mhurhangee/patent-ind-claim-en huggingface dataset:
A robot control system, for causing a worker to use a plurality of robots to distinguish work in a work space provided with the robots, wherein the robot control system comprises: a plurality of robots ; and a worker terminal that is capable of sending operation commands to the plurality of robots , by using wireless communications; the worker terminal has: an identification part that identifies a target robot to be used for one work among a plurality of robots ; a reception part that receives operation instructions for the robot (1 1a, 12a, 13a, 15a, 16a, 23) from a worker; and a wireless communications part that sends operation command to only the robot identified as the target robot by the identification part when an operation instruction is received by the reception part, the robot control system being characterized in that each of the plurality of robots is a robot that cooperates with the worker in the one work, some of multiple operations required for achieving the work being performed by the worker and the rest of the operations being performed by the robot, said robot being able to operate with the timing required by the worker. a plurality of robots ; and a worker terminal that is capable of sending operation commands to the plurality of robots , by using wireless communications; the worker terminal has: an identification part that identifies a target robot to be used for one work among a plurality of robots ; a reception part that receives operation instructions for the robot (1 1a, 12a, 13a, 15a, 16a, 23) from a worker; and a wireless communications part that sends operation command to only the robot identified as the target robot by the identification part when an operation instruction is received by the reception part, an identification part that identifies a target robot to be used for one work among a plurality of robots ; a reception part that receives operation instructions for the robot (1 1a, 12a, 13a, 15a, 16a, 23) from a worker; and a wireless communications part that sends operation command to only the robot identified as the target robot by the identification part when an operation instruction is received by the reception part, the robot control system being characterized in that each of the plurality of robots is a robot that cooperates with the worker in the one work, some of multiple operations required for achieving the work being performed by the worker and the rest of the operations being performed by the robot, said robot being able to operate with the timing required by the worker.
A baler comprising: a rotor assembly having a first auger coupled to a support tube ; a plurality of teeth coupled to the support tube along a bale chamber region; a rotor floor positioned along a portion of the rotor assembly ; and a first auger core of the first auger coupled to the support tube ; wherein, the rotor assembly rotates in an undershot direction wherein a leading portion of the rotor assembly is rotating partially toward the rotor floor ; further wherein, an auger choke distance is defined as the distance between the first auger core and a floor plane ; further wherein, a support tube distance is defined between the support tube and the floor plane and the auger choke distance is less than the support tube distance , wherein the auger core is coupled to the support tube with an auger coupler spacer , wherein the auger coupler spacer radially and axially aligns the auger core with the support tube , characterized in that , further comprising an auger spacer positioned between the auger core and the support tube , wherein the auger spacer maintains radial orientation of the auger core relative to the support tube but is not coupled to the auger core . a rotor assembly having a first auger coupled to a support tube ; a plurality of teeth coupled to the support tube along a bale chamber region; a rotor floor positioned along a portion of the rotor assembly ; and a first auger core of the first auger coupled to the support tube ; wherein, the rotor assembly rotates in an undershot direction wherein a leading portion of the rotor assembly is rotating partially toward the rotor floor ; further wherein, an auger choke distance is defined as the distance between the first auger core and a floor plane ; further wherein, a support tube distance is defined between the support tube and the floor plane and the auger choke distance is less than the support tube distance , wherein the auger core is coupled to the support tube with an auger coupler spacer , wherein the auger coupler spacer radially and axially aligns the auger core with the support tube , characterized in that , further comprising an auger spacer positioned between the auger core and the support tube , wherein the auger spacer maintains radial orientation of the auger core relative to the support tube but is not coupled to the auger core .
A gripper arrangement for component placement on mounting plates in switchgear and control system manufacturing, the gripper arrangement having two gripper jaws whose distance from one another can be adjusted by means of a linear adjusting unit , wherein the gripper jaws each have at least one projection at the end on their outer sides facing away from one another, wherein the gripper jaws are plate-shaped and have a thickness (d) in the direction of displacement (x) of the gripper jaws relative to each other which is substantially smaller than a width (b) and a height (h) of the gripper jaws perpendicular to each other and perpendicular to the thickness (d), wherein at least one of the gripper jaws has a recess on its inner side facing the respective opposite gripper jaw , characterized in that the recess is open towards an end face and towards a longitudinal side of the gripper jaw .
