mhurhangee/patent-ind-claim-en huggingface dataset:
A method for measuring a runtime in a compiled computer program, comprising the following steps: patching at least a first watchpoint and a second watchpoint into a compiled computer program at respective first and second code locations, wherein said compiled computer program is a control program for controlling a programmable logic controller unit ; wherein said first watchpoint and said second watchpoint are patched into said compiled computer program such that a code portion of said compiled computer program is replaced with a substitution code; running said compiled computer program on the programmable logic controller unit ; measuring a first time parameter (t 1 ) at said first watchpoint; measuring a second time parameter (t 2 ) at said second watchpoint; determining a runtime of at least a function of said compiled computer program in terms of said second time parameter (t 2 ) and said first time parameter (t 1 ); and varying said first code location and varying said second code location in accordance with a selected function of said compiled computer program; wherein running said compiled computer program comprises running repeatedly a plurality of code cycles of said compiled computer program, and determining a first runtime of a first function of said compiled computer program in a first subset of said plurality of code cycles, and determining a second runtime of a second function of said compiled computer program in a second subset of said plurality of code cycles different from said first subset of code cycles. patching at least a first watchpoint and a second watchpoint into a compiled computer program at respective first and second code locations, wherein said compiled computer program is a control program for controlling a programmable logic controller unit ; wherein said first watchpoint and said second watchpoint are patched into said compiled computer program such that a code portion of said compiled computer program is replaced with a substitution code; running said compiled computer program on the programmable logic controller unit ; measuring a first time parameter (t 1 ) at said first watchpoint; measuring a second time parameter (t 2 ) at said second watchpoint; determining a runtime of at least a function of said compiled computer program in terms of said second time parameter (t 2 ) and said first time parameter (t 1 ); and varying said first code location and varying said second code location in accordance with a selected function of said compiled computer program; wherein running said compiled computer program comprises running repeatedly a plurality of code cycles of said compiled computer program, and determining a first runtime of a first function of said compiled computer program in a first subset of said plurality of code cycles, and determining a second runtime of a second function of said compiled computer program in a second subset of said plurality of code cycles different from said first subset of code cycles.
A method for producing a preferably curved plastic profile , wherein a continuous reinforcement comprising strands , webs and/or the like is guided by a holding means through a mold and embedded in plastic in the mold , wherein the mold and the holding means are moved in opposite directions on the plastic profile , characterized in that the plastic profile is moved alternately by the mold and the holding means in a production direction , wherein the mold and the holding means are moved simultaneously, whilst the plastic profile is moved forward in the production direction by the mold or the holding means .
Device for gripping something, having a first and a second limb , which are connected to one another at a first opening angle at a first end of the device and at a second end of the device , said second end being located opposite the first end , form a gripping region, in order to make it possible to grasp something at the second end as a result of mechanical pressure exerted by a user's finger on the limbs of the device , wherein the first limb is designed in more than one part, wherein a first part of the first limb is connected to a second part of the first limb by means of a rotary joint , and this resulting in the formation, in the closed state of the device , of parallel gripping surfaces of the first and second limbs in the gripping region, wherein the first limb has an upper side and an underside (3"), which is directed towards the upper side of the second limb , and wherein the first region and the second region of the second part of the first limb have an upper side, which is directed towards the underside of the first part of the first limb , and an underside, which is directed towards the upper side of the second limb , characterized in that a compression spring is arranged between the upper side of the second region of the second part of the first limb and the underside of the first part of the first limb , said compression spring being designed and intended to provide a spring force for the purpose of producing a defined opening region in the open state of the device .
A laundry identification system of a washing machine, comprising a laundry identification wireless module, a mobile terminal, and a server, wherein the laundry identification wireless module is an element combining a laundry identification module and a wireless module to identify a laundry label and transmit laundry label information to the server; the server is for receiving the laundry label information, parsing the laundry label information into corresponding laundry information, sending the laundry information to the washing machine and/or the mobile terminal for displaying, acquiring washing program parameters corresponding to the laundry according to the laundry information, and sending the washing program parameters to the washing machine; wherein, the washing machine performs a washing action according to the washing program parameters acquired; and the mobile terminal is for receiving the laundry information sent by the server and displaying the laundry information to a user, characterized in that the laundry identification wireless module is an independent module detachably mounted on the washing machine. the laundry identification wireless module is an element combining a laundry identification module and a wireless module to identify a laundry label and transmit laundry label information to the server; the server is for receiving the laundry label information, parsing the laundry label information into corresponding laundry information, sending the laundry information to the washing machine and/or the mobile terminal for displaying, acquiring washing program parameters corresponding to the laundry according to the laundry information, and sending the washing program parameters to the washing machine; wherein, the washing machine performs a washing action according to the washing program parameters acquired; and the mobile terminal is for receiving the laundry information sent by the server and displaying the laundry information to a user, characterized in that the laundry identification wireless module is an independent module detachably mounted on the washing machine.
