mhurhangee/patent-ind-claim-en huggingface dataset:
System for extruding cords of building material for robot for additive manufacturing of architectural structures comprising: - a building material bead extrusion head comprising a building material inlet , an outlet nozzle configured to form building material beads and a pump metering device configured to be able to convey the building material from the inlet mouth to the outlet nozzle , said extrusion head being intended to be moved by the robot additive manufacturing along a predetermined trajectory to form an architectural structure by stacking layers of said extruded cords , - a construction material supply circuit to said extrusion head comprising a construction material storage tank , a construction material supply line connecting said storage and said extrusion head , and a booster pump of said supply pipe of building material from the storage tank , characterized in that it further comprises a device for projecting fibers for the structural reinforcement of the extruded cords adapted to be able to project and insert into the cords extruded by the said extrusion head, fibers structural reinforcement of these cords, said fiber throwing device comprising: - a source of fibers, - means of propulsion of the fibers in the extruded cords, - means for conveying the fibers from the source of fibers to the means for propelling the fibers. - a building material bead extrusion head comprising a building material inlet , an outlet nozzle configured to form building material beads and a pump metering device configured to be able to convey the building material from the inlet mouth to the outlet nozzle , said extrusion head being intended to be moved by the robot additive manufacturing along a predetermined trajectory to form an architectural structure by stacking layers of said extruded cords , - a construction material supply circuit to said extrusion head comprising a construction material storage tank , a construction material supply line connecting said storage and said extrusion head , and a booster pump of said supply pipe of building material from the storage tank , - a source of fibers, - means of propulsion of the fibers in the extruded cords, - means for conveying the fibers from the source of fibers to the means for propelling the fibers.
A method of processing grain comprising the steps of: (a) conditioning said grain, prior to milling, by contacting said grain with an amount of an aqueous conditioning fluid, effective to increase a moisture content of said grain, said aqueous conditioning fluid at least partially comprising an aqueous anolyte product wherein, when in undiluted form, said aqueous anolyte product has a pH in the range of from 4.5 to 7.5 and a positive oxidation-reduction potential of at least + 550mV and (b) milling said grain to produce a milled product. (a) conditioning said grain, prior to milling, by contacting said grain with an amount of an aqueous conditioning fluid, effective to increase a moisture content of said grain, said aqueous conditioning fluid at least partially comprising an aqueous anolyte product wherein, when in undiluted form, said aqueous anolyte product has a pH in the range of from 4.5 to 7.5 and a positive oxidation-reduction potential of at least + 550mV and (b) milling said grain to produce a milled product.
A system for detecting specular surfaces, the system comprising: an image sensor configured to capture image data from an area; a first light emitter configured to emit a first light into the area from a first position; a second light emitter configured to emit a second light into the area from a second position; control circuitry configured to: acquire first image data from the image sensor while the first light emitter is active and the second light emitter is inactive; acquire second image data from the image sensor while the second light emitter is active and the first light emitter is inactive; process the first image data with the second image data to identify non-overlapping image data between the first image data and the second image data as a specular surface; identify a location of the non-overlapping image data within the area; and, activate a special effect based on the location. an image sensor configured to capture image data from an area; a first light emitter configured to emit a first light into the area from a first position; a second light emitter configured to emit a second light into the area from a second position; control circuitry configured to: acquire first image data from the image sensor while the first light emitter is active and the second light emitter is inactive; acquire second image data from the image sensor while the second light emitter is active and the first light emitter is inactive; process the first image data with the second image data to identify non-overlapping image data between the first image data and the second image data as a specular surface; identify a location of the non-overlapping image data within the area; and, activate a special effect based on the location. acquire first image data from the image sensor while the first light emitter is active and the second light emitter is inactive; acquire second image data from the image sensor while the second light emitter is active and the first light emitter is inactive; process the first image data with the second image data to identify non-overlapping image data between the first image data and the second image data as a specular surface; identify a location of the non-overlapping image data within the area; and, activate a special effect based on the location.
