mhurhangee/patent-ind-claim-en huggingface dataset:
A die assembly for molding a resin-made insert having a sleeve that is inserted into an intake port of an internal combustion engine , the sleeve comprising an inlet into which intake air flows and two outlets from which the intake air flows, the die assembly comprising: an outer die (B-E) configured to form an outer peripheral surface of the insert ; and an inner die (A, E) configured to form an inner peripheral surface of the insert , wherein the inner die (A, E) includes an inlet side part (A) and an outlet side part (E) that mold the inner peripheral surface of the sleeve in an assembled state, and are removed in mutually opposite directions, the outer die (B-E) and the inner die (A, E) are configured to form the sleeve such that a distance (X) between most distant wall surfaces of the inlet of the sleeve is smaller than a distance (Y) between most distant wall surfaces of the two outlets , the inlet side part (A) includes bifurcated projections projecting from the inlet toward the outlets , and the outlet side part (E) includes a pair of projections projecting from the outlets toward the inlet , characterized in that the bifurcated projections of the inlet side part (A) are configured to directly contact with resin material to mold the inner peripheral surface of the sleeve in a state fitted between the pair of projections of the outlet side part (E). an outer die (B-E) configured to form an outer peripheral surface of the insert ; and an inner die (A, E) configured to form an inner peripheral surface of the insert , wherein the inner die (A, E) includes an inlet side part (A) and an outlet side part (E) that mold the inner peripheral surface of the sleeve in an assembled state, and are removed in mutually opposite directions, the outer die (B-E) and the inner die (A, E) are configured to form the sleeve such that a distance (X) between most distant wall surfaces of the inlet of the sleeve is smaller than a distance (Y) between most distant wall surfaces of the two outlets , the inlet side part (A) includes bifurcated projections projecting from the inlet toward the outlets , and the outlet side part (E) includes a pair of projections projecting from the outlets toward the inlet , the inner die (A, E) includes an inlet side part (A) and an outlet side part (E) that mold the inner peripheral surface of the sleeve in an assembled state, and are removed in mutually opposite directions, the outer die (B-E) and the inner die (A, E) are configured to form the sleeve such that a distance (X) between most distant wall surfaces of the inlet of the sleeve is smaller than a distance (Y) between most distant wall surfaces of the two outlets , the inlet side part (A) includes bifurcated projections projecting from the inlet toward the outlets , and the outlet side part (E) includes a pair of projections projecting from the outlets toward the inlet , characterized in that the bifurcated projections of the inlet side part (A) are configured to directly contact with resin material to mold the inner peripheral surface of the sleeve in a state fitted between the pair of projections of the outlet side part (E).
A slide bearing for supporting a load, comprising: an upper case ; and a lower case rotatably combined with the upper case; the lower case comprising: a lower case body in a substantial cylindrical shape; a flange part projecting radially outwardly from an outer peripheral surface of the lower case body; and a plurality of recess sections formed on an outer peripheral surface of the flange part at equal intervals in circumferential direction, wherein inside the recess section , a wall surface located on a lower side in a direction of an axis of the lower case body , slopes in an upward direction of the axis as going radially inwardly, characterised in that the flange part comprises an annular protrusion formed on an upper surface of the flange part , an upper surface of the annular protrusion is provided with an annular recess section , a bottom inside the annular recess section is provided with a plurality of hollow sections arranged at equal intervals in the circumferential direction, and the recess sections are arranged alternating with the hollow sections in the circumferential direction. an upper case ; and a lower case rotatably combined with the upper case; the lower case comprising: a lower case body in a substantial cylindrical shape; a flange part projecting radially outwardly from an outer peripheral surface of the lower case body; and a plurality of recess sections formed on an outer peripheral surface of the flange part at equal intervals in circumferential direction, wherein inside the recess section , a wall surface located on a lower side in a direction of an axis of the lower case body , slopes in an upward direction of the axis as going radially inwardly, characterised in that the flange part comprises an annular protrusion formed on an upper surface of the flange part , an upper surface of the annular protrusion is provided with an annular recess section , a bottom inside the annular recess section is provided with a plurality of hollow sections arranged at equal intervals in the circumferential direction, and the recess sections are arranged alternating with the hollow sections in the circumferential direction. a lower case body in a substantial cylindrical shape; a flange part projecting radially outwardly from an outer peripheral surface of the lower case body; and a plurality of recess sections formed on an outer peripheral surface of the flange part at equal intervals in circumferential direction, wherein inside the recess section , a wall surface located on a lower side in a direction of an axis of the lower case body , slopes in an upward direction of the axis as going radially inwardly, characterised in that the flange part comprises an annular protrusion formed on an upper surface of the flange part , an upper surface of the annular protrusion is provided with an annular recess section , a bottom inside the annular recess section is provided with a plurality of hollow sections arranged at equal intervals in the circumferential direction, and the recess sections are arranged alternating with the hollow sections in the circumferential direction.
