mhurhangee/ep-ind-claims huggingface dataset:
Method for chip-generating machining of a gear workpiece in a machine having a cutting tool which comprises at least two geometrically defined cutting edges (21.a, 21.i, 21.k) which generate material in chip form on the gear workpiece as part of the chip-generating machining, the chip-generating machining being defined by method parameters, comprising the steps of: performing a computerised analysis of the generation of chips on the plurality of cutting edges (21.a, 21.i, 21.k) of the cutting tool, performing a computerised determination of relative forces that will occur when generating chips on the multiple cutting edges (21.a, 21.i, 21.k) of the cutting tool, optimising the chip-generating machining to prevent the relative forces from exceeding a predetermined limit value or reaching a limit range, wherein adapted process parameters are provided as part of the optimising by adjusting at least one of the process parameters, and carrying out the chip-generating machining of the gear workpiece with the adapted process parameter(s). performing a computerised analysis of the generation of chips on the plurality of cutting edges (21.a, 21.i, 21.k) of the cutting tool, performing a computerised determination of relative forces that will occur when generating chips on the multiple cutting edges (21.a, 21.i, 21.k) of the cutting tool, optimising the chip-generating machining to prevent the relative forces from exceeding a predetermined limit value or reaching a limit range, wherein adapted process parameters are provided as part of the optimising by adjusting at least one of the process parameters, and carrying out the chip-generating machining of the gear workpiece with the adapted process parameter(s).
A communication device comprising: first acquisition means configured to acquire information relating to a first access point from a captured first image; first execution means configured to execute the communication parameter share processing required for establishing a wireless network with the first access point by using the information acquired by the first acquisition means; and reception means configured to receive a completion notification indicative of completion of the communication parameter share processing with the first access point, from the first access point; the communication device characterised by further comprising: second acquisition means configured to acquire information relating to a second access point from a captured second image after acquisition of the information by the first acquisition means and before execution of communication parameter share processing of sharing a communication parameter with the first access point; and second execution means configured to automatically execute communication parameter share processing with the second access point in response to the reception of the completion notification by the reception means. first acquisition means configured to acquire information relating to a first access point from a captured first image; first execution means configured to execute the communication parameter share processing required for establishing a wireless network with the first access point by using the information acquired by the first acquisition means; and reception means configured to receive a completion notification indicative of completion of the communication parameter share processing with the first access point, from the first access point; the communication device characterised by further comprising: second acquisition means configured to acquire information relating to a second access point from a captured second image after acquisition of the information by the first acquisition means and before execution of communication parameter share processing of sharing a communication parameter with the first access point; and second execution means configured to automatically execute communication parameter share processing with the second access point in response to the reception of the completion notification by the reception means.
A mask separator component, comprising: a pixel energy component adapted to calculate pixel energy for a region of a document image, the pixel energy component further adapted to calculate a partition of the region based at least in part upon the pixel energy of at least one of a foreground and a background; characterized in further comprising: a region merge component adapted to merge adjacent pairs of regions of the document image based at least in part upon a determination of whether energies of a foreground and/or a background of the potential merged regions are less than a first threshold energy, the merge component further adapted to partition the merged region into a new foreground and a new background; and, a mask storage component adapted to store information associated with the partition in a mask. a pixel energy component adapted to calculate pixel energy for a region of a document image, the pixel energy component further adapted to calculate a partition of the region based at least in part upon the pixel energy of at least one of a foreground and a background; characterized in further comprising: a region merge component adapted to merge adjacent pairs of regions of the document image based at least in part upon a determination of whether energies of a foreground and/or a background of the potential merged regions are less than a first threshold energy, the merge component further adapted to partition the merged region into a new foreground and a new background; and, a mask storage component adapted to store information associated with the partition in a mask. a region merge component adapted to merge adjacent pairs of regions of the document image based at least in part upon a determination of whether energies of a foreground and/or a background of the potential merged regions are less than a first threshold energy, the merge component further adapted to partition the merged region into a new foreground and a new background; and, a mask storage component adapted to store information associated with the partition in a mask.
