mhurhangee/ep-ind-claims huggingface dataset:
Method for producing semiconductor devices in a substrate, comprising at least the implementation of the following steps: - photolithography of a pattern of a reticle over a portion of a main face of the substrate, defining at least first elements of at least one of the semiconductor devices in the substrate, an exposure of the pattern of the reticle being repeated a plurality of times over the main face of the substrate in order to define the first elements of all the semiconductor devices, - photolithography of a pattern of an etch mask over all of the main face of the substrate, - etching of the photolithography patterns over the main face of the substrate into one portion of the thickness of the substrate, wherein first dicing lanes around the semiconductor devices are included in the pattern of the etch mask and/or in the pattern of the reticle, and the step of photolithography of the pattern of the etch mask over all of the main face of the substrate defines second dicing lanes defined by predetermined fracture lines of the edges of the substrate, and further comprising the implementation of a step of irradiating the substrate with a laser beam through the first and second dicing lanes (130, 140), forming lines of weakness in the substrate, under the first and second dicing lanes (130, 140). - photolithography of a pattern of a reticle over a portion of a main face of the substrate, defining at least first elements of at least one of the semiconductor devices in the substrate, an exposure of the pattern of the reticle being repeated a plurality of times over the main face of the substrate in order to define the first elements of all the semiconductor devices, - photolithography of a pattern of an etch mask over all of the main face of the substrate, - etching of the photolithography patterns over the main face of the substrate into one portion of the thickness of the substrate, wherein first dicing lanes around the semiconductor devices are included in the pattern of the etch mask and/or in the pattern of the reticle, and the step of photolithography of the pattern of the etch mask over all of the main face of the substrate defines second dicing lanes defined by predetermined fracture lines of the edges of the substrate, and further comprising the implementation of a step of irradiating the substrate with a laser beam through the first and second dicing lanes (130, 140), forming lines of weakness in the substrate, under the first and second dicing lanes (130, 140). wherein first dicing lanes around the semiconductor devices are included in the pattern of the etch mask and/or in the pattern of the reticle, and the step of photolithography of the pattern of the etch mask over all of the main face of the substrate defines second dicing lanes defined by predetermined fracture lines of the edges of the substrate, and further comprising the implementation of a step of irradiating the substrate with a laser beam through the first and second dicing lanes (130, 140), forming lines of weakness in the substrate, under the first and second dicing lanes (130, 140).
A composition comprising: a) a first allele-specific primer, wherein an allele-specific nucleotide portion of the first allele-specific primer is complementary to the first allelic variant of a target sequence; b) a first allele-specific blocker probe that is complementary to a region of the target sequence comprising the second allelic variant, wherein said region encompasses a position corresponding to the binding position of the allele-specific nucleotide portion of the first allele-specific primer, and wherein the first allele-specific blocker probe comprises a minor groove binder located at the 5' terminus and wherein the allele-specific blocker probe is not cleaved during PCR amplification c) a locus-specific primer that is complementary to a region of the target sequence that is upstream or downstream from the first allelic variant and on the opposite strand, and d) a locus-specific detector probe. a) a first allele-specific primer, wherein an allele-specific nucleotide portion of the first allele-specific primer is complementary to the first allelic variant of a target sequence; b) a first allele-specific blocker probe that is complementary to a region of the target sequence comprising the second allelic variant, wherein said region encompasses a position corresponding to the binding position of the allele-specific nucleotide portion of the first allele-specific primer, and wherein the first allele-specific blocker probe comprises a minor groove binder located at the 5' terminus and wherein the allele-specific blocker probe is not cleaved during PCR amplification c) a locus-specific primer that is complementary to a region of the target sequence that is upstream or downstream from the first allelic variant and on the opposite strand, and d) a locus-specific detector probe.
A display screen, comprising: a middle frame comprising an upper surface and a lower surface, wherein the middle frame is provided with a through-hole extending through the upper and lower surfaces (101a, 101b) of the middle frame; a display panel superimposed on the upper surface of the middle frame, wherein the display panel is light-transmissible; and an optical fingerprint sensor, and wherein the through-hole is filled with a transparent body, wherein the optical fingerprint sensor is disposed in the through-hole and beneath the transparent body, and the through-hole in the middle frame is provided to have a cross-section fitting to that of the optical fingerprint sensor, the middle frame has a thickness larger than that of the optical fingerprint sensor, and a lower surface of the optical fingerprint sensor and the lower surface of the middle frame are flush, and the transparent body is made of hard material to prevent a deformation in the display panel and to support and protect the optical fingerprint sensor. a middle frame comprising an upper surface and a lower surface, wherein the middle frame is provided with a through-hole extending through the upper and lower surfaces (101a, 101b) of the middle frame; a display panel superimposed on the upper surface of the middle frame, wherein the display panel is light-transmissible; and an optical fingerprint sensor, and wherein the through-hole is filled with a transparent body, wherein the optical fingerprint sensor is disposed in the through-hole and beneath the transparent body, and the through-hole in the middle frame is provided to have a cross-section fitting to that of the optical fingerprint sensor, the middle frame has a thickness larger than that of the optical fingerprint sensor, and a lower surface of the optical fingerprint sensor and the lower surface of the middle frame are flush, and the transparent body is made of hard material to prevent a deformation in the display panel and to support and protect the optical fingerprint sensor.