A photoinitiator of the formula (I) in which R3, R4, R5 and R6 are selected from H or C 1 -C 6 alkyl; wherein one of R1, R2, R7 or R8 has a structure of formula (Ia): in which: Z1 is a linker comprising one or more linker units selected from a single bond, -O-, -S-, optionally-substituted -(C 1 -C 12 alkylene)-, optionally-substituted -(C 1 -C 12 alkenylene)-, -SO 2 -, -CO-, -NR'-, -Si(R') 2 -, optionally-substituted heterocyclyl and optionally-substituted aryl in which R' is H or C 1 -C 6 alkyl; wherein linker -Z1-, optionally in combination with -Z2-, comprises at least one sulfonamide, a sulfonic ester, a carboxamide or a carboxylate ester moiety; Z2 is a trivalent nitrogen atom or Z2 is C(R"), in which R" is H or C 1 -C 6 alkyl; provided that - when Z2 is a nitrogen atom - the linker unit in Z1 adjacent to Z2 is -SO 2 - or -CO-; each of X1 and X2 are independently selected from a single bond, or a linker comprising one or more linker units selected from -O-, -S-, optionally-substituted -(C 1 -C 12 alkylene)-, optionally-substituted -(C 1 -C 12 alkenylene)-, -SO 2 -,-CO-, -NR'-, optionally-substituted heterocyclyl and optionally-substituted aryl in which R' is H or C 1 -C 6 alkyl; and wherein X1 and X2 may be linked to one another or to Z1 to form one or more ring structures; and wherein the remaining R1, R2, R7 and R8 are selected from H or C 1 -C 6 alkyl. in which R3, R4, R5 and R6 are selected from H or C 1 -C 6 alkyl; wherein one of R1, R2, R7 or R8 has a structure of formula (Ia): Z1 is a linker comprising one or more linker units selected from a single bond, -O-, -S-, optionally-substituted -(C 1 -C 12 alkylene)-, optionally-substituted -(C 1 -C 12 alkenylene)-, -SO 2 -, -CO-, -NR'-, -Si(R') 2 -, optionally-substituted heterocyclyl and optionally-substituted aryl in which R' is H or C 1 -C 6 alkyl; wherein linker -Z1-, optionally in combination with -Z2-, comprises at least one sulfonamide, a sulfonic ester, a carboxamide or a carboxylate ester moiety; Z2 is a trivalent nitrogen atom or Z2 is C(R"), in which R" is H or C 1 -C 6 alkyl; provided that - when Z2 is a nitrogen atom - the linker unit in Z1 adjacent to Z2 is -SO 2 - or -CO-; each of X1 and X2 are independently selected from a single bond, or a linker comprising one or more linker units selected from -O-, -S-, optionally-substituted -(C 1 -C 12 alkylene)-, optionally-substituted -(C 1 -C 12 alkenylene)-, -SO 2 -,-CO-, -NR'-, optionally-substituted heterocyclyl and optionally-substituted aryl in which R' is H or C 1 -C 6 alkyl; and wherein X1 and X2 may be linked to one another or to Z1 to form one or more ring structures;
A mobile device comprising: a plurality of sensors ; and a processor configured to: determine multiple authentication processes based upon sensor inputs and mobile device capabilities for authentication with at least one of an application or a service provider; determine a risk index based upon a summation of contextual input values; determine a trust index based upon a summation of trust levels associated with one or more of the authentication processes, and wherein the trust level associated with at least one of the authentication processes is weighted based on at least one of ambient levels of sound, light, or motion; select, from amongst the multiple authentication processes, one or more authentication processes for which the determined trust index is greater than the determined risk index; and execute the one or more selected authentication processes. a plurality of sensors ; and a processor configured to: determine multiple authentication processes based upon sensor inputs and mobile device capabilities for authentication with at least one of an application or a service provider; determine a risk index based upon a summation of contextual input values; determine a trust index based upon a summation of trust levels associated with one or more of the authentication processes, and wherein the trust level associated with at least one of the authentication processes is weighted based on at least one of ambient levels of sound, light, or motion; select, from amongst the multiple authentication processes, one or more authentication processes for which the determined trust index is greater than the determined risk index; and execute the one or more selected authentication processes. determine multiple authentication processes based upon sensor inputs and mobile device capabilities for authentication with at least one of an application or a service provider; determine a risk index based upon a summation of contextual input values; determine a trust index based upon a summation of trust levels associated with one or more of the authentication processes, and wherein the trust level associated with at least one of the authentication processes is weighted based on at least one of ambient levels of sound, light, or motion; select, from amongst the multiple authentication processes, one or more authentication processes for which the determined trust index is greater than the determined risk index; and execute the one or more selected authentication processes.
