof are covered, or in which these support profiles (11, 49) and support slats (46, 53) are embedded; - a first watertight layer applied over the heat-insulating layer and over the base or support, wherein said base or support is completely covered by the first watertight layer; - a bearing structure suspended from or fixed to the base or support and formed by one or several bearing profiles that are fixed to or mounted on the base or support by means of fasteners; and, - a second watertight layer provided over parts of the aforesaid bearing profiles and over parts of the first watertight layer which are adjacent to the relevant bearing profiles. - a base or support formed by one or several support profiles (11, 49) or support slats (46, 53) for being securely mounted to or anchored in a supporting structure of the building; - a heat-insulating layer for covering parts of the building and with which the aforementioned support profiles (11, 49) and support slats (46, 53) or parts thereof are covered, or in which these support profiles (11, 49) and support slats (46, 53) are embedded; - a first watertight layer applied over the heat-insulating layer and over the base or support, wherein said base or support is completely covered by the first watertight layer; - a bearing structure suspended from or fixed to the base or support and formed by one or several bearing profiles that are fixed to or mounted on the base or support by means of fasteners; and, - a second watertight layer provided over parts of the aforesaid bearing profiles and over parts of the first watertight layer which are adjacent to the relevant bearing profiles.
A brace for at least a part of a body comprising: a first conductive strip comprised of a first plurality of conductors (1010, 1012) and a first selectively electrically activated agent (1016; 1022) between the first plurality of conductors (1010, 1012), wherein the first agent (1016; 1022) is constructed to alter the modulus of the first strip in an active mode when the first plurality of conductors (10101, 1012) are electrified and is constructed to not alter the modulus of the first strip in an inactive mode when the first plurality of conductors (1010, 1012) are not electrified; a second conductive strip comprised of a second plurality of conductors (1010, 1012) and a second selectively electrically activated agent (1016; 1022) between the second plurality of conductors (1010, 1012), wherein the second agent (1016; 1022) is constructed to alter the modulus of the second strip in an active mode when the second plurality of conductors (1010, 1012) are electrified and is constructed to not alter the modulus of the second strip in an inactive mode when the second plurality of conductors (1010, 1012) are not electrified; and a first sheath enclosing the first strip and a second sheath enclosing the second strip; characterized in that the first strip is woven together with the second strip, and the first and second strips are electrically insulated from each other. a first conductive strip comprised of a first plurality of conductors (1010, 1012) and a first selectively electrically activated agent (1016; 1022) between the first plurality of conductors (1010, 1012), wherein the first agent (1016; 1022) is constructed to alter the modulus of the first strip in an active mode when the first plurality of conductors (10101, 1012) are electrified and is constructed to not alter the modulus of the first strip in an inactive mode when the first plurality of conductors (1010, 1012) are not electrified; a second conductive strip comprised of a second plurality of conductors (1010, 1012) and a second selectively electrically activated agent (1016; 1022) between the second plurality of conductors (1010, 1012), wherein the second agent (1016; 1022) is constructed to alter the modulus of the second strip in an active mode when the second plurality of conductors (1010, 1012) are electrified and is constructed to not alter the modulus of the second strip in an inactive mode when the second plurality of conductors (1010, 1012) are not electrified; and a first sheath enclosing the first strip and a second sheath enclosing the second strip; characterized in that the first strip is woven together with the second strip, and the first and second strips are electrically insulated from each other.
An on-shore gas turbine plant comprising: a gas turbine module comprised of: a baseplate supporting at least a heavy duty gas turbine having a rated power of not less than 80 MW and a load drivingly connected to said gas turbine; a structure surrounding said gas turbine and said load and connected to said baseplate; wherein said baseplate comprises a plurality of longitudinal beams, extending parallel to a direction of a rotation axis of said gas turbine, and a plurality of transverse beams, extending transversely to said rotation axis; said longitudinal beams and said transverse beams defining a primary lattice structure, on which said gas turbine and said load are placed; and a foundation, having a planar surface of support for said gas turbine module, said planar surface of support being discontinuous and said foundation having channels running parallel to said longitudinal beams, said channels being arranged and configured for the insertion of lifting and moving trailers. a gas turbine module comprised of: a baseplate supporting at least a heavy duty gas turbine having a rated power of not less than 80 MW and a load drivingly connected to said gas turbine; a structure surrounding said gas turbine and said load and connected to said baseplate; wherein said baseplate comprises a plurality of longitudinal beams, extending parallel to a direction of a rotation axis of said gas turbine, and a plurality of transverse beams, extending transversely to said rotation axis; said longitudinal beams and said transverse beams defining a primary lattice structure, on which said gas turbine and said load are placed; and a foundation, having a planar surface of support for said gas turbine module, said planar surface of support being discontinuous and said foundation having channels running parallel to said longitudinal beams, said channels being arranged and configured for the insertion of lifting and moving trailers.
