mhurhangee/ep-ind-claims huggingface dataset:
A lighting device (1, 11, 21) comprising: a substrate (4, 14, 24) having a first side (4a, 14a, 24a) and a second side (4b, 14b, 24b); a plurality of light sources (3, 13, 23) arranged on the first side of the substrate, said light sources having a common general output direction, a housing (2, 12, 22) of a light transmissive material surrounding said substrate is arranged to transmit light, having a first portion (2a, 12a, 22a) of said housing and a second portion (2b, 12b, 22b) of said housing arranged substantially opposite the first portion with respect to said substrate; a plurality of first optical elements (6, 16, 26) arranged substantially opposite the output direction of said plurality of light sources along the first portion of the housing facing the first side of the substrate, wherein said substrate is adapted to allow transmission of light, wherein the plurality of first optical elements is arranged to transmit part of the light emitted by said light sources and to reflect part of the light emitted by said light sources through said substrate towards the second portion (2b, 12b, 22b) of the housing, and wherein each of said plurality of first optical elements is arranged for refracting and reflecting the light from the light sources, characterized by, each of said plurality of first optical elements comprise a mirror and a lens on each side of the mirror, said lenses are arranged for providing an increased angular spread through refraction for light transmitted through the first optical elements. a substrate (4, 14, 24) having a first side (4a, 14a, 24a) and a second side (4b, 14b, 24b); a plurality of light sources (3, 13, 23) arranged on the first side of the substrate, said light sources having a common general output direction, a housing (2, 12, 22) of a light transmissive material surrounding said substrate is arranged to transmit light, having a first portion (2a, 12a, 22a) of said housing and a second portion (2b, 12b, 22b) of said housing arranged substantially opposite the first portion with respect to said substrate; a plurality of first optical elements (6, 16, 26) arranged substantially opposite the output direction of said plurality of light sources along the first portion of the housing facing the first side of the substrate, wherein said substrate is adapted to allow transmission of light, wherein the plurality of first optical elements is arranged to transmit part of the light emitted by said light sources and to reflect part of the light emitted by said light sources through said substrate towards the second portion (2b, 12b, 22b) of the housing, and wherein each of said plurality of first optical elements is arranged for refracting and reflecting the light from the light sources, characterized by, each of said plurality of first optical elements comprise a mirror and a lens on each side of the mirror, said lenses are arranged for providing an increased angular spread through refraction for light transmitted through the first optical elements.
Brake system for a vehicle, in particular a motor vehicle, having: - a first brake circuit through which a braking medium can flow, - a second brake circuit through which a braking medium can flow, - a first valve device which is arranged in the first brake circuit and has the purpose of modulating the braking medium which flows through the first brake circuit, - a second valve device which is arranged in the second brake circuit and has the purpose of modulating the braking medium which flows through the second brake circuit, - a first computing device for actuating the first valve device, and - a second computing device for actuating the second valve device, - a first electric parking brake for applying braking torques to at least a first wheel (RL, FR) of the vehicle, and - a second electric parking brake for applying braking torques to at least a second wheel (RR, FL) of the vehicle, wherein the first electric parking brake can be actuated by means of one of the computing devices (ECU1, ECU2), and the second electric parking brake can be actuated by means of the other computing device, characterized in that the first electric parking brake can be actuated by means of the second computing device, and the second electric parking brake can be actuated by means of the first computing device, wherein the respective computing device (ECU1, ECU2) is designed to increase, maintain and reduce a brake application force of the correspondingly associated electric parking brake (EPB1, EPB2) during a predefinable time period in order to carry out a slip control in the event of a failure of the respective brake circuit (12, 14). - a first brake circuit through which a braking medium can flow, - a second brake circuit through which a braking medium can flow, - a first valve device which is arranged in the first brake circuit and has the purpose of modulating the braking medium which flows through the first brake circuit, - a second valve device which is arranged in the second brake circuit and has the purpose of modulating the braking medium which flows through the second brake circuit, - a first computing device for actuating the first valve device, and - a second computing device for actuating the second valve device, - a first electric parking brake for applying braking torques to at least a first wheel (RL, FR) of the vehicle, and - a second electric parking brake for applying braking torques to at least a second wheel (RR, FL) of the vehicle, wherein the first electric parking brake can be actuated by means of one of the computing devices (ECU1, ECU2), and the second electric parking brake can be actuated by means of the other computing device,
Articulated connection system for load-bearing elements, comprising an axis, in particular a vertical cylindrical axis, and a plurality of connectors articulated around the axis, each connector comprising two connection plates facing each other, in particular two vertical and/or flat connection plates facing each other, and at least one strip, in particular at least one horizontal and/or flat ring strip, at least partially encircling the axis and connecting the two connection plates, said connection system being characterized in that it comprises at least three connectors, in that the strips, in particular the horizontal and/or flat ring strips of the at least three connectors occupy each, along the axis, in particular vertically along the axis, a different place, and in that the at least three connectors are nested in relation to each other when mounted on the axis.