A computer based system for controlling a cursor, the computer based system comprising: at least one force sensor configured to detect an amount of force applied by an object to an outer surface of an input device ; one or more position sensors configured to detect movement of the object with respect to the outer surface : of the input device ; and a force control module implemented at least partially in hardware, the force control module configured to determine that the amount of force applied by the object to the outer surface is above a predefined first threshold and at or above a predefined second threshold, the computer based system being characterised in that the force control module is further configured to calculate a force signature as a waveform based on the detected amount of force from the at least one force sensor , to record a first time at which the amount of force applied by the object to the outer surface is above the predefined first threshold and to record a second time at which the amount of force applied by the object to the outer surface is at or above the predefined second threshold, to calculate a slope of the waveform between the first time and the second time, and to control the cursor such that the cursor is held stationary relative to movement of the object responsive to a determination that a change in the amount of force applied by the object to the outer surface is above the predefined first threshold and at or above the predefined second threshold and the slope of the waveform meets a minimum threshold. at least one force sensor configured to detect an amount of force applied by an object to an outer surface of an input device ; one or more position sensors configured to detect movement of the object with respect to the outer surface : of the input device ; and a force control module implemented at least partially in hardware, the force control module configured to determine that the amount of force applied by the object to the outer surface is above a predefined first threshold and at or above a predefined second threshold,
Method of manufacturing a refrigerator unit and/or freezer unit having a refrigerated inner space and having an outer unit wall, wherein at least one vacuum insulation body is arranged between the refrigerated inner space and the outer unit wall to minimize the heat input from outside into the refrigerated inner space, wherein the vacuum insulation body comprises a glass barrier, which serves to maintain the vacuum in the vacuum insulation body and wherein the method comprises the following steps: - providing the vacuum insulation body and/or one or multiple contact regions of the apparatus, to which the vacuum insulation body is to be connected, with a hot melt adhesive, wherein the contact regions are formed by the inner side of the outer unit wall or outer wall of a door of the unit and/or by the outer side of an inner container or of the inner door wall of the unit; - moving the vacuum insulation body relatively to the contact region in order to reach a desired relative position and applying the vacuum insulation body on the contact region after having reached the desired relative position; and - activation of the hot melt adhesive by heat application, wherein the activation of the hot melt adhesive is effected by heat input through the contact region; characterized in that the contact region is a metal sheet or a plastic surface, wherein in the case of the metal sheet, the hot melt adhesive is applied subsequent to a coil coating process, and wherein in case of a plastic surface, a thermoplastic film is coextruded with the plastic surface as a hot melt adhesive or a colamination of a thermoplastic film as a sheet takes place directly in or subsequent to the extrusion process of the plastic surface, and/or that the hot melt adhesive is applied by coextrusion on the manufacture of the gas barrier or as a colaminate, wherein the activation of the hot melt adhesive takes place by heat input from a tool, wherein the tool consists of a stabilizing frame and a preferably elastic film spanned within said frame, through which the heat is transmitted, and which can be pulled over complex geometries. - providing the vacuum insulation body and/or one or multiple contact regions of the apparatus, to which the vacuum insulation body is to be connected, with a hot melt adhesive, wherein the contact regions are formed by the inner side of the outer unit wall or outer wall of a door of the unit and/or by the outer side of an inner container or of the inner door wall of the unit; - moving the vacuum insulation body relatively to the contact region in order to reach a desired relative position and applying the vacuum insulation body on the contact region after having reached the desired relative position; and - activation of the hot melt adhesive by heat application, wherein the activation of the hot melt adhesive is effected by heat input through the contact region;
A tire comprising a fluorescent rubber composition based on at least: - an elastomer matrix; - a reinforcing filler comprising greater than 0 and less than 50 phr of carbon black; and - between 2.5 and 15 phr of a fluorescent pigment. - an elastomer matrix; - a reinforcing filler comprising greater than 0 and less than 50 phr of carbon black; and - between 2.5 and 15 phr of a fluorescent pigment.
