mhurhangee/ep-ind-claims huggingface dataset:
Coaxial electrical connector for fixing to a metal chassis with a passage bore, comprising: - at least one electrically conductive inner conductor, - an electrically conductive outer conductor which is configured as a sleeve, spaced and insulated from the least one inner conductor, and arranged around the at least one inner conductor, wherein the sleeve has an open plug-in side and an open connection side opposite the open plug-in side, wherein - on the connection side, the sleeve has a widened region for fixing the sleeve to the metal chassis, - an electrically conductive spring basket, having a first end which is arranged between the at least one inner conductor and the sleeve surrounding the at least one inner conductor, wherein a part of the spring basket protrudes outward through the connection side of the sleeve, and on insertion of the spring basket, slightly compressed at the ends, with the inner conductor into the passage bore, the individual springs of the spring basket bear against an inner wall of the passage bore and can thus create an electrical contact between the outer conductor and the metal chassis. - at least one electrically conductive inner conductor, - an electrically conductive outer conductor which is configured as a sleeve, spaced and insulated from the least one inner conductor, and arranged around the at least one inner conductor, wherein the sleeve has an open plug-in side and an open connection side opposite the open plug-in side, wherein - on the connection side, the sleeve has a widened region for fixing the sleeve to the metal chassis, - an electrically conductive spring basket, having a first end which is arranged between the at least one inner conductor and the sleeve surrounding the at least one inner conductor,
A method of two-dimensionally forming an article, thus using relatively flat molds with a height generally up to 10 mm, wherein the article is an article of footwear, the method comprising: positioning a first side of a first material layer adjacent a one-sided mold comprising cut-out locations; positioning a second material layer adjacent a second side of the first material layer; applying a vacuum to the first side of the first material layer so that the first material layer is molded to the cut-out locations within the one-sided mold; and bonding the second material layer to the first material layer in areas outside the cut-out locations of the one-sided mold; wherein the article of footwear comprises a formed plate having air pockets sandwiched between the first material layer and the second material layer. positioning a first side of a first material layer adjacent a one-sided mold comprising cut-out locations; positioning a second material layer adjacent a second side of the first material layer; applying a vacuum to the first side of the first material layer so that the first material layer is molded to the cut-out locations within the one-sided mold; and bonding the second material layer to the first material layer in areas outside the cut-out locations of the one-sided mold; wherein the article of footwear comprises a formed plate having air pockets sandwiched between the first material layer and the second material layer.
Method for the preparation of an active ruthenium catalyst solution, for the transvinylation of a reactant vinyl ester with a reactant carboxylic acid, having a ruthenium concentration greater than 0.5% by weight of Ru metal, based on the total weight of the ruthenium catalyst solution, characterized in that a) at least one ruthenium halide is reacted with at least one inorganic or organic base, at least one reactant vinyl ester and at least one reactant carboxylic acid, at a temperature of 70°C to 170°C, wherein b) the molar ratio of reactant vinyl ester to reactant carboxylic acid is from 1:1.8 to 1.8:1, and c) the ruthenium halide is used in an amount of ≥ 0.5% by weight of Ru metal based on the total weight of reactant vinyl ester and reactant carboxylic acid. a) at least one ruthenium halide is reacted with at least one inorganic or organic base, at least one reactant vinyl ester and at least one reactant carboxylic acid, at a temperature of 70°C to 170°C, wherein b) the molar ratio of reactant vinyl ester to reactant carboxylic acid is from 1:1.8 to 1.8:1, and c) the ruthenium halide is used in an amount of ≥ 0.5% by weight of Ru metal based on the total weight of reactant vinyl ester and reactant carboxylic acid.
System for connecting a pipe connection piece to a pipe for conducting a pressurized medium, in particular a gaseous or liquid medium, comprising - the pipe connection piece having at least one connection area and at least one free end, - the pipe, and - a tool, - wherein the connecting area comprises, in a longitudinal axis, at least one axial stop and at least one recess, - wherein the pipe can be pushed from the free end onto the at least one connecting area of the pipe connection piece, - wherein the tool bears against the at least one axial stop on the pipe connecting piece and engages around the pipe and the at least one connecting area at least in some areas, - wherein the tool comprises at least one tooth arranged in the longitudinal axis corresponding to the recess, - wherein the shape of the at least one tooth corresponds to the shape of the recess, - wherein the at least one tooth, upon an actuation of the tool, shears at least one deformation in the longitudinal axis into the pipe and bends in a circumferential direction into the recess that engages into the at least one recess. - the pipe connection piece having at least one connection area and at least one free end, - the pipe, and - a tool, - wherein the connecting area comprises, in a longitudinal axis, at least one axial stop and at least one recess, - wherein the pipe can be pushed from the free end onto the at least one connecting area of the pipe connection piece, - wherein the tool bears against the at least one axial stop on the pipe connecting piece and engages around the pipe and the at least one connecting area at least in some areas, - wherein the tool comprises at least one tooth arranged in the longitudinal axis corresponding to the recess, - wherein the shape of the at least one tooth corresponds to the shape of the recess, - wherein the at least one tooth, upon an actuation of the tool, shears at least one deformation in the longitudinal axis into the pipe and bends in a circumferential direction into the recess that engages into the at least one recess.