A method for decoding a video signal performed by a decoding apparatus, the method comprising: obtaining a transform index information indicating transform kernels of the current block from the video signal; determining a size of a non-zero region to which an inverse primary transform is applied based on the transform kernels indicated by the transform index information and a size of the current block, wherein non-zero coefficients are located within the non-zero region; and performing the inverse primary transform on the non-zero region to which the inverse primary transform is applied by using the transform kernels indicated by the transform index information, wherein the transform kernels indicated by the transform index information includes a pair of a horizontal transform kernel and a vertical transform kernel, characterized in that based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a first transform group, the size of the non-zero region is determined as 32x32, based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a second transform group, the size of the non-zero region is determined as 16x16, and the first transform group includes a DCT2 kernel and the second transform group does not include the DCT2 kernel. obtaining a transform index information indicating transform kernels of the current block from the video signal; determining a size of a non-zero region to which an inverse primary transform is applied based on the transform kernels indicated by the transform index information and a size of the current block, wherein non-zero coefficients are located within the non-zero region; and performing the inverse primary transform on the non-zero region to which the inverse primary transform is applied by using the transform kernels indicated by the transform index information, wherein the transform kernels indicated by the transform index information includes a pair of a horizontal transform kernel and a vertical transform kernel, characterized in that based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a first transform group, the size of the non-zero region is determined as 32x32, based on the size of the current block being 32x32 and the transform kernels applied to the current block belonging to a second transform group, the size of the non-zero region is determined as 16x16, and the first transform group includes a DCT2 kernel and the second transform group does not include the DCT2 kernel.
A surgical instrument for applying purse string sutures to tissue, comprising: a first purse string plate (104,200) having notches around its perimeter for receiving tissue and through which a first suture wire may pass; a first push plate for advancing the first suture wire through the notches of the first purse string plate and into the tissue to enable application of a first purse-string suture; a second purse string plate (106,200) having notches around its perimeter for receiving tissue and through which a second suture wire may pass; a second push plate for advancing the second suture wire through the notches of the second purse string plate and into the tissue to enable application of a second purse string suture; and a housing to house the surgical instrument, wherein the housing has a front end and a back end, and wherein the first purse string plate and the second purse string plate are located at the front end of the housing, and wherein the pair of purse string plates is configured to allow application of 2 axially spaced purse string sutures to surrounding tissue. a first purse string plate (104,200) having notches around its perimeter for receiving tissue and through which a first suture wire may pass; a first push plate for advancing the first suture wire through the notches of the first purse string plate and into the tissue to enable application of a first purse-string suture; a second purse string plate (106,200) having notches around its perimeter for receiving tissue and through which a second suture wire may pass; a second push plate for advancing the second suture wire through the notches of the second purse string plate and into the tissue to enable application of a second purse string suture; and a housing to house the surgical instrument, wherein the housing has a front end and a back end, and wherein the first purse string plate and the second purse string plate are located at the front end of the housing, and wherein the pair of purse string plates is configured to allow application of 2 axially spaced purse string sutures to surrounding tissue.
