mhurhangee/ep-ind-claims huggingface dataset:
A multijunction solar cell comprising: an upper first solar subcell (106, 107) having a first band gap; a second solar subcell (111, 112) adjacent to said upper first solar subcell and having a second band gap smaller than said first band gap; a first graded interlayer adjacent to said second solar subcell (111, 112), said first graded interlayer having a third band gap greater than said second band gap and that is constant throughout the thickness of the first graded interlayer; and a third solar subcell (119, 120) adjacent to said first graded interlayer, said third solar subcell having a fourth band gap smaller than said second band gap, such that said third solar subcell (119, 120) is lattice mismatched with respect to said second solar subcell (111, 112); a second graded interlayer adjacent to said third solar subcell (119, 120), said second graded interlayer having a fifth band gap greater than said fourth band gap that is constant at approximately 1.1 eV throughout the thickness of the second graded interlayer; a fourth solar subcell (126, 127) adjacent to said second graded interlayer; characterized in that the first graded interlayer has a band gap of 1.6 eV plus or minus 3% throughout its thickness so as to achieve a gradual transition in lattice constant in the semiconductor structure from the second subcell (111, 112) to the third solar subcell (119, 120). an upper first solar subcell (106, 107) having a first band gap; a second solar subcell (111, 112) adjacent to said upper first solar subcell and having a second band gap smaller than said first band gap; a first graded interlayer adjacent to said second solar subcell (111, 112), said first graded interlayer having a third band gap greater than said second band gap and that is constant throughout the thickness of the first graded interlayer; and a third solar subcell (119, 120) adjacent to said first graded interlayer, said third solar subcell having a fourth band gap smaller than said second band gap, such that said third solar subcell (119, 120) is lattice mismatched with respect to said second solar subcell (111, 112); a second graded interlayer adjacent to said third solar subcell (119, 120), said second graded interlayer having a fifth band gap greater than said fourth band gap that is constant at approximately 1.1 eV throughout the thickness of the second graded interlayer; a fourth solar subcell (126, 127) adjacent to said second graded interlayer; characterized in that the first graded interlayer has a band gap of 1.6 eV plus or minus 3% throughout its thickness so as to achieve a gradual transition in lattice constant in the semiconductor structure from the second subcell (111, 112) to the third solar subcell (119, 120).
A method for heating a frozen food product with a susceptor in a solid state microwave oven, the method comprising the following steps in the following order: a) placing the frozen food product with the susceptor into a cavity of a solid state microwave oven; b) performing a radio frequency sweep between a predetermined minimal and maximal frequency for all channels characterised by; c) analyzing the compound power return loss over the entire swept frequency range; d) heating the food product in a first heating step at a radio frequency where the compound power return loss is below the median value of the total compound return loss determined over the entire swept frequency range; e) heating the food product in a second heating step at a radio frequency where the compound power return loss is above the median value of the total compound return loss determined over the entire swept frequency range. a) placing the frozen food product with the susceptor into a cavity of a solid state microwave oven; b) performing a radio frequency sweep between a predetermined minimal and maximal frequency for all channels characterised by; c) analyzing the compound power return loss over the entire swept frequency range; d) heating the food product in a first heating step at a radio frequency where the compound power return loss is below the median value of the total compound return loss determined over the entire swept frequency range; e) heating the food product in a second heating step at a radio frequency where the compound power return loss is above the median value of the total compound return loss determined over the entire swept frequency range.
A ballscrew assembly comprising: a ballnut comprising a first material; a ballnut housing comprising a second material, wherein the first material and the second material are different materials; and a sleeve comprising a third material positioned between an exterior surface of the ballnut and an interior surface of the ballnut housing, wherein the sleeve is made from a material configured to assist axial movement of the ballnut, and wherein at least one of the ballnut housing or an element coupled to the ballnut housing axially secures the sleeve to the ballnut housing and restricts axial movement of the ballnut out of the ballnut housing characterized in that the ballnut further comprises an anti-rotation tab configured to communicate with a slot of the sleeve to restrict the ballnut from rotating relative to the sleeve. a ballnut comprising a first material; a ballnut housing comprising a second material, wherein the first material and the second material are different materials; and a sleeve comprising a third material positioned between an exterior surface of the ballnut and an interior surface of the ballnut housing, wherein the sleeve is made from a material configured to assist axial movement of the ballnut, and wherein at least one of the ballnut housing or an element coupled to the ballnut housing axially secures the sleeve to the ballnut housing and restricts axial movement of the ballnut out of the ballnut housing characterized in that the ballnut further comprises an anti-rotation tab configured to communicate with a slot of the sleeve to restrict the ballnut from rotating relative to the sleeve.
