mhurhangee/patent-ind-claim-en huggingface dataset:
A stump reducing machine comprising: a chassis including a first end and a second end ; an engine mounted to the chassis; a mount member pivotally connected to the second end of the chassis, wherein the mount member is configured to pivot about a substantially vertical axis; a material reduction linkage assembly mounted to the mounting member, the material reduction linkage assembly including: a first linkage pivotally mounted to the mounting member, wherein the first linkage is configured to pivot about a substantially horizontal axis; a second linkage pivotally mounted to the mounting member, wherein the second linkage is configured to pivot about a substantially horizontal axis; and a third linkage pivotally mounted to the first linkage and the second linkage, wherein the third linkage is configured to support a rotatable material reduction tool that is positioned further from the first end of the chassis than the second end of the chassis. a chassis including a first end and a second end ; an engine mounted to the chassis; a mount member pivotally connected to the second end of the chassis, wherein the mount member is configured to pivot about a substantially vertical axis; a material reduction linkage assembly mounted to the mounting member, the material reduction linkage assembly including: a first linkage pivotally mounted to the mounting member, wherein the first linkage is configured to pivot about a substantially horizontal axis; a second linkage pivotally mounted to the mounting member, wherein the second linkage is configured to pivot about a substantially horizontal axis; and a third linkage pivotally mounted to the first linkage and the second linkage, wherein the third linkage is configured to support a rotatable material reduction tool that is positioned further from the first end of the chassis than the second end of the chassis. a first linkage pivotally mounted to the mounting member, wherein the first linkage is configured to pivot about a substantially horizontal axis; a second linkage pivotally mounted to the mounting member, wherein the second linkage is configured to pivot about a substantially horizontal axis; and a third linkage pivotally mounted to the first linkage and the second linkage, wherein the third linkage is configured to support a rotatable material reduction tool that is positioned further from the first end of the chassis than the second end of the chassis.
A planographic printing plate precursor comprising: a hydrophilic support; and an image recording layer on the hydrophilic support, wherein the image recording layer contains an organic particle containing a resin that has a constitutional unit A having a cation moiety and a constitutional unit B having an anion moiety, and characterized in that the image recording layer is an on-press development type image recording layer and in that the resin further has a constitutional unit containing a hydrophilic group other than the constitutional unit A and the constitutional unit B. a hydrophilic support; and an image recording layer on the hydrophilic support, wherein the image recording layer contains an organic particle containing a resin that has a constitutional unit A having a cation moiety and a constitutional unit B having an anion moiety, and characterized in that the image recording layer is an on-press development type image recording layer and in that the resin further has a constitutional unit containing a hydrophilic group other than the constitutional unit A and the constitutional unit B.
A suspension unit for a wheeled work vehicle , the suspension unit comprising a pair of spaced apart wheel carrying arms for carrying respective ground engaging wheels , a main mounting means defining a main transverse pivot axis and configured for pivotally connecting the suspension unit to a chassis of a wheeled work vehicle with the main transverse pivot axis extending transversely of the direction of normal forward motion of the work vehicle and with the wheel carrying arms extending in one of a generally rearward direction and a generally forward direction from the main transverse pivot axis , and an elongated connecting member extending substantially parallel to the main transverse pivot axis between the wheel carrying arms and connecting the wheel carrying arms for retaining the wheel carrying arms in the spaced apart disposition, characterised in that the connecting member comprises an elongated torsion shaft defining a torsional axis about which limited pivotal type deflection of the wheel carrying arms relative to each other is permitted, and the torsional axis defined by the torsion shaft substantially coinciding with the main transverse pivot axis .
A method for testing notification appliances in an alarm system, the method comprising: actuating an input device on a notification appliance a first time, whereby a notification feature of the notification appliance is activated for a test period; automatically entering a waiting period after expiration of the test period; actuating the input device on the notification appliance a second time during the waiting period, whereby a pass signal is automatically transmitted from the notification appliance; and automatically transmitting a fail signal from the notification appliance after expiration of the waiting period if the input device was not actuated a second time during the waiting period. actuating an input device on a notification appliance a first time, whereby a notification feature of the notification appliance is activated for a test period; automatically entering a waiting period after expiration of the test period; actuating the input device on the notification appliance a second time during the waiting period, whereby a pass signal is automatically transmitted from the notification appliance; and automatically transmitting a fail signal from the notification appliance after expiration of the waiting period if the input device was not actuated a second time during the waiting period.
