mhurhangee/patent-ind-claim-en huggingface dataset:
Method for welding grouped conductor ends of a component for an electric machine by means of a welding device , characterized by the following steps: detecting a relative position of a first conductor end and a second conductor end of grouped conductor ends by position measurement using optical measurement methods, a) detecting a first size parameter of a molten pool formed during welding; b) detecting a second size parameter of the molten pool formed during welding; c) determining a value of the molten pool from the first size parameter and the second size parameter; and d) controlling a welding energy input depending on the determined value of the molten pool . a) detecting a first size parameter of a molten pool formed during welding; b) detecting a second size parameter of the molten pool formed during welding; c) determining a value of the molten pool from the first size parameter and the second size parameter; and d) controlling a welding energy input depending on the determined value of the molten pool .
Method for producing packs with folding flaps connected to one another by adhesive bonding, namely by cold glue and/or hot glue, in particular for producing cigarette packs in the form of hinge-lid boxes with at least partially overlapping box side flaps and/or lid side flaps connected by adhesive bonding, and referred to hereinbelow as outer flaps and inner flaps , wherein the packs first of all are folded with the exception of the folding flaps , which are to be connected to one another by adhesive bonding, and at least one of the folding flaps is provided with glue, namely with regions of glue, in particular with spots of glue, and the packs are then introduced into a pocket of a forming subassembly, namely of a forming turret , in order for the folding operation to be completed, wherein once the glue, in particular the spots of glue, have been applied, the folding flaps which are to be connected to one another are folded into an intermediate folding position, in particular into an oblique position of the glued folding flaps relative to one another, wherein, in the intermediate folding position, pack parts and the folding flaps are adjusted into a precise, pack-appropriate position relative to one another with the intermediate folding position of the folding flaps which are to be connected being maintained in the process, wherein, in the intermediate folding position of the pack , an inner flap , in particular a box inner flap and/or lid inner flap of a hinge-lid box, is located in the pack-appropriate end position, in particular in an upright plane with abutment against cuboidal pack contents, wherein other folding flaps or outer flaps , in particular exterior box side flaps and/or lid side flaps, are located in a spaced-apart intermediate folding position, namely at an acute angle in relation to the plane of the inner flap , and wherein, in the intermediate folding position of the folding flaps , the packs are introduced into a shape-giving or shaperetaining holder, namely into a pocket of the forming turret , characterized in that , following the adjustment of the pack or of the folding flaps which are to be connected to one another, the latter are folded by an active folding operation using movable folding members, wherein the outer flaps , which are directed at the acute angle in relation to the plane of the inner flap , are moved into the pack-appropriate end position, in the pocket of the forming turret , by the movable folding members, in particular by pivotable folding levers , with the outer flaps being pushed onto the inner flaps in the process and the two being connected to one another under contact pressure.
A sample liquid-surface position measurement device, comprising: a first light source that illuminates a side face of a container containing a sample; a first optical measurement sensor that is located on the opposite side of the container from the first light source, and measures transmitted light from the first light source; a first label position measuring unit that measures a position of a label affixed to the container; characterized in that the device further comprises: an analysis section that calculates a liquid-surface position or an interface position of the sample in the container, from transmitted-light intensity data in a longitudinal direction of the container which is measured by the first optical measurement sensor, and from the position of the label in the longitudinal direction of the container which is measured by the first label position measuring unit, wherein the first label position measuring unit includes a second light source that illuminates a side face of the container, and a second optical measurement sensor that measures scattered light or reflected light resulting from impinging of light from the second light source on the container, wherein the second light source emits light to an intersection between an optical axis of the light from the first light source and the surface of the container. a first light source that illuminates a side face of a container containing a sample; a first optical measurement sensor that is located on the opposite side of the container from the first light source, and measures transmitted light from the first light source; a first label position measuring unit that measures a position of a label affixed to the container; characterized in that the device further comprises: an analysis section that calculates a liquid-surface position or an interface position of the sample in the container, from transmitted-light intensity data in a longitudinal direction of the container which is measured by the first optical measurement sensor, and from the position of the label in the longitudinal direction of the container which is measured by the first label position measuring unit, wherein the first label position measuring unit includes a second light source that illuminates a side face of the container, and a second optical measurement sensor that measures scattered light or reflected light resulting from impinging of light from the second light source on the container, wherein the second light source emits light to an intersection between an optical axis of the light from the first light source and the surface of the container.
