mhurhangee/patent-ind-claim-en huggingface dataset:
A method for placing a frame within an article , comprising: associating a frame with a receptacle , wherein the frame comprises a first end and a second end and wherein the receptacle comprises a first end and a second end; aligning the frame with the receptacle such that the frame contacts the receptacle along at least one side of the frame , wherein the first end of the frame is oriented toward the first end of the receptacle , and wherein the second end of the frame is oriented toward the second end of the receptacle ; placing an article around the receptacle and the frame such that a first end of the article is oriented toward the first end of the receptacle and a second end of the article is oriented toward the second end of the receptacle ; the method being characterized in that it further comprises the steps of grasping the first end of the article at a grasping portion of the article, the grasping portion being associated with the first end of the frame ; and removing the frame and the article from the receptacle by pulling on the article and the frame at the grasping portion . associating a frame with a receptacle , wherein the frame comprises a first end and a second end and wherein the receptacle comprises a first end and a second end; aligning the frame with the receptacle such that the frame contacts the receptacle along at least one side of the frame , wherein the first end of the frame is oriented toward the first end of the receptacle , and wherein the second end of the frame is oriented toward the second end of the receptacle ; placing an article around the receptacle and the frame such that a first end of the article is oriented toward the first end of the receptacle and a second end of the article is oriented toward the second end of the receptacle ; the method being characterized in that it further comprises the steps of grasping the first end of the article at a grasping portion of the article, the grasping portion being associated with the first end of the frame ; and removing the frame and the article from the receptacle by pulling on the article and the frame at the grasping portion .
A method for producing multiple distillate products from a single feedstock, the method comprising: exposing a distillate fuel boiling range mineral oil feedstock including kerosene and having an initial boiling point of at least 93°C (200°F), a final boiling point of 427°C (800°F) or less, a sulfur content of less than 10 wppm and a nitrogen content of less than 5 wppm to a dewaxing catalyst comprising ZSM-48 with a silica to alumina ratio of 70 to 1 to 110 to 1 and a Group VIII noble metal hydrogenation component under effective dewaxing conditions to produce a dewaxed effluent having a cloud point that is reduced by at least 25°F (14°C) relative to a feedstock cloud point; and fractionating the dewaxed effluent to produce at least a diesel fuel product having a cloud point of -4°F (-20°C) or less and a distillate product having a lower boiling range than the diesel fuel product, a fractionation cut point temperature between the diesel fuel product and the distillate product having the lower boiling range being at least 500°F (260°C); wherein the effective dewaxing conditions comprise a pressure of from 200 psig (1.4 MPa) to 1500 psig (10.4 MPa), a temperature of from 321°C (610°F) to 399°C (750°F), a hydrogen treat gas rate of 500 scf/bbl (84 Nm 3 /m 3 ) to 4000 scf/bbl (674 Nm 3 /m 3 ) or less, and a space velocity of from 0.3 hr -1 to 4.9 hr -1 . exposing a distillate fuel boiling range mineral oil feedstock including kerosene and having an initial boiling point of at least 93°C (200°F), a final boiling point of 427°C (800°F) or less, a sulfur content of less than 10 wppm and a nitrogen content of less than 5 wppm to a dewaxing catalyst comprising ZSM-48 with a silica to alumina ratio of 70 to 1 to 110 to 1 and a Group VIII noble metal hydrogenation component under effective dewaxing conditions to produce a dewaxed effluent having a cloud point that is reduced by at least 25°F (14°C) relative to a feedstock cloud point; and fractionating the dewaxed effluent to produce at least a diesel fuel product having a cloud point of -4°F (-20°C) or less and a distillate product having a lower boiling range than the diesel fuel product, a fractionation cut point temperature between the diesel fuel product and the distillate product having the lower boiling range being at least 500°F (260°C); wherein the effective dewaxing conditions comprise a pressure of from 200 psig (1.4 MPa) to 1500 psig (10.4 MPa), a temperature of from 321°C (610°F) to 399°C (750°F), a hydrogen treat gas rate of 500 scf/bbl (84 Nm 3 /m 3 ) to 4000 scf/bbl (674 Nm 3 /m 3 ) or less, and a space velocity of from 0.3 hr -1 to 4.9 hr -1 .
