mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for dispensing discrete sections of double-sided adhesive tape, comprising a casing carrying an applicator roller and a motorized winding pin configured to wind a support film detached from an external surface of the double-sided adhesive tape, characterized by: - a reel support unit comprising: a base plate , a hub rotatable relative to the base plate and configured to support a reel of double-sided tape , a plurality of return pins carried by the base plate and arranged to guide the double-sided adhesive tape unwound from said reel , and a cutting device configured to transversely cut the double-sided tape unwound from the reel and to form successive discrete sections of double-sided tape, and - an adjustment mechanism configured to vary the position of said base plate with respect to the casing to vary the length of the discrete sections of double-sided tape to be dispensed. - a reel support unit comprising: a base plate , a hub rotatable relative to the base plate and configured to support a reel of double-sided tape , a plurality of return pins carried by the base plate and arranged to guide the double-sided adhesive tape unwound from said reel , and a cutting device configured to transversely cut the double-sided tape unwound from the reel and to form successive discrete sections of double-sided tape, and - an adjustment mechanism configured to vary the position of said base plate with respect to the casing to vary the length of the discrete sections of double-sided tape to be dispensed.
An automatic lid-locking vacuum sealing machine with an upper lid-limiting mechanism, comprising an upper lid , a lower seat , and an evacuation tank, the upper lid being hinged to the lower seat , the evacuation tank being located at the front of the vacuum sealing machine, the lid-locking vacuum sealing machine comprising a lid-locking mechanism and an upper lid-limiting mechanism, the lid-locking mechanism being installed on the upper lid or the lower seat , and being connected to the upper lid-limiting mechanism; characterized in that : the upper lid-limiting mechanism comprises a limiting lock plate and a limiting buckle portion ; the limiting lock plate movably installed on the upper lid is fitted with the buckle of the limiting buckle portion installed on the lower seat ; alternatively, the limiting lock plate movably installed on the lower seat is fitted with the buckle of the limiting buckle portion installed on the upper lid ; after the limiting lock plate is fitted with the buckle of the limiting buckle portion , a bag-in gap with a set height is set between the limiting lock plate and the limiting buckle portion ; the lid-locking mechanism comprises a lifting plate and a driving device; the lifting plate slides up and down on the top surface of the lower seat , the top surface of the lifting plate is provided with the limiting buckle portion and the driving device is drivingly connected to the lifting plate . the upper lid-limiting mechanism comprises a limiting lock plate and a limiting buckle portion ; the limiting lock plate movably installed on the upper lid is fitted with the buckle of the limiting buckle portion installed on the lower seat ; alternatively, the limiting lock plate movably installed on the lower seat is fitted with the buckle of the limiting buckle portion installed on the upper lid ; after the limiting lock plate is fitted with the buckle of the limiting buckle portion , a bag-in gap with a set height is set between the limiting lock plate and the limiting buckle portion ; the lid-locking mechanism comprises a lifting plate and a driving device; the lifting plate slides up and down on the top surface of the lower seat , the top surface of the lifting plate is provided with the limiting buckle portion and the driving device is drivingly connected to the lifting plate .
A split trailer refrigeration unit for a tractor trailer, the split refrigeration unit comprising: a first portion including an electrically driven compressor , a condenser and an evaporator , the first portion being sized to independently refrigerate the trailer ; a second portion , the second portion including an electrically driven compressor , a condenser and an evaporator , the second portion being sized to independently refrigerate the trailer; both of the first portion and the second portion including a respective set of power electronics connecting a respective electricity source to the corresponding electric compressor, each set of power electronics being configured to control power characteristics of power provided from the electricity source to the electric compressor; a frame configured to structurally mount each of the first portion and the second portion to a rear trailer door ; and a controller configured to operate the first portion in an electrical storage unit charging operation and the second portion in a refrigeration operation during a first mode, and configured to operate the second portion in the electrical storage unit charging operation and the first portion in the refrigeration operation during a second mode. a first portion including an electrically driven compressor , a condenser and an evaporator , the first portion being sized to independently refrigerate the trailer ; a second portion , the second portion including an electrically driven compressor , a condenser and an evaporator , the second portion being sized to independently refrigerate the trailer; both of the first portion and the second portion including a respective set of power electronics connecting a respective electricity source to the corresponding electric compressor, each set of power electronics being configured to control power characteristics of power provided from the electricity source to the electric compressor; a frame configured to structurally mount each of the first portion and the second portion to a rear trailer door ; and a controller configured to operate the first portion in an electrical storage unit charging operation and the second portion in a refrigeration operation during a first mode, and configured to operate the second portion in the electrical storage unit charging operation and the first portion in the refrigeration operation during a second mode.