A gas dissolution supply apparatus comprising: a gas supply unit that is configured to supply a gas that is a raw material of a gas dissolution; a liquid supply unit that is configured to supply a liquid that is a raw material of the gas dissolution; a gas dissolving unit that is configured to dissolve the gas supplied from the gas supply unit in the liquid supplied from the liquid supply unit to produce the gas dissolution; a gas dissolution tank that is configured to store the gas dissolution produced in the gas dissolving unit ; a supply pipe for supplying the gas dissolution from the gas dissolution tank to a use point; a return pipe for returning gas dissolution to be supplied to the use point to the gas dissolving unit ; a flow rate measurement unit that is configured to measure a flow rate of the gas dissolution returned to the gas dissolving unit , the flow rate measurement unit being provided on the return pipe ; a pressure adjustment unit that is configured to keep a pressure in the supply pipe constant, the pressure adjustment unit being provided on the return pipe ; and a flow rate adjustment unit that is configured to adjust a flow rate of liquid supplied from the liquid supply unit to the gas dissolving unit based on a result of the measurement by the flow rate measurement unit . a gas supply unit that is configured to supply a gas that is a raw material of a gas dissolution; a liquid supply unit that is configured to supply a liquid that is a raw material of the gas dissolution; a gas dissolving unit that is configured to dissolve the gas supplied from the gas supply unit in the liquid supplied from the liquid supply unit to produce the gas dissolution; a gas dissolution tank that is configured to store the gas dissolution produced in the gas dissolving unit ; a supply pipe for supplying the gas dissolution from the gas dissolution tank to a use point; a return pipe for returning gas dissolution to be supplied to the use point to the gas dissolving unit ; a flow rate measurement unit that is configured to measure a flow rate of the gas dissolution returned to the gas dissolving unit , the flow rate measurement unit being provided on the return pipe ; a pressure adjustment unit that is configured to keep a pressure in the supply pipe constant, the pressure adjustment unit being provided on the return pipe ; and a flow rate adjustment unit that is configured to adjust a flow rate of liquid supplied from the liquid supply unit to the gas dissolving unit based on a result of the measurement by the flow rate measurement unit .
A syringe pump with a syringe holder for holding a syringe cylinder (3.1) of an inserted syringe , a drive unit for axial displacement of a piston rod (3.2) of the syringe , and a brake element which can be moved transversely to the longitudinal direction (L) of the syringe via a brake actuator from a release position (p F ) into a brake position (p B ) and back and which contacts the piston rod (3.2) in the brake position (p B ), characterized in that the brake actuator has a piezo element for moving the brake element .
A system for dynamically load-balancing at least one redistribution element across a group of computing resources that facilitate at least an aspect of an Industrial Execution Process structured in an M:N working configuration being configured to access from a data store M:N working configuration component operational data, capabilities or characteristics associated with the M:N working configuration, wherein the data store is a central data store or a distributed data store that is independent from local storage at the respective computing resources and accessible to the respective computing resources; identify a load-balancing opportunity to trigger redistribution of at least one redistribution element to a redistribution target selected from a redistribution target pool defined by remaining M computing resource components associated with the M:N computing resource working configuration; select at least one redistribution target for redeployment of the at least one redistribution element selected from the target redistribution pool; redeploy the at least one redistribution element to the at least one selected redistribution target; and determine redeployment of the at least one redistribution element to the at least one selected redistribution target to be a viable redeployment; and execute the Industrial Execution Process utilizing the at least one redistribution element at the selected redistribution target. access from a data store M:N working configuration component operational data, capabilities or characteristics associated with the M:N working configuration, wherein the data store is a central data store or a distributed data store that is independent from local storage at the respective computing resources and accessible to the respective computing resources; identify a load-balancing opportunity to trigger redistribution of at least one redistribution element to a redistribution target selected from a redistribution target pool defined by remaining M computing resource components associated with the M:N computing resource working configuration; select at least one redistribution target for redeployment of the at least one redistribution element selected from the target redistribution pool; redeploy the at least one redistribution element to the at least one selected redistribution target; and determine redeployment of the at least one redistribution element to the at least one selected redistribution target to be a viable redeployment; and execute the Industrial Execution Process utilizing the at least one redistribution element at the selected redistribution target.