A radiofrequency hyperthermia device for capacitive coupling and without dipole antenna comprising a radiofrequency source configured to generate a source signal, an amplifier, a sensor, a modulation signal generator configured to provide a modulating signal, a multiplicator, a modulator which effects changes in amplitude, at least one electrode and at least one counter-electrode, wherein the source signal is input to the modulator which is configured to generate as output an amplitude modulated source signal, the modulated source signal is configured to be amplified by the amplifier and directed to a target, and the sensor is configured to receive a feedback signal representing a reflected or transmitted power signal from the target; wherein the multiplicator is configured to receive as first input the feedback signal and as second input the modulating signal of the modulation signal generator and to generate as output a further modulated signal which is configured to be input to the modulator to produce a target modified signal.
A heat source side unit connected with a use side unit by piping to constitute a refrigerant circuit, the heat source side unit comprising: - a compressor configured to compress and discharge refrigerant; - a plurality of heat source side heat exchangers (50-1, 50-2) configured to exchange heat between air and the refrigerant; - a first defrosting pipe serving as a flow path for branching a part of the refrigerant discharged by the compressor and allowing the refrigerant to flow into a heat source side heat exchanger (50-1, 50-2) to be defrosted of the plurality of heat source side heat exchangers (50-1, 50-2) for defrosting; - a first expansion device configured to decompress the refrigerant passing through the first defrosting pipe; and characterised by: - a second expansion device (7-1, 7-2) configured to regulate a pressure of the refrigerant that passed through the heat source side heat exchanger (50-1, 50-2) to be defrosted; and - a controller configured to control the second expansion device (7-1, 7-2) to allow the pressure of the refrigerant that passed through the heat source side heat exchanger (50-1, 50-2) to be defrosted to fall within a predetermined range, and to perform defrosting completion determination based on the pressure of the refrigerant passing through the heat source side heat exchanger (50-1, 50-2) to be defrosted. - a compressor configured to compress and discharge refrigerant; - a plurality of heat source side heat exchangers (50-1, 50-2) configured to exchange heat between air and the refrigerant; - a first defrosting pipe serving as a flow path for branching a part of the refrigerant discharged by the compressor and allowing the refrigerant to flow into a heat source side heat exchanger (50-1, 50-2) to be defrosted of the plurality of heat source side heat exchangers (50-1, 50-2) for defrosting; - a first expansion device configured to decompress the refrigerant passing through the first defrosting pipe; and characterised by: - a second expansion device (7-1, 7-2) configured to regulate a pressure of the refrigerant that passed through the heat source side heat exchanger (50-1, 50-2) to be defrosted; and - a controller configured to control the second expansion device (7-1, 7-2) to allow the pressure of the refrigerant that passed through the heat source side heat exchanger (50-1, 50-2) to be defrosted to fall within a predetermined range, and to perform defrosting completion determination based on the pressure of the refrigerant passing through the heat source side heat exchanger (50-1, 50-2) to be defrosted.
Lithium silicate glass ceramic which comprises pentavalent metal oxide selected from Nib 2 O 5, Ta 2 O 5 and mixtures thereof and 11.0 to 21.0 wt.-% Li 2 O and comprises less than 2.0 wt.-% K 2 O, less than 1.0 wt.-% Na 2 O and less than 0.5 wt.-% CaO.
A finger weeder element suitable for tillage comprising a holder and a circular finger disc having an inner element and a plurality of fingers, said fingers being arranged along the outer edge of said inner element and extending radially outward from said inner element, wherein at least one finger has a respective first outer side, a second outer side, two side walls (24, 26) and a front side, and wherein the front side has a tapered edge extending in the axial direction of the finger disc, characterized in that the finger disc has a drive element and the at least one finger has, on its first outer side at a predefined distance from the front side, a first protrusion extending in the axial direction of the finger disc, wherein the first protrusion assumes the function of the drive element.