A cervical mesh cage device comprising a cylindrical body having a proximal end and a distal end, an endplate fixed to the cylindrical body at the proximal end, wherein the endplate comprises fastener apertures, and a pair of removable wings, wherein the pair of removable wings is configured to slidably attach to the cylindrical body by sliding axially along a groove on an outer surface of the cylindrical body. a cylindrical body having a proximal end and a distal end, an endplate fixed to the cylindrical body at the proximal end, wherein the endplate comprises fastener apertures, and a pair of removable wings, wherein the pair of removable wings is configured to slidably attach to the cylindrical body by sliding axially along a groove on an outer surface of the cylindrical body.
An organic solar cell comprising an anode, a cathode, and an organic material layer having one or more layers disposed between the anode and the cathode, characterized in that at least one of the one or more layers of the organic material layer comprises a compound represented by the following Formula 2-1 or Formula 2-2:
A radiation protection arrangement, in particular for attachment to at least one support rail, which is preferably attached to one or more sides of a treatment table, comprising a fastening device on the at least one lamella which comprises a material for protection from radiation, preferably X-ray radiation, and which is preferably pivotably mounted, wherein the radiation protection arrangement comprises a holder which can be attached to the support rail, wherein the holder comprises: at least one pivotably mounted handle, the handle having a free end and an end on which the handle is pivotably mounted, a locking mechanism suitable for locking the holder on the support rail, the locking mechanism being operable by a pivoting motion of the at least one handle which is pivotably mounted on the holder, a longitudinal profile, wherein the longitudinal profile has a short and a long side, the handle is attached to the short side of the longitudinal profile and wherein the handle is suitable for being pivoted to and from in parallel to the long side of the longitudinal profile of the holder. at least one pivotably mounted handle, the handle having a free end and an end on which the handle is pivotably mounted, a locking mechanism suitable for locking the holder on the support rail, the locking mechanism being operable by a pivoting motion of the at least one handle which is pivotably mounted on the holder, a longitudinal profile, wherein the longitudinal profile has a short and a long side, the handle is attached to the short side of the longitudinal profile and wherein the handle is suitable for being pivoted to and from in parallel to the long side of the longitudinal profile of the holder.
A mechanical refrigeration system, of the type including a closed circuit for a refrigerant fluid, which includes a compressor device connected to a capacitor by means of which part of the heat generated in said compression process is extracted, there being established at the outlet of said capacitor an expansion valve after which the fluid loses pressure, causing it to evaporate in an evaporator, with a cold being generated that is utilised for the corresponding application, which evaporator is communicated in a closed circuit with the compressor device, and wherein the compressor device is materialised in a pair of dual-action cylinders (8, 9) connected together by means of a movable rod thereof which is common for both, such that a first dual-action cylinder of the pair of dual-action cylinders (8, 9) acts as a compression system for the refrigerant fluid, having at each of its two intakes (12, 13), acting as both inlets and outlets, respective first (14, 15) and second (16, 17) pairs of branches, that is, a first branch, a second branch, a third branch and a fourth branch wherein said first and second pairs of branches are connected, which,by means of check valves, in series to the main refrigeration circuit, wherein a second dual-action cylinder of the pair of dual-action cylinders (8, 9) has two openings (19, 20), corresponding to each of its two working chambers, each of which is connected to respective third (21, 22) and fourth (23, 24) pair of branches, that is, a fifth branch, a sixth branch, a seventh branch and an eighth branch, wherein in each branch (21, 22, 23, 24) of the fifth branch, the sixth branch, the seventh branch and the eighth branch there is established an opening/closing valve (A, B, C, D), that is, a first valve, a second valve, a third valve and a fourth valve respectively, there being communication between the sixth branch and the seventh branch, at which communication point there is established a pressurised water inlet and between the fifth branch and the eighth branch, at which communication point there is established an outlet for said water, wherein the opening and closing of the first valve and the third valve is mechanically synchronised, inversely with respect to the second valve and the fourth valve, there having been provided that in correspondence with the movable rod common to the pair of dual-action cylinders (8, 9) there is established an actuator mechanically associated with limit switches thereof with means for inverting the position of the opening/closing valves (A, B, C, D).