A delivery device, comprising: a stent device that is expandable from a radially reduced, delivery configuration to a radially expanded, deployed configuration; a retaining sheath disposed over the stent device for maintaining the stent device in the delivery configuration; a pull member to be pulled upon to retract the retaining sheath in such a manner that the retaining sheath is folded back on itself to provide a radially inner sheath of the retaining sheath, a radially outer sheath of the retaining sheath and a fold portion therebetween, wherein the pull member is moveable by pulling thereon to move the outer sheath over the inner sheath and thus to move the fold portion axially relative to the stent device to retract the retaining sheath from over the stent device to release the stent device for expansion to the deployed configuration; characterised in that: the retaining sheath is made of a plastic tube that has been cold drawn at least along the path of travel of the fold portion in retracting the retaining sheath from over the stent device. a stent device that is expandable from a radially reduced, delivery configuration to a radially expanded, deployed configuration; a retaining sheath disposed over the stent device for maintaining the stent device in the delivery configuration; a pull member to be pulled upon to retract the retaining sheath in such a manner that the retaining sheath is folded back on itself to provide a radially inner sheath of the retaining sheath, a radially outer sheath of the retaining sheath and a fold portion therebetween, wherein the pull member is moveable by pulling thereon to move the outer sheath over the inner sheath and thus to move the fold portion axially relative to the stent device to retract the retaining sheath from over the stent device to release the stent device for expansion to the deployed configuration; characterised in that: the retaining sheath is made of a plastic tube that has been cold drawn at least along the path of travel of the fold portion in retracting the retaining sheath from over the stent device.
A power add-on device for powering a manual wheelchair, the manual wheelchair having a frame, two main wheels, two front wheels, and a camber tube, the power add-on device comprising: a motorized component including dual electric motors and a power source electrically coupled to the electric motors, wherein each of the electric motors is configured to turn a respective one of a set of drive wheels in contact with the ground, to propel the attached manual wheelchair thereby converting the manual wheelchair into a conventional power wheelchair; a latching mechanism (103, 203) adapted to attach the power add-on device to the camber tube of the manual wheelchair such that the camber tube is able to rotate relative to the latching mechanism (103, 203) when the latching mechanism is in a closed position around the camber tube; characterized in that the power add-on device comprises: at least one first electric actuator in mechanical communication with the latching mechanism (103, 203) and configured to move the latching mechanism (103, 203) from an closed position to the open position; a controller, reachable by a person sitting in the manual wheelchair, that controls the motorized component, the at least one first electric actuator, and the latching mechanism (103, 203). a motorized component including dual electric motors and a power source electrically coupled to the electric motors, wherein each of the electric motors is configured to turn a respective one of a set of drive wheels in contact with the ground, to propel the attached manual wheelchair thereby converting the manual wheelchair into a conventional power wheelchair; a latching mechanism (103, 203) adapted to attach the power add-on device to the camber tube of the manual wheelchair such that the camber tube is able to rotate relative to the latching mechanism (103, 203) when the latching mechanism is in a closed position around the camber tube; at least one first electric actuator in mechanical communication with the latching mechanism (103, 203) and configured to move the latching mechanism (103, 203) from an closed position to the open position; a controller, reachable by a person sitting in the manual wheelchair, that controls the motorized component, the at least one first electric actuator, and the latching mechanism (103, 203).
A rubber composition for coating a metal cord, comprising a rubber component, carbon black having an adsorption specific surface area of cetyltrimethylammonium bromide (CTAB) of 110 m 2 /g to 160 m 2 /g, a half width ΔD50 of a peak including a Stokes equivalent diameter Dst that is the most frequent in an aggregate distribution obtained with a centrifugal sedimentation method of 60 nm or less, and a ratio of the ΔD50 to the Dst, which is expressed as ΔD50/Dst, of 0.95 or less, silica having a CTAB adsorption specific surface area of 200 m 2 /g or more, and a vulcanizing agent, wherein a content of the carbon black is larger than a content of the silica, and a content of the vulcanizing agent is 3.0 parts by mass to 7.0 parts by mass with respect to 100 parts by mass of the rubber component. a rubber component, carbon black having an adsorption specific surface area of cetyltrimethylammonium bromide (CTAB) of 110 m 2 /g to 160 m 2 /g, a half width ΔD50 of a peak including a Stokes equivalent diameter Dst that is the most frequent in an aggregate distribution obtained with a centrifugal sedimentation method of 60 nm or less, and a ratio of the ΔD50 to the Dst, which is expressed as ΔD50/Dst, of 0.95 or less, silica having a CTAB adsorption specific surface area of 200 m 2 /g or more, and a vulcanizing agent, wherein a content of the carbon black is larger than a content of the silica, and a content of the vulcanizing agent is 3.0 parts by mass to 7.0 parts by mass with respect to 100 parts by mass of the rubber component.