A battery pack comprising: a battery module assembly comprising a first battery module and a second battery module; a first connector connected to a first electrode of the first battery module; a second connector connected to a second electrode of the second battery module and spaced apart from the first connector ; a switch configured to connect the first connector and the second connector ; and a current blocking member connected to one side of the switch in a longitudinal direction, wherein one side of the switch in the longitudinal direction is formed as a free end to be in contact with the first connector and said one side of the switch configured to release a contact state between the switch and the first connector by a bending deformation of the current blocking member , and wherein the other side of the switch in the longitudinal direction is formed as a fixed end fixed to the second connector , wherein one side of the current blocking member in the longitudinal direction is a free end of which position is changeable by the bending deformation, and wherein the other side of the current blocking member is a fixed end directly or indirectly fixed to the battery module or a ground, and the current blocking member is connected to the switch by a connecting rod and the current blocking member causes the bending deformation when voltage applied to both surfaces is equal to or greater than a reference value and is connected to the switch by the connecting rod to move the switch to perform an off operation upon bending deformation. a battery module assembly comprising a first battery module and a second battery module; a first connector connected to a first electrode of the first battery module; a second connector connected to a second electrode of the second battery module and spaced apart from the first connector ; a switch configured to connect the first connector and the second connector ; and a current blocking member connected to one side of the switch in a longitudinal direction, wherein one side of the switch in the longitudinal direction is formed as a free end to be in contact with the first connector and said one side of the switch configured to release a contact state between the switch and the first connector by a bending deformation of the current blocking member , and wherein the other side of the switch in the longitudinal direction is formed as a fixed end fixed to the second connector , wherein one side of the current blocking member in the longitudinal direction is a free end of which position is changeable by the bending deformation, and wherein the other side of the current blocking member is a fixed end directly or indirectly fixed to the battery module or a ground, and the current blocking member is connected to the switch by a connecting rod and the current blocking member causes the bending deformation when voltage applied to both surfaces is equal to or greater than a reference value and is connected to the switch by the connecting rod to move the switch to perform an off operation upon bending deformation.
A method for obtaining an amnion-derived stem cell(s) (ADSCs) comprising: (a) separating an amniotic membrane tissue sample from the chorion of a mammalian placenta after birth; (b) cutting the amniotic membrane tissue sample into small pieces and culturing the small pieces of the amniotic membrane tissue sample; (c) preparing a single-cell culture of ADSC(s) emerged from the small pieces of the amniotic membrane tissue sample after removal of explants; (d) culturing the ADSC(s); and (e) obtaining or isolating the ADSC(s). (a) separating an amniotic membrane tissue sample from the chorion of a mammalian placenta after birth; (b) cutting the amniotic membrane tissue sample into small pieces and culturing the small pieces of the amniotic membrane tissue sample; (c) preparing a single-cell culture of ADSC(s) emerged from the small pieces of the amniotic membrane tissue sample after removal of explants; (d) culturing the ADSC(s); and (e) obtaining or isolating the ADSC(s).
A system for additive manufacturing, comprising: a nozzle for delivering a flowable material, the nozzle configured to translate along a first axis, a second axis perpendicular to the first axis, and a third axis orthogonal to the first and second axes, wherein the nozzle is operably coupled to: an extruder having an outlet and including a screw disposed within a barrel ; and a pump having an inlet and an outlet, the inlet being coupled to the extruder , and the outlet being in fluid communication with the nozzle ; a pressure sensor for sensing a pressure of the inlet of the pump and a pressure of an outlet of the extruder , and a controller that causes a speed of the pump with respect to a speed of the screw to adjust and thereby apply a target pressure of flowable material at the outlet of the extruder , characterized in that the controller is programmed to change the target pressure from a first target pressure stored in a memory of the controller to a second target pressure stored in the memory of the controller based on a change of the flowable material from a first flowable material to a second flowable material. a nozzle for delivering a flowable material, the nozzle configured to translate along a first axis, a second axis perpendicular to the first axis, and a third axis orthogonal to the first and second axes, wherein the nozzle is operably coupled to: an extruder having an outlet and including a screw disposed within a barrel ; and a pump having an inlet and an outlet, the inlet being coupled to the extruder , and the outlet being in fluid communication with the nozzle ; an extruder having an outlet and including a screw disposed within a barrel ; and a pump having an inlet and an outlet, the inlet being coupled to the extruder , and the outlet being in fluid communication with the nozzle ; a pressure sensor for sensing a pressure of the inlet of the pump and a pressure of an outlet of the extruder , and a controller that causes a speed of the pump with respect to a speed of the screw to adjust and thereby apply a target pressure of flowable material at the outlet of the extruder , characterized in that the controller is programmed to change the target pressure from a first target pressure stored in a memory of the controller to a second target pressure stored in the memory of the controller based on a change of the flowable material from a first flowable material to a second flowable material.
