mhurhangee/ep-ind-claims huggingface dataset:
A method of making a guide rail for an elevator system, comprising: providing a metallic guide rail having: a base portion; and a blade portion extending from the base portion, the blade portion including one or more guide surfaces; applying a protective layer to the guide rail for corrosion protection; and securing the protective layer to the guide rail to seal the guide surfaces from corrosive elements, while not securing the protective layer to the guide surfaces; wherein the protective layer is longer than the guide rail; the protective layer being characterized in that it is formed as a sheet with an adhesive backing located at a perimeter of the protective layer; and the method is further characterized in that the protective layer is folded over the blade portion so that at each longitudinal end of the guide rail the adhesive backing at one side of the guide rail is adhered to the adhesive backing at the other side of the guide rail. providing a metallic guide rail having: a base portion; and a blade portion extending from the base portion, the blade portion including one or more guide surfaces; a base portion; and a blade portion extending from the base portion, the blade portion including one or more guide surfaces; applying a protective layer to the guide rail for corrosion protection; and securing the protective layer to the guide rail to seal the guide surfaces from corrosive elements, while not securing the protective layer to the guide surfaces; wherein the protective layer is longer than the guide rail; the protective layer being characterized in that it is formed as a sheet with an adhesive backing located at a perimeter of the protective layer; and the method is further characterized in that the protective layer is folded over the blade portion so that at each longitudinal end of the guide rail the adhesive backing at one side of the guide rail is adhered to the adhesive backing at the other side of the guide rail.
Multi-fuel multiple lance burner (100, 200), which is formed without a start burner and comprising a central burner for multi-fuel multiple lance burner systems, having a central lance with an inner pipe and an outer pipe which are provided coaxially relative to each other, wherein the inner pipe and the outer pipe are arranged spaced apart from each other in the radial direction to form an annular clearance duct, and combustion media can be conveyable through the annular clearance duct, wherein the outer pipe of the central lance extends from a first feed chamber to a combustion chamber, wherein a plurality of outer lances are arranged around the central lance, said outer lances extending from at least a second feed chamber to the combustion chamber, wherein the outer pipe extends further into the combustion chamber than the inner pipe, wherein a funnel-like mixing device is provided in the extension of the annular clearance duct in the region of the end of the inner pipe, said mixing device having an opening in the region of the end of the inner pipe, said opening corresponding substantially to the diameter of the inner pipe, wherein the mixing device has in the extension of the annular clearance duct at its end an opening which is larger than the diameter of the inner pipe and smaller than the diameter of the outer pipe, wherein openings for combustion media to flow through are provided in the wall of the mixing device, wherein a nozzle is provided on each outer lance, said nozzle having at least lateral openings arranged distributed asymmetrically along the lateral circumferential area of the nozzle, wherein the outer lances and / or the nozzles of the outer lances are formed to be axially rotatable in order to influence the position of the openings of the nozzles, wherein an impeller (130, 230) is provided which is formed in the region between the inner wall of a central burner pipe or the inner wall of a burner outer pipe and the outer pipe of the central lance, and wherein the impeller (130, 230) is formed to be axially displaceable.
A communication network uncooperative with an uncooperative communications device, the communication network comprising: a) a plurality of mobile wireless communications devices comprising at least one collection device (12a, 12b) and a plurality of forward devices (15a-15g), each forward device (15a-15g) configured to b) detect a received signal characteristic associated with the uncooperative communications device, the uncooperative communications device and said plurality of mobile wireless communications devices not intentionally sharing a communication channel, and c) transmit the received signal characteristic to said at least one collection device (12a, 12b); said at least one collection device (12a, 12b) configured to d) selectively schedule detection by the plurality of forward devices (15a-15g) of the received signal characteristic based upon a timing of communications among said plurality of forward devices (15a-15g), e) coordinate with the plurality of forward devices (15a-15g) in a respective subnet for cooperation with nearby other forward devices to detect the received signal characteristic associated with the uncooperative communications device, and f) determine a parameter associated with the uncooperative communications device based upon the received signal characteristic received from said at least one forward device (15a, 15g), g) wherein the parameter comprises at least one of a location value, a movement value, and a transmission characteristic value. a) a plurality of mobile wireless communications devices comprising at least one collection device (12a, 12b) and a plurality of forward devices (15a-15g), each forward device (15a-15g) configured to b) detect a received signal characteristic associated with the uncooperative communications device, the uncooperative communications device and said plurality of mobile wireless communications devices not intentionally sharing a communication channel, and c) transmit the received signal characteristic to said at least one collection device (12a, 12b); said at least one collection device (12a, 12b) configured to d) selectively schedule detection by the plurality of forward devices (15a-15g) of the received signal characteristic based upon a timing of communications among said plurality of forward devices (15a-15g), e) coordinate with the plurality of forward devices (15a-15g) in a respective subnet for cooperation with nearby other forward devices to detect the received signal characteristic associated with the uncooperative communications device, and f) determine a parameter associated with the uncooperative communications device based upon the received signal characteristic received from said at least one forward device (15a, 15g), g) wherein the parameter comprises at least one of a location value, a movement value, and a transmission characteristic value.
