mhurhangee/patent-ind-claim-en huggingface dataset:
Transfer material for the dye sublimation process, comprising a base paper, which is coated on one side with a color-receiving layer, characterized in that the base paper contains at least 1.5 wt%, relative to the mass of the pulp, of a polymer dispersion selected from polyacrylates, polyesters, polyolefins, or mixtures thereof.
A computerized method for outputting, to a user of a mobile user apparatus having at least two communication interfaces and being configured to establish a wireless connection via at least one of one or more wireless communications networks to a first apparatus in a service center and, when located on a site of a second apparatus, a direct local connection to the second apparatus, one or more function descriptions of functions to be performed during maintenance of the second apparatus, the method comprising: maintaining in a memory of the mobile user apparatus at least a set of associations for the second apparatus, an association in the set associating an identifier to a function description for the second apparatus, the function description being cognitive data comprising a text string and/or one or more graphical symbols and/or a video and/or audio, whereas the identifier is short compared to the function description and comprises a number and/or an alphabet, identifiers in one set of associations being unambiguous within said set; receiving (5-4), by the mobile user apparatus, over the wireless connection, from the first apparatus, a function plan for remote maintenance of the second apparatus, the function plan comprising one or more identifiers; converting (5-5), by the mobile user apparatus, by using the set of associations for the second apparatus, an identifier in the function plan to a corresponding function description of a corresponding function to be performed during maintenance of the second apparatus; and outputting (5-5) the function description to a user of the mobile user apparatus. maintaining in a memory of the mobile user apparatus at least a set of associations for the second apparatus, an association in the set associating an identifier to a function description for the second apparatus, the function description being cognitive data comprising a text string and/or one or more graphical symbols and/or a video and/or audio, whereas the identifier is short compared to the function description and comprises a number and/or an alphabet, identifiers in one set of associations being unambiguous within said set; receiving (5-4), by the mobile user apparatus, over the wireless connection, from the first apparatus, a function plan for remote maintenance of the second apparatus, the function plan comprising one or more identifiers; converting (5-5), by the mobile user apparatus, by using the set of associations for the second apparatus, an identifier in the function plan to a corresponding function description of a corresponding function to be performed during maintenance of the second apparatus; and outputting (5-5) the function description to a user of the mobile user apparatus.
A system for controlling operation of power inverter solid state switches , comprising: control circuitry configured to generate signals for timing of state changes of the switches , wherein the signals include a carrier signal , power phase compare signals and a deadtime signal; a plurality of inverters coupled to the control circuitry in parallel, the output of the inverters being coupled to provide a common 3-phase output, each inverter comprising a power layer circuit and a plurality of solid state switches coupled to the power layer circuit ; and a plurality of fiber optic cables, one cable coupled between the control circuitry and the power layer circuit of each inverter for conveying the signals from the control circuitry to the respective power layer circuit , said power layer circuit comprising a processing circuit, wherein the power layer circuit of of each inverter is configured to receive the signals and to recompute, in accordance with its own oscillator and clock, the timing of the state changes of the power inverter solid state switches of their respective inverter in synchronicity with the switches of the other inverters based upon the received signals and is configured to control the state changes of the solid state switches of the respective inverter to convert input power to controlled output power based upon the recomputed timing, wherein data for synchronization is embedded in the signals from the control circuitry for timing of state changes of the switches , said data for synchronization used for a clock data recovery. control circuitry configured to generate signals for timing of state changes of the switches , wherein the signals include a carrier signal , power phase compare signals and a deadtime signal; a plurality of inverters coupled to the control circuitry in parallel, the output of the inverters being coupled to provide a common 3-phase output, each inverter comprising a power layer circuit and a plurality of solid state switches coupled to the power layer circuit ; and a plurality of fiber optic cables, one cable coupled between the control circuitry and the power layer circuit of each inverter for conveying the signals from the control circuitry to the respective power layer circuit , said power layer circuit comprising a processing circuit, wherein the power layer circuit of of each inverter is configured to receive the signals and to recompute, in accordance with its own oscillator and clock, the timing of the state changes of the power inverter solid state switches of their respective inverter in synchronicity with the switches of the other inverters based upon the received signals and is configured to control the state changes of the solid state switches of the respective inverter to convert input power to controlled output power based upon the recomputed timing, wherein data for synchronization is embedded in the signals from the control circuitry for timing of state changes of the switches , said data for synchronization used for a clock data recovery.
