mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly module for assembling at least one container and at least one closure , the assembly module comprising: a chuck configured for axial alignment with the container , wherein the container comprises an open end circumscribed by a rim ; an expanding collet engaged with the chuck and including a plurality of pivoting collet segments , each configured to simultaneously pivot radially outward about a pivot point and comprising: a lip positioned to be engaged by the rim of the open end of the container , and an angled tip positioned radially inward from the lip and shaped to press a countersink portion of the closure against an interior wall of the container as the collet segments pivot radially outward; and an actuator configured to bring the container and the chuck axially together, wherein as the container and the chuck are brought axially together, the rim engages with the lips of the collet segments and causes the angled tips of the collet segments to pivot outward toward the interior wall of the container , thereby pushing the closure into the open end of the container and pressing the countersink portion of the closure between the angled tips of the collet segments and the interior wall of the container . a chuck configured for axial alignment with the container , wherein the container comprises an open end circumscribed by a rim ; an expanding collet engaged with the chuck and including a plurality of pivoting collet segments , each configured to simultaneously pivot radially outward about a pivot point and comprising: a lip positioned to be engaged by the rim of the open end of the container , and an angled tip positioned radially inward from the lip and shaped to press a countersink portion of the closure against an interior wall of the container as the collet segments pivot radially outward; and an actuator configured to bring the container and the chuck axially together, wherein as the container and the chuck are brought axially together, the rim engages with the lips of the collet segments and causes the angled tips of the collet segments to pivot outward toward the interior wall of the container , thereby pushing the closure into the open end of the container and pressing the countersink portion of the closure between the angled tips of the collet segments and the interior wall of the container . a lip positioned to be engaged by the rim of the open end of the container , and an angled tip positioned radially inward from the lip and shaped to press a countersink portion of the closure against an interior wall of the container as the collet segments pivot radially outward; and an actuator configured to bring the container and the chuck axially together, wherein as the container and the chuck are brought axially together, the rim engages with the lips of the collet segments and causes the angled tips of the collet segments to pivot outward toward the interior wall of the container , thereby pushing the closure into the open end of the container and pressing the countersink portion of the closure between the angled tips of the collet segments and the interior wall of the container .
A method for optimizing coiled tubing string configurations for drilling operations, the method comprising: determining a plurality of sections for a wellbore to be drilled along a planned trajectory through a subsurface formation; determining physical properties of a coiled tubing string for drilling the wellbore along the planned trajectory, the coiled tubing string having a non-rotatable segment and a rotatable segment; estimating a length of the rotatable segment of the coiled tubing string, based on the physical properties corresponding to the rotatable segment; calculating a friction factor for the rotatable segment based on the estimated length of the rotatable segment; estimating an effective axial force for one or more points of interest along the non-rotatable and rotatable segments of the coiled tubing string, based in part on the friction factor calculated for the rotatable segment; upon determining that the effective axial force for at least one of the one or more points of interest exceeds a predetermined maximum force threshold, estimating an effective distributive friction factor for at least a portion of the non-rotatable segment of the coiled tubing string; and redefining the rotatable and non-rotatable segments of the coiled tubing string for one or more of the plurality of sections of the wellbore to be drilled along the planned trajectory, based on the estimated effective distributive friction factor for the portion of the non-rotatable segment. determining a plurality of sections for a wellbore to be drilled along a planned trajectory through a subsurface formation; determining physical properties of a coiled tubing string for drilling the wellbore along the planned trajectory, the coiled tubing string having a non-rotatable segment and a rotatable segment; estimating a length of the rotatable segment of the coiled tubing string, based on the physical properties corresponding to the rotatable segment; calculating a friction factor for the rotatable segment based on the estimated length of the rotatable segment; estimating an effective axial force for one or more points of interest along the non-rotatable and rotatable segments of the coiled tubing string, based in part on the friction factor calculated for the rotatable segment; upon determining that the effective axial force for at least one of the one or more points of interest exceeds a predetermined maximum force threshold, estimating an effective distributive friction factor for at least a portion of the non-rotatable segment of the coiled tubing string; and redefining the rotatable and non-rotatable segments of the coiled tubing string for one or more of the plurality of sections of the wellbore to be drilled along the planned trajectory, based on the estimated effective distributive friction factor for the portion of the non-rotatable segment.
