mhurhangee/ep-ind-claims huggingface dataset:
A combustion furnace controlling device comprising: a first temperature monitoring portion (1,11) configured for measuring a temperature within a combustion furnace, comparing that temperature to an ignition point temperature, and outputting a first signal in accordance with the comparison result; a second temperature monitoring portion (2,21) configured for measuring a temperature within a combustion furnace, comparing that temperature to an ignition point temperature, and outputting a second signal in accordance with the comparison result; and a controlling portion configured for controlling the combustion of the combustion furnace based on the inputted first signal and second signal, wherein the first temperature monitoring portion outputs a first signal if the temperature within the combustion furnace is greater than an ignition point temperature; the second temperature monitoring portion outputs a second signal if the temperature within the furnace is greater than an ignition temperature; characterised in that the controlling portion is configured to eliminate the processes at startup to ignite a combustion burner in the furnace if both the first signal and the second signal are inputted. a first temperature monitoring portion (1,11) configured for measuring a temperature within a combustion furnace, comparing that temperature to an ignition point temperature, and outputting a first signal in accordance with the comparison result; a second temperature monitoring portion (2,21) configured for measuring a temperature within a combustion furnace, comparing that temperature to an ignition point temperature, and outputting a second signal in accordance with the comparison result; and a controlling portion configured for controlling the combustion of the combustion furnace based on the inputted first signal and second signal, wherein the first temperature monitoring portion outputs a first signal if the temperature within the combustion furnace is greater than an ignition point temperature; the second temperature monitoring portion outputs a second signal if the temperature within the furnace is greater than an ignition temperature; characterised in that the controlling portion is configured to eliminate the processes at startup to ignite a combustion burner in the furnace if both the first signal and the second signal are inputted.
A curable polyorganosiloxane composition comprising: a siloxane-based polymer having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group, and having polysiloxane units and sil-alkylene units obtained by hydrosilylation reaction, in the same molecule, between the following combinations (i) or (ii): (i) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded alkenyl groups, and a compound having at least two Si-bonded hydrogen atoms; or (ii) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded hydrogen atoms, and a compound having at least two groups including an olefinic C=C double bond in the molecule; and a photoinitiator; and further wherein an Si-bonded (meth)acryloxy C3-C20 alkyl radical group is regularly distributed in pendant chains of the siloxane-based polymer. a siloxane-based polymer having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group, and having polysiloxane units and sil-alkylene units obtained by hydrosilylation reaction, in the same molecule, between the following combinations (i) or (ii): (i) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded alkenyl groups, and a compound having at least two Si-bonded hydrogen atoms; or (ii) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded hydrogen atoms, and a compound having at least two groups including an olefinic C=C double bond in the molecule; and (i) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded alkenyl groups, and a compound having at least two Si-bonded hydrogen atoms; or (ii) siloxane compound having at least one Si-bonded (meth)acryloxy C3-C20 alkyl radical group and at least two Si-bonded hydrogen atoms, and a compound having at least two groups including an olefinic C=C double bond in the molecule; and a photoinitiator; and further wherein an Si-bonded (meth)acryloxy C3-C20 alkyl radical group is regularly distributed in pendant chains of the siloxane-based polymer.
A surface processing method comprising: forming a rough surface section on an internal surface of a cylindrical bore; forming an internal diameter measurement surface section on an axial end of the cylindrical bore, with the internal diameter measurement surface section being smoother than the rough surface section; measuring an internal diameter of the internal diameter measurement surface section to obtain a measurement result thereof, adjusting a spray condition used for forming a thermally sprayed coating onto the rough surface section based on the measurement result, and forming the thermally sprayed coating onto the rough surface section of the internal surface of the cylindrical bore after forming the internal diameter measurement surface section. forming a rough surface section on an internal surface of a cylindrical bore; forming an internal diameter measurement surface section on an axial end of the cylindrical bore, with the internal diameter measurement surface section being smoother than the rough surface section; measuring an internal diameter of the internal diameter measurement surface section to obtain a measurement result thereof, adjusting a spray condition used for forming a thermally sprayed coating onto the rough surface section based on the measurement result, and forming the thermally sprayed coating onto the rough surface section of the internal surface of the cylindrical bore after forming the internal diameter measurement surface section.