A method for producing a bioelectrode comprising: forming an electrically conductive rubber body containing a silicone rubber and a silver powder; and immersing the electrically conductive rubber body in an inorganic salt-containing solution at 100°C or more and 150°C or less. forming an electrically conductive rubber body containing a silicone rubber and a silver powder; and immersing the electrically conductive rubber body in an inorganic salt-containing solution at 100°C or more and 150°C or less.
Hydrodynamic compression or cutting tool comprising: - a housing, - an electric motor, which can be powered by an accumulator or by mains supply, said motor being arranged inside the housing and having a motor rotational axis, - a gripping portion formed by the housing and extending around the motor and along the motor rotational axis, - a hydraulic pump arranged inside the housing and which can be actuated by the motor so as to generate a pressure increase of a hydraulic liquid acting on a driving piston for moving the actuating piston along a actuating axis, wherein the actuating piston is coaxial with the actuating axis, - a transmission mechanism arranged inside the housing between the motor and the hydraulic pump, - two jaws (14, 15) connected to the housing and to the actuating piston so that, in response to the movement of the actuating piston, the jaws (14, 15) make a relative movement between an open position and a closed position for carrying out the compression or cut, wherein the actuating axis and the motor rotational axis are parallel to one another or oriented in the same direction with a maximum tilting angle lower than 20° between each other, wherein the actuating axis and the motor rotational axis are offset from one another at least in an offset coupling area formed by at least one of the transmission mechanism and the hydraulic pump, wherein, in a side view of the tool, an actuating button for actuating the motor is arranged on a lower side of the tool, characterised in that the actuating axis is offset with respect to the motor rotational axis towards an upper side of the tool opposite to said lower side of the tool on which said actuating button is arranged for actuating the motor. - a housing, - an electric motor, which can be powered by an accumulator or by mains supply, said motor being arranged inside the housing and having a motor rotational axis, - a gripping portion formed by the housing and extending around the motor and along the motor rotational axis, - a hydraulic pump arranged inside the housing and which can be actuated by the motor so as to generate a pressure increase of a hydraulic liquid acting on a driving piston for moving the actuating piston along a actuating axis, wherein the actuating piston is coaxial with the actuating axis, - a transmission mechanism arranged inside the housing between the motor and the hydraulic pump, - two jaws (14, 15) connected to the housing and to the actuating piston so that, in response to the movement of the actuating piston, the jaws (14, 15) make a relative movement between an open position and a closed position for carrying out the compression or cut,
An orthopedic walker, comprising: a body; the body defining an upper receiving section, a lower receiving section, and a footbed; wherein the upper receiving section includes first and second portions (502, 504) divided by a median plane (M P) of the orthopedic walker, the first and second portions (502, 504) are arranged to articulate about or from the median plane (M P) to expand or retract a variable distance between the first and second portions (502, 504) of the upper receiving section; characterised in that the body has a unitary construction and consists of one or more expanded thermoplastic materials. a body; the body defining an upper receiving section, a lower receiving section, and a footbed; wherein the upper receiving section includes first and second portions (502, 504) divided by a median plane (M P) of the orthopedic walker, the first and second portions (502, 504) are arranged to articulate about or from the median plane (M P) to expand or retract a variable distance between the first and second portions (502, 504) of the upper receiving section; characterised in that the body has a unitary construction and consists of one or more expanded thermoplastic materials.