A method of forming a composite article, comprising: arranging, within an environment, a collection of nanostructures between a first substrate comprising a polymer and a second substrate comprising a polymer; and heating the first substrate and/or the second substrate such that polymer within the first substrate and/or polymer within the second substrate softens and/or melts and nanostructures within the collection become at least partially embedded in the first substrate and/or the second substrate to form the composite article; wherein: during at least a portion of the arranging step, the collection of nanostructures is separate from the first substrate and the second substrate; a pressure of the environment does not exceed, during any part of the heating step, 3 bar absolute; and after the heating, the percentage of an interlaminar region of the composite occupied by voids is less than or equal to 10%. arranging, within an environment, a collection of nanostructures between a first substrate comprising a polymer and a second substrate comprising a polymer; and heating the first substrate and/or the second substrate such that polymer within the first substrate and/or polymer within the second substrate softens and/or melts and nanostructures within the collection become at least partially embedded in the first substrate and/or the second substrate to form the composite article; wherein: during at least a portion of the arranging step, the collection of nanostructures is separate from the first substrate and the second substrate; a pressure of the environment does not exceed, during any part of the heating step, 3 bar absolute; and after the heating, the percentage of an interlaminar region of the composite occupied by voids is less than or equal to 10%. during at least a portion of the arranging step, the collection of nanostructures is separate from the first substrate and the second substrate; a pressure of the environment does not exceed, during any part of the heating step, 3 bar absolute; and after the heating, the percentage of an interlaminar region of the composite occupied by voids is less than or equal to 10%.
A conveyor assembly for orienting and grouping together flat baking products, and configurable for the purpose of packaging either stacks or rolls of flat baking products by a packaging machine, the conveyor assembly at least comprising a first conveying device , a first transfer device , a replaceable forming plate and a second conveying device , wherein - the first conveying device is configured to receive the plurality of flat baking products from a supply in a supply pattern, wherein the flat baking products, in the supply pattern, have a flat orientation with regard to the conveying plane of the first conveying device, and wherein the first conveying device comprises one or a plurality of robots, configured to form partial stacks of flat baking products from the plurality of flat baking products; - the first transfer device is configured to simultaneously transfer a group of partial stacks into the replaceable forming plate ; - the replaceable forming plate comprises a number of parallel grooves which corresponds to the groups of partial stacks and is either configured to form one or more stacks or configured to form one or more rolls of flat baking products by moving the groups of partial stacks through the grooves; - the second conveying device is configured to receive the stacks or rolls of flat baking products from the replaceable forming plate and transport the stacks or rolls of flat baking products to the packaging machine, and wherein the second conveying device is furthermore configured to adjust the intermediate distance and speed of stacks or rolls of flat baking products, wherein the intermediate distance and speed are determined by the packaging machine. - the first conveying device is configured to receive the plurality of flat baking products from a supply in a supply pattern, wherein the flat baking products, in the supply pattern, have a flat orientation with regard to the conveying plane of the first conveying device, and wherein the first conveying device comprises one or a plurality of robots, configured to form partial stacks of flat baking products from the plurality of flat baking products; - the first transfer device is configured to simultaneously transfer a group of partial stacks into the replaceable forming plate ; - the replaceable forming plate comprises a number of parallel grooves which corresponds to the groups of partial stacks and is either configured to form one or more stacks or configured to form one or more rolls of flat baking products by moving the groups of partial stacks through the grooves; - the second conveying device is configured to receive the stacks or rolls of flat baking products from the replaceable forming plate and transport the stacks or rolls of flat baking products to the packaging machine, and wherein the second conveying device is furthermore configured to adjust the intermediate distance and speed of stacks or rolls of flat baking products, wherein the intermediate distance and speed are determined by the packaging machine.
A rotating mechanism for rotatably connecting a display to a handlebar of an exercise device , the rotating mechanism comprising: a pivot comprising a base , a shaft extending from the base, and a stop defined on the shaft; a display mount connected to the pivot to rotate about the shaft; and a tab indexed to rotate with the display mount and configured to engage the stop defined on the shaft of the pivot with rotation of the display mount about the shaft to define at least one stop position of the rotating mechanism. a pivot comprising a base , a shaft extending from the base, and a stop defined on the shaft; a display mount connected to the pivot to rotate about the shaft; and a tab indexed to rotate with the display mount and configured to engage the stop defined on the shaft of the pivot with rotation of the display mount about the shaft to define at least one stop position of the rotating mechanism.