A method of wireless communication, performed by a base station, comprising: serving data to a user equipment, UE, or receiving data from the UE via a first communication link that uses a first radio access technology, RAT; transmitting a configuration message to the UE indicating that data will be served or received via a second communication link that uses a second RAT; transmitting a protocol layer status report to the UE, wherein the protocol layer status report is transmitted on a data bearer that is being switched to the second RAT; determining unacknowledged data of the data served to the UE using the first RAT based on at least one protocol layer status report received from the UE; initiating a configuration procedure to switch service or reception of data from the first communication link that uses the first RAT to the second communication link that uses the second RAT; and forwarding the unacknowledged data to be served using the second RAT. serving data to a user equipment, UE, or receiving data from the UE via a first communication link that uses a first radio access technology, RAT; transmitting a configuration message to the UE indicating that data will be served or received via a second communication link that uses a second RAT; transmitting a protocol layer status report to the UE, wherein the protocol layer status report is transmitted on a data bearer that is being switched to the second RAT; determining unacknowledged data of the data served to the UE using the first RAT based on at least one protocol layer status report received from the UE; initiating a configuration procedure to switch service or reception of data from the first communication link that uses the first RAT to the second communication link that uses the second RAT; and forwarding the unacknowledged data to be served using the second RAT.
Wedge (2, 7, 20) of a transition for cables, pipes or wires, which transition further comprises a frame and modules, wherein the wedge (2, 7, 20) and modules are placed inside the frame, wherein each module is configured to receive a cable, pipe or wire, wherein each wedge (2, 7, 20) comprises a number of wedge elements (8-11, 21-24), which wedge elements (8-11, 21-24) are moved from a non-activated position to an activated position and vice versa by means of a first and second wedge element (8, 9, 21, 22) being moved towards each other or away from each other, respectively, wherein the movement of the first and second wedge elements (8, 9, 21, 22) is accomplished by means of a screw (13, 26) received inside a sleeve (14, 27), whereby an outer thread of the screw (13, 26) co-operates with an inner thread of the sleeve (14, 27), wherein the screw (13, 26) is received in a through opening (12, 25) of the first wedge element (8, 21), wherein the sleeve (14, 27) is received in an opening of the second wedge element (9, 21), and wherein the frame is of an electrically conductive material, characterized in that the wedge (7, 20) comprises at least one clip (16, 29) of an electrically conductive material placed inside the wedge (7, 20), connecting the screw (13, 26) with the frame to connect the screw (13, 26) to earth.
An anchoring device for anchoring cladding plates to a wall for ventilated facade, the anchoring device comprising: a thermal insulation element, a bracket that is fixable by means of a screw to the wall through a surface of the bracket facing the wall, and a washer for fixing the bracket by means of the screw, the washer being pressed by the screw against an opposite surface of the bracket which is opposite to the surface facing the wall, in a fixing position of the bracket, the thermal insulation element comprising: a thermal insulation section to thermally insulate the wall from the bracket, the thermal insulation section being interposed between the wall and the facing surface in the fixing position, and a washer retaining section which extends above the opposite surface and in which the washer can be fitted to be retained in the fixing position, wherein the thermal insulation element comprises: a housing for fitting in which the bracket and the washer is adapted to be fitted, and a lateral groove through which the bracket and the washer is adapted to be inserted in the housing for fitting, characterized in that the housing for fitting has a narrowing in the direction of insertion of the washer through the lateral groove in correspondence with a narrowing of the washer to fit the washer in the housing for fitting. a thermal insulation element, a bracket that is fixable by means of a screw to the wall through a surface of the bracket facing the wall, and a washer for fixing the bracket by means of the screw, the washer being pressed by the screw against an opposite surface of the bracket which is opposite to the surface facing the wall, in a fixing position of the bracket, the thermal insulation element comprising: a thermal insulation section to thermally insulate the wall from the bracket, the thermal insulation section being interposed between the wall and the facing surface in the fixing position, and a washer retaining section which extends above the opposite surface and in which the washer can be fitted to be retained in the fixing position, a thermal insulation section to thermally insulate the wall from the bracket, the thermal insulation section being interposed between the wall and the facing surface in the fixing position, and a washer retaining section which extends above the opposite surface and in which the washer can be fitted to be retained in the fixing position, wherein the thermal insulation element comprises: a housing for fitting in which the bracket and the washer is adapted to be fitted, and a lateral groove through which the bracket and the washer is adapted to be inserted in the housing for fitting, a housing for fitting in which the bracket and the washer is adapted to be fitted, and a lateral groove through which the bracket and the washer is adapted to be inserted in the housing for fitting, characterized in that the housing for fitting has a narrowing in the direction of insertion of the washer through the lateral groove in correspondence with a narrowing of the washer to fit the washer in the housing for fitting.