A humidification and air cleaning apparatus comprising: a water tank ; a visual body coupled to the water tank and formed of a transparent material; a top cover assembly disposed over the water tank , wherein the top cover assembly comprises a water supply flow passage disposed therein to supply water into the water tank ; a watering housing disposed inside the water tank ; and a watering motor configured to rotate the watering housing ; wherein the watering housing comprises: a watering housing cover forming an upper part of the watering housing and disposed under the water supply flow passage so that water supplied from the water supply flow passage drop on the watering housing cover , and wherein the watering housing cover is configured to outwardly scatter the water from a surface of the watering housing cover in radiation direction when the watering housing cover rotates during supplying water through the water supply flow passage . a water tank ; a visual body coupled to the water tank and formed of a transparent material; a top cover assembly disposed over the water tank , wherein the top cover assembly comprises a water supply flow passage disposed therein to supply water into the water tank ; a watering housing disposed inside the water tank ; and a watering motor configured to rotate the watering housing ; wherein the watering housing comprises: a watering housing cover forming an upper part of the watering housing and disposed under the water supply flow passage so that water supplied from the water supply flow passage drop on the watering housing cover , and wherein the watering housing cover is configured to outwardly scatter the water from a surface of the watering housing cover in radiation direction when the watering housing cover rotates during supplying water through the water supply flow passage . a watering housing cover forming an upper part of the watering housing and disposed under the water supply flow passage so that water supplied from the water supply flow passage drop on the watering housing cover , and wherein the watering housing cover is configured to outwardly scatter the water from a surface of the watering housing cover in radiation direction when the watering housing cover rotates during supplying water through the water supply flow passage .
A separator for an energy guiding chain comprising pivotably interconnected chain links which have two side plates which at least in some chain links are connected together by two transverse bars and define a guide passage for lines, in which separators can be arranged between the transverse bars and can be arrested at at least one of the transverse bars and plate-like compartment bottoms can be arranged substantially perpendicularly to the separators , wherein the separator has a plurality of recesses in which a respective compartment bottom can be held and wherein provided at the lateral end of each recess is a continuous rigid support region and provided at the opposite lateral end is a respective insertion opening connected to the respective recess for insertion of a compartment bottom and wherein the insertion openings are provided with a respective resilient tongue element for partially closing the respective insertion opening and for securing the respective inserted compartment bottom , wherein provided on that side of the tongue element , that is facing away from the recess , is a free space into which the resilient tongue element can elastically deflect upon insertion and removal of a compartment bottom , characterised in that - the resilient tongue element extends substantially from the insertion opening to the opposite support region of the separator , and in that - the one end of the tongue element is connected to the edge of the insertion opening and the other end to the support region . wherein the separator has a plurality of recesses in which a respective compartment bottom can be held and wherein provided at the lateral end of each recess is a continuous rigid support region and provided at the opposite lateral end is a respective insertion opening connected to the respective recess for insertion of a compartment bottom and wherein the insertion openings are provided with a respective resilient tongue element for partially closing the respective insertion opening and for securing the respective inserted compartment bottom , wherein provided on that side of the tongue element , that is facing away from the recess , is a free space into which the resilient tongue element can elastically deflect upon insertion and removal of a compartment bottom , characterised in that - the resilient tongue element extends substantially from the insertion opening to the opposite support region of the separator , and in that - the one end of the tongue element is connected to the edge of the insertion opening and the other end to the support region . - the resilient tongue element extends substantially from the insertion opening to the opposite support region of the separator , and in that - the one end of the tongue element is connected to the edge of the insertion opening and the other end to the support region .