A diagphragm for a diagphragm valve , the diagphragm comprising an elastomer portion which - has an inwardly facing first region , which has a first elastomer material with a first material-dependent compression set, and - has a clamping portion with a second region and a third region , the clamping portion being used to clamp the diagphragm between a valve body and a drive body; the second region being adjoined radially inward by the annular third region , which is part of the first region characterized in that the elastomer portion comprises the second region laterally surrounding the first region , which second region has a second elastomer material with a second material-dependent compression set which is smaller than the first compression set. - has an inwardly facing first region , which has a first elastomer material with a first material-dependent compression set, and - has a clamping portion with a second region and a third region , the clamping portion being used to clamp the diagphragm between a valve body and a drive body; the second region being adjoined radially inward by the annular third region , which is part of the first region characterized in that the elastomer portion comprises the second region laterally surrounding the first region , which second region has a second elastomer material with a second material-dependent compression set which is smaller than the first compression set. the clamping portion being used to clamp the diagphragm between a valve body and a drive body; the second region being adjoined radially inward by the annular third region , which is part of the first region characterized in that the elastomer portion comprises the second region laterally surrounding the first region , which second region has a second elastomer material with a second material-dependent compression set which is smaller than the first compression set.
A shoe sole at least partially comprising a shock absorber (1E-1J), and also provided with a tread , the shock absorber (1E-1J) including a shock absorbing portion composed of a three-dimensional structure (S) composed of a unit structure (U) repeatedly, regularly and successively disposed in at least one direction, the unit structure (U) being a three-dimensional shape formed by a wall having an external shape defined by a pair of parallel planes or curved surfaces, the shock absorbing portion being provided with a plurality of pass-through portions passing through the shock absorbing portion as viewed in a direction of a normal to the tread , the shock absorber (1E-1J), as viewed in the direction of the normal to the tread , being provided with a cover portion that corresponds to at least one of the plurality of pass-through portions included in the shock absorbing portion and covers that pass-through portion , characterised in that the shock absorber is further provided with a columnar portion that interconnects the shock absorbing portion and the cover portion , the shock absorber (1E-1J) being formed of a single member formed with the shock absorbing portion , the columnar portion and the cover portion continuously connected together, the tread being defined by a main surface of the cover portion that is located on a side opposite to a side where the columnar portion is located, the pass-through portion being in external communication via a gap (G) formed by providing the columnar portion and the cover portion . the shock absorber (1E-1J) including a shock absorbing portion composed of a three-dimensional structure (S) composed of a unit structure (U) repeatedly, regularly and successively disposed in at least one direction, the unit structure (U) being a three-dimensional shape formed by a wall having an external shape defined by a pair of parallel planes or curved surfaces, the shock absorbing portion being provided with a plurality of pass-through portions passing through the shock absorbing portion as viewed in a direction of a normal to the tread , the shock absorber (1E-1J), as viewed in the direction of the normal to the tread , being provided with a cover portion that corresponds to at least one of the plurality of pass-through portions included in the shock absorbing portion and covers that pass-through portion , characterised in that the shock absorber is further provided with a columnar portion that interconnects the shock absorbing portion and the cover portion , the shock absorber (1E-1J) being formed of a single member formed with the shock absorbing portion , the columnar portion and the cover portion continuously connected together, the tread being defined by a main surface of the cover portion that is located on a side opposite to a side where the columnar portion is located, the pass-through portion being in external communication via a gap (G) formed by providing the columnar portion and the cover portion .
Holder for a wiper arm, comprising: a body , having two opposite sidewalls extending in the longitudinal direction of the wiper arm, the bottom of the body being provided with a dovetail slot configured to match a protrusion of an adapter ; characterized in that the holder further comprises a fixing pin , arranged between the two opposite sidewalls of the body ; and a first locking pin and a second locking pin , arranged in the two opposite sidewalls of the body respectively, the first locking pin and the second locking pin being equidistant from the fixing pin , wherein two notches arranged side by side are provided in each of the two opposite sidewalls of the body of the holder . a body , having two opposite sidewalls extending in the longitudinal direction of the wiper arm, the bottom of the body being provided with a dovetail slot configured to match a protrusion of an adapter ; characterized in that the holder further comprises a fixing pin , arranged between the two opposite sidewalls of the body ; and a first locking pin and a second locking pin , arranged in the two opposite sidewalls of the body respectively, the first locking pin and the second locking pin being equidistant from the fixing pin , wherein two notches arranged side by side are provided in each of the two opposite sidewalls of the body of the holder .