A method of processing segments of a data frame, the method comprising: a first step of detecting, in a first logical dimension, one or more unreliable segments of the data frame, wherein each segment of the data frame includes error detection information in accordance with encoding in the first logical dimension; a second step of, in response to detection of errors in said first logical dimension, decoding, in a second logical dimension different from the first, the segments of the data frame based on the one or more unreliable segments and error detection/correction information in accordance with encoding in the second logical dimension; wherein a logical dimension is a layer or sub-layer of a protocol stack in a layered network architecture characterised in that the method further comprises: repeating steps first and second for the data frame if a stopping condition has not been met. a first step of detecting, in a first logical dimension, one or more unreliable segments of the data frame, wherein each segment of the data frame includes error detection information in accordance with encoding in the first logical dimension; a second step of, in response to detection of errors in said first logical dimension, decoding, in a second logical dimension different from the first, the segments of the data frame based on the one or more unreliable segments and error detection/correction information in accordance with encoding in the second logical dimension; wherein a logical dimension is a layer or sub-layer of a protocol stack in a layered network architecture characterised in that the method further comprises: repeating steps first and second for the data frame if a stopping condition has not been met.
A cloth loading unit for setting down and picking up again pieces of dough on/from the loading surface of an oven, a proving cabinet or a loading trolley, comprising a preferably mobile base rack enabling an unrestricted displacement of the cloth loading unit between different points of use, with at least one cloth sliding unit, which is mounted on the base rack in a displaceable manner relative thereto and which can be displaced between two extreme positions, one of which is the maximally retracted transport position, in which the cloth sliding unit is located fully or substantially within the base rack, and the other one of which is the maximally extended loading position, in which the cloth sliding unit reaches across the loading surface of the oven or the like in order to set down several pieces of dough there and/or retrieve them, characterized in that the cloth sliding unit has an electronic auxiliary drive, which is activated by manually displacing the cloth sliding unit and contributes to moving the cloth sliding unit in the direction set by the manual force.
A lighting module comprising: a light emitter including a substrate and a plurality of light emitting devices which is disposed on the substrate, wherein the substrate of light emitter is any one of an aluminum substrate, a ceramic substrate, a metal core PCB, a PCB and a flexible PCB; a clad metal substrate which is disposed under the substrate of the light emitter; an insulating structure which is disposed on the clad metal substrate, surrounds the outer circumferential surface of the substrate of the light emitter, insulates the outer circumferential surface of the substrate from the clad metal substrate, and prevents water and impurity from penetrating into the light emitter; an optical structure disposed on the light emitter; and a case which is disposed on the optical structure, is coupled to the clad metal substrate and includes an opening for allowing a light which has passed through the optical structure to be emitted to the outside. a light emitter including a substrate and a plurality of light emitting devices which is disposed on the substrate, wherein the substrate of light emitter is any one of an aluminum substrate, a ceramic substrate, a metal core PCB, a PCB and a flexible PCB; a clad metal substrate which is disposed under the substrate of the light emitter; an insulating structure which is disposed on the clad metal substrate, surrounds the outer circumferential surface of the substrate of the light emitter, insulates the outer circumferential surface of the substrate from the clad metal substrate, and prevents water and impurity from penetrating into the light emitter; an optical structure disposed on the light emitter; and a case which is disposed on the optical structure, is coupled to the clad metal substrate and includes an opening for allowing a light which has passed through the optical structure to be emitted to the outside.