An air valve assembly comprising: an air valve component including an outer body defining an internal receiving chamber , and an air valve in fluid communication with the internal receiving chamber, the outer body including an air hole fluidly connecting the internal receiving chamber and an air chamber of an inflatable product ; a decompression valve component received within the internal receiving chamber and supported for longitudinal movement within the internal receiving chamber between a sealed state and an open state, the decompression valve component sealing the air valve of the air valve component from the air hole of the outer body in the sealed state, and the decompression valve component fluidly connecting the air valve of the air valve component and the air hole of the outer body in the open state; wherein the decompression valve component includes a decompression passage fluidly connecting the air chamber and atmosphere, a sealing portion configured to close the decompression passage in the sealed state, and a limit portion operably coupled with the sealing portion; and wherein when air pressure within the internal receiving chamber is greater than a decompression value, the sealing portion and the limit portion move relative to each other, and the sealing portion abuts the limit portion to move the decompression valve component from the sealed state to the open state. an air valve component including an outer body defining an internal receiving chamber , and an air valve in fluid communication with the internal receiving chamber, the outer body including an air hole fluidly connecting the internal receiving chamber and an air chamber of an inflatable product ; a decompression valve component received within the internal receiving chamber and supported for longitudinal movement within the internal receiving chamber between a sealed state and an open state, the decompression valve component sealing the air valve of the air valve component from the air hole of the outer body in the sealed state, and the decompression valve component fluidly connecting the air valve of the air valve component and the air hole of the outer body in the open state; wherein the decompression valve component includes a decompression passage fluidly connecting the air chamber and atmosphere, a sealing portion configured to close the decompression passage in the sealed state, and a limit portion operably coupled with the sealing portion; and wherein when air pressure within the internal receiving chamber is greater than a decompression value, the sealing portion and the limit portion move relative to each other, and the sealing portion abuts the limit portion to move the decompression valve component from the sealed state to the open state.
An apparatus for delivery of a lens component into an eye, comprising: a housing ; a nozzle operatively coupled to the housing; a first cylinder movably disposed within the housing; a second cylinder movably disposed within the housing, wherein the second cylinder is in fluid communication with the first cylinder; a plunger at least partially and movably disposed within the first cylinder; a shaft movably disposed within the second cylinder, wherein the shaft is configured to move toward the lens component; and further comprising a locking mechanism for the plunger , the locking mechanism including a tab that resembles the shape of the letter "L", the locking mechanism configured such that: the tab protrudes into a groove of the plunger to prevent axial movement of the plunger relative to the housing when the plunger is in a locked position; the tab is disengaged from the groove when the plunger is rotated, to unlock the plunger, to allow axial movement of the plunger relative to the housing , and further wherein the locking mechanism is configured to produce an audible sound output when the tab is disengaged from the groove to alert a user when the plunger is unlocked. a housing ; a nozzle operatively coupled to the housing; a first cylinder movably disposed within the housing; a second cylinder movably disposed within the housing, wherein the second cylinder is in fluid communication with the first cylinder; a plunger at least partially and movably disposed within the first cylinder; a shaft movably disposed within the second cylinder, wherein the shaft is configured to move toward the lens component; and further comprising the tab protrudes into a groove of the plunger to prevent axial movement of the plunger relative to the housing when the plunger is in a locked position; the tab is disengaged from the groove when the plunger is rotated, to unlock the plunger, to allow axial movement of the plunger relative to the housing , and further wherein the locking mechanism is configured to produce an audible sound output when the tab is disengaged from the groove to alert a user when the plunger is unlocked.
A stabilized polymer composition comprised of: - at least one polymer selected from the group consisting of thermoplastic polymers and elastomers, and - an organopolysulfide stabilizer component comprised of at least one organodisulfide, at least one organotrisulfide, and at least one organotetrasulfide; wherein the stabilized polymer composition is additionally comprised of at least one stabilizer other than an organopolysulfide stabilizer, selected from the group consisting of hindered phenol antioxidants, phosph(on)ite stabilizers, hindered amine light stabilizers and combinations thereof. - at least one polymer selected from the group consisting of thermoplastic polymers and elastomers, and - an organopolysulfide stabilizer component comprised of at least one organodisulfide, at least one organotrisulfide, and at least one organotetrasulfide;
A stroller comprising: side support assemblies located at two sides and at least one transverse brace connected between the side support assemblies of the two sides, wherein the side support assembly of each side comprises a push rod , a front wheel support and a rear wheel support which are rotatably connected to each other, each transverse brace has a first transverse folding rotation point (E2, F1, G2) and a second transverse folding rotation point (E1, F2, G1); the stroller has a first folded state and a second folded state, when the stroller is in the first folded state, the push rod , the front wheel support and the rear wheel support of each side support assembly are close to each other, and the side support assemblies of the two sides are capable of rotating about the first transverse folding rotation point (E2, F1, G2) and the second transverse folding rotation point (E1, F2, G1) respectively to get folded and get close to each other in opposite directions; characterized in that , when the stroller is in the second folded state, one side support assembly is located between the other side support assembly and the transverse brace.
