mhurhangee/ep-ind-claims huggingface dataset:
A filter module realised for temporary insertion into a cooling fluid path of a cooling arrangement of a wind turbine during a flushing procedure of the cooling arrangement, which filter module comprises - an inlet connector for detachably connecting to an upstream part (3_U) of the cooling arrangement and an outlet connector for detachably connecting to a downstream part (3_D) of the cooling arrangement; - a non-return valve realised to define a fluid flow direction from an upstream end (1_U) of the filter module to a downstream end (1_D) of the filter module; and - an outer housing formed to receive a filter mesh insert, which filter mesh insert has an essentially conical form and comprises a plurality of mesh openings realised to separate particles from the cooling fluid, and wherein the base of the filter mesh insert is arranged at the downstream end (1_D) of the filter module and the apex of the filter mesh insert is arranged towards the upstream end (1_U) of the filter module. - an inlet connector for detachably connecting to an upstream part (3_U) of the cooling arrangement and an outlet connector for detachably connecting to a downstream part (3_D) of the cooling arrangement; - a non-return valve realised to define a fluid flow direction from an upstream end (1_U) of the filter module to a downstream end (1_D) of the filter module; and - an outer housing formed to receive a filter mesh insert, which filter mesh insert has an essentially conical form and comprises a plurality of mesh openings realised to separate particles from the cooling fluid, and wherein the base of the filter mesh insert is arranged at the downstream end (1_D) of the filter module and the apex of the filter mesh insert is arranged towards the upstream end (1_U) of the filter module.
Reciprocating piston compressor for fitting to an internal combustion engine and being driven by the latter, comprising a crankcase, a support part, and a crankshaft which by means of a B-bearing and an A-bearing is mounted so as to be rotatable relative to the crankcase, characterized in that the support part is disposed between the A-bearing and the crankcase, wherein the support part is disposed completely within the crankcase and is centred by the latter, and disposed between the crankshaft and the support part is an installation space for a shiftable clutch by means of which a drive output is able to be transmitted from a drive wheel rotatably mounted on the crankshaft to the crankshaft, and the crankcase is embodied as a casting which in the axial direction proximal to the B-bearing is embodied so as to be closed. in that the support part is disposed between the A-bearing and the crankcase, wherein the support part is disposed completely within the crankcase and is centred by the latter, and disposed between the crankshaft and the support part is an installation space for a shiftable clutch by means of which a drive output is able to be transmitted from a drive wheel rotatably mounted on the crankshaft to the crankshaft, and the crankcase is embodied as a casting which in the axial direction proximal to the B-bearing is embodied so as to be closed.
A method of establishing, by an image forming apparatus, a connection to a mobile device, wherein the mobile device provides a bring your own device, BYOD, service, the method comprising: transmitting temporary credential information to the mobile device in response to receiving a pairing request for pairing from the mobile device, wherein the temporary credential information is issued by the image forming apparatus; receiving an encrypted personal identification number, PIN code from the mobile device, wherein a PIN code is encrypted by the mobile device to the encrypted PIN code; determining whether the PIN code is valid by decrypting the encrypted PIN code using the temporary credential information to extract the PIN code; determining an authority assigned to the PIN code; transmitting permanent credential information and information about the authority assigned to the PIN code to the mobile device when it is determined that the PIN code is valid, wherein the permanent credential information is issued by the image forming apparatus; and initiating the pairing session with the mobile device that has the permanent credential information. transmitting temporary credential information to the mobile device in response to receiving a pairing request for pairing from the mobile device, wherein the temporary credential information is issued by the image forming apparatus; receiving an encrypted personal identification number, PIN code from the mobile device, wherein a PIN code is encrypted by the mobile device to the encrypted PIN code; determining whether the PIN code is valid by decrypting the encrypted PIN code using the temporary credential information to extract the PIN code; determining an authority assigned to the PIN code; transmitting permanent credential information and information about the authority assigned to the PIN code to the mobile device when it is determined that the PIN code is valid, wherein the permanent credential information is issued by the image forming apparatus; and initiating the pairing session with the mobile device that has the permanent credential information.