A method for allocating orthogonal codes and quasi-orthogonal codes to first user devices and second user devices to enable extracting an intended signal among a plurality of signals multiplexed over the same physical channel, the method comprising: determining a threshold number of orthogonal codes to be reserved for allocation to first user devices, based on (i) a number of orthogonal codes usable for allocating, (ii) a usage of the orthogonal codes, and (iii) an average penetration of first user devices, wherein the first user devices are non-Advanced Quasi-Linear Interference Cancelation, non-AQLIC, capable mobiles and the second user devices are Advanced Quasi-Linear Interference Cancelation, AQLIC, capable mobiles; if a number of available orthogonal codes is larger than the threshold number, allocating an orthogonal code to a non-AQLIC capable mobile or an AQLIC capable mobile that requests a connection; and if the number of available orthogonal codes is not larger than the threshold number, allocating an orthogonal code if a non-AQLIC capable mobile requests a connection and there is an orthogonal code currently not allocated, and allocating a quasi-orthogonal code to an AQLIC capable mobile that requests a connection. determining a threshold number of orthogonal codes to be reserved for allocation to first user devices, based on (i) a number of orthogonal codes usable for allocating, (ii) a usage of the orthogonal codes, and (iii) an average penetration of first user devices, wherein the first user devices are non-Advanced Quasi-Linear Interference Cancelation, non-AQLIC, capable mobiles and the second user devices are Advanced Quasi-Linear Interference Cancelation, AQLIC, capable mobiles; if a number of available orthogonal codes is larger than the threshold number, allocating an orthogonal code to a non-AQLIC capable mobile or an AQLIC capable mobile that requests a connection; and if the number of available orthogonal codes is not larger than the threshold number, allocating an orthogonal code if a non-AQLIC capable mobile requests a connection and there is an orthogonal code currently not allocated, and allocating a quasi-orthogonal code to an AQLIC capable mobile that requests a connection.
System for treating and recycling process water, comprising a cylindrical sedimentation tank and a cylindrical tank for flotation and storage downstream of the sedimentation tank wherein water to be treated is added to an inlet at the upper part of the sedimentation tank, and treated water to be recycled is removed from an outlet at the lower part of the flotation tank, - the sedimentation tank comprises a screw wherein the crest of the screw threads is bearing against the inside of the sedimentation tank, which forces the water to flow rotationally from the top towards the bottom of the sedimentation tank, - a riser is arranged inside a shank of the screw, between the sedimentation tank and the flotation tank, one end of the riser is at the centre of the rotational flow of water, close to a lower part of the screw in a lower part of the sedimentation tank, and the other end is at an upper part of the flotation tank, and - a cleaning loop is arranged between the tanks, removing water from the flotation tank and returning it to the sedimentation tank, further comprising means for adding ozone to the loop. - the sedimentation tank comprises a screw wherein the crest of the screw threads is bearing against the inside of the sedimentation tank, which forces the water to flow rotationally from the top towards the bottom of the sedimentation tank, - a riser is arranged inside a shank of the screw, between the sedimentation tank and the flotation tank, one end of the riser is at the centre of the rotational flow of water, close to a lower part of the screw in a lower part of the sedimentation tank, and the other end is at an upper part of the flotation tank, and - a cleaning loop is arranged between the tanks, removing water from the flotation tank and returning it to the sedimentation tank, further comprising means for adding ozone to the loop.
