mhurhangee/ep-ind-claims huggingface dataset:
A connection adapter for connecting two melt-guiding components (5, 6) having two adapter halves (2, 3) that are provided to mechanically connect the two melt-guiding components (5, 6) to one another and that each have connection means for connecting to a respective one of the components (5, 6), as well as connection means for connecting the two adapter halves (2, 3) to one another, and having a melt-guiding piece, characterized in that the melt-guiding piece has two opening cross-sections differing from one another and/or offset eccentrically from one another and is adapted to a first one of the melt-guiding components by a first opening cross-section and to a second one of the two melt-guiding components by a second opening cross-section, wherein the melt-guiding piece is formed separately from the adapter halves (2, 3) and is tensionable at its oppositely disposed end faces against the melt-guiding components (5, 6) by the mutually connected adapter halves (2, 3).
Cooking device comprising at least one cooking hob having at least one hot plate and having at least one heating device provided for heating at least one cooking region and having at least one safety device which is associated with at least one safety sensor unit, the safety sensor unit being designed to detect at least one characteristic value for temperatures, and having at least one control device and having at least one sensor device, the sensor device being provided for detecting at least one characteristic value for temperatures of the cooking region, and the control device being designed and suitable, at least in part, for controlling the heating device on the basis of the values detected by the sensor device, at least one first sensor unit and at least one further sensor unit being associated with the sensor device, a first sensor unit being designed and suitable for contactlessly detecting heat radiation and the safety sensor unit being associated with the sensor device as the further sensor unit, characterised in that the sensor device comprises at least one filter device (43, 53) and additionally another sensor unit, the filter device (43, 53) being designed and suitable for reflecting and/or transmitting electromagnetic radiation on the basis of the wavelength and/or the polarisation and/or the incidence angle, the first sensor unit and the other sensor unit being suitable for contactlessly detecting heat radiation and being designed as a thermoelectric pile or thermopile, and the sensor units (13, 23) each being equipped with a filter device (43, 53) and being provided for detecting heat radiation which is emitted from the cooking region, the filter devices (43, 53) acting differently on the optical sensor units (13, 23), the filter device being designed as an interference filter and comprising four filter layers which have a different refractive index and dielectric properties, the filter layers that have higher and lower refractive indices being alternately stacked one above the other and the filter layers being connected and the filter layers being very thin, these having a thickness of a few nanometres to 25 nm, the filter device having a support layer as a filter base for the filter layers, the filter base consisting of a silicon-containing material having a thickness of more than 0.2 mm, and the filter device being designed and suitable for transmitting a wavelength range in the infrared spectrum and substantially reflecting radiation outside this range.
A cleaner comprising: a nozzle assembly; a cleaner body rotatably connected to the nozzle assembly; and a water cleaning device coupled to the nozzle assembly, wherein the water cleaning device comprises: a water tank to which a cloth is attached and for storing water to be supplied to the cloth, and having an air hole through which air is introduced from outside; characterized by an adjusting device that receives a rotational force of the cleaner body to configured to move to open and close the air hole. a nozzle assembly; a cleaner body rotatably connected to the nozzle assembly; and a water cleaning device coupled to the nozzle assembly, wherein the water cleaning device comprises: a water tank to which a cloth is attached and for storing water to be supplied to the cloth, and having an air hole through which air is introduced from outside; characterized by an adjusting device that receives a rotational force of the cleaner body to configured to move to open and close the air hole. a water tank to which a cloth is attached and for storing water to be supplied to the cloth, and having an air hole through which air is introduced from outside; characterized by an adjusting device that receives a rotational force of the cleaner body to configured to move to open and close the air hole.
A near-infrared meter reading device, configured to communicatively couple with an infrared communicator in a meter, comprising a main body thereof, wherein a data port being disposed in one end of said main body; a housing for a reading portion, within which said reading portion being set, is suited on one end of said main body; wherein said reading portion includes a digital signal processor, a signal transmitter, a signal receiver, a slope comparator interposed between said signal transmitter and signal receiver, and a transmit data TXD signal shield in communication with said slope comparator, wherein said digital signal processor transmitting an infrared type signal to the infrared communicator of a meter, respectively, or receiving said signal therefrom by its signal transmitter or signal receiver.