A method of separating a wafer of light emitting devices disposed in rows (72, 74, 76) with dicing streets located between the rows of light emitting devices, the method comprising: dividing the wafer into a plurality of regions, wherein each region comprises a plurality of rows (72,74,76) of light emitting devices and a first region is wider than a second region; for each region, determining a position of a first and a second dicing street; determining, using the position of the first and the second dicing street of each region, positions of a plurality of dicing streets disposed in a sequential pattern between the first and the second dicing street of each region; and cutting the wafer along the dicing streets in a non-sequential pattern, wherein determining a position of first and second dicing streets comprises for each of the first and the second dicing streets determining a best fit line using a position of at least two fiducials on the wafer. dividing the wafer into a plurality of regions, wherein each region comprises a plurality of rows (72,74,76) of light emitting devices and a first region is wider than a second region; for each region, determining a position of a first and a second dicing street; determining, using the position of the first and the second dicing street of each region, positions of a plurality of dicing streets disposed in a sequential pattern between the first and the second dicing street of each region; and cutting the wafer along the dicing streets in a non-sequential pattern, wherein determining a position of first and second dicing streets comprises for each of the first and the second dicing streets determining a best fit line using a position of at least two fiducials on the wafer.
A starter for a gas turbine engine, comprising, a rotor shaft rotatable about an axis and including an inner bore extending from an axial end of the rotor shaft with respect to the axis; a sun gear on the rotor shaft; a lock nut received against an axial end face of the sun gear and threadedly engaged with an outer diameter of the rotor shaft; and characterized by further comprising a retainer positioned to bias the nut against the axial end face and including a projection portion threadedly engaged with the rotor shaft in the inner bore; and a bolt through the projection portion and threadedly engaged with the rotor shaft. a rotor shaft rotatable about an axis and including an inner bore extending from an axial end of the rotor shaft with respect to the axis; a sun gear on the rotor shaft; a lock nut received against an axial end face of the sun gear and threadedly engaged with an outer diameter of the rotor shaft; and characterized by further comprising a retainer positioned to bias the nut against the axial end face and including a projection portion threadedly engaged with the rotor shaft in the inner bore; and a bolt through the projection portion and threadedly engaged with the rotor shaft.
A method for detecting spatial proximity relationships between nucleic acid sequences in a sample, comprising: providing a sample that has been obtained comprising nucleic acids, wherein the nucleic acids are held in a fixed position relative to one another by fixing the sample prior to use; fragmenting the nucleic acids present in the sample, wherein the fragmented nucleic acids have ends capable of joining to other fragmented nucleic acids; joining ends of fragmented nucleic acids to other ends of fragmented nucleic acids to create at least one nucleic acid concatemer having at least two junctions between the joined fragmented nucleic acids, and wherein the at least one nucleic acid concatemer encodes information about the proximity of nucleic acid sequences in the sample; isolating said concatemers having at least two junctions; and determining the sequence of at least two junctions of the at least one nucleic acid concatemer, thereby detecting spatial proximity contacts simultaneously between multiple nucleic acid sequences in the sample. providing a sample that has been obtained comprising nucleic acids, wherein the nucleic acids are held in a fixed position relative to one another by fixing the sample prior to use; fragmenting the nucleic acids present in the sample, wherein the fragmented nucleic acids have ends capable of joining to other fragmented nucleic acids; joining ends of fragmented nucleic acids to other ends of fragmented nucleic acids to create at least one nucleic acid concatemer having at least two junctions between the joined fragmented nucleic acids, and wherein the at least one nucleic acid concatemer encodes information about the proximity of nucleic acid sequences in the sample; isolating said concatemers having at least two junctions; and determining the sequence of at least two junctions of the at least one nucleic acid concatemer, thereby detecting spatial proximity contacts simultaneously between multiple nucleic acid sequences in the sample.