A tufting machine , comprising: at least one needle bar having a series of needles mounted therealong; backing feed rolls feeding a backing material (B) along a path of travel through the tufting machine ; a yarn feed mechanism feeding a series of yarns (Y) to the needles ; gauge parts reciprocated into engagement with at least some of the needles as the needles are engaged with the backing material (B) to form tufts of yarns in the backing material; a shift mechanism coupled to the at least one needle bar and operable for shifting the needles in a direction substantially transverse to the path of travel of the backing material (B), the shift mechanism comprising: a rack linked to the at least one needle bar and having a series of spaced teeth ; characterized by further comprising: a pair of roller pinions , each having a series of rollers , and each being engaged by multiple teeth of the rack to provide multiple points of contact between the rack and the pinions ; and a pair of motors , each engaging one of the pair of roller pinions , whereby as the pinion is rotated, the rack is moved linearly so as to cause the transverse shifting movement of the needles across the backing material (B). at least one needle bar having a series of needles mounted therealong; backing feed rolls feeding a backing material (B) along a path of travel through the tufting machine ; a yarn feed mechanism feeding a series of yarns (Y) to the needles ; gauge parts reciprocated into engagement with at least some of the needles as the needles are engaged with the backing material (B) to form tufts of yarns in the backing material; a shift mechanism coupled to the at least one needle bar and operable for shifting the needles in a direction substantially transverse to the path of travel of the backing material (B), the shift mechanism comprising: a rack linked to the at least one needle bar and having a series of spaced teeth ; characterized by further comprising: a pair of roller pinions , each having a series of rollers , and each being engaged by multiple teeth of the rack to provide multiple points of contact between the rack and the pinions ; and a pair of motors , each engaging one of the pair of roller pinions , whereby as the pinion is rotated, the rack is moved linearly so as to cause the transverse shifting movement of the needles across the backing material (B). a pair of roller pinions , each having a series of rollers , and each being engaged by multiple teeth of the rack to provide multiple points of contact between the rack and the pinions ; and a pair of motors , each engaging one of the pair of roller pinions , whereby as the pinion is rotated, the rack is moved linearly so as to cause the transverse shifting movement of the needles across the backing material (B).
A wrist-wear personal flotation device for a user comprising: a wristband to be worn to by the user; a pouch mounted to the wristband containing an inflatable member and comprising an openable closure for enclosing the inflatable member therein; a housing for a removable container containing buoyant gas, the housing being removably mounted to the wristband and to the pouch , and defining opposite longitudinal ends thereof; a pipe extending from the housing to the inflatable member via the pouch ; and an actuation lever pivotally mounted to one of the longitudinal ends of the housing in operative communication with a plunger for actuating the plunger to pierce the container containing buoyant gas; characterized in that the housing comprises a cylindrical configuration and the container comprises a cylindrical configuration, the container being removable by removing a cap of the housing threadably mounted to the housing at another one of the longitudinal ends; and a base portion thereof inserted in a corresponding cavity formed by the pouch, the wristband being positioned through an opening in the base portion and through the corresponding cavity , wherein movement of the actuation lever away from the housing provides for releasing the buoyant gas from the container into the inflatable member via the pipe causing the inflatable member to inflate and move outwardly of the container via opening of the closure thereby providing buoyancy to the user. a wristband to be worn to by the user; a pouch mounted to the wristband containing an inflatable member and comprising an openable closure for enclosing the inflatable member therein; a housing for a removable container containing buoyant gas, the housing being removably mounted to the wristband and to the pouch , and defining opposite longitudinal ends thereof; a pipe extending from the housing to the inflatable member via the pouch ; and an actuation lever pivotally mounted to one of the longitudinal ends of the housing in operative communication with a plunger for actuating the plunger to pierce the container containing buoyant gas; characterized in that the housing comprises a cylindrical configuration and the container comprises a cylindrical configuration, the container being removable by removing a cap of the housing threadably mounted to the housing at another one of the longitudinal ends; and a base portion thereof inserted in a corresponding cavity formed by the pouch, the wristband being positioned through an opening in the base portion and through the corresponding cavity , wherein movement of the actuation lever away from the housing provides for releasing the buoyant gas from the container into the inflatable member via the pipe causing the inflatable member to inflate and move outwardly of the container via opening of the closure thereby providing buoyancy to the user.