An aluminum alloy comprising: greater than 4.5 to less than 6.5 wt% Zn, greater than 0.75 to less than 1.5 wt% Mg, 0 to 0.15 wt% Cu, 0 to 0.10 wt% Zr, 0.04 to 0.25 wt% Fe, up to 0.20 wt% Si, up to 0.3 wt% Ag, not exceeding 0.100 wt% per element Li, Cr, Ti, Mn, Ni, Ge, Sn, In, V, Ga and Hf, the balance being aluminum, optional amounts of Si and Ag, and incidental impurities; wherein the alloy has an average grain aspect ratio of less than or equal to 1:1.3; and wherein the alloy has a yield strength of at least 280 MPa. greater than 4.5 to less than 6.5 wt% Zn, greater than 0.75 to less than 1.5 wt% Mg, 0 to 0.15 wt% Cu, 0 to 0.10 wt% Zr, 0.04 to 0.25 wt% Fe, up to 0.20 wt% Si, up to 0.3 wt% Ag, not exceeding 0.100 wt% per element Li, Cr, Ti, Mn, Ni, Ge, Sn, In, V, Ga and Hf, the balance being aluminum, optional amounts of Si and Ag, and incidental impurities; wherein the alloy has an average grain aspect ratio of less than or equal to 1:1.3; and wherein the alloy has a yield strength of at least 280 MPa.
A method implemented in a wireless device, WD, the method comprising: obtaining at least a first sounding reference signal, SRS, resource set configuration for a first SRS resource set, the first SRS resource set configuration corresponding to a first SRS transmission power value; obtaining at least a second SRS resource set configuration for a second SRS resource set, the second SRS resource set configuration corresponding to a second SRS transmission power value; and determining a power level to transmit an SRS on at least one shared SRS resource associated with each of the first SRS resource set and the second SRS resource set, wherein the determining the power level comprises determining a single power level for both of the first SRS resource set and the second SRS resource set, to transmit the at least one shared SRS resource according to at least one predetermined rule. obtaining at least a first sounding reference signal, SRS, resource set configuration for a first SRS resource set, the first SRS resource set configuration corresponding to a first SRS transmission power value; obtaining at least a second SRS resource set configuration for a second SRS resource set, the second SRS resource set configuration corresponding to a second SRS transmission power value; and determining a power level to transmit an SRS on at least one shared SRS resource associated with each of the first SRS resource set and the second SRS resource set, wherein the determining the power level comprises determining a single power level for both of the first SRS resource set and the second SRS resource set, to transmit the at least one shared SRS resource according to at least one predetermined rule.
A device for operating a UVC emitting cart without personal UVC exposure for sanitizing a surface, comprising: a mobile body configured to travel over a surface; and a source of UV radiation mounted to the mobile body and configured to direct UV radiation to the surface at a predetermined dosage; an arm mounted to the mobile body, a UV lamp mounted on the arm, the arm being extendable from the mobile body at a position movable over an area and the UV lamp being directed to an area for sanitizing, a UVC protective shield, characterized in that the shield provides an enclosure that partly envelopes and separates the operator from the UVC exposure in the surrounding environment.
Wiper of a window of a motor vehicle, comprising a wiper portion and a connection portion to a drive mechanism (4, 6) of the wiper, said wiper portion comprising a supporting element that is attached to a wiper blade of the window and that contains a stiffening element of the wiper, the connection portion being arranged as an extension of a proximal axial extremity of the wiper portion, said stiffening element being a rod preformed to have a substantially flat first portion that can be seated in the supporting element in the wiper portion of the wiper, and a second portion that extends the axial extremity of the first portion and that forms said connection portion between said wiper and said drive mechanism, the second portion of the stiffening element of the wiper having a spring arm and an attachment wall that extends substantially parallel to the wiper portion of the wiper, said wiper being characterised in that the spring arm has the stiffening element of the wiper, folded about itself such that the second portion of the stiffening element of the wiper is "S" shaped.
A crusher for crushing material into finer particulates, the crusher comprising a housing supporting an outer crushing shell; a crushing head located within the housing and being mounted on a shaft, the crushing head supporting an inner crushing shell that cooperates with the outer crushing shell to form a crushing gap therebetween, characterised thereby that a coupling is mounted on the shaft, whereby the coupling is able to rotate around the shaft, and a drive mechanism, comprising at least three drive units (48, 50), is joined to the coupling via a tie rod and is configured to generate movement of the inner crushing shell relative to the outer crushing shell. a coupling is mounted on the shaft, whereby the coupling is able to rotate around the shaft, and a drive mechanism, comprising at least three drive units (48, 50), is joined to the coupling via a tie rod and is configured to generate movement of the inner crushing shell relative to the outer crushing shell.