A tire pressure monitoring unit comprising a pressure sensor , a temperature sensor , a transmitter for wireless transmission of pressure and temperature data in the form of HF signals, a receiver for receiving wireless control signals in the form of LF signals, a microcontroller comprising a program memory , a data storage device that is connected to the microcontroller and that contains a library of control programs for controlling the measurement and transmission activity of the tire pressure monitoring unit, from which library the microcontroller selects, on the basis of received control signals, a control program and writes it into its program memory , characterized by a loading program that, when activated by a control signal, causes the microcontroller to transfer into the data storage device an additional control program that is received by the receiver , wherein the additional control program after receipt is initially stored in the program memory and then transferred from there into the data storage device .
A wireless detonator assembly which includes a receiver , a memory unit , a power source , control logic , a detonator and explosive material which is initiated, after receipt of an arm command, upon receipt by the receiver of a fire command, wherein the memory unit includes a stored key and wherein the control logic allows initiation of the detonator after receipt of the fire command if a received reference key , extracted from the arm command, is the same as the stored key , characterized in that the memory unit includes a printed circuit board and in that the printed circuit board is hardwired with the stored key during manufacture of the receiver .
A dimpled workpiece comprising: a plurality of dimples, configured to increase pressure of an oil film, formed in a workpiece, wherein: each of the plurality of dimples has an aspect ratio of 5.0 or more and 50.0 or less, and the aspect ratio is a ratio of a vertical length of the dimple in a longitudinal direction to a lateral length of the dimple in a lateral direction orthogonal to the longitudinal direction, and each of the plurality of dimples has a spindle shape. each of the plurality of dimples has an aspect ratio of 5.0 or more and 50.0 or less, and the aspect ratio is a ratio of a vertical length of the dimple in a longitudinal direction to a lateral length of the dimple in a lateral direction orthogonal to the longitudinal direction, and each of the plurality of dimples has a spindle shape.
Securing system for wheelchairs in vehicles, comprising a rigid bottom frame provided with: - a number of fixation means which are connected to the bottom frame and suitable for fixing a wheelchair relative to the bottom frame, wherein each fixation means comprises a coupling element configured for coupling to a wheelchair, which coupling element is connected with a cable to a retractor , which retractor in unlocked mode exerts a retracting pulling force on the coupling element while the cable can be pulled out, and in locked mode locks the cable so that it cannot be pulled out, wherein the retractors are fixedly connected to the bottom frame and are preferably placed adjacently of each other, and - a central securing control for simultaneous operation of the retractors, wherein the bottom frame has a front side and a rear aside, and one or more fixation means are disposed so as to fix a wheelchair from the front side of the bottom frame, and one or more fixation means are disposed so as to fix a wheelchair from the rear side of the bottom frame, and wherein the retractors are mechanically controllable by the central securing control, and wherein the central securing control is movable between an unlocking position, in which the retractors are in unlocked mode, and a locking position in which the retractors are in locked mode, and wherein the central securing control is movable from a locking position to an unlocking position via two different successive movements, and wherein the central securing control is movable from an unlocking position to a locking position via a single movement. - a number of fixation means which are connected to the bottom frame and suitable for fixing a wheelchair relative to the bottom frame, wherein each fixation means comprises a coupling element configured for coupling to a wheelchair, which coupling element is connected with a cable to a retractor , which retractor in unlocked mode exerts a retracting pulling force on the coupling element while the cable can be pulled out, and in locked mode locks the cable so that it cannot be pulled out, wherein the retractors are fixedly connected to the bottom frame and are preferably placed adjacently of each other, and - a central securing control for simultaneous operation of the retractors, wherein the bottom frame has a front side and a rear aside, and one or more fixation means are disposed so as to fix a wheelchair from the front side of the bottom frame, and one or more fixation means are disposed so as to fix a wheelchair from the rear side of the bottom frame, and wherein the retractors are mechanically controllable by the central securing control, and wherein the central securing control is movable between an unlocking position, in which the retractors are in unlocked mode, and a locking position in which the retractors are in locked mode, and wherein the central securing control is movable from a locking position to an unlocking position via two different successive movements, and wherein the central securing control is movable from an unlocking position to a locking position via a single movement.
