mhurhangee/ep-ind-claims huggingface dataset:
A method of designing a part made of 3D woven composite material, the method being performed by a computer and comprising determining the structure of a 3D woven preform in a step consisting of: ▪ obtaining shape data (SHAPE) representing the outside surface of the part; ▪ obtaining projection data specifying a projection direction (3, 5) as a function of a fiber deformation direction of a prototype of the part; ▪ selecting a set of points of the outside surface; ▪ for each point of said set of points of the outside surface, determining (F5, F6) a distance (d) between said point and the projection of said point (PT', PT") onto a target surface, the projection being along said predetermined projection direction; and ▪ determining the structure of a 3D woven preform as a function of the determined distances (d); the method being characterized in that the projection direction that is used for at least some of the points of the set of points is determined during the step of determining a distance, as a function of said projection and as a function of the position of said point. ▪ obtaining shape data (SHAPE) representing the outside surface of the part; ▪ obtaining projection data specifying a projection direction (3, 5) as a function of a fiber deformation direction of a prototype of the part; ▪ selecting a set of points of the outside surface; ▪ for each point of said set of points of the outside surface, determining (F5, F6) a distance (d) between said point and the projection of said point (PT', PT") onto a target surface, the projection being along said predetermined projection direction; and ▪ determining the structure of a 3D woven preform as a function of the determined distances (d); the method being characterized in that the projection direction that is used for at least some of the points of the set of points is determined during the step of determining a distance, as a function of said projection and as a function of the position of said point.
Paenibacillus mucilaginosus strain Pm 2906 deposited in VKPM under number B-12259, used as a fertilizer and biological control agent for the prevention or treatment of fungal disease of plants.
Two-step synthesis method for the preparation of composites of insertion active compounds for lithium-ion batteries consisting of porous carbon composites of active compounds based on polyanionic compounds, such as phosphates, silicates, borates having a general formula LiMPO 4 Li 2 MSiO 4, LiMBO 3 and mixed oxides of transition metals having a general formula Li y MXO 4, wherein M = Mn, Fe, Co and Ni, X = Ti and Al and y = 1 to 3, characterized in that a homogeneously dispersed precursor in a porous carbon matrix is prepared by a sol-gel method in the first step and used in the second step in the solid-state reaction mechanism for the preparation of composites of insertion active compounds for lithium-ion batteries.
A reinforced steerable sheath assembly that is usable with an actuator comprising: a shaft section defining a sheath that is operable to be deflected, the shaft section having a proximal end and a distal end, the actuator being positioned proximate the proximal end of the shaft section; a coupling attached proximate the distal end of the shaft section; one or more pull wires (40, 42), wherein a distal end of each pull wire is coupled proximate the distal end of the shaft section via the coupling, a proximal end of each pull wire being coupled to the actuator for actuating each pull wire (40, 42); and means for preventing displacement of the coupling positioned proximate to the coupling comprising a reinforced section for reinforcing the coupling, whereby said means helps to minimize failure of the coupling at a point of contact between the pull wires (40, 42) and the coupling, and at a point of contact between the coupling and the sheath, upon actuation of the pull wires (40, 42) to deflect the sheath, wherein the coupling comprises a pull-ring, and the reinforced section comprises at least two pull ring anchor holes for coupling the pull-ring to the shaft section, the at least two pull-ring anchor holes being off centered and not in line with the one or more pull wires (40, 42). a shaft section defining a sheath that is operable to be deflected, the shaft section having a proximal end and a distal end, the actuator being positioned proximate the proximal end of the shaft section; a coupling attached proximate the distal end of the shaft section; one or more pull wires (40, 42), wherein a distal end of each pull wire is coupled proximate the distal end of the shaft section via the coupling, a proximal end of each pull wire being coupled to the actuator for actuating each pull wire (40, 42); and means for preventing displacement of the coupling positioned proximate to the coupling comprising a reinforced section for reinforcing the coupling, whereby said means helps to minimize failure of the coupling at a point of contact between the pull wires (40, 42) and the coupling, and at a point of contact between the coupling and the sheath, upon actuation of the pull wires (40, 42) to deflect the sheath, wherein the coupling comprises a pull-ring, and the reinforced section comprises at least two pull ring anchor holes for coupling the pull-ring to the shaft section, the at least two pull-ring anchor holes being off centered and not in line with the one or more pull wires (40, 42).