A system for data transmission and position determination, wherein the system comprises a first part and a second part, wherein the second part is movable relative to the first part, wherein the first part has a light guide radiating light laterally and a controllable light source, wherein the second part has at least one sensor arrangement for detection of the light intensity, characterised in that the first part has a grating for the coding of positional information, which is arranged between the sensor arrangement and the light guide, wherein the sensor arrangement is moved along the light guide upon movement of the second part relative to the first part, so that light radiated laterally from the light guide strikes the sensor arrangement, wherein the light radiated into the light guide is produced by the controllable light source, and the controllable light source is configured to modulate the intensity of the light radiated into the light guide according to a data flow produced by a data source.
Machine for processing scrap comprising: - a container body which defines a volume for receiving the scrap and which comprises an opening for the inlet of the scrap, provided in the container body, for access to the reception volume, and an outlet opening, - a press suitable to press the scrap and at least partially housed in the reception volume, - a shear for cutting the scrap at least partially housed in the reception volume, and - a pusher element for pushing the scrap cut by the shear towards said outlet opening, wherein the inlet mouth is obtained in an upper portion of the container body, the press is positioned at a lower height with respect to the inlet opening and the shear is positioned at a lower height with respect to the press, wherein the machine also comprises a mill for scrap suitable to grind the scrap cut by the shear and comprising an inlet mouth and a duct connecting the outlet opening of the container body to the inlet mouth of the mill, said machine being characterised in that it comprises a discharge opening, in communication with the duct, and a diverter body, the diverter body being moveable between a first position, in which it occludes the discharge opening and allows the cut scrap to move from the outlet opening of the container body to the inlet mouth of the mill, and a second position, in which it clears the discharge opening and diverts the scrap exiting from the outlet opening of the container body towards the discharge opening. - a container body which defines a volume for receiving the scrap and which comprises an opening for the inlet of the scrap, provided in the container body, for access to the reception volume, and an outlet opening, - a press suitable to press the scrap and at least partially housed in the reception volume, - a shear for cutting the scrap at least partially housed in the reception volume, and - a pusher element for pushing the scrap cut by the shear towards said outlet opening, wherein the inlet mouth is obtained in an upper portion of the container body, the press is positioned at a lower height with respect to the inlet opening and the shear is positioned at a lower height with respect to the press, wherein the machine also comprises a mill for scrap suitable to grind the scrap cut by the shear and comprising an inlet mouth and a duct connecting the outlet opening of the container body to the inlet mouth of the mill, said machine being characterised in that it comprises a discharge opening, in communication with the duct, and a diverter body, the diverter body being moveable between a first position, in which it occludes the discharge opening and allows the cut scrap to move from the outlet opening of the container body to the inlet mouth of the mill, and a second position, in which it clears the discharge opening and diverts the scrap exiting from the outlet opening of the container body towards the discharge opening.
An image forming apparatus comprising: a printer configured to transfer a visible image formed by attaching toner to an electrostatic latent image on a photoconductive drum onto a sheet, to heat and press the sheet onto which the visible image is transferred so as to fix the visible image onto the sheet, and to thereby form an image on the sheet; and a controller configured to control the printer to form an image for a second surface on a sheet, and then to form an image for a first surface on a surface which is different from a surface on which the image for the second surface is formed, when the controller determines that duplex printing is set according to job data to provide an instruction for image formation, wherein, it is set in the duplex printing, that decolorable toner is used on the first surface Z being a front surface or a rear surface of a sheet, and the toner having a fixing temperature higher than a decolorizing temperature of the decolorable toner is used on the second surface. a printer configured to transfer a visible image formed by attaching toner to an electrostatic latent image on a photoconductive drum onto a sheet, to heat and press the sheet onto which the visible image is transferred so as to fix the visible image onto the sheet, and to thereby form an image on the sheet; and a controller configured to control the printer to form an image for a second surface on a sheet, and then to form an image for a first surface on a surface which is different from a surface on which the image for the second surface is formed, when the controller determines that duplex printing is set according to job data to provide an instruction for image formation, wherein, it is set in the duplex printing, that decolorable toner is used on the first surface Z being a front surface or control the printer to form an image for a second surface on a sheet, and then to form an image for a first surface on a surface which is different from a surface on which the image for the second surface is formed, when the controller determines that duplex printing is set according to job data to provide an instruction for image formation, wherein, it is set in the duplex printing, that decolorable toner is used on the first surface Z being a front surface or a rear surface of a sheet, and the toner having a fixing temperature higher than a decolorizing temperature of the decolorable toner is used on the second surface.