A confectionery product having a hollow body formed by at least one first material that defines an outer surface of said product, wherein, present on the outer surface itself of said product is a second material, different from said first material, which reproduces a decorative element, said product being characterized in that said body comprises a first outer layer, formed by said first material, which comes to define a prevalent portion of said outer surface, and at least one second layer, formed by said second material, which is set internally, on said first layer, wherein said first layer has an opening that allows a portion of said second layer to emerge on said outer surface, so as to form said decorative element.
Method for lifting material to be moved along a transport plane, in particular a layer or stack of sheets, where said material is subjected to compressed air passing through openings (216, 217, 218, 220, 222) in said transport plane and supplied to a space limiting said transport plane on the underside, in which space a pressure P i prevails, wherein a decoupling of the pressure P i prevailing in the space from the volume flow V̇ through the openings (216, 217, 218, 220, 222) is achieved by building up a flow resistance R O in front of the openings, where R O >> R L with R L as the flow resistance generated by the material covering the m-openings with m ≥ 1 relative to the compressed air passing through n-openings (216, 217, 218) not covered by the material.
An ultrasonic surgical instrument, comprising: an ultrasonic waveguide formed of metal; an ultrasonic transducer mounted to the ultrasonic waveguide and configured to operate in a D31 mode, the ultrasonic transducer comprising: a first ceramic piezoelectric element having a first side attached to a first side of the ultrasonic waveguide by a first bonding material (7106a,b); and a second ceramic piezoelectric element having a first side attached to a second side of the ultrasonic waveguide by the first bonding material (7106a,b), wherein the first side of the ultrasonic waveguide is opposite the second side of the ultrasonic waveguide, wherein the first material (7106a,b) is a solder bonding material. an ultrasonic waveguide formed of metal; an ultrasonic transducer mounted to the ultrasonic waveguide and configured to operate in a D31 mode, the ultrasonic transducer comprising: a first ceramic piezoelectric element having a first side attached to a first side of the ultrasonic waveguide by a first bonding material (7106a,b); and a second ceramic piezoelectric element having a first side attached to a second side of the ultrasonic waveguide by the first bonding material (7106a,b), wherein the first side of the ultrasonic waveguide is opposite the second side of the ultrasonic waveguide, a first ceramic piezoelectric element having a first side attached to a first side of the ultrasonic waveguide by a first bonding material (7106a,b); and a second ceramic piezoelectric element having a first side attached to a second side of the ultrasonic waveguide by the first bonding material (7106a,b), wherein the first side of the ultrasonic waveguide is opposite the second side of the ultrasonic waveguide, wherein the first material (7106a,b) is a solder bonding material.
A phase plug (21, 3) suitable for a combination loudspeaker having an acoustically radiating convex diaphragm and a diverging acoustically radiating horn waveguide, the phase plug comprising a body having an input side for receiving acoustic waves from the convex diaphragm and an output side for transmitting acoustic waves into the region within the horn waveguide, the body including a plurality of channels extending from the input side to the output side for propagating acoustic waves through the body, wherein the input side comprises an input surface which includes a plurality of slots constituting entrances for the channels, each slot being arranged in a substantially radial orientation on the input surface about a central axis (X-X) extending through the input surface, wherein substantially the entire input surface situated between the slots is concave and substantially part of a sphere or an ellipsoid in shape, wherein a plurality of spaced apart fins at least partly define the channels extending through the body of the phase plug, and wherein the edge of each fin at the output side of the phase plug curves substantially continuously from the outer circumferential part to the radially innermost part of the fin.