Motor vehicle, comprising at least one detection device for detecting the actual route travelled by the motor vehicle and the actual position of the motor vehicle on the route, at least one storage device containing route-specific road sign information, and at least one control device designed to output at least one piece of route-specific road sign information via an output means, wherein the at least one piece of route-specific road sign information comprises at least one first piece of information relating to at least one road sign ahead of the actual position of the motor vehicle on the route, and at least one second piece of information representing a value for the distance between the road sign ahead and the actual position of the motor vehicle, characterised in that the output of the first and/or second piece of information (I1, 12) can be configured by the user with regard to the type of road signs which are to be taken into consideration for the detection and output of the at least one piece of route-specific road sign information.
An absorption refrigeration machine with an evaporator for evaporation of a refrigerant absorbing heat from a coolant circuit and an absorber for absorbing the refrigerant vapor through the concentrated, low-refrigerant pair of working substances, wherein the evaporator comprises several evaporation units, each having a coolant channel, through which the coolant flows and which is delimited at least in part by a heat-conducting, vapor- and liquid-tight wall, and having at least one refrigerant channel that adjoins the heat-conducting wall and is loaded with the refrigerant, wherein the refrigerant channel is separated from a vapor chamber by a vapor-permeable, liquid-tight membrane wall on the side of the refrigerant channel opposite the heat-conducting wall, and the absorber comprises several absorption units, each having a cooling-medium channel, through which a cooling medium flows and which is delimited at least in part by a heat-conducting, vapor- and liquid-tight wall and at least one absorption channel that adjoins the heat conducting wall, wherein the concentrated, low-refrigerant pair of working substances is fed to the absorption channel and wherein the absorption channel is loaded with refrigerant vapor from the vapor chamber via a vapor-permeable, liquid-tight membrane wall provided on the side of the absorption channel opposite the heat-conducting wall, characterized in that in each case an evaporating unit and an absorption unit are provided on a rotating basis for the formation of an integrated evaporating/absorption unit in a sequential arrangement of several evaporating and absorption units, wherein a respective pair of succeeding evaporating and absorption units or absorption and evaporating units has vapor-permeable, liquid-tight membrane walls (30, 42) facing each another, the evaporating units arranged between two absorption units in each case have a refrigerant channel in each case on at least two sides of the coolant channel opposite each other, said refrigerant channel being separated from the assigned coolant channel by a heat-conducting, vapor and liquid-tight wall, wherein the refrigerant channel is separated from the vapor chamber on its side opposite the heat-conducting wall by a vapor-permeable, liquid-tight membrane wall, and the absorption units arranged between two evaporating units in each case have an absorption channel in each case on at least two sides of the cooling medium channel opposite each other, said absorption channel being separated from the assigned cooling medium channel by a heat-conducting, vapor and liquid-tight wall, wherein the absorption channel is loaded with vapor from the vapor chamber via a vapor-permeable, liquid-tight membrane wall provided on the side of the absorption channel opposite the heat-conducting wall.
A rubber composition for tires, comprising: a diene rubber; silica having a BET specific surface area measured in accordance with ASTM D3037-81 of 170 to 270 m 2 /g; sulfur; a liquid resin having a softening point measured using a ring and ball softening point measuring apparatus in accordance with JIS K 6220-1:2001 of -20 to 45°C; and at least one resin selected from the group consisting of terpene resins having a softening point of 46 to 160°C, and rosin resins having a softening point of 46 to 140°C, and aromatic petroleum resins having a softening point of 46 to 140°C, wherein an amount of the liquid resin is 0.5 to 20 parts by mass, and an amount of the silica is 40 to 120 parts by mass, each per 100 parts by mass of a rubber component of the rubber composition, the liquid resin is a coumarone-indene resin. a diene rubber; silica having a BET specific surface area measured in accordance with ASTM D3037-81 of 170 to 270 m 2 /g; sulfur; a liquid resin having a softening point measured using a ring and ball softening point measuring apparatus in accordance with JIS K 6220-1:2001 of -20 to 45°C; and at least one resin selected from the group consisting of terpene resins having a softening point of 46 to 160°C, and rosin resins having a softening point of 46 to 140°C, and aromatic petroleum resins having a softening point of 46 to 140°C, wherein an amount of the liquid resin is 0.5 to 20 parts by mass, and an amount of the silica is 40 to 120 parts by mass, each per 100 parts by mass of a rubber component of the rubber composition, the liquid resin is a coumarone-indene resin.