Heating press for vulcanizing a vehicle tyre, having a two-part hood composed of a hood upper part and a hood lower part and having a container which is arranged in the hood upper part and which has the vulcanizing mould with the mould parts for the moulding of the tyre, wherein the hood upper part and the hood lower part are connected to the container such that, as the hood parts are brought together over a total stroke (GH) that takes place in an axial direction (P1), during which process the open end of the hood upper part can be caused to enter virtually without play into the open end of the hood lower part , the mould parts of the vulcanizing mould can be closed in a radial direction (P2), wherein the total stroke (GH) is composed of a first partial stroke (TH 1 ) and a second partial stroke (TH 2 ), wherein, after the first partial stroke (TH 1 ), the hood parts overlap in a first overlap region and the vulcanizing mould is still open, and wherein, after the second partial stroke (TH 2 ), the hood parts overlap in a second, larger overlap region and the vulcanizing mould is closed, wherein, to enable a vacuum to be generated in the hood interior , - the hood upper part and the hood lower part are designed to be airtight, - at least one ring seal is arranged in at least one of the two hood parts in the region of the first overlap region , characterized in that , to generate the vacuum in the hood interior , - the vacuum can be generated in the hood interior by means of a pump and a vacuum tank , and wherein the vacuum tank and the pump are connected to the hood interior and wherein the vacuum tank and the pump are connected to one another, wherein the ring seal is a hose that is variable in terms of its diameter or is a differentially inflated double ring seal. - the hood upper part and the hood lower part are designed to be airtight, - at least one ring seal is arranged in at least one of the two hood parts in the region of the first overlap region , characterized in that , to generate the vacuum in the hood interior , - the vacuum can be generated in the hood interior by means of a pump and a vacuum tank , and wherein the vacuum tank and the pump are connected to the hood interior and wherein the vacuum tank and the pump are connected to one another,
A process for the production of nano-fibrillar cellulose suspensions, wherein cellulose fibres are at least partly broken down to primary fibrils, characterized by the steps of: (a) providing cellulose fibres in the form of a suspension; wherein all or part of the cellulose fibres may be from recycled pulp; (b) providing at least one filler and/or pigment, wherein the filler and/or pigment particles have a median particle size of from 0.03 to 15 μm; (c) combining the cellulose fibres and the at least one filler and/or pigment, wherein the weight ratio of fibres to filler and/or pigment on a dry weight basis is from 1:10 to 10:1; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until a final Schopper-Riegler degree of ≥50 °SR and ≤ 95 °SR is reached. (a) providing cellulose fibres in the form of a suspension; wherein all or part of the cellulose fibres may be from recycled pulp; (b) providing at least one filler and/or pigment, wherein the filler and/or pigment particles have a median particle size of from 0.03 to 15 μm; (c) combining the cellulose fibres and the at least one filler and/or pigment, wherein the weight ratio of fibres to filler and/or pigment on a dry weight basis is from 1:10 to 10:1; (d) fibrillating the cellulose fibres in the presence of the at least one filler and/or pigment until a final Schopper-Riegler degree of ≥50 °SR and ≤ 95 °SR is reached.
A waveguide with a hollow core for guidance by inhibited coupling, the hollow core being delimited by a closed contour comprising a succession of arcs with a negative curvature, the convex part being oriented towards the centre of the hollow core , each arc comprising a chord corresponding to the segment connecting the ends (22.1, 22.2) of said arc, the arcs having a given thickness t, the contour of the hollow core comprising small arcs (PA) and large arcs (GA) disposed in alternation, each arc being symmetrical with respect to a straight line passing through the centre of the hollow core and the middle of its chord , the ratio b = 2Ra/C of the large arcs being greater than 0.9 for the large arcs (GA), Ra corresponding to the maximum distance between the chord and the arc , C corresponding to the length of the chord .