Dismantling method for a vibration damper f a tower of a wind power plant, in the case of which method, starting from a use state, the vibration damper is moved into a transport state, the vibration damper being connected in the use state to a structural component of the tower, with the result that a damper mass of the vibration damper can be set in a movement, in the case of which the spacing between the damper mass and a central axis of the tower changes, the vibration damper comprising a frame which is connected to the structural component of the tower in the use state, the damper mass being mounted relative to the frame in such a way that the damper mass moves relative to the frame during operation of the vibration damper, and the vibration damper comprising a drive, by way of which the movement of the damper mass relative to the frame is driven, the vibration damper being moved into the transport state by the vibration damper being tilted relative to the use state before the vibration damper is removed from the tower.
A voltage regulator for an electronic device, the regulator supplying a regulated output voltage (Vout) from an input voltage (Vin), the output voltage (Vout) being applied to an electronic subsystem of the electronic device adapted to be supplied with power, said regulator comprising a controller (CONTR) receiving the input voltage (Vin), a capacitor situated at the output of the regulator and adapted to be charged periodically by the input voltage (Vin) and periodically to supply its charge to the electronic subsystem of the electronic device when said electronic subsystem requires to be supplied with power, the capacitor being connected in parallel with a feedback network for sampling a portion of the output voltage (Vout) and supplying a measured value of the output voltage (Vout) to the controller (CONTR), the feedback network comprising at least two resistors (20, 30), a voltage comparator (COMP), and a switch situated between the output of the comparator (COMP) and the input of the controller (CONTR), which voltage regulator is characterized in that a switch is inserted into the feedback network between the input of the feedback network and the first resistor,the switch being open when the electronic subsystem requires no power.
A computer-implemented method for generating an instance of an executable program, the method comprising: specifying a random seed as input to a pseudo-random number generator; generating a distinct instance of the executable program, wherein the executable program is generated from a plurality of object code modules by: randomly selecting for each object code module in the plurality of object code modules a distinct instance from a plurality of distinct instances of that object code module, by applying the random seed as input to the pseudo-random number generator wherein each distinct instance of the plurality of distinct instances is arranged to perform the same functional behaviour; determining a random memory image layout of the plurality of selected instances of object code modules by applying the random seed as input to the pseudo-random number generator; and combining the plurality of selected instances of object code modules in accordance with the random memory image layout to generate the distinct instance of the executable program; and resolving symbols within the distinct instance of the executable program. specifying a random seed as input to a pseudo-random number generator; generating a distinct instance of the executable program, wherein the executable program is generated from a plurality of object code modules by: randomly selecting for each object code module in the plurality of object code modules a distinct instance from a plurality of distinct instances of that object code module, by applying the random seed as input to the pseudo-random number generator wherein each distinct instance of the plurality of distinct instances is arranged to perform the same functional behaviour; determining a random memory image layout of the plurality of selected instances of object code modules by applying the random seed as input to the pseudo-random number generator; and combining the plurality of selected instances of object code modules in accordance with the random memory image layout to generate the distinct instance of the executable program; and randomly selecting for each object code module in the plurality of object code modules a distinct instance from a plurality of distinct instances of that object code module, by applying the random seed as input to the pseudo-random number generator wherein each distinct instance of the plurality of distinct instances is arranged to perform the same functional behaviour; determining a random memory image layout of the plurality of selected instances of object code modules by applying the random seed as input to the pseudo-random number generator; and combining the plurality of selected instances of object code modules in accordance with the random memory image layout to generate the distinct instance of the executable program; and resolving symbols within the distinct instance of the executable program.