A two-dimensional code (1; 5; 6; 7) comprising: a plurality of unit cells arranged in two-dimension, each of said unit cells indicating one of at least three colors, each color of each of said unit cells being optically readable and representing a data value set to each of the unit cells; and a specifying pattern portion (2a-2e; 5a-5d; 6a-6k; 7a-7f) including a plurality of color reference cells and specifying positions of the unit cells, said color reference cells indicating all of the at least three colors, wherein said unit cells and color reference cells are arranged substantially in a matrix configuration, said plurality of color reference cells include first color reference cells, said specifying pattern portion includes a first specifying pattern (2a; 5a; 6a; 7a) that includes the first color reference cells, said first specifying pattern is disposed to one of peripheries of the matrix configuration, said at least three colors include a first color and a second color having a predetermined contrast level to be optically identifiable between each other, and said first and second colors are individually assigned to the first color reference cells in accordance with a predetermined ratio between the first color and second color; characterized in that said predetermined ratio is optically readable independent of reading directions at any angle within the two-dimension. a plurality of unit cells arranged in two-dimension, each of said unit cells indicating one of at least three colors, each color of each of said unit cells being optically readable and representing a data value set to each of the unit cells; and a specifying pattern portion (2a-2e; 5a-5d; 6a-6k; 7a-7f) including a plurality of color reference cells and specifying positions of the unit cells, said color reference cells indicating all of the at least three colors, wherein said unit cells and color reference cells are arranged substantially in a matrix configuration, said plurality of color reference cells include first color reference cells, said specifying pattern portion includes a first specifying pattern (2a; 5a; 6a; 7a) that includes the first color reference cells, said first specifying pattern is disposed to one of peripheries of the matrix configuration, said at least three colors include a first color and a second color having a predetermined contrast level to be optically identifiable between each other, and said first and second colors are individually assigned to the first color reference cells in accordance with a predetermined ratio between the first color and second color; characterized in that said predetermined ratio is optically readable independent of reading directions at any angle within the two-dimension.
An automatic trimming apparatus for wire coils including a plurality of wire loops, the apparatus comprising: - a base frame, - a rotational member rotatably connected to the base frame, and having a space for receiving a wire loop of the coil, - an actuator arranged to rotate the rotational member in two opposite directions, and - a control unit arranged to control the actuator, wherein the rotational member is provided with - a support unit arranged in said space for supporting the wire loop when the rotational member is rotated, - a cutting device, - a sensor assembly arranged for sensing the presence of a wire in a defined area of the space, and - a distance sensor for sensing a distance travelled along the wire when the rotational member is rotated, and the control unit is adapted to - receive outputs from the sensor assembly and the distance sensor, - detect the end of the wire based on the output from the sensor assembly, - control the actuator so that the rotational member is rotated in a first direction until the end of the wire is detected, - control the actuator so that the rotational member is rotated in a second direction opposite the first direction when the end of the wire has been detected, - determine the distance travelled along the wire in the second direction based on the output from the distance sensor, and - generate a cutting command based on the distance travelled along the wire from the end of the wire and a predetermined cutting distance wherein the cutting device is arranged to cut the wire upon receiving the cutting command from the control unit. - a base frame, - a rotational member rotatably connected to the base frame, and having a space for receiving a wire loop of the coil, - an actuator arranged to rotate the rotational member in two opposite directions, and - a control unit arranged to control the actuator, wherein - a support unit arranged in said space for supporting the wire loop when the rotational member is rotated, - a cutting device, - a sensor assembly arranged for sensing the presence of a wire in a defined area of the space, and - a distance sensor for sensing a distance travelled along the wire when the rotational member is rotated, and the control unit is adapted to - receive outputs from the sensor assembly and the distance sensor, - detect the end of the wire based on the output from the sensor assembly, - control the actuator so that the rotational member is rotated in a first direction until the end of the wire is detected, - control the actuator so that the rotational member is rotated in a second direction opposite the first direction when the end of the wire has been detected, - determine the distance travelled along the wire in the second direction based on the output from the distance sensor, and - generate a cutting command based on the distance travelled along the wire from the end of the wire and a predetermined cutting distance wherein the cutting device is arranged to cut the wire upon receiving the cutting command from the control unit.