A method for preparing a pet food composition comprising non-replicating probiotic micro-organisms in an amount corresponding to 10 6 to 10 12 cfu per serving said method comprising treating the probiotic micro-organisms with a high temperature/ short time (HTST) treatment at a temperature of 120-140°C for 1-30 seconds or a ultra-high temperature treatment at a temperature exceeding 135°C for 1-10 seconds, and thus rendering at least 90% of the micro-organisms non-replicating.
An intramedullary locking bone screw for fixing the metatarsophalangeal joint of the big toe in foot surgery which is completely receivable in the bone and which extends along a longitudinal axis, having a first outer threaded section having a first thread pitch and having at least one second outer threaded section having a second thread pitch different from the first thread pitch, wherein at least one first fixing passage is provided for the reception of fixing means in the second outer threaded section, the passage extending at an angle with respect to the longitudinal axis and passing through the bone screw; wherein a core diameter of the bone screw in the region of the first outer threaded section changes over the longitudinal extent of the bone screw, namely tapers from the rear to the front; wherein the core diameter of the bone screw in the region of the first outer threaded section is conically contoured, wherein the conical shape of the core continues starting from a cylindrical section up to the axial rear end of the bone screw, characterized in that a second fixing passage for the reception of fixing means is provided which has an axial spacing with respect to the first fixing passage, which is arranged in the first outer threaded section and which passes through the bone screw; wherein a first longitudinal middle axis of the first fixing passage is arranged rotated by an angle with respect to a second longitudinal middle axis of the second fixing passage in the circumferential direction of the bone screw; wherein the first outer threaded section is arranged in the region of a rear bone screw end having a drive and has a smaller pitch than the second outer threaded section; wherein the conical angle of the conical section of the core, measured between a conical jacket surface and the longitudinal axis, amounts to approximately between 2 and 6°, and preferably amounts to 4°; and wherein the first outer threaded section has a cylindrical sleeve contour.
A patch for exfoliation comprising a coating of a cataplasma composition for exfoliation applied on the one side of a support, said cataplasma composition comprising 0.5 to 1.0 wt.% of lactic acid, natural moisturizing oil, 5 to 10 wt.% of urea, a hydrophilic polymer, a polyhydric alcohol, and a cross-linking agent wherein the natural moisturizing oil includes at least one selected from the group consisting of olive oil, jojoba oil derived from jojoba seeds, and tea tree oil derived from tea tree leaves and wherein said cross-linking agent is a polyvalent metal salt.
A window (1a, 1b) or door having a. a frame made of sections of a frame profile connected to one another, b. wherein the frame comprises and forms a glass rebate, in which at least one glass rebate element is arranged for the adhesive bonding of a glazing, which element in the installed state forms an adhesive reservoir in conjunction with the respective frame profile and the glazing in each case in the glass rebate (6a, 6b, 6c), c. wherein the glass rebate element comprises a cushion, which is entirely or partially produced from a yielding material, which is a material having foam-type structure, wherein the glass rebate element comprises a shell, which is preferably connected in an integrally-joined and/or formfitting manner to the cushion, characterized in that d. the shell comprises a free end, which is angled in relation to a horizontal by 90°, preferably by greater than 30°, on a side of the installed glass rebate element facing away from a glass retention strip. a. a frame made of sections of a frame profile connected to one another, b. wherein the frame comprises and forms a glass rebate, in which at least one glass rebate element is arranged for the adhesive bonding of a glazing, which element in the installed state forms an adhesive reservoir in conjunction with the respective frame profile and the glazing in each case in the glass rebate (6a, 6b, 6c), c. wherein the glass rebate element comprises a cushion, which is entirely or partially produced from a yielding material, which is a material having foam-type structure, wherein the glass rebate element comprises a shell, which is preferably connected in an integrally-joined and/or formfitting manner to the cushion, characterized in that d. the shell comprises a free end, which is angled in relation to a horizontal by 90°, preferably by greater than 30°, on a side of the installed glass rebate element facing away from a glass retention strip.
Tool holder with a clamping chuck which is driveable in a rotating manner about an axis of rotation, is preferably designed as a shrink fit chuck and has a hollow clamping region, which is accessible via an end opening, for clamping the tool shank of a rotation tool, and a nozzle ring which is arranged on the end side of the clamping chuck and has nozzle bores for acting upon the rotation tool with a liquid and/or gaseous medium, wherein the nozzle ring is accommodated in an annular recess of the clamping chuck, said annular recess extending the end opening in a stepped manner, wherein the nozzle ring is fixed in the annular recess via connecting means and, with its inner shell, forms a radial boundary for the insertion of the rotation tool, characterized in that the nozzle ring forms an axial sealing surface on its rear end side against passage of the medium into the clamping region, wherein the sealing surface of the nozzle ring lies directly against a stepped surface of the annular recess.