A coating method, comprising: providing a component having at least one aperture formed in a surface thereof, the aperture having an aperture geometry; positioning the filler material within the at least one aperture, the filler material extending away from the surface of the component a distance greater than a reduced coating thickness and less than an applied coating thickness; applying at least one coating over the surface of the component and the filler material to form an applied coating having the applied coating thickness, the applied coating adhering to the surface of the component and the filler material; removing a portion of the applied coating to provide a reduced coating thickness over the surface of component and to expose the filler material; and removing the filler material to extend the at least one aperture having the aperture geometry through the applied coating. providing a component having at least one aperture formed in a surface thereof, the aperture having an aperture geometry; positioning the filler material within the at least one aperture, the filler material extending away from the surface of the component a distance greater than a reduced coating thickness and less than an applied coating thickness; applying at least one coating over the surface of the component and the filler material to form an applied coating having the applied coating thickness, the applied coating adhering to the surface of the component and the filler material; removing a portion of the applied coating to provide a reduced coating thickness over the surface of component and to expose the filler material; and removing the filler material to extend the at least one aperture having the aperture geometry through the applied coating.
Shuttering element for producing a lost base plate edge shuttering, made of a heat insulating material, the shuttering element being assembled from at least two detachably interconnected components (8, 10), and the dividing line between the two components (8, 10) being positioned such that, when the upper component has been removed from the lower component, the upper portion of the front face of the cast base plate is accessible, characterised in that the upper component, after removal thereof, can be reconnected to the lower component, but so as to have a lateral offset from the upper portion of the front face of the cast base plate, by rotating the upper component about an axis and/or by using laterally offset connecting elements, the upper component being able to be arranged so as to be offset from the front face of the cast base plate by a lateral distance corresponding at least to the thickness of a sealing membrane.
A method of forming an aerosol provision device inductor coil, the method comprising: providing a litz wire comprising a plurality of wire strands, wherein each of the plurality of wire strands comprise a bondable coating; forming an inductor coil from the litz wire on a support member, wherein the inductor coil has a predetermined shape; activating the bondable coating such that the inductor coil substantially retains the predetermined shape; and removing the inductor coil from the support member. providing a litz wire comprising a plurality of wire strands, wherein each of the plurality of wire strands comprise a bondable coating; forming an inductor coil from the litz wire on a support member, wherein the inductor coil has a predetermined shape; activating the bondable coating such that the inductor coil substantially retains the predetermined shape; and removing the inductor coil from the support member.
A glass-ceramic containing a β-quartz solid solution as a main crystalline phase, characterized in that its composition, expressed in percentages by weight of oxides, is free of arsenic oxide and antimony oxide except for inevitable traces, and comprises, for at least 98 % of its weight: SiO 2 66 - 70 Al 2 O 3 18 - < 20 Li 2 O 3 - 4 MgO 0.5 - 1.5 ZnO 1 - 2.2 TiO 2 2.5 - 3.2 ZrO 2 1.2 - 1.8 SnO 2 0.2 - 0.45 BaO 1 - 3 SrO 0 - 2 BaO+SrO 1 - 3 CaO 0 - < 0.3 Na 2 O 0 - < 0.3 K 2 O 0 - < 0.3 Na 2 O+K 2 O+CaO 0 - < 0.6 P 2 O 5 0 - 2 Fe 2 O 3 0 - 0.12 dye(s) 0 - 2.
A poly axial hinge comprising: a mounting plate, a first arm pivotally coupled to a panel mounting element at its first end, a second arm pivotally coupled in an scissoring manner with the first arm by a main pivot, and pivotally coupled to said mounting plate at its first end, a first link mber pivotally coupled at one end to the second end of said second arm, and pivotally coupled at another end to said panel mounting element, characterized by a third arm pivotally coupled at a first end to said second arm at a location part way between said first end of said second arm and said main pivot, a second link member pivotally coupled at one end to the second end of said first arm, and pivotally coupled at another end to another end of said third arm, wherein said mounting plate includes at least one rigidly fixed first gear, and said third arm includes gear teeth directly or indirectly coupled together with said fixed gear, such that rotation of said second arm with respect to said mounting plate causes rotation of said first arm with respect to said second arm thereby driving the poly axial hinge open and/or closed. a mounting plate, a first arm pivotally coupled to a panel mounting element at its first end, a second arm pivotally coupled in an scissoring manner with the first arm by a main pivot, and pivotally coupled to said mounting plate at its first end, a first link mber pivotally coupled at one end to the second end of said second arm, and pivotally coupled at another end to said panel mounting element, characterized by a third arm pivotally coupled at a first end to said second arm at a location part way between said first end of said second arm and said main pivot, a second link member pivotally coupled at one end to the second end of said first arm, and pivotally coupled at another end to another end of said third arm, wherein said mounting plate includes at least one rigidly fixed first gear, and said third arm includes gear teeth directly or indirectly coupled together with said fixed gear, such that rotation of said second arm with respect to said mounting plate causes rotation of said first arm with respect to said second arm thereby driving the poly axial hinge open and/or closed.