A motor control method for a drive mechanism for a motorized lacing engine within an automated footwear platform, the method comprising: segmenting a pre-defined travel distance associated with the drive mechanism into a plurality of control segments, the travel distance corresponding to linear travel distance of a lace; defining a plurality of moves for the drive mechanism in terms of control segments; creating a plurality of motion profiles, each motion profile of the plurality of motion profiles including one or more moves from the plurality of moves; and commanding movement of the drive mechanism based on selection of one or more motion profiles from the plurality of motion profiles, wherein the pre-defined travel distance covers a continuum of operational travel of the drive mechanism, corresponding to lace take-up between a fully loose position and a max tightness position, and the control segments vary in size based on position on the continuum of operational travel. segmenting a pre-defined travel distance associated with the drive mechanism into a plurality of control segments, the travel distance corresponding to linear travel distance of a lace; defining a plurality of moves for the drive mechanism in terms of control segments; creating a plurality of motion profiles, each motion profile of the plurality of motion profiles including one or more moves from the plurality of moves; and commanding movement of the drive mechanism based on selection of one or more motion profiles from the plurality of motion profiles, wherein the pre-defined travel distance covers a continuum of operational travel of the drive mechanism, corresponding to lace take-up between a fully loose position and a max tightness position, and the control segments vary in size based on position on the continuum of operational travel.
Automatically actuated, Z-shaped publicity display totem, of easy assembly, comprising only four pieces, with - two automatically activated Z-shaped internal devices made ofpaperboard, or of a flexible plastic or similar material with two parallel creases provided in the vertical to be folded assuming the shape of a Z and elastic means for automatic activation causing the totem pole type apparatus to assume a semi-cylindrical shape; and - two external panels made of paperboard or a flexible plastic material with four parallel creases to enable horizontal folding and tabs on the sides that are turned backwards by the folds present in the vertical part and closed with clasps at the sides to close the totem pole type display apparatus and to fasten the device, - with the addition of a base and top plate made of a plastic material with means for fitting engagement of the external panels to thereby seal the totem pole type apparatus and enable the use thereof in outdoor environments, characterized in that the elastic means comprises a wire spring having a spring body and spring prongs, the spring body being accommodated in a hole at a position about half-way of one of the two parallel creases of the internal device, and the spring prongs being engaged through parallel slits in the internal device. - two automatically activated Z-shaped internal devices made ofpaperboard, or of a flexible plastic or similar material with two parallel creases provided in the vertical to be folded assuming the shape of a Z and elastic means for automatic activation causing the totem pole type apparatus to assume a semi-cylindrical shape; and - two external panels made of paperboard or a flexible plastic material with four parallel creases to enable horizontal folding and tabs on the sides that are turned backwards by the folds present in the vertical part and closed with clasps at the sides to close the totem pole type display apparatus and to fasten the device, - with the addition of a base and top plate made of a plastic material with means for fitting engagement of the external panels to thereby seal the totem pole type apparatus and enable the use thereof in outdoor environments,
A wireless communications system comprising: a plurality of wireless communications networks (32a-32n); a plurality of mobile wireless communications devices (31a-31n) for sending and receiving wireless electronic mail, email, messages over said wireless communications networks; and a resource deployment server comprising a database module for storing a plurality of resource deployment packages, RDPs, each RDP comprising language specific and/or carrier specific deployment content and deployment instructions therefor relating to sending and receiving email messages, each RDP comprising a resource identifier; said resource deployment server also comprising a plurality of deployment service modules cooperating with the database module for dynamically deploying RDPs to said wireless communications networks to update deployment content thereof based upon the respective deployment instructions and the resource identifier, wherein said resource deployment server is configured to notify said wireless communications networks of available RDPs; and a load balancer configured to connect one of the plurality of service modules with one of the plurality of wireless communications networks for deploying RDPs to that wireless communication network; wherein said wireless communication system further comprises a plurality of proxy modules (61, 62, 63) for interfacing with respective wireless communications networks. a plurality of wireless communications networks (32a-32n); a plurality of mobile wireless communications devices (31a-31n) for sending and receiving wireless electronic mail, email, messages over said wireless communications networks; and a resource deployment server comprising a database module for storing a plurality of resource deployment packages, RDPs, each RDP comprising language specific and/or carrier specific deployment content and deployment instructions therefor relating to sending and receiving email messages, each RDP comprising a resource identifier; said resource deployment server also comprising a plurality of deployment service modules cooperating with the database module for dynamically deploying RDPs to said wireless communications networks to update deployment content thereof based upon the respective deployment instructions and the resource identifier, wherein said resource deployment server is configured to notify said wireless communications networks of available RDPs; and a load balancer configured to connect one of the plurality of service modules with one of the plurality of wireless communications networks for deploying RDPs to that wireless communication network; wherein said wireless communication system further comprises a plurality of proxy modules (61, 62, 63) for interfacing with respective wireless communications networks.