A hair cutting device comprising - a helmet suitable to be placed on the head and defining an inner surface facing said hair when said helmet is worn; - said inner surface being substantially counter-shaped to at least part of said head ; - wherein said helmet comprises - channels each of which defines an inlet section for said hair in said channels and a main extension axis substantially radial with respect to said inner surface ; and - for each channel cutting means of said hair in said channels defining a cutting direction substantially perpendicular to said main extension axis ; and - in that said hair cutting device comprises suction means suitable to depress said channels controlling the entry of said hair into said channels ; and characterised in that said helmet comprises ducts suitable to place said suction means in fluid through connection with said channels and said channels in reciprocal fluid through connection so that all said channels always have the same pressure and in that - each of said ducts comprises filter means suitable to prevent the entry of said hair into said ducts . - a helmet suitable to be placed on the head and defining an inner surface facing said hair when said helmet is worn; - said inner surface being substantially counter-shaped to at least part of said head ; - wherein said helmet comprises - channels each of which defines an inlet section for said hair in said channels and a main extension axis substantially radial with respect to said inner surface ; and - for each channel cutting means of said hair in said channels defining a cutting direction substantially perpendicular to said main extension axis ; and - in that said hair cutting device comprises suction means suitable to depress said channels controlling the entry of said hair into said channels ; and characterised in that said helmet comprises ducts suitable to place said suction means in fluid through connection with said channels and said channels in reciprocal fluid through connection so that all said channels always have the same pressure and in that - each of said ducts comprises filter means suitable to prevent the entry of said hair into said ducts .
Device for processing optical workpieces, particularly spectacle lenses, with a work chamber , which is accessible from outside via a selectably closable opening and in which a workpiece mount and at least one tool mount are opposite one another and movable relative to one another so that a processing region of a tool held at the tool mount can be brought into processing engagement with a workpiece held at the workpiece mount and in processing engagement can be guided over the workpiece, characterized in that a sensor equipment with at least one contactlessly operating sensor arrangement for recognition of wear at the tool is provided and is movable outside the work chamber from a protected rest position to a detecting position and conversely, wherein in the detecting position of the sensor arrangement the sensor equipment is adapted to detect via the opened opening of the work chamber at the processing region of the tool held at the tool mount an impermissible deviation of the processing region from a desired geometry.
Valve for an oscillating motor adjuster of a camshaft, with a bushing with a piston which is arranged in a bore such that it can be displaced along a longitudinal direction (L) between a first end position and a second end position, a supply connector (P) for feeding in a hydraulic fluid, at least one first working connector (A) and one second working connector (B), and at least one first and one second tank outflow connector (T1, T2) for discharging the hydraulic fluid, the first working connector (A) and the second working connector (B) being configured such that they can be connected fluidically to one another by way of suitable positioning of the piston, the piston having outer annular webs which are arranged in each case at its axially outer ends, in order to completely close the tank outflow connector (T2) in the first end position and to completely close the tank outflow connector (T1) in the second end position, and the bushing having two groove-shaped recesses in the region of the bore , which recesses are assigned in each case to the outer annular webs , characterized in that the said two groove-shaped recesses are arranged in each case in the longitudinal direction between the working connector (A, B) and the associated tank outflow connector (T1, T2).
A latch assembly , comprising: a housing having a body portion ; an actuator rotatably mounted in said housing , having a range of rotation; and a locking tongue mounted to said actuator , wherein said latch assembly further comprises a rotatably attachable mounting member having an at least one tooth which protrudes from a hollow body of the mounting member ; and at least one protrusion formed on an inner surface of the hollow body wherein said at least one protrusion is configured to guide on at least one guiding channel formed on the outer periphery of the body portion for attaching said mounting member to the housing wherein said guiding channel is provided helically on at least a portion on the outer periphery of the housing , characterized in that said guiding channel is provided with a first groove and a second groove formed at the ends of the guiding channel . a housing having a body portion ; an actuator rotatably mounted in said housing , having a range of rotation; and a locking tongue mounted to said actuator , wherein said latch assembly further comprises a rotatably attachable mounting member having an at least one tooth which protrudes from a hollow body of the mounting member ; and at least one protrusion formed on an inner surface of the hollow body wherein said at least one protrusion is configured to guide on at least one guiding channel formed on the outer periphery of the body portion for attaching said mounting member to the housing wherein said guiding channel is provided helically on at least a portion on the outer periphery of the housing , characterized in that said guiding channel is provided with a first groove and a second groove formed at the ends of the guiding channel .