Method for the preparation of a vegetable protein hydrolysate consisting of the following steps: a- preparing an aqueous suspension of vegetable proteins at a concentration between 2 and 50% (weight/weight); b- optionally, homogenising the aqueous suspension of vegetable proteins prepared in step a; c- enzymatic hydrolysation of the aqueous suspension of vegetable proteins coming from the preceding step(s); d- centrifugal separation carried out at a pH 1 between 6 and 9 and at a temperature between 15 and 85°C; e- nanofiltration at a cut-off threshold between 150 and 250Da of the supernatant obtained in step d, adjusted beforehand to a pH 2 between 5 and 7; a step chosen from the following step f and step g: f- diafiltration of the product coming from step e with the nanofiltration membrane at a pH 3 between 5 and 7; and g- electrodialysing the retentate obtained in step e; h- optionally, additional concentration and/or pasteurisation and/or drying of the solution obtained; said method is such that it optionally comprises a step of treatment of the retentate on an ion-exchanging cationic resin implemented immediately after step e whether this step e is followed by step f or by step g. a- preparing an aqueous suspension of vegetable proteins at a concentration between 2 and 50% (weight/weight); b- optionally, homogenising the aqueous suspension of vegetable proteins prepared in step a; c- enzymatic hydrolysation of the aqueous suspension of vegetable proteins coming from the preceding step(s); d- centrifugal separation carried out at a pH 1 between 6 and 9 and at a temperature between 15 and 85°C; e- nanofiltration at a cut-off threshold between 150 and 250Da of the supernatant obtained in step d, adjusted beforehand to a pH 2 between 5 and 7; f- diafiltration of the product coming from step e with the nanofiltration membrane at a pH 3 between 5 and 7; and g- electrodialysing the retentate obtained in step e; h- optionally, additional concentration and/or pasteurisation and/or drying of the solution obtained; said method is such that it optionally comprises a step of treatment of the retentate on an ion-exchanging cationic resin implemented immediately after step e whether this step e is followed by step f or by step g.
A foldable, stented valve replacement comprising: a valve replacement capable of being folded so as to temporarily reduce its diameter by up to 50%; and a foldable stent positioned about the exterior of the valve, the foldable stent having a circular inflow rim and a circular outflow rim connected by a plurality of longitudinal support posts , the foldable stent being constructed of a memory shaped alloy capable of changing from a malleable martensite phase to a memorized austentite phase at an Af temperature between 15°C and 25°C such that the stent is capable of being folded in the martensite phase so as to temporarily reduce its diameter by up to 50%. a valve replacement capable of being folded so as to temporarily reduce its diameter by up to 50%; and a foldable stent positioned about the exterior of the valve, the foldable stent having a circular inflow rim and a circular outflow rim connected by a plurality of longitudinal support posts , the foldable stent being constructed of a memory shaped alloy capable of changing from a malleable martensite phase to a memorized austentite phase at an Af temperature between 15°C and 25°C such that the stent is capable of being folded in the martensite phase so as to temporarily reduce its diameter by up to 50%.
A polynucleotide cassette for the regulation of the expression of a target gene comprising a riboswitch wherein the riboswitch comprises an effector stem loop and an aptamer, wherein the effector stem comprises a polyadenylation signal, and wherein the aptamer and effector stem loop are linked by an alternatively shared stem arm comprising sequence that is complementary to the unshared arm of the aptamer stem and to the unshared arm of the effector stem loop.
Method for controlling the operation of a construction machine, in particular a crane , using a structure data model that includes digital information on a structure to be erected and/or to be worked, wherein the following steps are carried out: - providing digital information from the structure data model to a construction machine, in particular to a crane ; and - influencing at least one control function of a construction machine control device depending on the provided digital information from the structure data model , wherein a construction element located in the pick-up region and/or working range of the construction machine is automatically detected by means of a detection apparatus , characterized in that digital information relating to the processing of the detected construction element, including position data indicating the target position of the construction element and travel path data that indicate the travel path of the construction element, is provided from the structure data model depending on the detected construction element and the construction element is automatically lifted and/or displaced by the construction machine control device depending on said position data and travel path data, and transferred to the target position. - providing digital information from the structure data model to a construction machine, in particular to a crane ; and - influencing at least one control function of a construction machine control device depending on the provided digital information from the structure data model ,
A method by a wireless local area network, WLAN, termination, WT, node in a second radio access technology, RAT, the method comprising: receiving, from a base station , in a first RAT, a WT addition request message including quality of service, QoS, parameters for at least one bearer; identifying access category information for the second RAT, based on the QoS parameters received from the base station; transmitting, to the base station , a WT addition request acknowledge message including the access category information for the second RAT, the access category information for the second RAT being forwarded from the base station to a terminal; and receiving, from the terminal , data based on the access category information for the second RAT. receiving, from a base station , in a first RAT, a WT addition request message including quality of service, QoS, parameters for at least one bearer; identifying access category information for the second RAT, based on the QoS parameters received from the base station; transmitting, to the base station , a WT addition request acknowledge message including the access category information for the second RAT, the access category information for the second RAT being forwarded from the base station to a terminal; and receiving, from the terminal , data based on the access category information for the second RAT.