A tractor comprising: an engine hood having therein an engine : a pair of right and left engine frames arranged in such a manner as to match their longitudinal directions with a front-rear direction to support the engine; a lock unit configured to deter the engine hood from being opened; a release operation unit coupled to the lock unit and configured to allow releasing locking of the lock unit through an operation of moving its operable part, the operable part being arranged outward of the engine frames relative to a right-left direction, in a position to be exposed to the exterior; and a cover member covering the release operation unit so as to disable manual operation of the release operation unit , while allowing operation of the release operation unit at least by using a predetermined release tool, the cover member having an opening portion shaped along a movement locus of the operable part of the release operation unit , characterized in that the cover member is constituted by two sheet metal members arranged with a space therebetween, and the release operation unit is arranged between the two sheet metal members . a pair of right and left engine frames arranged in such a manner as to match their longitudinal directions with a front-rear direction to support the engine; a lock unit configured to deter the engine hood from being opened; a release operation unit coupled to the lock unit and configured to allow releasing locking of the lock unit through an operation of moving its operable part, the operable part being arranged outward of the engine frames relative to a right-left direction, in a position to be exposed to the exterior; and a cover member covering the release operation unit so as to disable manual operation of the release operation unit , while allowing operation of the release operation unit at least by using a predetermined release tool, the cover member having an opening portion shaped along a movement locus of the operable part of the release operation unit , characterized in that the cover member is constituted by two sheet metal members arranged with a space therebetween, and the release operation unit is arranged between the two sheet metal members .
A ride system , comprising: a vehicle configured to travel along a first ride path ; and a coaster configured to travel along a second ride path and configured to overlap with the first ride path at an overlapping portion of the ride system , wherein the vehicle is configured to disengage from a first portion of the first ride path and engage with the coaster when the coaster is positioned at the overlapping portion , wherein the coaster is configured to transport the vehicle along the second ride path to a second portion of the first ride path after engaging with the vehicle . a vehicle configured to travel along a first ride path ; and a coaster configured to travel along a second ride path and configured to overlap with the first ride path at an overlapping portion of the ride system , wherein the vehicle is configured to disengage from a first portion of the first ride path and engage with the coaster when the coaster is positioned at the overlapping portion , wherein the coaster is configured to transport the vehicle along the second ride path to a second portion of the first ride path after engaging with the vehicle .
A surgical robot system (100; 300) for attaching an electrode holder to a skull of a patient, the electrode holder configured to receive an electrode arranged to be inserted into a brain of the patient, said surgical robot system comprising: a robot base comprising a computer ; a robot arm coupled to the robot base ; an end effector (112; 912; 1012; 3500) configured to be coupled to the robot arm ; a guide tube having a detachable electrode holder disposed at a distal tip of the guide tube tip- and a tracking array disposed near a proximal end of the guide tube , the guide tube configured to couple to the end effector (112; 912; 1012; 3500); a tripod mechanism configured to slide over the guide tube and to allow adjustment of an angle of the guide tube relative to the skull.
A distributor for distributing fluid to a plurality of fluid outlets (12a_3), the fluid flowing from a fluid inlet (12a_1), the distributor comprising: a plurality of branching flow paths (12a_2, 12a_3) having an upstream branching flow path (12a_2), and downstream branching flow paths (12a_3) located closer to the plurality of fluid outlets (12a_3) than is the upstream branching flow path (12a_2); and an intermediate flow path (13a_2) provided between the upstream branching flow path (12a_2) and at least one of the downstream branching flow paths (12a_3), the intermediate flow path (13a_2) connecting the upstream branching flow path (12a_2) and the at least one of the downstream branching flow paths (12a_3), the distributor being formed in such a manner that the fluid flows in a direction from the fluid inlet (12a_1) to the plurality of branching flow paths (12a_3), the intermediate flow path (13a_2) having one end connected to the upstream branching flow path (12a_2) and an other end connected to the at least one of the downstream branching flow paths (12a_3) characterised in that the intermediate flow path (13a_2) causing the fluid flowing from the one end to change a flow direction of the fluid without the fluid further branching in the intermediate flow path and then flow out of the other end. a plurality of branching flow paths (12a_2, 12a_3) having an upstream branching flow path (12a_2), and downstream branching flow paths (12a_3) located closer to the plurality of fluid outlets (12a_3) than is the upstream branching flow path (12a_2); and an intermediate flow path (13a_2) provided between the upstream branching flow path (12a_2) and at least one of the downstream branching flow paths (12a_3), the intermediate flow path (13a_2) connecting the upstream branching flow path (12a_2) and the at least one of the downstream branching flow paths (12a_3), the distributor being formed in such a manner that the fluid flows in a direction from the fluid inlet (12a_1) to the plurality of branching flow paths (12a_3), the intermediate flow path (13a_2) having one end connected to the upstream branching flow path (12a_2) and an other end connected to the at least one of the downstream branching flow paths (12a_3) characterised in that the intermediate flow path (13a_2) causing the fluid flowing from the one end to change a flow direction of the fluid without the fluid further branching in the intermediate flow path and then flow out of the other end.