Method for operating a household appliance with a display device having at least one display element comprising at least one adjustable property and having a control apparatus for actuating the display device, characterised by the steps: a) detecting an item of activation information from an object by means of an optical sensor of an external device, b) processing the detected item of activation information by means of a processing unit of the external device in order to generate an activation signal, and c) transmitting the generated activation signal to the control apparatus for activating an adjustment of the at least one property of the display element. a) detecting an item of activation information from an object by means of an optical sensor of an external device, b) processing the detected item of activation information by means of a processing unit of the external device in order to generate an activation signal, and c) transmitting the generated activation signal to the control apparatus for activating an adjustment of the at least one property of the display element.
A method for testing a body with brittle material behaviour and with complex geometry, particularly a ceramic body, for suitability for use, the body being subjected at least in certain regions to a thermal shock treatment by cooling or heating from a first temperature to a second temperature and cracks that are present being detected, according to which, a decision is made about the suitability for use of the body on the basis of the detected cracks, characterized in that, on the basis of a required breaking strength of the body in use, a minimum temperature difference between the first temperature and the second temperature is determined and the body is subsequently subjected to the thermal shock treatment using at least the minimum temperature difference, wherein the minimum temperature difference is calculated numerically.
A drive control device for a hybrid vehicle provided with: a differential device (14, 16; 14, 16') which includes a first differential mechanism and a second differential mechanism (16; 16') and which has four rotary elements (C1, C2/S1/S2/R1, R2; C1, R2'/S1/S2'/R1, C2'; and an engine, a first electric motor, a second electric motor and an output rotary member which are respectively connected to said four rotary elements, wherein one (C1, C2; C1, R2') of said four rotary elements is constituted by a rotary component (C1; C1) of said first differential mechanism and a rotary component (C2; R2') of said second differential mechanism which are selectively connected to each other through a clutch, and one (C2; R2') of the rotary components of said first and second differential mechanisms which are selectively connected to each other through said clutch is selectively fixed to a stationary member through a brake, said drive control device comprising: an engine stop control portion configured to control said first and second electric motors (MG1, MG2) so as to generate torques in respective opposite directions when the engine is required to be stopped during running of the hybrid vehicle in an engine drive mode in which said clutch is placed in an engaged state, said engine stop control portion reversing the directions of the torques generated by said first and second electric motors while the hybrid vehicle is in a coasting run, with respect to those generated while the hybrid vehicle is in a positive driving run.
Tapping apparatus for transmitting electrical energy from a spatially fixed, busbar to a tapping device which can be moved along the busbar or is also spatially fixed, comprising: - at least one connection housing, the busbar being mechanically connected to the tapping device by means of the connection housing, - a current tapping apparatus which comprises sliding contact elements for collecting electrical energy from the busbar, the current tapping apparatus being mechanically rigidly connected to the connection housing, - characterized in that the connection housing comprises at least one base support, on which an upper control circuit boards and a lower control circuit boards are mounted, the base support being mounted between the two control circuit boards, and thus the two control circuit boards are mounted one above the other, so stacked arranged, in a direction perpendicular to a direction of travel. - at least one connection housing, the busbar being mechanically connected to the tapping device by means of the connection housing, - a current tapping apparatus which comprises sliding contact elements for collecting electrical energy from the busbar, the current tapping apparatus being mechanically rigidly connected to the connection housing, - characterized in that
A method for receiving a downlink signal by an apparatus in a wireless mobile communication system, the method comprising: receiving common downlink control information including a resource indication value, RIV, wherein the RIV is mapped to a start index S and a length L of consecutive virtual resource blocks, VRBs; and receiving the downlink signal on the consecutive VRBs, wherein, if Y - 1 ≤ └ X / 2 ┘ is given, the RIV is mapped to the start index S and the length L of the consecutive VRBs according to a relation of RIV = X ( Y -1) + Z, or else the RIV is mapped to the start index S and the length L of the consecutive VRBs according to a relation of RIV = X ( X - Y + 1) + ( X -1- Z), where X is denoted by X = └ N VRB / G ┘, Y is denoted by Y = L / G, Z is denoted by Z = S / G, N VRB is a number of VRBs, and G is an integer of 2 or more. receiving common downlink control information including a resource indication value, RIV, wherein the RIV is mapped to a start index S and a length L of consecutive virtual resource blocks, VRBs; and receiving the downlink signal on the consecutive VRBs, wherein, if Y - 1 ≤ └ X / 2 ┘ is given, the RIV is mapped to the start index S and the length L of the consecutive VRBs according to a relation of RIV = X ( Y -1) + Z, or else the RIV is mapped to the start index S and the length L of the consecutive VRBs according to a relation of RIV = X ( X - Y + 1) + ( X -1- Z), where X is denoted by X = └ N VRB / G ┘, Y is denoted by Y = L / G, Z is denoted by Z = S / G, N VRB is a number of VRBs, and G is an integer of 2 or more.