A method of transferring weight between a tractor and an agricultural toolbar , comprising: determining an estimated tractor weight (T) carried by the rear tractor wheels of a tractor, characterised in that the method further comprises: determining a net toolbar ground force acting on a plurality of toolbar wheels supporting a toolbar from loads measured by center wheel load sensors on the toolbar ; determining the estimated tractor weight carried by the rear tractor wheels of a tractor based on a user input; determining an estimated tractor weight transfer amount transferred between said tractor and said toolbar based on a pressure in a weight transfer actuator pivotally mounted at a first end to a weight transfer frame and at a second end to a joint plate , the weight transfer actuator configured to transfer weight between said tractor and said toolbar ; calculating a net tractor ground force by adding said tractor weight transfer amount to said estimated tractor weight; comparing said net tractor ground force to said net toolbar ground force; and modifying a pressure in said weight transfer actuator so that said net toolbar ground force more closely approximates said net tractor ground force. determining a net toolbar ground force acting on a plurality of toolbar wheels supporting a toolbar from loads measured by center wheel load sensors on the toolbar ; determining the estimated tractor weight carried by the rear tractor wheels of a tractor based on a user input; determining an estimated tractor weight transfer amount transferred between said tractor and said toolbar based on a pressure in a weight transfer actuator pivotally mounted at a first end to a weight transfer frame and at a second end to a joint plate , the weight transfer actuator configured to transfer weight between said tractor and said toolbar ; calculating a net tractor ground force by adding said tractor weight transfer amount to said estimated tractor weight; comparing said net tractor ground force to said net toolbar ground force; and modifying a pressure in said weight transfer actuator so that said net toolbar ground force more closely approximates said net tractor ground force.
A combined filter assembly suitable to be used in a laundry drying machine, comprising an inner filter and an outer filter , the outer filter which is positioned on the outside of the combined filter assembly and configured to at least partially contain the inner filter by volume, the inner filter which is disposed in the outer filter and wherein the inner filter is configured to be removed only after the outer filter is removed from the laundry drying machine, and a locked handle cover which connect the inner and outer filters (11 and 12) to each other so as to prevent the inner filter from falling when the outer filter is opened, and characterized in that the inner filter has two gaps which enable two claws extending from the inner filter to be locked in a closed position so as to attach the inner filter and the outer filter to each other when said handle cover is applied between the inner filter and the outer filter and in that the locked handle cover has two ribs which extend towards the direction of the inner filter in the locked position of the handle cover and are configured to provide clearance for lateral movement by being placed in the gap so that the two claws can flex without being released.
A method for the preparation of a biscuit comprising a first cereal comprising beta-glucans and a second cereal comprising arabinoxylans, wherein the second cereal is different from the first cereal, and wherein the ratio of beta-glucans in the first cereal to arabinoxylans in the second cereal is from 1:1 to 4:1, wherein the biscuit contains from 4 to 12 wt% of arabinoxylans and from 9 to 18 wt% of beta-glucans, said method comprising the step of mixing: beta-glucans from a first cereal, and arabinoxylans from a second cereal, wherein the first cereal is different from the second cereal. wherein the biscuit contains from 4 to 12 wt% of arabinoxylans and from 9 to 18 wt% of beta-glucans, said method comprising the step of mixing: beta-glucans from a first cereal, and arabinoxylans from a second cereal, wherein the first cereal is different from the second cereal. beta-glucans from a first cereal, and arabinoxylans from a second cereal, wherein the first cereal is different from the second cereal.
A screening device adapted for mounting on a frame structure with frame members comprising top and bottom members as well as side members and lining an opening in a building, in particular a door or a window, the screening device comprising a top element , the top element comprising a roller tube and two mutually opposite end sections , at least one of the mutually opposite end sections comprising: - an end piece adapted for connection to the frame structure, - an inner piece adapted for being arranged inside the roller tube and being connected to the roller tube and/or to a motor adapted for driving the screening device, and - a rod element extending between and connecting the end piece and the inner piece and being adapted for being arranged concentrically within the roller tube, characterised in that at least the end piece of the at least one of the two mutually opposite end sections is connected to the rod element by means of a pin (1611, 1621; 1711, 1721) arranged extending through at least one opening in the rod element and attached to the end piece , that the pin (1611, 1621; 1711, 1721) is attached to the end piece by means of a snap locking connection, and that the snap locking connection is provided by at least one snap locking element provided in the end piece and being adapted for receiving the pin. - an end piece adapted for connection to the frame structure, - an inner piece adapted for being arranged inside the roller tube and being connected to the roller tube and/or to a motor adapted for driving the screening device, and - a rod element extending between and connecting the end piece and the inner piece and being adapted for being arranged concentrically within the roller tube, characterised in that at least the end piece of the at least one of the two mutually opposite end sections is connected to the rod element by means of a pin (1611, 1621; 1711, 1721) arranged extending through at least one opening in the rod element and attached to the end piece , that the pin (1611, 1621; 1711, 1721) is attached to the end piece by means of a snap locking connection, and that the snap locking connection is provided by at least one snap locking element provided in the end piece and being adapted for receiving the pin.