A method for evaluating and measuring the geometry of a fracture in a subterranean hydrocarbon reservoir, the method comprising: a. injecting proppant into a wellbore and into the fracture; b. transmitting an electrical signal into the fracture; c. detecting the electrical signal with a plurality of geophysical receiver packages ; d. evaluating and measuring the geometry of the fracture; characterised by : e. using a respective seismic interface box , converting the electrical signal from each geophysical receiver package into a seismic compatible 24 bit voltage signal compatible with a respective autonomous data recorder of a respective autonomous seismic data node , the autonomous seismic data node comprising the said data recorder, a timing module, digital to digital or analog to digital converter module, data storage apparatus, power source or connection and controlling computer module; f. using the autonomous recorder to record the voltage signal; g. evaluating and measuring the geometry of the fracture using the recorded data from step (e); h. wherein the proppant is electrically active; and i. wherein a plurality of independently operating apparatuses are arranged in a 3D grid configuration on the surface over an area around a wellbore, each apparatus comprising: the said geophysical receiver package , connected to the respective seismic interface box, connected to the respective autonomous seismic data node , wherein the grid of apparatuses is time stamped and synchronized to global positioning time. a. injecting proppant into a wellbore and into the fracture; b. transmitting an electrical signal into the fracture; c. detecting the electrical signal with a plurality of geophysical receiver packages ; d. evaluating and measuring the geometry of the fracture; characterised by : e. using a respective seismic interface box , converting the electrical signal from each geophysical receiver package into a seismic compatible 24 bit voltage signal compatible with a respective autonomous data recorder of a respective autonomous seismic data node , the autonomous seismic data node comprising the said data recorder, a timing module, digital to digital or analog to digital converter module, data storage apparatus, power source or connection and controlling computer module; f. using the autonomous recorder to record the voltage signal; g. evaluating and measuring the geometry of the fracture using the recorded data from step (e); h. wherein the proppant is electrically active; and i. wherein a plurality of independently operating apparatuses are arranged in a 3D grid configuration on the surface over an area around a wellbore, each apparatus comprising: the said geophysical receiver package , connected to the respective seismic interface box, connected to the respective autonomous seismic data node , wherein the grid of apparatuses is time stamped and synchronized to global positioning time.
A powder dispenser for making a component by additive manufacturing; the dispenser comprising: - a lower opening , which comprises an outlet portion for letting said powder fall and is defined by a first size, which is measured along a horizontal axis , and by a second size, which is smaller than said first size and is measured along a horizontal direction (W) orthogonal to said horizontal axis ; - a vertical channel , which inferiorly ends at said outlet portion and, at the top, is adapted to communicate with a tank for receiving said powder; - a shutter device for varying the length of said outlet portion with respect to the total length of said lower opening along said horizontal axis ; characterized in that said shutter device comprises at least a first element, which is movable so as to vary the position of an end point of said outlet portion along said horizontal axis ; and actuator means controlled so as to move said first element. - a lower opening , which comprises an outlet portion for letting said powder fall and is defined by a first size, which is measured along a horizontal axis , and by a second size, which is smaller than said first size and is measured along a horizontal direction (W) orthogonal to said horizontal axis ; - a vertical channel , which inferiorly ends at said outlet portion and, at the top, is adapted to communicate with a tank for receiving said powder; - a shutter device for varying the length of said outlet portion with respect to the total length of said lower opening along said horizontal axis ;
An infusion device having a safety feature for preventing accidental activation, comprising: a main body for attachment to a user's skin; a reservoir housed in the main body, the reservoir comprising liquid medicament; a delivery needle for delivering the medicament to the skin of the user, the delivery needle housed in the main body; a drive mechanism for supplying the delivery needle with the medicament, and for driving the delivery needle into the user's skin to deliver the medicament into the user's skin; an activation button for actuating the drive mechanism; characterized by a wall portion protruding from the main body near the activation button ; and a cover attachable to the main body to protect the activation button from accidental activation at a first cover position, the cover exposing the activation button to enable activation by the user at a second cover position; characterised in that the cover further comprises a portion