An exciter (1, 20, 30) comprising: a vibrator comprising a yoke (201, 203) and a magnet; a frame incorporating the vibrator so as to support the vibrator through a damper in such a manner that the vibrator can vibrate; and a cylindrical voice coil bobbin disposed in the frame and having one end mounted on the frame and another end extending within the vibrator, the another end being provided with a voice coil, wherein the exciter (1, 20, 30) is configured to output a sound through a bottom of the frame when the vibrator vibrates in response to an acoustic signal flowing through the voice coil and vibration of the vibrator is transmitted to the frame through the damper, the frame has an opening, an outer circumferential surface of the one end of the voice coil bobbin is laterally fixed to and mounted on an edge of the opening in such a manner that inside of the cylindrical voice coil bobbin is opened to outside of the frame from the opening, and a vibrating member is disposed on the one end of the voice coil bobbin so as to cover the opening. a vibrator comprising a yoke (201, 203) and a magnet; a frame incorporating the vibrator so as to support the vibrator through a damper in such a manner that the vibrator can vibrate; and a cylindrical voice coil bobbin disposed in the frame and having one end mounted on the frame and another end extending within the vibrator, the another end being provided with a voice coil, wherein the exciter (1, 20, 30) is configured to output a sound through a bottom of the frame when the vibrator vibrates in response to an acoustic signal flowing through the voice coil and vibration of the vibrator is transmitted to the frame through the damper, the frame has an opening, an outer circumferential surface of the one end of the voice coil bobbin is laterally fixed to and mounted on an edge of the opening in such a manner that inside of the cylindrical voice coil bobbin is opened to outside of the frame from the opening, and a vibrating member is disposed on the one end of the voice coil bobbin so as to cover the opening.
Nicotinamide mononucleotide, a pharmaceutically acceptable derivative thereof or a pharmaceutically acceptable salt thereof, the derivative of NMN being selected from among dihydronicotinamide mononucleotide (denoted NMN-H), a compound of formula or, a stereoisomer thereof, a salt thereof, a hydrate thereof, a solvate thereof or a crystal thereof, said compound of formula being selected from among: Compounds (anomers) Structure I-C (beta) I-D (alpha) I-G (beta) I-H (alpha) I-J (beta) I-K (alpha) or: said compound of formula being selected from among: Compound N° (anomer) Structure II-A (beta, beta) II-B (beta, alpha) II-C (alpha, alpha) II-D (beta, beta) II-E (beta, alpha) II-F (alpha, alpha) and combinations thereof, for use thereof in the prevention and/or treatment of pain, wherein the pain is a visceral nociceptive pain and is not a neuropathic pain. said compound of formula being selected from among: Compound N° (anomer) Structure II-A (beta, beta) II-B (beta, alpha) II-C (alpha, alpha) II-D (beta, beta) II-E (beta, alpha) II-F (alpha, alpha) and combinations thereof, for use thereof in the prevention and/or treatment of pain, wherein the pain is a visceral nociceptive pain and is not a neuropathic pain.
A method for fitting a tubular secondary heat sink about a primary heat sink, with thermal interface material being interposed between the primary heat sink and the secondary heat sink, the method including inserting a dilation tool into the secondary heat sink, activating the dilation tool to produce a radial expansion force to radially expand the secondary heat sink and inserting the primary heat sink into the radially expanded secondary heat sink with the thermal interface material interposed between the primary heat sink and the secondary heat sink, deactivating the dilation tool to discontinue the radial expansion force whereby the subsequent radial contraction of the secondary heat sink with the primary heat sink inserted therein causes the thermal interface material to be pressed between the primary heat sink and the secondary heat sink.
A closed group communications method in a decentralized peer to peer wireless communication system, where the number of group members are fixed at a given time and known to one or more members of the group, the method comprising: transmitting data to members of a group in a first signal directed to said group, wherein said transmitting data to members of the group is performed at a data rate determined by information corresponding to all members of the group; monitoring for acknowledgements from the members of the group indicating that said data was received; and re-transmitting the data in a second signal directed to a subset of said group, said subset including members of the group from which acknowledgements were not received and excluding at least one member of the group from which an acknowledgement was received, wherein said retransmitting of data is performed at a data rate determined by information corresponding to the members of said subset of said group and wherein said information corresponding to the members of said subset is link quality feedback information. transmitting data to members of a group in a first signal directed to said group, wherein said transmitting data to members of the group is performed at a data rate determined by information corresponding to all members of the group; monitoring for acknowledgements from the members of the group indicating that said data was received; and re-transmitting the data in a second signal directed to a subset of said group, said subset including members of the group from which acknowledgements were not received and excluding at least one member of the group from which an acknowledgement was received, wherein said retransmitting of data is performed at a data rate determined by information corresponding to the members of said subset of said group and wherein said information corresponding to the members of said subset is link quality feedback information.
Heavy-duty vehicle maintenance tool for mounting or removing a component from a gearbox, which tool has a cylindrical shape with a predetermined extension along a central axis; the tool further comprising a cylindrical wall enclosing an inner cylindrical cavity and connecting an open first end and a closed second end, wherein - the first end comprises an annular portion with an annular end surface at right angles to the central axis which annular portion is arranged to be placed in contact with a corresponding surface on a component to be mounted; - the second end comprises a circular wall with an outer end surface at right angles to the central axis, which end surface is arranged to be subjected to an external force in order to mount or remove the component; - the second end comprises an internal reinforcing lattice structure within the cavity; and wherein the tool is a one-piece thermoplastic component. - the first end comprises an annular portion with an annular end surface at right angles to the central axis which annular portion is arranged to be placed in contact with a corresponding surface on a component to be mounted; - the second end comprises a circular wall with an outer end surface at right angles to the central axis, which end surface is arranged to be subjected to an external force in order to mount or remove the component; - the second end comprises an internal reinforcing lattice structure within the cavity; and wherein the tool is a one-piece thermoplastic component.