Industrial truck , in particular lift truck, with a drive part which has at least one steered wheel , and a load part which comprises at least one load arm (5a; 5b) and a battery compartment , wherein the load arm (5a; 5b) is provided at the tip with a load roller device , wherein the industrial truck is supported on a track (FB) by means of the steered wheel , arranged on the drive part , and the load roller device , arranged at the tip of the load arm , wherein the load part can be raised and lowered relative to the drive part by means of an initial lift apparatus , wherein the load roller device is arranged pivotably on the load arm via a load roller lever , wherein, in order to raise the load arm , the initial lift apparatus comprises a linkage , operatively connected to the load roller lever , and an actuating lever , actuating the linkage , characterized in that the actuating lever is mounted rotatably on a bearing flange which is configured on the load arm (5a; 5b).
A retraction device having a housing and having a driving element , which is guided in the housing between a parked position and an end position , a first end of a spring energy accumulator being connected to the housing , and the spring energy accumulator being loaded to a maximum operating value when the driving element is in the parked position and being unloaded to a residual energy value when the driving element is in the end position , characterised in that - the retraction device has a bistable coupling , by means of which a second end of the spring energy accumulator can either be fixed to the housing or coupled to the driving element , and - the bistable coupling has a blocking body which can be displaced between the housing and the driving element . - the retraction device has a bistable coupling , by means of which a second end of the spring energy accumulator can either be fixed to the housing or coupled to the driving element , and - the bistable coupling has a blocking body which can be displaced between the housing and the driving element .
A method for preparing hydrothermal carbon based on malic acid and KMnO4 combined modified cow dung biogas residue, comprising the following steps: 1) mixing cow dung biogas residue and malic acid solution homogeneously and then performing ultrasonic treatment, to obtain malic acid modified cow dung biogas residue; 2) adding KMnO4 solution to the malic acid modified cow dung biogas residue obtained in the step 1), mixing homogenously and then performing a hydrothermal reaction, to obtain the hydrothermal carbon based on cow dung biogas residue; wherein, the filling degree of reactor of hydrothermal reaction is 60%~80%. 1) mixing cow dung biogas residue and malic acid solution homogeneously and then performing ultrasonic treatment, to obtain malic acid modified cow dung biogas residue; 2) adding KMnO4 solution to the malic acid modified cow dung biogas residue obtained in the step 1), mixing homogenously and then performing a hydrothermal reaction, to obtain the hydrothermal carbon based on cow dung biogas residue; wherein, the filling degree of reactor of hydrothermal reaction is 60%~80%.
A commodity sensing system based on weight monitoring, the system comprising: a goods database generation unit that generates a goods database; at least one shelf, wherein each shelf includes at least one rack, and at least one item of goods is placed on each rack; a weight acquisition unit that collects a real-time weight sensing value of each rack in real time; a pick or place status judgment unit that determines whether a weight sensing value of each rack changes or not, wherein if the weight sensing value of a rack becomes smaller, it determines that goods have been taken away from the rack; and if the weight sensing value of the rack becomes larger, it determines that goods have been put back on the rack; a goods database updating unit that stores the real-time weight sensing value in the goods database, so as to update the weight sensing value of each rack in the goods database; an image identification system having at least one image sensor positioned at the top of a closed space, facing downwards, and having a field of view covering the entire bottom surface of the closed space, wherein the at least one image sensor is configured to monitor positions of users within the closed space; a shopping user judgment system that determines, on the basis of the monitored positions of the users when the goods were taken away from or put back on the rack, an identity of the user who took away or put back the goods; and a shopping information recording unit that records a type and quantity of the goods taken away by each user. a goods database generation unit that generates a goods database; at least one shelf, wherein each shelf includes at least one rack, and at least one item of goods is placed on each rack; a weight acquisition unit that collects a real-time weight sensing value of each rack in real time; a pick or place status judgment unit that determines whether a weight sensing value of each rack changes or not, wherein if the weight sensing value of a rack becomes smaller, it determines that goods have been taken away from the rack; and if the weight sensing value of the rack becomes larger, it determines that goods have been put back on the rack; a goods database updating unit that stores the real-time weight sensing value in the goods database, so as to update the weight sensing value of each rack in the goods database; an image identification system having at least one image sensor positioned at the top of a closed space, facing downwards, and having a field of view covering the entire bottom surface of the closed space, wherein the at least one image sensor is configured to monitor positions of users within the closed space; a shopping user judgment system that determines, on the basis of the monitored positions of the users when the goods were taken away from or put back on the rack, an identity of the user who took away or put back the goods; and a shopping information recording unit that records a type and quantity of the goods taken away by each user.