A composition comprising: (a) a thiol-terminated polythioether; (b) a polyene comprising a polyvinyl ether and a polyallyl compound; (c) a hydroxy-functional vinyl ether; and (d) a photoinitiator. (a) a thiol-terminated polythioether; (b) a polyene comprising a polyvinyl ether and a polyallyl compound; (c) a hydroxy-functional vinyl ether; and (d) a photoinitiator.
Composition comprising a) 60-99 wt% of lactulose, based on the total weight of the composition; b) at least one vitamin selected from vitamin A, vitamin C, vitamin D and vitamin E; and c) at least one member of the group consisting of calcium, phosphorus, zinc, selenium, and choline, wherein the composition is in the form of a solid, and, wherein at least 88 wt% of the lactulose has a particle size in the range of from 100 to 400μm. a) 60-99 wt% of lactulose, based on the total weight of the composition; b) at least one vitamin selected from vitamin A, vitamin C, vitamin D and vitamin E; and c) at least one member of the group consisting of calcium, phosphorus, zinc, selenium, and choline, wherein the composition is in the form of a solid, and, wherein at least 88 wt% of the lactulose has a particle size in the range of from 100 to 400μm.
A compressor section , comprising: a tie shaft assembly including a shaft ; and one or more projections extending radially outward from the shaft , wherein the one or more projections are configured to redirect air communicated from between one or more rotor stages and the shaft and to direct air radially away from the shaft , a portion of at least one of the one or more projections is positioned directly aft of at least one of the one or more rotor stages , and a peak of the at least one projection is positioned directly aft of the at least one rotor stage , characterised in that : a leading edge of the at least one projection is positioned under the at least one rotor stage . a tie shaft assembly including a shaft ; and one or more projections extending radially outward from the shaft , wherein the one or more projections are configured to redirect air communicated from between one or more rotor stages and the shaft and to direct air radially away from the shaft , a portion of at least one of the one or more projections is positioned directly aft of at least one of the one or more rotor stages , and a peak of the at least one projection is positioned directly aft of the at least one rotor stage ,
FILM PRE-STRETCHING AND BRAKE DEVICE FOR REEL CARRIAGE ON A WRAPPING MACHINE comprising a reel carriage with a series of rollers with an adherent surface and a support shaft for the film reel and the carriage comprises a lower part and an upper part suitable for housing a gear and the rotating shafts of the first roller and of the second roller, wherein it comprises a motor , a transmission that transmits the movement of the motor to the gearing wherein said gearing comprises a main pinion associated with a first roller and a minor pinion associated with a second roller characterised in that the machine further comprises a removable connection/disconnection plate comprising means to be removable attached to the main pinion and trapping the first roller's rotating shaft transmitting the movement of the main pinion to the first roller in such a way that when the removable connection/disconnection plate is connected to the top of the main pinion it is able to trap the rotating shaft through its geometry such that the rotation of the main pinion is transmitted to first roller and when removed, the rotation of the main pinion is not transmitted to the first roller and where the device has a pre-stretch position in which the plate transmits the motion of the main pinion to the first roller and a non-pre-stretch position in which the motion of the main pinion is not transmitted to the first roller.
A combustor section of a gas turbine engine, comprising: a combustor ; a diffuser case disposed about the combustor ; a heat shield having an annular shape, wherein the heat shield defines an aperture extending through the heat shield ; and a support lock having a tab extending radially outward from a distal surface of the support lock , wherein the aperture in the heat shield is configured to retain the tab of the support lock ; characterised in that : the heat shield is configured to couple to the diffuser case and is disposed between the combustor and the diffuser case . a combustor ; a diffuser case disposed about the combustor ; a heat shield having an annular shape, wherein the heat shield defines an aperture extending through the heat shield ; and a support lock having a tab extending radially outward from a distal surface of the support lock , wherein the aperture in the heat shield is configured to retain the tab of the support lock ; characterised in that : the heat shield is configured to couple to the diffuser case and is disposed between the combustor and the diffuser case .