A method of operating a terminal in communication with a head mounted display, the method comprising: determining whether a rotation state of the terminal corresponds to a landscape mode or a portrait mode; receiving, an input for displaying an input interface on the head mounted display; and controlling the head mounted display 200 to display an input interface based on the determined rotation state and the received input, characterized in that the step of controlling the head mounted display comprises: when the received input is a single-touch input received via a touchscreen of the terminal and the determined rotation state is the portrait mode, controlling the head mounted display to display a reduced-type keypad interface; and when the received input is a multi-touch input received via the touchscreen and the determined rotation state is the landscape mode, controlling the head mounted display to display a keypad interface which is larger in size than the size of the reduced-type keypad interface. determining whether a rotation state of the terminal corresponds to a landscape mode or a portrait mode; receiving, an input for displaying an input interface on the head mounted display; and controlling the head mounted display 200 to display an input interface based on the determined rotation state and the received input, characterized in that the step of controlling the head mounted display comprises: when the received input is a single-touch input received via a touchscreen of the terminal and the determined rotation state is the portrait mode, controlling the head mounted display to display a reduced-type keypad interface; and when the received input is a multi-touch input received via the touchscreen and the determined rotation state is the landscape mode, controlling the head mounted display to display a keypad interface which is larger in size than the size of the reduced-type keypad interface. when the received input is a single-touch input received via a touchscreen of the terminal and the determined rotation state is the portrait mode, controlling the head mounted display to display a reduced-type keypad interface; and when the received input is a multi-touch input received via the touchscreen and the determined rotation state is the landscape mode, controlling the head mounted display to display a keypad interface which is larger in size than the size of the reduced-type keypad interface.
An anvil assembly comprising: an anvil center rod defining a throughbore; a plunger member positioned within the throughbore of the anvil center rod and movable between a proximal position and a distal position; a spring received about the plunger member, the spring being positioned to bias the plunger member towards the proximal position, wherein the plunger member includes an elongate body configured to support the spring and a flange on a proximal end of the elongate body configured to maintain the spring about the elongate body; and a head assembly pivotally secured to the anvil center rod about a pivot axis, the head assembly movable between a tilted position and an operative position, wherein the plunger member is operatively connected to the head assembly to cause movement of the head assembly from the tilted position to the operative position as the plunger member moves from the proximal position to the distal position; characterised in that the anvil assembly further includes a clip supported within the anvil center rod and about the elongate body of the plunger member, wherein the clip is configured to maintain the spring about the elongate body. an anvil center rod defining a throughbore; a plunger member positioned within the throughbore of the anvil center rod and movable between a proximal position and a distal position; a spring received about the plunger member, the spring being positioned to bias the plunger member towards the proximal position, wherein the plunger member includes an elongate body configured to support the spring and a flange on a proximal end of the elongate body configured to maintain the spring about the elongate body; and a head assembly pivotally secured to the anvil center rod about a pivot axis, the head assembly movable between a tilted position and an operative position, wherein the plunger member is operatively connected to the head assembly to cause movement of the head assembly from the tilted position to the operative position as the plunger member moves from the proximal position to the distal position; characterised in that the anvil assembly further includes a clip supported within the anvil center rod and about the elongate body of the plunger member, wherein the clip is configured to maintain the spring about the elongate body.
Electrical connection of a plurality of sheet metal layers (1, 2, 3, 4) of a honeycomb body to a connection pin, wherein the honeycomb body has a metal casing with an inner circumference through which the connection pin is routed in an electrically insulating manner in a bushing, and wherein the sheet metal layers (1, 2, 3, 4) are alternately arranged coarsely structured sheet metal layers and finely structured or smooth sheet metal layers, which sheet metal layers together form a stack with an uppermost sheet metal layer and a lowermost sheet metal layer, which stack has channels, through which a gas can flow from an inlet side to an outlet side in an axial direction, between the sheet metal layers (1, 2, 3, 4), characterized in that the connection pin runs perpendicular to the sheet metal layers (1, 2, 3, 4), and therefore in a radial direction, and is connected using metal to at least two of the sheet metal layers (1, 2, 3, 4) by means of at least one electrically conductive intermediate piece which surrounds a plurality of sheet metal layers (1, 3, 4) of the stack in a connection region.