mhurhangee/ep-ind-claims huggingface dataset:
An inkjet composition having 1.0 - 5.0 mol/kg acryloyl groups comprising: i) photo polymerization reactive compound containing exactly one acryloyl group, ii) photo polymerization reactive compound containing at least two acryloyl groups, iii) radical photoinitiator, iv) cyanate ester compound containing at least two cyanate groups and v) cyanate ester curing catalyst, wherein is different from with the proviso that cyanate ester compound containing exactly one acryloyl group and additionally containing at least two cyanate groups should be subsumed to and is different from with the proviso that cyanate ester compound containing at least two acryloyl groups and additionally containing at least two cyanate groups should be subsumed to, 25 - 50 mol % of the contained acryloyl groups are provided by the reactive compound and the molar ratio of contained acryloyl groups to contained cyanate groups of compound is 0.30 to 0.95. i) photo polymerization reactive compound containing exactly one acryloyl group, ii) photo polymerization reactive compound containing at least two acryloyl groups, iii) radical photoinitiator, iv) cyanate ester compound containing at least two cyanate groups and v) cyanate ester curing catalyst, wherein is different from with the proviso that cyanate ester compound containing exactly one acryloyl group and additionally containing at least two cyanate groups should be subsumed to and is different from with the proviso that cyanate ester compound containing at least two acryloyl groups and additionally containing at least two cyanate groups should be subsumed to, 25 - 50 mol % of the contained acryloyl groups are provided by the reactive compound and the molar ratio of contained acryloyl groups to contained cyanate groups of compound is 0.30 to 0.95. is different from with the proviso that cyanate ester compound containing exactly one acryloyl group and additionally containing at least two cyanate groups should be subsumed to and is different from with the proviso that cyanate ester compound containing at least two acryloyl groups and additionally containing at least two cyanate groups should be subsumed to, 25 - 50 mol % of the contained acryloyl groups are provided by the reactive compound and the molar ratio of contained acryloyl groups to contained cyanate groups of compound is 0.30 to 0.95.
Weighing device with a central digital measured value correction, which includes at least one load cell, which is connected by a signal and / or data line (6,8) to a central analytical unit for transmitting a weight measuring signal, wherein the central analytical unit has an analytical unit for determining the force measured with the weighing device on the basis of the weight measuring signal, characterized in that the analytical unit comprises a digital function simulator of the weighing device comprising one or more error simulation modules, wherein each error simulation module represents a model of the weighing device simulating at least one specific error of measurement of the weighing device, and each error simulation module has one or more model parameters with which the weighing device is modelled, wherein a training device is provided with which the model parameters can be determined during a training process in which reference measuring signals are generated by means of one or more reference loads, wherein the function simulator has a characteristic curve module that converts the weight measuring signal into a weight signal or vice versa, and the characteristic curve module has characteristic curve parameters which are determined by means of the training device during the training process. which includes at least one load cell, which is connected by a signal and / or data line (6,8) to a central analytical unit for transmitting a weight measuring signal, wherein the central analytical unit has an analytical unit for determining the force measured with the weighing device on the basis of the weight measuring signal, characterized in that the analytical unit comprises a digital function simulator of the weighing device comprising one or more error simulation modules, wherein each error simulation module represents a model of the weighing device simulating at least one specific error of measurement of the weighing device, and each error simulation module has one or more model parameters with which the weighing device is modelled, wherein a training device is provided with which the model parameters can be determined during a training process in which reference measuring signals are generated by means of one or more reference loads, wherein the function simulator has a characteristic curve module that converts the weight measuring signal into a weight signal or vice versa, and the characteristic curve module has characteristic curve parameters which are determined by means of the training device during the training process.