Control station for a soil-processing machine, such as, for example, a soil compactor, comprising a control station floor region and at least one floor window provided in the control station floor region , wherein the floor window in the control station floor region is supported so that it can swivel between an open position and a closed position, wherein the control station floor region exhibits an essentially horizontal first floor region section and at least one second floor region section adjacent to the essentially horizontal first floor region section and angled in relation to the essentially horizontal first floor region section , characterized in that - in at least one second floor region section at least one floor window is provided, - and that a support that at least partially bridges the floor window is provided at at least one floor window provided in a second floor region section . wherein the control station floor region exhibits an essentially horizontal first floor region section and at least one second floor region section adjacent to the essentially horizontal first floor region section and angled in relation to the essentially horizontal first floor region section , characterized in that - in at least one second floor region section at least one floor window is provided, - and that a support that at least partially bridges the floor window is provided at at least one floor window provided in a second floor region section . - in at least one second floor region section at least one floor window is provided, - and that a support that at least partially bridges the floor window is provided at at least one floor window provided in a second floor region section .
A dual material cable tie comprising: a tail formed from a first material and located at a first end of the cable tie ; a head located at a second end of the cable tie and having a passage extending from a first end of the head to a second end of the head for receiving the tail , a first portion including a pawl located in the passage , and a second portion , wherein the second portion comprises an exterior surface of the head ; and a strap formed from the first material and extending between the tail and the head , wherein the tail , the strap , and the first portion of the head including the pawl are made from the first material, characterized in that the second portion of the head is made from a second material, wherein the second material is stiffer and/or harder than the first material, and the head allows the tail to extend outwardly from the first and second ends of the head . a tail formed from a first material and located at a first end of the cable tie ; a head located at a second end of the cable tie and having a passage extending from a first end of the head to a second end of the head for receiving the tail , a first portion including a pawl located in the passage , and a second portion , wherein the second portion comprises an exterior surface of the head ; and a strap formed from the first material and extending between the tail and the head , wherein the tail , the strap , and the first portion of the head including the pawl are made from the first material, characterized in that the second portion of the head is made from a second material, wherein the second material is stiffer and/or harder than the first material, and the head allows the tail to extend outwardly from the first and second ends of the head .
Process for the production of furfural from lignocellulosic material comprising the steps a) treating lignocellulosic material by applying steam; b) separating the steam containing furfural from the treated lignocellulosic material; c) transferring the separated steam to a segregation device; d) segregating the phase containing furfural from the steam; e) subjecting the steam to a utilization step; wherein the segregating according to step d) is carried out by adsorption and wherein the utilization step e) is heating. a) treating lignocellulosic material by applying steam; b) separating the steam containing furfural from the treated lignocellulosic material; c) transferring the separated steam to a segregation device; d) segregating the phase containing furfural from the steam; e) subjecting the steam to a utilization step;
A system for producing beverages from a dose of a product to be infused and having a periphery , said system comprising: a first and a second part having a relative mobility in translation and defining at least in part one receiving assembly intended to receive the dose prior to the positioning thereof in a position of infusion, wherein the first part comprises at least one support zone so configured as to come into contact with the dose so as to support the dose in a first relative position of the first and second parts, with the system being so arranged that during the relative translation of said first and second parts, the second part forms means for bearing against the dose to cause the axial sliding of the dose on the at least one support zone of the first part for the positioning thereof in the position of infusion, characterized in that the system also comprises at least one axial stop integral with the first part , positioned below said at least one support zone in a projection on a vertical plane perpendicular to the axis of said translation, with the axial stop being accessible from the space wherein the dose is intended to slide on the at least one support zone of the first part during the relative translation of the first and second parts. a first and a second part having a relative mobility in translation and defining at least in part one receiving assembly intended to receive the dose prior to the positioning thereof in a position of infusion, wherein the first part comprises at least one support zone so configured as to come into contact with the dose so as to support the dose in a first relative position of the first and second parts, with the system being so arranged that during the relative translation of said first and second parts, the second part forms means for bearing against the dose to cause the axial sliding of the dose on the at least one support zone of the first part for the positioning thereof in the position of infusion, characterized in that the system also comprises at least one axial stop integral with the first part , positioned below said at least one support zone in a projection on a vertical plane perpendicular to the axis of said translation, with the axial stop being accessible from the space wherein the dose is intended to slide on the at least one support zone of the first part during the relative translation of the first and second parts.