A circuit, comprising: an encoder configured to receive, based on a mode, data and a data mask signal and to generate encoded data, the data mask signal in a first state indicating that the data transmitted from the circuit to another circuit is to be ignored and the data mask signal in a second state indicating that the data transmitted from the circuit to said another circuit is not to be ignored, the encoder configured to encode a first subset of the data with data bus inversion and a second subset of the data differently from data bus inversion to generate the encoded data responsive to the data mask signal being in the second state; and a transmitter configured to transmit the encoded data over a communication link, characterized in that the encoder is further configured to generate a modified data mask signal, the modified data mask signal being in the first state responsive to the data mask signal being in the first state or the encoder encoding the second subset of the data differently from data bus inversion. an encoder configured to receive, based on a mode, data and a data mask signal and to generate encoded data, the data mask signal in a first state indicating that the data transmitted from the circuit to another circuit is to be ignored and the data mask signal in a second state indicating that the data transmitted from the circuit to said another circuit is not to be ignored, the encoder configured to encode a first subset of the data with data bus inversion and a second subset of the data differently from data bus inversion to generate the encoded data responsive to the data mask signal being in the second state; and a transmitter configured to transmit the encoded data over a communication link, characterized in that the encoder is further configured to generate a modified data mask signal, the modified data mask signal being in the first state responsive to the data mask signal being in the first state or the encoder encoding the second subset of the data differently from data bus inversion.
A drain pan comprising: a drain pan unit that includes a horizontal water receiving unit and a vertical water receiving unit intersecting with each other in an L shape and is suitable to be used as horizontal and vertical types; and a water discharge socket for discharging, from the drain pan unit , drain water received on the drain pan unit , characterized in that a drain port is opened through a water-receiving surface of each of the horizontal water receiving unit and the vertical water receiving unit at a corner of the intersection of the drain pan unit , the water discharge socket entirely covers the drain port on an outer side of the corner, which is a major angle side, the water discharge socket includes a drain water discharge pipe disposed lower than the water-receiving surface of the drain pan unit to discharge drain water externally from an instrument in which the drain pan is disposed whether the instrument is horizontally or vertically installed, and in the drain water discharge pipe , an inflow opening port connected with the drain port includes an axial-direction cut part and a radial-direction cut part facing to the horizontal water receiving unit and the vertical water receiving unit , respectively, of the drain pan unit . a drain pan unit that includes a horizontal water receiving unit and a vertical water receiving unit intersecting with each other in an L shape and is suitable to be used as horizontal and vertical types; and a water discharge socket for discharging, from the drain pan unit , drain water received on the drain pan unit , characterized in that a drain port is opened through a water-receiving surface of each of the horizontal water receiving unit and the vertical water receiving unit at a corner of the intersection of the drain pan unit , the water discharge socket entirely covers the drain port on an outer side of the corner, which is a major angle side, the water discharge socket includes a drain water discharge pipe disposed lower than the water-receiving surface of the drain pan unit to discharge drain water externally from an instrument in which the drain pan is disposed whether the instrument is horizontally or vertically installed, and in the drain water discharge pipe , an inflow opening port connected with the drain port includes an axial-direction cut part and a radial-direction cut part facing to the horizontal water receiving unit and the vertical water receiving unit , respectively, of the drain pan unit .
A formulation for a bubble bath product comprising: surfactant; gelatin; and gellan gum wherein the gellan gum is present in a quantity of from 0.01 to 0.08 % by weight, for example from 0.01 to 0.06 % by weight, for example 0.02 to 0.05 % by weight. surfactant; gelatin; and gellan gum wherein the gellan gum is present in a quantity of from 0.01 to 0.08 % by weight, for example from 0.01 to 0.06 % by weight, for example 0.02 to 0.05 % by weight.
A pneumatic tire comprising a carcass extending from a tread portion through sidewall portions to bead portions , wherein the carcass is formed by arranging ribbon-shaped carcass ply pieces , in each of which a length in a tire circumferential direction is shorter than a length in a radial direction, in the tire circumferential direction, and each carcass ply piece includes a plurality of carcass cords arranged as warps along the radial direction, and a topping rubber covering the carcass cords , characterized in that the plurality of carcass cords is arranged without wefts, and in that the carcass cords include first cords and second cords having a twisting direction opposite to that of the first cords .