A locator comprising: - a wellbore coupler including an engagement member that is biased towards a locating position for disposition within a locate profile, and configured for displacement between the locating position and a retracted position; and - a displacement hindering member for opposing displacement of the engagement member to the retracted position, characterized in that the engagement member and the displacement hindering member are co-operatively configured such that the engagement member and the displacement hindering member are displaceable relative to one another, while the displacement of the engagement member to the retracted position is being opposed, for effecting a change in condition of the engagement member such that the engagement member becomes displaceable to the retracted position. - a wellbore coupler including an engagement member that is biased towards a locating position for disposition within a locate profile, and configured for displacement between the locating position and a retracted position; and - a displacement hindering member for opposing displacement of the engagement member to the retracted position,
Medical apparatus for parallel alignment of at least two medical instruments, defining an instrument longitudinal axis, for holding and manipulating a surgical fastening element, which fastening element comprises a fastening part and a holding part for a connection element, the holding part being mounted movably relative to the fastening part in a mounting position, which medical instruments have a distal end couplable to the fastening element, which apparatus comprises at least two coupling devices, each defining a coupling longitudinal axis, for temporary coupling with proximal ends of the at least two medical instruments, wherein the apparatus comprises a frame, wherein the frame comprises a first and a second frame portion (30, 32), which extend parallel to one another, wherein the coupling longitudinal axes of the at least two coupling devices are alignable parallel to one another, wherein in a mounting position the at least two coupling devices are held in such a way as to be movable relative to one another and on the frame and wherein in an alignment position they are held immovably relative to one another and on the frame, characterised in that the frame is of modular construction and comprises at least one frame portion extension for extending the first and second frame portions (30, 32) and in that the at least one frame portion extension is detachably connectable to the first and/or second frame portion (30, 32).
Clamping device for electric cables, in particular for submersible pumps and the like, comprising clamping means of the electric cables suitable to be constrained to the body of the pump through coupling means, characterized in that said clamping means comprise a connector suitable to be constrained to said coupling means and a tear-resistant sleeve-shaped clamping member, suitable to house freely sliding a portion of at least one said electric cable, wherein said clamping member extends laterally to the connector, so that in use the axis of the sleeve is inclined with respect to the longitudinal axis of the pump, so that when the said electric cable is traction-stressed in order to lift the pump, it is compressed against an edge of said sleeve, and it is clamped inside said sleeve upon the effect of such compression.
Vehicle window wiper system including at least one windscreen wiper driven in movement by an arm that is articulated to said wiper by at least one connector/adapter assembly, which system is provided with a heating device, characterized in that it includes at least one heating indicator (10, 10a, 10b, 10c; 12, 12a, 12b, 12c; 14, 14a; 16; 20) placed in an area of the wiper system liable to be heated, said heating indicator indicating that at least one element of said wiper system is at a temperature higher than a predefined threshold value in order to avoid manipulating this area of the wiper system.
A composition comprising a supramolecular complex formed by at least a polyanionic polymer and spermidine with a ratio of anionic equivalents to cationic equivalents from 10:1 to 10 7:1 eq/eq, wherein the components of said supramolecular complex are intimately admixed, without any covalent bond between them, said composition being for use in stomatology to treat stomatitis, aphthous ulcer, and dry mouth, and in periodontology to treat gingivitis and periodontitis.
An electric motor comprising: a rotor adapted to rotate about a rotation axis; a stator axially aligned to the rotor and centered to the rotation axis, wherein the rotor is a dual rotor including an inner rotor segment and an outer rotor segment disposed radially outward from the inner rotor segment, and the inner rotor segment radially defines an inner cavity axially aligned to the rotor and the stator; a stationary shaft disposed in the inner cavity, extending along the rotation axis, and spaced radially inward from the inner rotor segment; a plate axially defining the inner cavity; and a motor drive including electronic elements (90, 92, 95) disposed at least in-part in the inner cavity; characterised in that the plate is a mounting plate attached to the stationary shaft and adapted to support the stator; and the motor drive is directly supported by the stationary shaft. a rotor adapted to rotate about a rotation axis; a stator axially aligned to the rotor and centered to the rotation axis, wherein the rotor is a dual rotor including an inner rotor segment and an outer rotor segment disposed radially outward from the inner rotor segment, and the inner rotor segment radially defines an inner cavity axially aligned to the rotor and the stator; a stationary shaft disposed in the inner cavity, extending along the rotation axis, and spaced radially inward from the inner rotor segment; a plate axially defining the inner cavity; and a motor drive including electronic elements (90, 92, 95) disposed at least in-part in the inner cavity; characterised in that the plate is a mounting plate attached to the stationary shaft and adapted to support the stator; and the motor drive is directly supported by the stationary shaft.