A method comprising: measuring a collected energy signal from a first pixel of a radiation pixelated detector during each of a plurality of events, wherein each of the plurality of events produce a negative charge cloud at a position between a cathode and an anode, and wherein the collected energy signal is produced by the collection of electrons within the negative charge cloud by the first pixel; measuring adjacent energy signals from at least two pixels (114, 118) adjacent to the first pixel of the radiation pixelated detector during each of the plurality of events; generating a first spectrum based on the collected energy signals of the plurality of events within an energy window, wherein the energy window is a predetermined energy range for medical imaging; determining a delta charge representing the difference between the collected energy signal and the adjacent energy signals generated during each of the plurality of events; generating a second spectrum representing the delta charges of the plurality of events outside the energy window; and stretching (564, 572) the second spectrum to combine with the first spectrum to form a corrected energy spectrum. measuring a collected energy signal from a first pixel of a radiation pixelated detector during each of a plurality of events, wherein each of the plurality of events produce a negative charge cloud at a position between a cathode and an anode, and wherein the collected energy signal is produced by the collection of electrons within the negative charge cloud by the first pixel; measuring adjacent energy signals from at least two pixels (114, 118) adjacent to the first pixel of the radiation pixelated detector during each of the plurality of events; generating a first spectrum based on the collected energy signals of the plurality of events within an energy window, wherein the energy window is a predetermined energy range for medical imaging; determining a delta charge representing the difference between the collected energy signal and the adjacent energy signals generated during each of the plurality of events; generating a second spectrum representing the delta charges of the plurality of events outside the energy window; and stretching (564, 572) the second spectrum to combine with the first spectrum to form a corrected energy spectrum.
A clamp, comprising: a clamp main body made of a rigid member; a flexible member provided in the clamp main body; a pipe holding portion provided in the flexible member, for holding a pipe; a pipe insertion path communicating at one end portion with the pipe holding portion, and having an outward opening on the other end portion; and a pair of opposite pieces provided in the clamp main body, said pair of opposite pieces being positioned to face each other and clamping the pipe insertion path, wherein at least one opposite piece of the pair of opposite pieces is adapted to be pressed by an outer circumference of the pipe being inserted into the pipe insertion path, and is flexible in a direction such that the pipe insertion path is expandable, the one opposite piece extends to a position adjacent to the pipe holding portion, and an extending end portion of the one opposite piece protrudes toward an inside of the pipe insertion path from one portion of the flexible member adjacent to the end portion, characterized in that the clamp main body is formed by assembling two pieces of same members (41, 42), and the flexible member is held between the two pieces of the members (41, 42). a clamp main body made of a rigid member; a flexible member provided in the clamp main body; a pipe holding portion provided in the flexible member, for holding a pipe; a pipe insertion path communicating at one end portion with the pipe holding portion, and having an outward opening on the other end portion; and a pair of opposite pieces provided in the clamp main body, said pair of opposite pieces being positioned to face each other and clamping the pipe insertion path, wherein at least one opposite piece of the pair of opposite pieces is adapted to be pressed by an outer circumference of the pipe being inserted into the pipe insertion path, and is flexible in a direction such that the pipe insertion path is expandable, the one opposite piece extends to a position adjacent to the pipe holding portion, and an extending end portion of the one opposite piece protrudes toward an inside of the pipe insertion path from one portion of the flexible member adjacent to the end portion, characterized in that the clamp main body is formed by assembling two pieces of same members (41, 42), and the flexible member is held between the two pieces of the members (41, 42).