A seat subassembly of a motor vehicle seat having a deformation element which is integrated in a seat adjustment device and which comprises the following: - a base member, - a deformation portion which is formed on the base member and on which the deformation element can be deformed and/or destroyed under the action of an external force, and - a force introduction region with which a structural element (2, 8) in the form of an adjustment element of the seat adjustment device is in engagement and by means of which the structural element (2, 8) can be brought into operational connection with the deformation portion so that a force acting on that structural element (2, 8) can be introduced via the force introduction region into the deformation portion, wherein the base member of the deformation element is connected to a carrier component in a materially engaging manner and is intended to be secured together therewith to a subassembly of a motor vehicle seat characterized in that the deformation element is secured to a bearing component of the seat adjustment device and is received between the bearing component and the structural element (2, 8) in the form of an adjustment element and in that the structural element (2, 8) in the event of a deformation and/or destruction of the deformation portion can be moved along the deformation portion. - a base member, - a deformation portion which is formed on the base member and on which the deformation element can be deformed and/or destroyed under the action of an external force, and - a force introduction region with which a structural element (2, 8) in the form of an adjustment element of the seat adjustment device is in engagement and by means of which the structural element (2, 8) can be brought into operational connection with the deformation portion so that a force acting on that structural element (2, 8) can be introduced via the force introduction region into the deformation portion,
A primer set for use in a method for isothermally amplifying a target nucleic acid sequence, the primer set comprising: a first primer; and a second primer, wherein the first primer comprises, on the 3' side thereof, a sequence (A') that can hybridize to a sequence on the 3' side of the target nucleic acid sequence, the second primer comprises, on the 3' side thereof, a sequence (B') that can hybridize to a sequence on the 3' side of either a strand extended from the first primer or a strand complementary to the target nucleic acid sequence, and the first primer and the second primer comprise, on the 5' sides thereof, sequences that are substantially identical to each other and can each hybridize to a complementary sequence in the other primer, and at least one of the first primer and the second primer further comprises, on the 5' side of the sequence, a folding sequence (D-D') comprising, on the same strand, two sequences that hybridize to each other. a first primer; and a second primer, wherein the first primer comprises, on the 3' side thereof, a sequence (A') that can hybridize to a sequence on the 3' side of the target nucleic acid sequence, the second primer comprises, on the 3' side thereof, a sequence (B') that can hybridize to a sequence on the 3' side of either a strand extended from the first primer or a strand complementary to the target nucleic acid sequence, and the first primer and the second primer comprise, on the 5' sides thereof, sequences that are substantially identical to each other and can each hybridize to a complementary sequence in the other primer, and at least one of the first primer and the second primer further comprises, on the 5' side of the sequence, a folding sequence (D-D') comprising, on the same strand, two sequences that hybridize to each other.
Drawer structure for tool-freely detachably storing a receiving body at and/or in a storing device, wherein the drawer structure comprises: a first drawer guide with a first drawer body which is to be rigidly attached to a first side of the storing device, and with a second drawer body which is movably attached to the first drawer body; a second drawer guide with a first drawer body which is to be rigidly attached to a second side of the storing device, and with a second drawer body which is movably attached to the first drawer body; a connection structure which connects the movable second drawer bodies (108, 114); coupling structures which are configured to be brought in an effective connection, in particular in engagement, with corresponding coupling structures (34, 40) of the receiving body, to tool-freely detachably store the receiving body at the drawer structure; wherein the connection structure comprises a locking unit for selectively locking the drawer structure. a first drawer guide with a first drawer body which is to be rigidly attached to a first side of the storing device, and with a second drawer body which is movably attached to the first drawer body; a second drawer guide with a first drawer body which is to be rigidly attached to a second side of the storing device, and with a second drawer body which is movably attached to the first drawer body; a connection structure which connects the movable second drawer bodies (108, 114); coupling structures which are configured to be brought in an effective connection, in particular in engagement, with corresponding coupling structures (34, 40) of the receiving body, to tool-freely detachably store the receiving body at the drawer structure; wherein the connection structure comprises a locking unit for selectively locking the drawer structure.