Passenger seating comprising at least one row of seats, the or each row comprising at least one seat beside which a partition assembly is located, wherein said partition assembly comprises: a partition wall located at a side of said at least one seat , the partition wall including an opening ; and a screen that is slidably movable with respect to the partition wall between an open state in which said opening is exposed by said screen , and a closed state in which said opening is closed by said screen ; wherein said partition wall comprises an upper portion and a base portion , wherein the upper portion comprises a base , the base being located below said opening and said screen ; a locking apparatus operable between locking and non-locking states in which it, respectively, prevents or allows said movement of the screen ; wherein said locking apparatus comprises at least one latch which is extendable from the base to engage with the screen ; wherein said at least one latch , when extended, engages with a formation in the underside of the screen to effect said locking state. a partition wall located at a side of said at least one seat , the partition wall including an opening ; and a screen that is slidably movable with respect to the partition wall between an open state in which said opening is exposed by said screen , and a closed state in which said opening is closed by said screen ; wherein said partition wall comprises an upper portion and a base portion , wherein the upper portion comprises a base , the base being located below said opening and said screen ; a locking apparatus operable between locking and non-locking states in which it, respectively, prevents or allows said movement of the screen ; wherein said locking apparatus comprises at least one latch which is extendable from the base to engage with the screen ; wherein said at least one latch , when extended, engages with a formation in the underside of the screen to effect said locking state.
A gear inspection machine having a probe in form of a laser sensor with ar associated field of view, , said machine comprising positioning machine axes capable ol three dimensional positioning of the probe and a workpiece spindle with a workpiece axis of rotation whereby a workpiece is movable relative to and through said field of view, said machine further comprising: a calibration artifact mounted in a known location by being positioned on saic machine in a same manner as a workpiece positioned on said workpiece spindle of said machine, said calibration artifact being movable relative to and through the field of view via rotation of the calibration artifact about the machine workpiece axis of rotatior (W), said calibration artifact comprising: said calibration artifact being circular in shape and rotatable about said axis of rotation of said machine, said calibration artifact comprising a top side and an outer circumferential face portion on the top side with the outer circumferential face portion being located radially outward from the artifact axis of rotation and adjacent to a periphery of the artifact, said calibration artifact comprising a plurality of at least three shaped calibration surfaces , said at least three calibration surfaces being arranged on at least one surface on the top side of the calibration artifact and arranged on said outer circumferential face portion, said calibration surfaces being arranged at different locations on said at least one top surface with respect to the field of view of said laser sensor, and wherein one calibration surface is located at a radial distance from said axis of rotation and/or at an axial position with respect to said axis of rotation that is different than the radial distance or axial position of at least two of the remaining calibration surfaces and wherein the machine is configured to perform calibration without the use of said positioning machine axes. said calibration artifact being circular in shape and rotatable about said axis of rotation of said machine, said calibration artifact comprising a top side and an outer circumferential face portion on the top side with the outer circumferential face portion being located radially outward from the artifact axis of rotation and adjacent to a periphery of the artifact, said calibration artifact comprising a plurality of at least three shaped calibration surfaces , said at least three calibration surfaces being arranged on at least one surface on the top side of the calibration artifact and arranged on said outer circumferential face portion, said calibration surfaces being arranged at different locations on said at least one top surface with respect to the field of view of said laser sensor, and wherein one calibration surface is located at a radial distance from said axis of rotation and/or at an axial position with respect to said axis of rotation that is different than the radial distance or axial position of at least two of the remaining calibration surfaces and wherein the machine is configured to perform calibration without the use of said positioning machine axes.