A method for preparing a polyvinyl alcohol and urea-formaldehyde colloid comprising: admixing polyvinyl alcohol with a component selected from the group consisting of: a solution of formaldehyde, and a urea/formaldehyde concentrate, to form a first liquid working admixture and then admixing the first liquid working admixture with urea under reaction conditions sufficient to initiate a methylolation reaction to form a reaction product admixture of the first liquid working admixture with urea; and subjecting the reaction product admixture to reaction conditions sufficient to initiate a condensation to form a polyvinyl alcohol and urea-formaldehyde resin colloid, wherein the polyvinyl alcohol has a weight average molecular weight of from 1,000 to 50,000. admixing polyvinyl alcohol with a component selected from the group consisting of: a solution of formaldehyde, and a urea/formaldehyde concentrate, to form a first liquid working admixture and then admixing the first liquid working admixture with urea under reaction conditions sufficient to initiate a methylolation reaction to form a reaction product admixture of the first liquid working admixture with urea; and a solution of formaldehyde, and a urea/formaldehyde concentrate, to form a first liquid working admixture and then admixing the first liquid working admixture with urea under reaction conditions sufficient to initiate a methylolation reaction to form a reaction product admixture of the first liquid working admixture with urea; and subjecting the reaction product admixture to reaction conditions sufficient to initiate a condensation to form a polyvinyl alcohol and urea-formaldehyde resin colloid, wherein the polyvinyl alcohol has a weight average molecular weight of from 1,000 to 50,000.
A method carried out by a device, comprising: - obtaining a measurement result of at least one biosensor, which is representative of soiling of a textile, wherein the at least one biosensor has i) at least one biologically active immobilized system, wherein the biologically active immobilized system is based on antibodies, enzymes, organelles, microorganisms, nucleic acids, cells and/or tissue, and ii) a signal converter and/or an electronic system; wherein the signal converter determines a physicochemical change resulting from an interaction between the biological active immobilized system and an analyte; - determining at least one output variable, which is dependent on the composition of the soiling, on the basis of the measurement result; and - outputting or triggering the output of the at least one output variable. - obtaining a measurement result of at least one biosensor, which is representative of soiling of a textile, wherein the at least one biosensor has i) at least one biologically active immobilized system, wherein the biologically active immobilized system is based on antibodies, enzymes, organelles, microorganisms, nucleic acids, cells and/or tissue, and ii) a signal converter and/or an electronic system; wherein the signal converter determines a physicochemical change resulting from an interaction between the biological active immobilized system and an analyte; - determining at least one output variable, which is dependent on the composition of the soiling, on the basis of the measurement result; and - outputting or triggering the output of the at least one output variable.
An accessory to facilitate the grip of a tool, an equipment or a sport ball, comprising: - a shaped sheet with a first surface, onto which a pressure sensitive adhesive is applied, suitable to adhere to the skin, and a second surface, opposite to the first surface; wherein the sheet forms a central portion shaped and sized approximately like a hand palm, and a plurality of appendices (5, 7, 9, 11, 11, 13, 15, 17A, 17B) that extend from a perimeter edge of the central portion and are configured to adhere, by means of said adhesive, to the back of a hand; - a removable protective film to protect the adhesive; characterized in that the protective film is subdivided into a plurality of segments (PP1-PP22) or portions in a number greater than two, that can be removed from the first surface of the shaped sheet independently of one another. - a shaped sheet with a first surface, onto which a pressure sensitive adhesive is applied, suitable to adhere to the skin, and a second surface, opposite to the first surface; wherein the sheet forms a central portion shaped and sized approximately like a hand palm, and a plurality of appendices (5, 7, 9, 11, 11, 13, 15, 17A, 17B) that extend from a perimeter edge of the central portion and are configured to adhere, by means of said adhesive, to the back of a hand; - a removable protective film to protect the adhesive;
A transponder comprising the following elements: - a metallic hollow body, the ends of which are disposed mutually opposite without touching one another, - at least one antenna coil, which comprises at least one turn, wherein the at least one antenna coil is arranged in the hollow body, - at least one chip, wherein the at least one chip is connected to the at least one antenna coil and/or to the hollow body, characterized in that the hollow body is adapted to operate the hollow body as an antenna in the ultrahigh frequency range. - a metallic hollow body, the ends of which are disposed mutually opposite without touching one another, - at least one antenna coil, which comprises at least one turn, wherein the at least one antenna coil is arranged in the hollow body, - at least one chip, wherein the at least one chip is connected to the at least one antenna coil and/or to the hollow body,