An outer blade cutting wheel comprising a base in the form of an annular thin disc of cemented carbide having a Young's modulus of 450 to 700 GPa, having an outer diameter of 80 to 200 mm defining an outer periphery, an inner diameter of 30 to 80 mm, and a thickness of 0.1 to 1.0 mm, and a blade section on the outer periphery of the base, said blade section comprising diamond and/or CBN abrasive grains pre-coated with a magnetic material, a metal or alloy bond formed by electroplating or electroless plating, bonding the abrasive grains together and to the base, and characterised by resin infiltrated between the abrasive grains and between the abrasive grains and the base, said resin being thermoplastic resin having a melting point of up to 350°C, or thermoset resin obtained by curing a liquid thermosetting resin composition having a curing temperature of up to 350°C, whereby the blade section has a gradient of deformation stress against deformation distance in a range of 100 to 10,000 N/mm, said gradient being as determined by - mounting the cutting wheel horizontally on a jig, sandwiched between circular iron plates 5 mm thick such that only the blade section is exposed; - at a position spaced 0.3 mm outwardly from the outer periphery of the base, pressing the blade section in the thickness direction at a linear speed of 1 mm/min using a probe having a contact area of length equal to the radial protrusion of the blade section minus 0.3 mm and of width 10 mm, - measuring the stress reaction versus travel distance of the probe, continuing the pressing until the blade section is ruptured; - plotting the measurement on a graph; - computing the gradient of the graph at a region of the probe travel where the graph exhibits linearity, that is, where the stress is proportional to the travel distance of the probe. - mounting the cutting wheel horizontally on a jig, sandwiched between circular iron plates 5 mm thick such that only the blade section is exposed; - at a position spaced 0.3 mm outwardly from the outer periphery of the base, pressing the blade section in the thickness direction at a linear speed of 1 mm/min using a probe having a contact area of length equal to the radial protrusion of the blade section minus 0.3 mm and of width 10 mm, - measuring the stress reaction versus travel distance of the probe, continuing the pressing until the blade section is ruptured; - plotting the measurement on a graph; - computing the gradient of the graph at a region of the probe travel where the graph exhibits linearity, that is, where the stress is proportional to the travel distance of the probe.
An air separation module, comprising: a canister with a plenum portion connecting an inlet portion to an outlet portion and extending circumferentially about a canister axis, the plenum portion having a plenum diameter that is larger than a canister diameter defined by the inlet portion and the outlet portion of the canister; a separator arranged within the canister and axially spanning the plenum portion of the canister, the separator configured to separate air received at the inlet end portion into a nitrogen-enriched air flow and an oxygen-enriched air flow; and a perforated plate seated within the plenum portion and fluidly coupling the separator to an oxygen-enriched air outlet port defined by the plenum portion, wherein the perforated plate has a snap-fit major dimension that is smaller than the plenum diameter to radially support a portion of the separator axially spanning the plenum portion of the canister; characterized in that : the perforated plate has a split annulus body with a plate end and a clip end , the plate end slidably disposed within the clip end of the split annulus body, and, optionally: wherein the plate end of the split annulus body has a plate member extending circumferentially therefrom; and/or wherein the clip end of the split annulus body has a radially inner clip member and a radially outer clip member extending circumferentially from the clip end of the split annulus body. a canister with a plenum portion connecting an inlet portion to an outlet portion and extending circumferentially about a canister axis, the plenum portion having a plenum diameter that is larger than a canister diameter defined by the inlet portion and the outlet portion of the canister; a separator arranged within the canister and axially spanning the plenum portion of the canister, the separator configured to separate air received at the inlet end portion into a nitrogen-enriched air flow and an oxygen-enriched air flow; and a perforated plate seated within the plenum portion and fluidly coupling the separator to an oxygen-enriched air outlet port defined by the plenum portion, wherein the perforated plate has a snap-fit major dimension that is smaller than the plenum diameter to radially support a portion of the separator axially spanning the plenum portion of the canister; characterized in that : the perforated plate has a split annulus body with a plate end and a clip end , the plate end slidably disposed within the clip end of the split annulus body, and, optionally: wherein the plate end of the split annulus body has a plate member extending circumferentially therefrom; and/or wherein the clip end of the split annulus body has a radially inner clip member and a radially outer clip member extending circumferentially from the clip end of the split annulus body.