A reconfigurable antenna , comprising a bottom plate , a vertically polarized high-density antenna wherein the bottom plate is disposed in the polarization direction of the vertically polarized high-density antenna , and a controllable reflector , wherein the controllable reflector is located between the bottom plate and the vertically polarized high-density antenna , and a projection of the controllable reflector on the bottom plate is at a center of a projection of the vertically polarized high-density antenna on the bottom plate ; and the controllable reflector comprises a switch , and the switch is configured to enable the controllable reflector to be in an operating state or an off state characterized in that the controllable reflector is further provided with an inductor structure , the inductor structure and the switch are connected in parallel, the inductor structure and the switch form a resonator, and a resonance frequency of the resonator falls within the operating frequency band of the vertically polarized high-density antenna . the controllable reflector is located between the bottom plate and the vertically polarized high-density antenna , and a projection of the controllable reflector on the bottom plate is at a center of a projection of the vertically polarized high-density antenna on the bottom plate ; and the controllable reflector comprises a switch , and the switch is configured to enable the controllable reflector to be in an operating state or an off state characterized in that the controllable reflector is further provided with an inductor structure , the inductor structure and the switch are connected in parallel, the inductor structure and the switch form a resonator, and a resonance frequency of the resonator falls within the operating frequency band of the vertically polarized high-density antenna .
A loading unit detection system comprising: an adaptor configured to releasably couple to a handle of a surgical instrument. wherein the adaptor defines an elongate member defining a receiver ; a loading unit including a connector configured to be received within the receiver to releasably couple the loading unit to the elongate member; a magnet supported on the connector, the magnet configured to translate relative to elongate member as the connector is received within the receiver; and a GMR IC embedded within the elongate member, the GMR IC configured to output a differential voltage in response to a magnetic field produced by the magnet of the loading unit, the differential voltage being indicative of the position of the loading unit within the receiver of the elongate member. an adaptor configured to releasably couple to a handle of a surgical instrument. wherein the adaptor defines an elongate member defining a receiver ; a loading unit including a connector configured to be received within the receiver to releasably couple the loading unit to the elongate member; a magnet supported on the connector, the magnet configured to translate relative to elongate member as the connector is received within the receiver; and a GMR IC embedded within the elongate member, the GMR IC configured to output a differential voltage in response to a magnetic field produced by the magnet of the loading unit, the differential voltage being indicative of the position of the loading unit within the receiver of the elongate member.
A material pushing apparatus of a blister boxing machine, comprising a chain , a chain wheel, an annular push plate guide rail , and a plurality of material pushing units ; the material pushing unit comprises a material pushing base , a push plate assembly , and a push paper assembly ; the material pushing base is connected to the chain , and the chain is wound on the chain wheel; characterized in that an annular guide rail is arranged at each of both sides of the annular push plate guide rail ; a movable sliding base is arranged at each of both ends of the material pushing base , and the movable sliding base is arranged on the annular guide rail with a sliding fit, and wherein the annular guide rail is in a form of groove, the movable sliding base is a roller and the movable sliding base rolls in the groove, or the annular guide rail is in a shape of a bar; the movable sliding base comprises an upper roller and a lower roller , and the lower roller and the upper roller are engaged with an inner side and an outer side of the annular guide rail , respectively; and the movable sliding base at one end of the material pushing base further comprises a left roller and a right roller , and the left roller and the right roller are engaged with a left side and a right side of the annular guide rail , respectively. characterized in that an annular guide rail is arranged at each of both sides of the annular push plate guide rail ; a movable sliding base is arranged at each of both ends of the material pushing base , and the movable sliding base is arranged on the annular guide rail with a sliding fit, and wherein the annular guide rail is in a form of groove, the movable sliding base is a roller and the movable sliding base rolls in the groove, or the annular guide rail is in a shape of a bar; the movable sliding base comprises an upper roller and a lower roller , and the lower roller and the upper roller are engaged with an inner side and an outer side of the annular guide rail , respectively; and the movable sliding base at one end of the material pushing base further comprises a left roller and a right roller , and the left roller and the right roller are engaged with a left side and a right side of the annular guide rail , respectively.