A drip chamber assembly for an infusion tube, comprising: a first end (104, 204, 304) arranged to receive a drip tube (106, 206, 306); a second end (108, 208, 308) including an exit port (110, 210, 310); at least one wall (112, 212, 312) connecting the first and second ends; a space (120, 220, 320) enclosed by the first and second ends and the at least one wall; and characterized by first and second lenses (221A, 221B) each directly fixed to said at least one wall and arranged to receive light transmitted through the space and focus and transmit the received light to lenses 224A and 224B respectively. a first end (104, 204, 304) arranged to receive a drip tube (106, 206, 306); a second end (108, 208, 308) including an exit port (110, 210, 310); at least one wall (112, 212, 312) connecting the first and second ends; a space (120, 220, 320) enclosed by the first and second ends and the at least one wall; and characterized by first and second lenses (221A, 221B) each directly fixed to said at least one wall and arranged to receive light transmitted through the space and focus and transmit the received light to lenses 224A and 224B respectively.
A method of displaying active web pages on a mobile device, the method comprising: displaying content for a first active web page in a first pane on a display of the mobile device, the first active web page having a first hyperlink for a first target web page, and the first pane being displayed in a maximized state on the display, displaying a second active web page in a second pane (450; 650), the second pane being in a minimized state in a dock area of the display; receiving a long touch input on the first hyperlink; and responsive to receiving the long touch input, opening the first target web page in a third pane, the third pane being displayed in a minimized state in the dock area, wherein a minimized state is a smaller version of a maximized state and wherein the second active web page and the first target web page load, run, and/or update content in parallel with each other and with the first active web page. displaying content for a first active web page in a first pane on a display of the mobile device, the first active web page having a first hyperlink for a first target web page, and the first pane being displayed in a maximized state on the display, displaying a second active web page in a second pane (450; 650), the second pane being in a minimized state in a dock area of the display; receiving a long touch input on the first hyperlink; and responsive to receiving the long touch input, opening the first target web page in a third pane, the third pane being displayed in a minimized state in the dock area, wherein a minimized state is a smaller version of a maximized state and active web page having a first hyperlink for a first target web page, and the first pane being displayed in a maximized state on the display, displaying a second active web page in a second pane (450; 650), the second pane being in a minimized state in a dock area of the display; receiving a long touch input on the first hyperlink; and responsive to receiving the long touch input, opening the first target web page in a third pane, the third pane being displayed in a minimized state in the dock area, wherein a minimized state is a smaller version of a maximized state and wherein the second active web page and the first target web page load, run, and/or update content in parallel with each other and with the first active web page.
A process of making a metal chalcogenide alloy film on a substrate comprising steps of: contacting the substrate with a silyl-chalcogen selected from a silyltellurium and a silylselenium; and contacting the substrate with a metal compound having a general formula of: R y MX n; wherein M is selected from Ge, Sb, In, Sn, Ga, Bi, Ag, Cu, Zr, Hf, Hg, Cd, Zn and noble metals; X is a nucleophilic group selected from alkoxy, fluorine, chlorine, bromine, cyano, cyanate, thiocyanate, diketonate, carboxylic groups and mixtures thereof; each R is independently selected from hydrogen, alkyl groups with 1 to 10 carbons in linear, branched or cyclic form, and aromatic groups; y=0 to 4; n=1 to 5; and y+n≤5. contacting the substrate with a silyl-chalcogen selected from a silyltellurium and a silylselenium; and contacting the substrate with a metal compound having a general formula of: R y MX n; wherein M is selected from Ge, Sb, In, Sn, Ga, Bi, Ag, Cu, Zr, Hf, Hg, Cd, Zn and noble metals; X is a nucleophilic group selected from alkoxy, fluorine, chlorine, bromine, cyano, cyanate, thiocyanate, diketonate, carboxylic groups and mixtures thereof; each R is independently selected from hydrogen, alkyl groups with 1 to 10 carbons in linear, branched or cyclic form, and aromatic groups; y=0 to 4; n=1 to 5; and y+n≤5.