A mass transit passenger vehicle seat, comprising a seat bottom characterized in that it comprises a fall prevention device placed on the side of the seat bottom and translatable in a globally vertical position perpendicular to the seat bottom between: a first configuration, where it is completely integrated into the seat bottom, and a second configuration, where it protrudes above the seat bottom wherein the fall prevention device is telescoping, characterized in that the fall prevention device comprises a first part that is integrated stationary into the seat bottom, a second part that is capable of sliding in the first part, and a third part that is capable of sliding in the second part and in that the first part and the third part are each provided with a rack (18, 48) cooperating with a pinion borne by the second part, the upward movement of the third part causing the upward movement of the second part relative to the first part. a first configuration, where it is completely integrated into the seat bottom, and a second configuration, where it protrudes above the seat bottom wherein the fall prevention device is telescoping, characterized in that the fall prevention device comprises a first part that is integrated stationary into the seat bottom, a second part that is capable of sliding in the first part, and a third part that is capable of sliding in the second part and in that the first part and the third part are each provided with a rack (18, 48) cooperating with a pinion borne by the second part, the upward movement of the third part causing the upward movement of the second part relative to the first part.
A method for transmitting a synchronization signal by a Device-to-Device, D2D, terminal, the method comprising: receiving a discovery transmission pool configuration and a synchronization signal resource information including an offset indicator; and transmitting the synchronization signal based on the discovery transmission pool configuration and the synchronization signal resource information, wherein, when a first subframe of a discovery transmission pool indicated by the discovery transmission pool configuration corresponds to a subframe indicated by the synchronization signal resource information, the synchronization signal is transmitted in the first subframe of the discovery transmission pool, and wherein, when the first subframe of the discovery transmission pool indicated by the discovery transmission pool configuration does not correspond to the subframe indicated by the synchronization signal resource information, the synchronization signal is transmitted in a subframe that precedes and is nearest to the first subframe of the discovery transmission pool. receiving a discovery transmission pool configuration and a synchronization signal resource information including an offset indicator; and transmitting the synchronization signal based on the discovery transmission pool configuration and the synchronization signal resource information, wherein, when a first subframe of a discovery transmission pool indicated by the discovery transmission pool configuration corresponds to a subframe indicated by the synchronization signal resource information, the synchronization signal is transmitted in the first subframe of the discovery transmission pool, and wherein, when the first subframe of the discovery transmission pool indicated by the discovery transmission pool configuration does not correspond to the subframe indicated by the synchronization signal resource information, the synchronization signal is transmitted in a subframe that precedes and is nearest to the first subframe of the discovery transmission pool.
Device for clamping a workpiece holder to a collet chuck fixable on a working machine, with positioning means for centring the workpiece holder relative to the collect chuck, and with a tensioning device, whose clamping force holds on the workpiece holder on the collect chuck in the predetermined position of the positioning means, wherein the tensioning device includes a plurality of tensioning units, which are arranged as distributed over the circumference of the collect chuck and each having a clamping jaw, which is adjustable from a release position to a clamping position, wherein the said collect chuck has a base part, characterized in that a plurality of segment-shaped parts are arranged in the circumference region of the base part frontally, which are fixedly connected with the base part and incorporate at least one of the tensioning units, wherein the workpiece holder is leadable in between the segment shaped parts centrable on the positioning means, which are associated on the one hand with the base part and on the other hand with the workpiece holder and clampable by the tensioning units surrounding the workpiece holder.
Restrain and release swaybrace mechanism for an externally airborne load, comprising at least one stiff support for suspending the load and an elastically deformable adaptive member designed to maintain the load at pressure contact against the support, characterised in that said adaptive member consists of a three-dimensional monolithic metallic body obtained using an additive manufacturing method and in that said monolithic metallic body comprises a plurality of plate-like elements superimposed and interconnected by means of intermediate spacers oriented transversely with respect to the plate-like elements.