A system for processing a transparent material, the system comprising: a laser source operable to emit a pulsed laser beam ; and an optical assembly disposed within an optical path of the pulsed laser beam and configured to transform the pulsed laser beam into a laser beam focal line having an adjustable length and an adjustable diameter, wherein at least a portion of the laser beam focal line is operable to be positioned within a bulk of the transparent material such that the laser beam focal line generates an induced multi-photon absorption within the transparent material, the multi-photon induced absorption producing a material modification within the transparent material along the laser beam focal line; and the optical assembly comprises an axicon ; characterised in that optical assembly is adapted to adjust the adjustable length of the laser beam focal line by adjusting a diameter of the pulsed laser beam at an entrance surface of the axicon . a laser source operable to emit a pulsed laser beam ; and an optical assembly disposed within an optical path of the pulsed laser beam and configured to transform the pulsed laser beam into a laser beam focal line having an adjustable length and an adjustable diameter, wherein at least a portion of the laser beam focal line is operable to be positioned within a bulk of the transparent material such that the laser beam focal line generates an induced multi-photon absorption within the transparent material, the multi-photon induced absorption producing a material modification within the transparent material along the laser beam focal line; and the optical assembly comprises an axicon ; characterised in that optical assembly is adapted to adjust the adjustable length of the laser beam focal line by adjusting a diameter of the pulsed laser beam at an entrance surface of the axicon .
A pharmaceutical composition for use in treating cancer or a metastasis thereof in a subject, wherein the pharmaceutical composition comprises a therapeutically effective amount of a first immune stimulator and a second immune stimulator, wherein the first immune stimulator is an alpha thymosin peptide, and the second immune stimulator is a PD-1 inhibitor.
An organic/inorganic composite porous separator for an electrochemical device, which comprises: (a) a porous substrate having pores, which has a pore size of 0.01- 50 μm; and (b) an organic/inorganic composite porous active layer coated directly on a surface of the substrate, the active layer comprising a mixture of inorganic particles having a particle size of between 0.001 μm and 10 μm and a binder polymer, wherein the inorganic particles are present in the mixture of inorganic particles with the binder polymer in an amount of 60-99 wt % based on 100 wt % of the mixture, wherein the inorganic particles in the active layer are interconnected among themselves and are fixed by the binder polymer and permit interstitial volumes to be formed among them, and interstitial volumes among the inorganic particles form a pore structure that permits lithium ions to move therethrough, wherein, as the size of the inorganic particles increases, interstitial distance among the inorganic particles increases, thereby increasing the pore size. (a) a porous substrate having pores, which has a pore size of 0.01- 50 μm; and (b) an organic/inorganic composite porous active layer coated directly on a surface of the substrate, the active layer comprising a mixture of inorganic particles having a particle size of between 0.001 μm and 10 μm and a binder polymer, wherein the inorganic particles are present in the mixture of inorganic particles with the binder polymer in an amount of 60-99 wt % based on 100 wt % of the mixture,
Positioning and conveying device comprising an endless conveyor belt which runs around two rollers mounted to a stationary frame , such that the belt has an upper run forming a carrying side for objects to be positioned and transferred, and a lower run forming a return side of the belt , wherein the outer surface of at least one of the rollers is defined by a plurality of roller segments extending in the axial and tangential direction of the roller , wherein each of the segments is axially dimensioned to support the full width of the conveyor belt and tangentially dimensioned such that the segments complementary cover the perimeter of the roller , wherein the segments are individually movable in the axial direction of the roller for laterally moving the conveyor belt relative to the frame , the device furthermore including at least one actuator assembly for driving the segments in the axial direction of the roller , said actuator assembly comprising a controllable magnetic actuator stationary mounted at either end of the roller , wherein at either end of each of the segments a ferromagnetic counterpart is mounted which is configured and arranged to cooperate with the respective magnetic actuators so as to move the respective segments in the axial direction of the roller , wherein the device comprises at the roller a "set" actuator assembly " and a "reset" actuator assembly , wherein the "set" actuator assembly is arranged to work on the roller segments that are in contact with the belt to move the belt in the lateral direction, and wherein the "reset" actuator assembly is arranged to work on the roller segment(s) that is/are not in contact with the belt to reset the roller segment(s) to a neutral position, the positioning and conveying device furthermore comprising an electronic controller connected to the controllable magnetic actuators to control the magnetic force generated by the magnetic actuators , and characterized in that the device furthermore includes air gap distance sensors connected to the controller to measure the variable axial air gap between the magnetic actuator and the ferromagnetic counterpart , wherein two air gap sensors are located near the "set" actuator assembly and one air gap sensor is located near the "reset" actuator assembly .