A system for detecting a fluid characteristic in a medication fluid communication system comprising: a fluid reservoir; a fluid path connected between the fluid reservoir and a patient; a fluid delivery mechanism that controls the flow of fluid from the fluid reservoir to the patient via the fluid path; characterized by a planar base that supports the fluid delivery mechanism, the fluid path comprising at least one channel embedded on a surface of the planar base; and at least one sensor provided relative to the at least one embedded channel (24, 26) such that the sensor is in direct contact with fluid in a portion of the embedded channel (24, 26), or has an intermediate element in direct contact with fluid in a portion of the embedded channel (24, 26) to separate a sensing element of the sensor from fluid in the embedded channel (24, 26); the at least one sensor selected from the group consisting of a pressure sensor configured to measure pressure of the fluid within the fluid path based on a force corresponding to pressure exerted by the fluid in the fluid path flowing directly or indirectly over a designated surface area of the pressure sensor, and a flow sensor configured to measure a characteristic of fluid flow within the fluid path to determine flow rate. a fluid reservoir; a fluid path connected between the fluid reservoir and a patient; a fluid delivery mechanism that controls the flow of fluid from the fluid reservoir to the patient via the fluid path; a planar base that supports the fluid delivery mechanism, the fluid path comprising at least one channel embedded on a surface of the planar base; and at least one sensor provided relative to the at least one embedded channel (24, 26) such that the sensor is in direct contact with fluid in a portion of the embedded channel (24, 26), or has an intermediate element in direct contact with fluid in a portion of the embedded channel (24, 26) to separate a sensing element of the sensor from fluid in the embedded channel (24, 26); the at least one sensor selected from the group consisting of a pressure sensor configured to measure pressure of the fluid within the fluid path based on a force corresponding to pressure exerted by the fluid in the fluid path flowing directly or indirectly over a designated surface area of the pressure sensor, and a flow sensor configured to measure a characteristic of fluid flow within the fluid path to determine flow rate.
A propylene-based resin composition characterized by comprising from 1 to 99 parts by weight of a propylene-based polymer (α) whose melt flow rate at 230°C under a load of 2.16 kg obtained according to ASTM D1238E is from 0.1 to 500 g/10 min and from 1 to 99 parts by weight of an olefin-based resin (β) satisfying the following requirements to (in which a sum of the (α) and the (β) is 100 parts by weight): the olefin-based resin (β) includes a grafted olefin-based polymer having a main chain comprising an ethylene/α-olefin copolymer and at least one side chain comprising an ethylene polymer; the olefin-based resin (β) has a melting peak in a range of from 60 to 130°C in a differential scanning calorimetry measurement and a melting heat quantity ΔH at the melting peak is in a range of from 5 to 100 J/g; a percentage E of an ortho-dichlorobenzene soluble component at 20°C or lower measured by cross-fractionation chromatography is 45% by weight or less; a glass transition temperature Tg measured by differential scanning calorimetry is in a range of from -80 to -30°C; and an intrinsic viscosity [η] measured in decalin at 135°C is in a range of from 0.1 to 12 dl/g. the olefin-based resin (β) includes a grafted olefin-based polymer having a main chain comprising an ethylene/α-olefin copolymer and at least one side chain comprising an ethylene polymer; the olefin-based resin (β) has a melting peak in a range of from 60 to 130°C in a differential scanning calorimetry measurement and a melting heat quantity ΔH at the melting peak is in a range of from 5 to 100 J/g; a percentage E of an ortho-dichlorobenzene soluble component at 20°C or lower measured by cross-fractionation chromatography is 45% by weight or less; a glass transition temperature Tg measured by differential scanning calorimetry is in a range of from -80 to -30°C; and an intrinsic viscosity [η] measured in decalin at 135°C is in a range of from 0.1 to 12 dl/g.
Milling tool comprising a tool head which is rotatable about a tool axis and can be coupled at its rear to a machine spindle, a plurality of cutting elements for milling a workpiece, which cutting elements are arranged so as to be distributed around the tool axis on a cutting circle and are each provided with a front plane cutting edge and a peripheral cutting edge extending at an angle thereto, and a channel system extending through the tool head for delivering coolant to the cutting elements, characterized in that a replaceable ring is equipped with the cutting elements, and the replaceable ring is placed on a front end flange of the tool head in an interlocking manner and releasably fastened there, wherein the replaceable ring comprises a plurality of coolant distribution channels which are associated individually with the cutting elements and extend so as to be curved at least in portions, and that the replaceable ring is in the form of a 3D-printed part.