A cooling arrangement for a turbine component, comprising: a turbine component having a film cooling portion and an impingement cooling portion spaced a distance from the film cooling portion, the film cooling portion establishing a film channel array having a plurality of film channels each extending along a film channel axis from a film channel entrance on a first side of the film cooling portion to a film channel exit on an opposing second side of the film cooling portion, the impingement cooling portion establishing an impingement cooling array having a plurality of impingement channels each extending along an impingement axis from an impingement channel entrance on a first side of the impingement cooling portion to an impingement channel exit on an opposing second side of the impingement cooling portion, wherein the film channel array is staggered relative to the impingement cooling array, wherein the impingement channels are configured to communicate fluid and a particulate carried by the fluid directly between the film channel entrances of the film cooling portion; and characterised in that the distance is between two and four times greater than a diameter of individual ones of the plurality of impingement channels. a turbine component having a film cooling portion and an impingement cooling portion spaced a distance from the film cooling portion, the film cooling portion establishing a film channel array having a plurality of film channels each extending along a film channel axis from a film channel entrance on a first side of the film cooling portion to a film channel exit on an opposing second side of the film cooling portion, the impingement cooling portion establishing an impingement cooling array having a plurality of impingement channels each extending along an impingement axis from an impingement channel entrance on a first side of the impingement cooling portion to an impingement channel exit on an opposing second side of the impingement cooling portion, wherein the film channel array is staggered relative to the impingement cooling array, wherein the impingement channels are configured to communicate fluid and a particulate carried by the fluid directly between the film channel entrances of the film cooling portion; and characterised in that the distance is between two and four times greater than a diameter of individual ones of the plurality of impingement channels.
A method, comprising: inserting a drive-cable end of a drive cable, which includes a plurality of coiled wires, and a hollow-shaft end of a hollow shaft (92, 131), which hollow-shaft end is shaped to define multiple shaft pores, into opposing ends of a coupling tube, which is shaped to define multiple coupling-tube pores; and while the drive-cable end and hollow-shaft end are inside the coupling tube, flowing a molten material between the coiled wires at the drive-cable end via the coupling-tube pores, and into the hollow-shaft end via the coupling-tube pores and shaft pores, such that, upon solidifying, the material bonds the drive cable to the shaft (92, 131). inserting a drive-cable end of a drive cable, which includes a plurality of coiled wires, and a hollow-shaft end of a hollow shaft (92, 131), which hollow-shaft end is shaped to define multiple shaft pores, into opposing ends of a coupling tube, which is shaped to define multiple coupling-tube pores; and while the drive-cable end and hollow-shaft end are inside the coupling tube, flowing a molten material between the coiled wires at the drive-cable end via the coupling-tube pores, and into the hollow-shaft end via the coupling-tube pores and shaft pores, such that, upon solidifying, the material bonds the drive cable to the shaft (92, 131).
A method of manufacturing a poly(alkylene carbonate) capsule, comprising: - applying a resin solution in which a heterogeneous resin is dissolved to a poly(alkylene carbonate); and - removing a solvent of the applied resin solution, wherein the heterogeneous resin is one or a mixture of two or more selected from polyamide, poly(butylene adipate-co-butylene-terephthalate), poly(butylene succinate), poly(butylene succinate-co-butylene adipate), cellulose acetate, triacetate cellulose, poly(methyl methacrylate), polyvinylpyrrolidone, polyvinylalcohol acetate, polyvinylalcohol, starch, styrenebutadienestyrene, acrylonitrilebutadienestyrene, styrenemaleic anhydride, ethylenemaleic anhydride, polylactic acid, and a copolymer of lactide-glycolide (PLGA; poly D,L-lactide-co-glycolide). - applying a resin solution in which a heterogeneous resin is dissolved to a poly(alkylene carbonate); and - removing a solvent of the applied resin solution,
A dimensionally adjustable vehicle (5, 10), comprising a platform (40, 110) of pivoting (a 1-4, c 1-4) and non-pivoting (b 1-6) plates arranged such that the spacing between a pair of said non-pivoting plates is changed to dimensionally adjust said vehicle upon application of an initiating force to a plurality of said pivoting plates which causes a pivoting motion, characterized in that at least one of said pivoting plates is a jointly pivoting plate (j 1-1, j 1-2, j 2-1, j 2-2, J 3, j 4) that is both laterally pivoting and longitudinally pivoting and that is pivotally connected to a plate in a central section of said platform and to a plate in a forward or rear section of said platform, such that said vehicle is adjustable both lengthwise and widthwise simultaneously.