A pressure sensor system formed by the method according to claim 6 comprising: a tube having a center passage ; a substrate formed around the tube , the substrate having a trench open to a top side, such that a top portion of the tube is exposed in the trench and the center passage of the tube forms at least a portion of a passage through the substrate ; a pressure sensor die having a membrane supported by a frame , wherein the membrane and the frame define a backside cavity in the pressure sensor die , and wherein a portion of the frame is located in the trench such that the top portion of the tube is located in the backside cavity of the pressure sensor die ; a first material located in the trench , wherein the first material is located between a bottom of the frame and a bottom surface of the trench ; and a second material located in the trench and on the first material , wherein the second material surrounds a bottom portion of the frame . a tube having a center passage ; a substrate formed around the tube , the substrate having a trench open to a top side, such that a top portion of the tube is exposed in the trench and the center passage of the tube forms at least a portion of a passage through the substrate ; a pressure sensor die having a membrane supported by a frame , wherein the membrane and the frame define a backside cavity in the pressure sensor die , and wherein a portion of the frame is located in the trench such that the top portion of the tube is located in the backside cavity of the pressure sensor die ; a first material located in the trench , wherein the first material is located between a bottom of the frame and a bottom surface of the trench ; and a second material located in the trench and on the first material , wherein the second material surrounds a bottom portion of the frame .
Jet regulator which can be mounted on the water outlet of a sanitary outlet fitting, having a jet regulator housing in which there is provided a jet splitter , which has splitter openings for dividing the water flowing through into individual jets, and having at least one insert part which has a grid structure composed of two sets of parallel webs (7; 8) that touch or intersect one another at crossing nodes , wherein one of the two sets is an inflow-side set and the mutually parallel webs of the inflow-side set have a round or rounded web cross section, characterized - in that the sets are arranged in two planes offset in the longitudinal direction of the jet regulator, - in that the other one of the two sets is an outflow-side set, the webs of which bear a flattened portion on their inflow side and are rounded on their outflow side . - in that the sets are arranged in two planes offset in the longitudinal direction of the jet regulator, - in that the other one of the two sets is an outflow-side set, the webs of which bear a flattened portion on their inflow side and are rounded on their outflow side .
Apparatus for monitoring a container , designed for arrangement in or on the container , having: - a sensor cluster having a multiplicity of piezoelectric sensors (21-1, ..., 21-10) that are each designed for a physically separate arrangement in or on the container, and - an evaluation unit , coupled to the sensor cluster by means of a coupling means , designed to use the coupling means to receive output signals of the multiplicity of piezoelectric sensors (21-1, ..., 21-10) and to evaluate said output signals, and to take the evaluation as a basis for providing a state signal , wherein the state signal is indicative of a state of the container to be monitored; characterized in that the evaluation unit has a microcontroller and a data memory for the purpose of evaluating the output signals of the piezoelectric sensors (21-1, ..., 21-10); and the evaluation unit is designed so as, when evaluating the output signals of the piezoelectric sensors (21-1, ..., 21-10), to compare the output signals with excitation patterns stored on the data memory and to take the comparison as a basis for providing the state signal . - a sensor cluster having a multiplicity of piezoelectric sensors (21-1, ..., 21-10) that are each designed for a physically separate arrangement in or on the container, and - an evaluation unit , coupled to the sensor cluster by means of a coupling means , designed to use the coupling means to receive output signals of the multiplicity of piezoelectric sensors (21-1, ..., 21-10) and to evaluate said output signals, and to take the evaluation as a basis for providing a state signal , wherein the state signal is indicative of a state of the container to be monitored;
A cathode for a lithium secondary battery, comprising: a cathode current collector; and a cathode active material layer comprising a first cathode active material layer and a second cathode active material layer sequentially stacked on the cathode current collector, wherein the first cathode active material layer includes a first cathode active material particle having a secondary particle structure, and the second cathode active material layer includes a second cathode active material particle having a single particle shape, wherein a ratio of the adhesive force of the first cathode active material layer to the surface of the cathode current collector relative to the adhesive force of the second cathode active material layer to the surface of the first cathode active material layer is greater than 1 and less than or equal to 10, wherein the adhesive force of the first cathode active material layer to a surface of the cathode current collector is measured by peeling off the first cathode active material layer from the surface of the cathode current collector, and the adhesive force of the second cathode active material layer to a surface of the first cathode active material layer is measured by peeling off the second cathode active material layer from the surface of the first cathode active material layer. a cathode current collector; and a cathode active material layer comprising a first cathode active material layer and a second cathode active material layer sequentially stacked on the cathode current collector, wherein the first cathode active material layer includes a first cathode active material particle having a secondary particle structure, and the second cathode active material layer includes a second cathode active material particle having a single particle shape, wherein a ratio of the adhesive force of the first cathode active material layer to the surface of the cathode current collector relative to the adhesive force of the second cathode active material layer to the surface of the first cathode active material layer is greater than 1 and less than or equal to 10, wherein the adhesive force of the first cathode active material layer to a surface of the cathode current collector is measured by peeling off the first cathode active material layer from the surface of the cathode current collector, and the adhesive force of the second cathode active material layer to a surface of the first cathode active material layer is measured by peeling off the second cathode active material layer from the surface of the first cathode active material layer.