A wire fencing system including one or more fencing wires supported by at least two posts, at least some of the posts being provided with one or more attachment units which are each arranged in a rotatable manner around a portion of the post, the attachment unit comprising a sleeve-shaped body, which is provided with at least one radial bore arranged to receive a fixing screw for releasably fixing the attachment unit relative to the post, at least one wire attachment arranged to fix a wire end portion (121,121') in the axial direction of the fencing wire, a first wire abutment arranged for supporting a portion of the fencing wire, the first wire abutment being provided with a side opening being closable by an elastic lip being able to be pressed inwards from an abutment and arranged for a portion of the fencing wire to be passed through it radially, said first wire abutment being arranged for surrounding said portion of the fencing wire and restricting the radial movement of said fencing-wire portion relative to the attachment unit, a spool portion arranged to receive the fencing wire externally, and an end flange provided with several bores directed axially, distributed in the circumferential direction of the flange, wherein a second wire abutment is formed as an elongated bore in a projecting portion of said sleeve-shaped body. at least one radial bore arranged to receive a fixing screw for releasably fixing the attachment unit relative to the post, at least one wire attachment arranged to fix a wire end portion (121,121') in the axial direction of the fencing wire, a first wire abutment arranged for supporting a portion of the fencing wire, the first wire abutment being provided with a side opening being closable by an elastic lip being able to be pressed inwards from an abutment and arranged for a portion of the fencing wire to be passed through it radially, said first wire abutment being arranged for surrounding said portion of the fencing wire and restricting the radial movement of said fencing-wire portion relative to the attachment unit, a spool portion arranged to receive the fencing wire externally, and an end flange provided with several bores directed axially, distributed in the circumferential direction of the flange, wherein a second wire abutment is formed as an elongated bore in a projecting portion of said sleeve-shaped body.
A memory system (400, 700), comprising: first and second memory ranks (508, 510), each of the memory ranks having a memory device (508a, 508b, 510a, 510b); and a memory controller configured to selectively enable one of the memory ranks and write data to the enabled memory rank, the memory controller having first and second lines, each being coupled to the first and second memory ranks, the first and second lines being configured to provide a data mask (601, 602, 603, 604) relating to the data; wherein the memory device in the first memory rank is configured to provide a notification to the memory controller on the first line and the memory device in the second memory rank is configured to provide a notification to the memory controller on the second line, and wherein the memory device in the first memory rank is configured to not load the first line and the memory device in the second memory rank is configured not to load the second line when the memory controller is writing data to the enabled memory rank. first and second memory ranks (508, 510), each of the memory ranks having a memory device (508a, 508b, 510a, 510b); and a memory controller configured to selectively enable one of the memory ranks and write data to the enabled memory rank, the memory controller having first and second lines, each being coupled to the first and second memory ranks, the first and second lines being configured to provide a data mask (601, 602, 603, 604) relating to the data; wherein the memory device in the first memory rank is configured to provide a notification to the memory controller on the first line and the memory device in the second memory rank is configured to provide a notification to the memory controller on the second line, and wherein the memory device in the first memory rank is configured to not load the first line and the memory device in the second memory rank is configured not to load the second line when the memory controller is writing data to the enabled memory rank.
A surgical robotic system, comprising: at least one robot arm (100; 900); at least one sensor (309; 905; 1001); a control unit; a controller; wherein: the at least one sensor is configured to detect an input or an operating condition of the at least one robot arm; and the controller being configured to be attachable and detachable to the at least one robot arm; and the control unit is configured to process the input or the condition, and to operate the at least one robot arm in a plurality of operating modes, wherein the control unit executes commands to the at least one robot arm to share a workspace and surgical elements; wherein the surgical elements include at least a manual surgical tool (103; 1202); wherein the surgical robotic system further comprises a surgical tool adapter (110; 1203; 1300; 1301; 1500); wherein the manual surgical tool is attachable to and detachable from the surgical tool adapter to provide at least one degree of actuation for tool operation of the manual surgical tool; wherein the surgical tool adapter is controllable via the at least one robot arm or by manual operation; wherein the manual surgical tool is a non-modular surgical tool; wherein the surgical tool adapter includes a stationary member and a movable member secured to the non-modular surgical tool; and wherein the movable member comprises a plurality of pin holes and at least two mounting pins, the at least two mounting pins being rearrangeable on the plurality of pin holes to engage a movable portion of the non-modular surgical tool with the movable member. at least one robot arm (100; 900); at least one sensor (309; 905; 1001); a control unit; a controller; wherein: the at least one sensor is configured to detect an input or an operating condition of the at least one robot arm; and the controller being configured to be attachable and detachable to the at least one robot arm; and the control unit is configured to process the input or the condition, and to operate the at least one robot arm in a plurality of operating modes, wherein the control unit executes commands to the at least one robot arm to share a workspace and surgical elements; wherein the surgical elements include at least a manual surgical tool (103; 1202); wherein the surgical robotic system further comprises a surgical tool adapter (110; 1203; 1300; 1301; 1500); wherein the manual surgical tool is attachable to and detachable from the surgical tool adapter to provide at least one degree of actuation for tool operation of the manual surgical tool; wherein the surgical tool adapter is controllable via the at least one robot arm or by manual operation; wherein the manual surgical tool is a non-modular surgical tool; wherein the surgical tool adapter includes a stationary member and a movable member secured to the non-modular surgical tool; and wherein the movable member comprises a plurality of pin holes and at least two mounting pins, the at least two mounting pins being rearrangeable on the plurality of pin holes to engage a movable portion of the non-modular surgical tool with the movable member.