A bushing comprising: one end for connecting a cable accessory of a switchgear ; a conductor ; an insulating layer wrapping around the conductor ; a groove arranged between the conductor and the insulating layer ; and a measuring assembly received in the groove and surrounding the conductor , the measuring assembly including at least one measuring apparatus , wherein each measuring apparatus comprises: a temperature sensor configured to measure a temperature of the conductor ; and a passive wireless communication module configured to transmit the measured temperature, characterised in that the groove is arranged at the end of the bushing for connecting a cable accessory of a switchgear . one end for connecting a cable accessory of a switchgear ; a conductor ; an insulating layer wrapping around the conductor ; a groove arranged between the conductor and the insulating layer ; and a measuring assembly received in the groove and surrounding the conductor , the measuring assembly including at least one measuring apparatus , wherein each measuring apparatus comprises: a temperature sensor configured to measure a temperature of the conductor ; and a passive wireless communication module configured to transmit the measured temperature, characterised in that the groove is arranged at the end of the bushing for connecting a cable accessory of a switchgear . a temperature sensor configured to measure a temperature of the conductor ; and a passive wireless communication module configured to transmit the measured temperature, characterised in that the groove is arranged at the end of the bushing for connecting a cable accessory of a switchgear .
A dry radiator comprising a single structure which supports an electronic control and management means , a vertical duct and heat generator housed in said vertical duct travelled upwards by convective motion by an upward flow of heated air wherein the heat generator comprises electrical resistors configured to transfer heat to the air mass nearby and adjacent to said heat generator , and an outer casing , wherein said single structure supports air filtering means from the dust raised by the convective motion of the air, characterised in that said filtering means and said heat generator are laterally spaced and separated by a thermally insulating thermal insulation septum , and in that said electrical resistors are configured to trigger a convective motion of the air through said vertical duct according to a vertical flow (F2), when they are heated by the passage of electric power supply upon switching on through said electronic control and management means .
A tolerance ring comprising: an annular ring sidewall having a first and a second opposite major surfaces spaced apart by a thickness (T), wherein the first major surface defines an inner diameter of the tolerance ring at a first location of the sidewall and an outer diameter of the tolerance ring at a second location of the sidewall , wherein the sidewall comprises folded portions extending radially outward away from a central axis , wherein the folded portions form both an inner diameter and an outer diameter of the tolerance ring , wherein the tolerance ring has a cylindrical shape, wherein the tolerance ring further comprises a rib extending circumferentially around the tolerance ring at an axially central location, characterised in that , the tolerance ring further comprises a low friction material coupled to at least a portion of the sidewall comprising PTFE, wherein the rib is adapted to prevent a compression feature defined by at least one of the folded portions from translating in axial direction beyond the rib , and wherein ends of the at least one folded portions are not beyond the rib in a radial direction relative to the second major surface. an annular ring sidewall having a first and a second opposite major surfaces spaced apart by a thickness (T), wherein the first major surface defines an inner diameter of the tolerance ring at a first location of the sidewall and an outer diameter of the tolerance ring at a second location of the sidewall , wherein the sidewall comprises folded portions extending radially outward away from a central axis , wherein the folded portions form both an inner diameter and an outer diameter of the tolerance ring , wherein the tolerance ring has a cylindrical shape, wherein the tolerance ring further comprises a rib extending circumferentially around the tolerance ring at an axially central location, characterised in that , the tolerance ring further comprises a low friction material coupled to at least a portion of the sidewall comprising PTFE, wherein the rib is adapted to prevent a compression feature defined by at least one of the folded portions from translating in axial direction beyond the rib , and wherein ends of the at least one folded portions are not beyond the rib in a radial direction relative to the second major surface.
Plastic tank for storing and providing an operating fluid in a motor vehicle, having a tank wall , wherein at least in sections along the tank wall there is integrated at least one duct which forms a part of a delivery line for delivering operating fluid out of the plastic tank , wherein the at least one duct in portions runs in the tank wall parallel to the tank wall , characterized in that at least one heater and/or at least one heat-conducting structure is at least partially integrated into the tank wall which makes it possible for the operating fluid which is situated in the duct to be heated up in an effective manner.
Use of aliphatic isocyanate, as a toxic fume suppressant in polyurethane foam, wherein the aliphatic isocyanate component is included in the polyurethane foam by reacting with at least one polyol compound.