A bottom flashing element comprising a rail member configured for being attached to a bottom member of a rectangular frame of a roof penetrating structure mounted in an inclined roof , a skirt member attached to the rail member and configured for extending away from the bottom member of the roof penetrating structure and over a roof covering below the roof penetrating structure in a mounted state, and two corner members , each having a first edge configured for extending along a side member of the frame , a second edge attached to the skirt member , a third edge opposite the first edge and a fourth edge opposite the second edge, where the second edge is perpendicular to the first edge, said corner members extending away from the rail member in opposite directions and being configured for extending underneath a roof covering adjacent to the roof penetrating structure in a mounted state, and said corner members having an interior side configured for facing an interior of a building in a mounted state and an exterior side opposite the interior side, and each corner member comprising an edge projection extending along the third edge and projecting from the exterior side, away from the interior side, characterized in that the width (B) of each corner member measured along the second edge from the first edge to the third edge of the corner member is larger than the length (L) of the corner member measured along the first edge . a rail member configured for being attached to a bottom member of a rectangular frame of a roof penetrating structure mounted in an inclined roof , a skirt member attached to the rail member and configured for extending away from the bottom member of the roof penetrating structure and over a roof covering below the roof penetrating structure in a mounted state, and two corner members , each having a first edge configured for extending along a side member of the frame , a second edge attached to the skirt member , a third edge opposite the first edge and a fourth edge opposite the second edge, where the second edge is perpendicular to the first edge, said corner members extending away from the rail member in opposite directions and being configured for extending underneath a roof covering adjacent to the roof penetrating structure in a mounted state, and said corner members having an interior side configured for facing an interior of a building in a mounted state and an exterior side opposite the interior side, and each corner member comprising an edge projection extending along the third edge and projecting from the exterior side, away from the interior side, characterized in that the width (B) of each corner member measured along the second edge from the first edge to the third edge of the corner member is larger than the length (L) of the corner member measured along the first edge .
A method of forming a polymer, comprising: positioning (S10) a mould in relation to a bath containing a molten material to form a mould cavity between the mould and the molten material; adding (S12) a monomer within the mould cavity ; and curing (S14) the monomer to form a polymer. positioning (S10) a mould in relation to a bath containing a molten material to form a mould cavity between the mould and the molten material; adding (S12) a monomer within the mould cavity ; and curing (S14) the monomer to form a polymer.
A decoding method in a multichannel audio system comprising three audio channels, the method comprising: receiving first, second and third input audio channels ; receiving side information indicating coding schemes; subjecting said first and second input audio channels to a first stereo decoding so as to obtain first and second stereo decoded intermediate audio channels , subjecting said first stereo decoded intermediate audio channel and said third input audio channel to a second stereo decoding so as to obtain first and second stereo decoded output audio channels , outputting said first and second stereo decoded output audio channels and said second stereo decoded intermediate audio channel , wherein decoding schemes of the first and second stereo decodings are selected from LR-decoding, MS-decoding or enhanced MS-decoding, based on the side information , wherein enhanced MS-decoding is defined by the relationships: Ln = 1 + α An + Bn , and Rn = 1 − α An − Bn , where An, Bn are the input channels of the decoding, Ln, Rn are the output channels of the decoding, and α is a parameter in the range from minus one to one. receiving first, second and third input audio channels ; receiving side information indicating coding schemes; subjecting said first and second input audio channels to a first stereo decoding so as to obtain first and second stereo decoded intermediate audio channels , subjecting said first stereo decoded intermediate audio channel and said third input audio channel to a second stereo decoding so as to obtain first and second stereo decoded output audio channels , outputting said first and second stereo decoded output audio channels and said second stereo decoded intermediate audio channel , wherein decoding schemes of the first and second stereo decodings are selected from LR-decoding, MS-decoding or enhanced MS-decoding, based on the side information , wherein enhanced MS-decoding is defined by the relationships: Ln = 1 + α An + Bn , and Rn = 1 − α An − Bn , where An, Bn are the input channels of the decoding, Ln, Rn are the output channels of the decoding, and α is a parameter in the range from minus one to one.