for shielding the activation button when the cover is at its first position, such that there is sufficient clearance between the shielding portion and the activation button to prevent accidental activation of the activation button if the shielding portion of the cover is pressed; and wherein, when the cover is at its first position, a leading portion of the shielding portion of the cover is in contact with an edge of the protruding wall portion, preventing the cover from sliding over the protruding wall portion. a main body for attachment to a user's skin; a reservoir housed in the main body, the reservoir comprising liquid medicament; a delivery needle for delivering the medicament to the skin of the user, the delivery needle housed in the main body; a drive mechanism for supplying the delivery needle with the medicament, and for driving the delivery needle into the user's skin to deliver the medicament into the user's skin; an activation button for actuating the drive mechanism; characterized by a wall portion protruding from the main body near the activation button ; and a cover attachable to the main body to protect the activation button from accidental activation at a first cover position, the cover exposing the activation button to enable activation by the user at a second cover position; characterised in that the cover further comprises a portion for shielding the activation button when the cover is at its first position, such that there is sufficient clearance between the shielding portion and the activation button to prevent accidental activation of the activation button if the shielding portion of the cover is pressed; and wherein, when the cover is at its first position, a leading portion of the shielding portion of the cover is in contact with an edge of the protruding wall portion, preventing the cover from sliding over the protruding wall portion.
A method of determining a threat score of a call traversing a telecommunications network, comprising: receiving , by a network application platform, outer edge data from a first signal from originating carrier signaling facilities at an originating side of the call; receiving , by the network application platform, terminating edge data from a second signal from a telecommunications network node at a terminating side of the call; analyzing , by the network application platform, the outer edge data against terminating edge data to determine a threat score representing a degree of a threat of the call; and redirecting , by the network application platform, the call to a new destination in response to the threat score. receiving , by a network application platform, outer edge data from a first signal from originating carrier signaling facilities at an originating side of the call; receiving , by the network application platform, terminating edge data from a second signal from a telecommunications network node at a terminating side of the call; analyzing , by the network application platform, the outer edge data against terminating edge data to determine a threat score representing a degree of a threat of the call; and redirecting , by the network application platform, the call to a new destination in response to the threat score.
A pipetting apparatus having a coupling configuration for releasable attachment of a pipette tip thereto, and having a pipetting conduit , extending along a conduit path (K) and passing through the coupling configuration , for modifying the pressure in a pipette tip coupled to the coupling configuration ; the coupling configuration being embodied in such a way that a pipette tip can be placed onto and pulled off from it along a coupling path (C) that is preferably collinear with the conduit path (K); the coupling configuration comprising a coupling deformation arrangement which surrounds the pipetting conduit and has a deformation component that, in order to lock and unlock a pipette tip on the coupling configuration , is deformable between a locked position and a released position; a radially external outer surface portion of a bulged portion of the deformation component , which is located between longitudinal ends , provided at a distance from one another along the coupling path (C), of the deformation component , being located radially farther outward, with reference to the coupling path (C), in the locked position than in the released position; at least in the locked position, a wall thickness (w) of the bulged portion of the deformation component being smaller than the dimension of the deformation component along the coupling path (C), characterized in that one longitudinal end (18a or 18b) of the deformation component is displaceable relative to the other longitudinal end (18b or 18a) that is located remotely along the coupling path (C); the one longitudinal end being movable along the coupling path (C) toward the other longitudinal end in order to deform the deformation component from the released position into the locked position; and the one longitudinal end being movable along the coupling path (C) away from the other longitudinal end in order to deform the deformation component from the locked position into the released position; a radially internal surface portion of the bulged portion of the deformation component also being located radially farther outward, with reference to the coupling path (C), in the locked position than in the released position.