Pipeline , in particular for conveying viscous material, with means for determining a pressure in the pipeline , with: - a first longitudinal section of the pipeline with a first wall thickness (s), - a second longitudinal section of the pipeline with a second wall thickness (s+ds) which is greater than the first wall thickness (s), wherein the determining means comprise: - a first strain gauge means on an outer side of the first longitudinal section , - a second strain gauge on an outer side of the second longitudinal section , wherein the strain gauges are each firmly attached to the longitudinal sections or applied to the outer side of the longitudinal sections , characterized in that the pipeline has a tube with a constant first wall thickness (s) throughout, which forms the first longitudinal section, wherein for the second longitudinal section an outer tube is placed as a sleeve with a wall thickness (ds) corresponding to the difference between the first wall thickness (s) and the second wall thickness (s+ds) on the pipeline . - a first longitudinal section of the pipeline with a first wall thickness (s), - a second longitudinal section of the pipeline with a second wall thickness (s+ds) which is greater than the first wall thickness (s), wherein the determining means comprise: - a first strain gauge means on an outer side of the first longitudinal section , - a second strain gauge on an outer side of the second longitudinal section , wherein the strain gauges are each firmly attached to the longitudinal sections or applied to the outer side of the longitudinal sections , - a first strain gauge means on an outer side of the first longitudinal section , - a second strain gauge on an outer side of the second longitudinal section , wherein the strain gauges are each firmly attached to the longitudinal sections or applied to the outer side of the longitudinal sections , characterized in that the pipeline has a tube with a constant first wall thickness (s) throughout, which forms the first longitudinal section, wherein for the second longitudinal section an outer tube is placed as a sleeve with a wall thickness (ds) corresponding to the difference between the first wall thickness (s) and the second wall thickness (s+ds) on the pipeline .
An apparatus for treating clothes, the apparatus comprising: a cabinet ; an accommodating space provided in the cabinet and configured to receive one or more clothing articles; an air supply unit configured to supply air to the accommodating space ; a duct unit configured to guide discharge of air from the accommodating space ; a filter unit positioned to filter substances from air discharged from the accommodating space through the duct unit , the filter unit including a discharge side through which the substances inside the filter unit are discharged; a substance removal unit configured to move substances remaining on a portion of the filter unit ; a collection part that is separate from the filter unit and the substance removal unit and that is configured to collect substances moved from the filter unit by the substance removal unit , the collection part including an opened side in communication with the discharge side of the filter unit through which substances discharged from the discharge side of the filter unit are introduced into the collection part ; a compression part , provided within the collection part , being configured to compress substances collected in the collection part ; and an entrance provided in the cabinet through which the collection part and the compression part are accessible form outside of the cabinet and removable from the cabinet in a front direction of the cabinet , wherein the discharge side of the filter unit and the opened side of the collection part are sloped at angles in conformity with each other. a cabinet ; an accommodating space provided in the cabinet and configured to receive one or more clothing articles; an air supply unit configured to supply air to the accommodating space ; a duct unit configured to guide discharge of air from the accommodating space ; a filter unit positioned to filter substances from air discharged from the accommodating space through the duct unit , the filter unit including a discharge side through which the substances inside the filter unit are discharged; a substance removal unit configured to move substances remaining on a portion of the filter unit ; a collection part that is separate from the filter unit and the substance removal unit and that is configured to collect substances moved from the filter unit by the substance removal unit , the collection part including an opened side in communication with the discharge side of the filter unit through which substances discharged from the discharge side of the filter unit are introduced into the collection part ; a compression part , provided within the collection part , being configured to compress substances collected in the collection part ; and an entrance provided in the cabinet through which the collection part and the compression part are accessible form outside of the cabinet and removable from the cabinet in a front direction of the cabinet , wherein the discharge side of the filter unit and the opened side of the collection part are sloped at angles in conformity with each other.
A process for removing selenium from water comprising the steps of, a) treating the water with microorganisms in a suspended growth or moving bed or both, wherein said treating includes converting soluble species of selenium to elemental selenium at least in one or more anoxic or anaerobic zones; b) treating the water with a dithiocarbamate compound; and, c) filtering the water through a microfiltration or ultrafiltration membrane. a) treating the water with microorganisms in a suspended growth or moving bed or both, wherein said treating includes converting soluble species of selenium to elemental selenium at least in one or more anoxic or anaerobic zones; b) treating the water with a dithiocarbamate compound; and, c) filtering the water through a microfiltration or ultrafiltration membrane.
A container opener, comprising: an end panel (101; 201); and a cover panel (104; 204) covering an aperture through the end panel (101; 201), the cover panel (104; 204) extending beyond the aperture (199; 299) to form a perimeter area around the aperture (199; 299); the perimeter area being removably bonded to the end panel (101; 201), wherein a lever (102; 202) is movably attached to the end panel (101; 201), wherein the lever is configured to selectively debond the cover panel (104; 204) from the end panel , characterised in that the lever is movably attached to the cover panel , and configured to progressively debond the cover panel from the end panel . an end panel (101; 201); and a cover panel (104; 204) covering an aperture through the end panel (101; 201), the cover panel (104; 204) extending beyond the aperture (199; 299) to form a perimeter area around the aperture (199; 299); the perimeter area being removably bonded to the end panel (101; 201), wherein a lever (102; 202) is movably attached to the end panel (101; 201), wherein the lever is configured to selectively debond the cover panel (104; 204) from the end panel , characterised in that the lever is movably attached to the cover panel , and configured to progressively debond the cover panel from the end panel .