A bathhouse comprising an internal building which encloses and shields a wet environment and an external building which encloses the internal building, wherein the walls of the internal building and the walls of the external building are arranged at a distance from each other such that a space is formed between the internal building and the external building , characterized in that the bathhouse has a passage for entry to the internal building , the passage connecting a position outside the external building with a position inside the internal building , and the passage being shielded against the space formed between the internal building and the external building .
A computing system with gaze-assisted touchscreen inputs, comprising: input registration logic to: receive a touch signal indicative of a touch of a user on a touchscreen of the computing system, receive a gaze location signal indicative of a region of a user's gaze on the touchscreen, determine, based at least in part on the gaze location signal and on the touch signal, whether the touch was located outside of the region of the user's gaze, select a touch type of the touch signal, wherein the selected touch type is a non-gaze-associated touch type if the touch is determined to be outside the region of the user's gaze and the touch type is a non-gaze-associated touch type or a gaze-associated touch type if the touch is determined to be within the region of the user's gaze, and generate an input signal to the computing system based on the selected touch type of the touch signal. receive a touch signal indicative of a touch of a user on a touchscreen of the computing system, receive a gaze location signal indicative of a region of a user's gaze on the touchscreen, determine, based at least in part on the gaze location signal and on the touch signal, whether the touch was located outside of the region of the user's gaze, select a touch type of the touch signal, wherein the selected touch type is a non-gaze-associated touch type if the touch is determined to be outside the region of the user's gaze and the touch type is a non-gaze-associated touch type or a gaze-associated touch type if the touch is determined to be within the region of the user's gaze, and generate an input signal to the computing system based on the selected touch type of the touch signal.
A linalool dehydratase-isomerase variant which is characterized in that it is capable of converting: (i) crotyl alcohol, but-3-en-2-ol or but-3-en-1-ol into 1,3 butadiene; or (ii) prenol, isoprenol, 2-methyl-but-3-en-1-ol, 2-methyl-but-2-en-1-ol, 3-methyl-but-3-en-2-ol or 2-methyl-but-3-en-2-ol into isoprene; or (iii) 2,3-dimethyl-but-2-en-1-ol, 2,3-dimethyl-but-3-en-2-ol or 2,3-dimethyl-but-3-en-1-ol into dimethylbutadiene with an improved activity over the activity of the linalool dehydratase-isomerase of SEQ ID NO: 1, wherein the linalool dehydratase-isomerase variant is characterized in that : (a) it has a sequence identity of at least 60% to the sequence shown in SEQ ID NO:1; and (b) it shows one or more amino acid substitutions at a position selected from the group consisting of positions 195, 116, 80, 106, 119, 357, 75, 132, 73, 199, 123, 68, 126, 159, 227, 367, 234, 192, 157, 169, 181, 156, 122, 84, 318, 389, 115, 76, 390, 255, 247, 50, 251, 158, 324, 281, 285, 98, 95, 186, 248, 72, 175, 245, 77, 254, and 373, in the amino acid sequence shown in SEQ ID NO:1 or at a position corresponding to any of these positions. (i) crotyl alcohol, but-3-en-2-ol or but-3-en-1-ol into 1,3 butadiene; or (ii) prenol, isoprenol, 2-methyl-but-3-en-1-ol, 2-methyl-but-2-en-1-ol, 3-methyl-but-3-en-2-ol or 2-methyl-but-3-en-2-ol into isoprene; or (iii) 2,3-dimethyl-but-2-en-1-ol, 2,3-dimethyl-but-3-en-2-ol or 2,3-dimethyl-but-3-en-1-ol into dimethylbutadiene (a) it has a sequence identity of at least 60% to the sequence shown in SEQ ID NO:1; and (b) it shows one or more amino acid substitutions at a position selected from the group consisting of positions 195, 116, 80, 106, 119, 357, 75, 132, 73, 199, 123, 68, 126, 159, 227, 367, 234, 192, 157, 169, 181, 156, 122, 84, 318, 389, 115, 76, 390, 255, 247, 50, 251, 158, 324, 281, 285, 98, 95, 186, 248, 72, 175, 245, 77, 254, and 373, in the amino acid sequence shown in SEQ ID NO:1 or at a position corresponding to any of these positions.