Guidance system for dynamically guiding a surgical needle catheter onto an organ of a patient, which is to be surgically operated, comprising: an electromagnetic, EM, catheter, for inserting into the patient and for defining a desired location to be reached by the surgical needle catheter; an EM tracker for tracking of a location and orientation of the surgical needle catheter and of a location of a tip of the EM catheter; and an electronic data processor arranged for: displaying a 2D concentric-ring target, wherein the target is on a plane intersecting the tip of the EM catheter, and the plane is perpendicular to the orientation of the surgical needle catheter; continuously displaying a projection, orthogonal to the plane, of a line coincident with the surgical needle catheter onto said target; and continuously displaying a plurality of concentric rings of the 2D concentric-ring target centred around the tip of the EM catheter. an electromagnetic, EM, catheter, for inserting into the patient and for defining a desired location to be reached by the surgical needle catheter; an EM tracker for tracking of a location and orientation of the surgical needle catheter and of a location of a tip of the EM catheter; and an electronic data processor arranged for: displaying a 2D concentric-ring target, wherein the target is on a plane intersecting the tip of the EM catheter, and the plane is perpendicular to the orientation of the surgical needle catheter; continuously displaying a projection, orthogonal to the plane, of a line coincident with the surgical needle catheter onto said target; and continuously displaying a plurality of concentric rings of the 2D concentric-ring target centred around the tip of the EM catheter. displaying a 2D concentric-ring target, wherein the target is on a plane intersecting the tip of the EM catheter, and the plane is perpendicular to the orientation of the surgical needle catheter; continuously displaying a projection, orthogonal to the plane, of a line coincident with the surgical needle catheter onto said target; and continuously displaying a plurality of concentric rings of the 2D concentric-ring target centred around the tip of the EM catheter.
A power module base comprising a heat radiation substrate formed of a high-thermal-conduction material; an insulating substrate joined to one surface of the heat radiation substrate; a wiring layer provided on a surface of the insulating substrate opposite the side where the insulating substrate is joined to the heat radiation substrate; a heat radiation fin joined to the other surface of the heat radiation substrate, and a component attachment plate joined to the surface of the heat radiation substrate, to which surface the insulating substrate is joined, and has a through hole for accommodating the insulating substrate, and the insulating substrate is located within the through hole, wherein a cooling jacket is fixed to the surface of the heat radiation substrate, to which surface the heat radiation fin is joined, such that the cooling jacket covers the heat radiation fin, and a cooling liquid flows within the cooling jacket, wherein the heat radiation substrate and the component attachment plate are formed of the single material of aluminum, respectively, the component attachment plate is thicker than the heat radiation substrate, the insulating substrate and the heat radiation substrate are brazed together, the heat radiation substrate and the heat radiation fin are brazed together, and the heat radiation substrate and the component attachment plate are brazed together.
Fitting part, preferably intended for use as a fitting part on the leaf side or frame side of a leaf or a frame, in particular of a surface-mounted hinge of a door and/or a window, with a hinge part and a fastening unit to be fastened to a profile of the leaf or frame, wherein the fastening unit is arranged in a receptacle of the hinge part, wherein the fastening unit has a base plate which can be firmly connected to the profile, and wherein a clamping device is provided for producing a relative movement between the fastening unit and the hinge part in order to clamp the hinge part against the profile, with which the hinge part is pressed against the profile by the clamping, wherein the clamping device has at least one screw for cooperating with the fastening unit to produce the relative movement, and that at least one screw opening for the screw is provided in the hinge part and extends into the receptacle, wherein an attack bevel is provided on the fastening unit to generate the relative movement, wherein the screw is designed as a coned screw with a cone at the end, wherein a conical opening is provided on the fastening unit for engaging the cone, wherein an axial offset is provided between the centre axis of the screw and the centre axis of the conical opening, wherein a clamping stop, in particular in the form of a bar, is provided on the fastening unit with the conical opening, wherein the attack bevel is provided on the side of the clamping stop opposite the conical opening, and wherein the attack bevel is formed by a projection on the clamping stop and a corresponding recess in the receptacle or by an undercut on the clamping stop and a corresponding projection in the receptacle. wherein the screw is designed as a coned screw with a cone at the end, wherein a conical opening is provided on the fastening unit for engaging the cone, wherein an axial offset is provided between the centre axis of the screw and the centre axis of the conical opening, wherein a clamping stop, in particular in the form of a bar, is provided on the fastening unit with the conical opening, wherein the attack bevel is provided on the side of the clamping stop opposite the conical opening, and wherein the attack bevel is formed by a projection on the clamping stop and a corresponding recess in the receptacle or by an undercut on the clamping stop and a corresponding projection in the receptacle.