Bed frame storing apparatus, the apparatus comprising a mounting device; a first bed support and one or more further bed supports (15, 17); the first bed support being mounted on the mounting device for movement between a loading position and a storage position, each of the one or more further bed supports (15, 17) being mounted on the first bed support or one of the one or more further bed supports (15, 17) for movement between a loading position and a storage position, each bed support (15, 17, 18) being adapted to receive a bed frame, each bed support (15, 17, 18) comprising two support members, the bed support members being adapted to be located under a bed frame, in use, wherein each bed support (15, 17, 18) comprises a support platform (16, 19, 20) adapted to receive ground engaging members of a bed frame, wherein each support platform (16, 19, 20) is mounted on the bed support members of the bed support (15, 17, 18), wherein each bed support (15, 17, 18) comprises two spaced apart upright members, each upright member being coupled to a bed support member, the upright members of the first bed support being movably mounted on the mounting device, wherein the spacing of the upright members of the or each further bed support (15, 17) is less than the spacing of the upright members of another bed support (15, 17, 18), such that the upright members of the or each further bed support (15, 17) are located inside the upright members of the other bed support (15, 17, 18), said first bed support being the outermost bed support; drive means (11, 12) mounted on the mounting device and adapted to move the bed supports (15, 17, 18) between the loading position and the storage position, in use; and wherein the mounting device is located on only one side of the bed supports (15, 17, 18).
Spiral application unit of a sealing fluid on an inner surface of a pneumatic tyre; the application unit comprises: a rolling device suitable for making the pneumatic tyre rotate about a central axis of rotation and along a rolling direction; an extrusion head provided with a die suitable for delivering the sealing fluid; and a manipulation device that supports the extrusion head and is suitable for arranging the extrusion head inside the pneumatic tyre and for moving the extrusion head itself; wherein the die comprises a cavity wherein the sealing fluid flows and a first application aperture with an elongated shape which permits the sealing fluid to flow out of the cavity; and characterized in that the die comprises at least a second application aperture with an elongated shape which is separate and independent from the first application aperture, is parallel and adjacent to the first application aperture, and permits the sealing fluid to flow out of the cavity in addition to the first application aperture; wherein each application aperture (13, 14) has two larger sides which define a length (L13, L14) of the application aperture (13, 14) and two smaller sides which define a width (W13, W14) of the application aperture (13, 14); and the two application apertures (13, 14) are offset therebetween along a direction parallel to the smaller sides. a rolling device suitable for making the pneumatic tyre rotate about a central axis of rotation and along a rolling direction; an extrusion head provided with a die suitable for delivering the sealing fluid; and a manipulation device that supports the extrusion head and is suitable for arranging the extrusion head inside the pneumatic tyre and for moving the extrusion head itself; wherein the die comprises a cavity wherein the sealing fluid flows and a first application aperture with an elongated shape which permits the sealing fluid to flow out of the cavity; and characterized in that the die comprises at least a second application aperture with an elongated shape which is separate and independent from the first application aperture, is parallel and adjacent to the first application aperture, and permits the sealing fluid to flow out of the cavity in addition to the first application aperture; wherein each application aperture (13, 14) has two larger sides which define a length (L13, L14) of the application aperture (13, 14) and two smaller sides which define a width (W13, W14) of the application aperture (13, 14); and the two application apertures (13, 14) are offset therebetween along a direction parallel to the smaller sides.
A water current turbine arrangement of a water current turbine farm at a location, the arrangement comprising: a plurality of water current turbine power generating units wherein the location has a flow direction, and wherein the water current turbine power generating units are arranged in a series, each water current turbine power generating unit being spaced apart from the next unit in the series substantially parallel, and substantially perpendicular, to the flow direction; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially parallel to a main flow direction at the location; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially perpendicular to a main flow direction at the location; and wherein the packing density of the water current turbine power generating units is higher at the extremities of the arrangement, so that incoming water current flow is diverted towards the centre of the arrangement. a plurality of water current turbine power generating units wherein the location has a flow direction, and wherein the water current turbine power generating units are arranged in a series, each water current turbine power generating unit being spaced apart from the next unit in the series substantially parallel, and substantially perpendicular, to the flow direction; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially parallel to a main flow direction at the location; wherein the water current turbine power generating units are substantially symmetrically spaced in a direction substantially perpendicular to a main flow direction at the location; and wherein the packing density of the water current turbine power generating units is higher at the extremities of the arrangement, so that incoming water current flow is diverted towards the centre of the arrangement.