Device for receiving a hand-held power tool, wherein the hand-held power tool has a first handle and a second handle and the first handle is fastenable with a tightening strap to the hand-held power tool, wherein the device comprises the following components: - a first fastening means which is designed to enter into engagement with the tightening strap and to form a first contact region between hand-held power tool and device, - a second fastening means with which the device is fastenable to a support structure, wherein the second fastening means is designed to be movable, - a counter structure which is designed to form a second contact region between hand-held power tool and device, characterized in that the second fastening means is designed as a retaining eyelet, wherein the retaining eyelet is displaceable axially along a virtual central axis running through the device by means of a grid. - a first fastening means which is designed to enter into engagement with the tightening strap and to form a first contact region between hand-held power tool and device, - a second fastening means with which the device is fastenable to a support structure, wherein the second fastening means is designed to be movable, - a counter structure which is designed to form a second contact region between hand-held power tool and device, characterized in that the second fastening means is designed as a retaining eyelet, wherein the retaining eyelet is displaceable axially along a virtual central axis running through the device by means of a grid.
Process for comminuting silicon, wherein a mixture containing a suspension comprising a silicon to be comminuted and milling media composed of silicon is set into motion in the milling space of a milling medium mill.
Electrical appliance for cooling or freezing products, comprising enclosing walls, consisting of a metal plate support that covers moisture-proof, fire-retardant or other insulators insulation paneling, so that these walls generate a receptacle or interior space, being assembled with each other through brackets, anchored at the rear of the electrical appliance, which has an opening in which to install a door, hinged or removable by sliding, appliance wherein turbines are provided on the inner face of all or part of the walls generating the electrical appliance itself, redirecting all of the air into the interior space, as well as by the incorporation of a coil connected directly to a compressing motor through an inlet port and outlet port, said coil being housed in a space or chamber which is created between the turbines and perforated plates delimiting the entire interior space where products that need to be cooled or frozen are deposited on a swivel base, said coil comprising a condenser, a capillary tube and an evaporator, electrical appliance wherein a double filtration system is provided which comprises a first filter dryer placed between the compressing motor and the capillary tube and a second filter dryer placed between the evaporator and the compressing motor.
A method comprising: delivering power, data, and cooling from a central network device to a plurality of remote communications devices over cables connecting the central network device to the remote communications devices, each of the cables carrying said power, data, and cooling, wherein the remote communications devices are powered by said power and cooled by said cooling delivered from the central network device, and wherein the cooling for each remote communication device is provided through a supply coolant tube and a return coolant tube forming a coolant loop between the central network device and the remote communication device; monitoring temperature, pressure, and flow rate of the coolant loop delivering said cooling to the remote communications devices; receiving at the central network device, power and thermal data from the remote communications devices based on monitoring of power and cooling at the remote communications devices; and adjusting delivery of said cooling to at least one of the remote communications devices based on the monitoring of the coolant loop. delivering power, data, and cooling from a central network device to a plurality of remote communications devices over cables connecting the central network device to the remote communications devices, each of the cables carrying said power, data, and cooling, wherein the remote communications devices are powered by said power and cooled by said cooling delivered from the central network device, and wherein the cooling for each remote communication device is provided through a supply coolant tube and a return coolant tube forming a coolant loop between the central network device and the remote communication device; monitoring temperature, pressure, and flow rate of the coolant loop delivering said cooling to the remote communications devices; receiving at the central network device, power and thermal data from the remote communications devices based on monitoring of power and cooling at the remote communications devices; and adjusting delivery of said cooling to at least one of the remote communications devices based on the monitoring of the coolant loop.
A torque tube for use in a disk brake system, comprising: a backleg having a reaction plate and a foot extending axially away from the reaction plate, the foot including a plurality of spokes defining a plurality of slots and a lip extending axially away from the plurality of spokes; and a barrel having a tubular structure having an axis, an inner surface configured to receive at least a portion of the foot, and a plurality of tabs extending axially away from the tubular structure, each of the plurality of tabs being configured to be received by one of the plurality of slots such that each of the plurality of spokes is in contact with two of the plurality of tabs, wherein the lip is configured to be received by the tubular structure in response to the plurality of tabs being received by the plurality of slots. a backleg having a reaction plate and a foot extending axially away from the reaction plate, the foot including a plurality of spokes defining a plurality of slots and a lip extending axially away from the plurality of spokes; and a barrel having a tubular structure having an axis, an inner surface configured to receive at least a portion of the foot, and a plurality of tabs extending axially away from the tubular structure, each of the plurality of tabs being configured to be received by one of the plurality of slots such that each of the plurality of spokes is in contact with two of the plurality of tabs, wherein the lip is configured to be received by the tubular structure in response to the plurality of tabs being received by the plurality of slots.