A nozzle for spraying plants such as turf with a fluid comprising: (a) an outer member having a flange, a central section, a cylindrical extension terminating in a tip, a lumen extending therethrough, and a plurality of air eduction openings, said tip including an outer surface and a discharge orifice that is defined by a slot having an axis, an apex, and first and second sides (12, 14), and wherein each of said sides is defined by first (102, 112) and second (106, 108) corresponding wall members, wherein said first wall members of said first and second sides extend from said apex toward their respective sides at an acute angle relative to one another in a "vee" configuration to respective opposed edges spaced from the apex; (b) an inner member insertable into the lumen of the outer member, said inner member having a flange, a central ring, an extension, a lumen and at least one opening which cooperates with said plurality of air eduction openings in the outer member to educt air into the lumen of the inner member when liquid passed through the lumen of the inner member, into the extension of the outer member and out the discharge orifice of the tip of the outer member, characterized in that each of said respective second wall members (106, 108) extend from the edge of a corresponding respective first wall member (102, 112) at an obtuse angle relative to one another toward an outer surface of the tip. (a) an outer member having a flange, a central section, a cylindrical extension terminating in a tip, a lumen extending therethrough, and a plurality of air eduction openings, said tip including an outer surface and a discharge orifice that is defined by a slot having an axis, an apex, and first and second sides (12, 14), and wherein each of said sides is defined by first (102, 112) and second (106, 108) corresponding wall members, wherein said first wall members of said first and second sides extend from said apex toward their respective sides at an acute angle relative to one another in a "vee" configuration to respective opposed edges spaced from the apex; (b) an inner member insertable into the lumen of the outer member, said inner member having a flange, a central ring, an extension, a lumen and at least one opening which cooperates with said plurality of air eduction openings in the outer member to educt air into the lumen of the inner member when liquid passed through the lumen of the inner member, into the extension of the outer member and out the discharge orifice of the tip of the outer member,
Respiration system for the active respiration of a patient, which can be connected to a tracheal cannula, wherein the tracheal cannula comprises a respiration conduit and a speaking conduit which can be supplied with air independent of each other; wherein the respiration system is configured for monitoring and controlling the respiration of the patient, and is capable of simulating an artificial exhalation that enables the patient to speak when tracheostomized characterized in that the respiration system comprises: a control unit which creates a exhalation profile on the basis of an the exhalation pattern of a patient, a speaking air valve which is capable of connecting a compressed air source with the speaking conduit, and that is controlled by the control unit, and a respiration air system that is capable of connecting a compressed air source with the respiration conduit, wherein the control unit is configured to simulate an artificial exhalation on basis of the exhalation profile via control of the speaking air valve, and thereby allows for a speaking that is independent of the artificial respiration. a control unit which creates a exhalation profile on the basis of an the exhalation pattern of a patient, a speaking air valve which is capable of connecting a compressed air source with the speaking conduit, and that is controlled by the control unit, and a respiration air system that is capable of connecting a compressed air source with the respiration conduit, wherein the control unit is configured to simulate an artificial exhalation on basis of the exhalation profile via control of the speaking air valve, and thereby allows for a speaking that is independent of the artificial respiration.
Transport trolley intended to transport a load and comprising: - a base comprising displacement means, - a deck mounted to be translationally mobile on the base in a direction of translation X, - a first motorized system which displaces the deck, - a hexapod platform which comprises a platform and a set of six jacks in which each is mounted articulated between the deck and the platform and in which the platform comprises a plurality of bearing points intended to come under the load, and - a control unit which controls the displacement means, the first motorized system and each jack. - a base comprising displacement means, - a deck mounted to be translationally mobile on the base in a direction of translation X, - a first motorized system which displaces the deck, - a hexapod platform which comprises a platform and a set of six jacks in which each is mounted articulated between the deck and the platform and in which the platform comprises a plurality of bearing points intended to come under the load, and - a control unit which controls the displacement means, the first motorized system and each jack.
A fluidic system configured to allow re-use of one or more reagents, the system comprising: a. a reagent reservoir (401, 402); b. a flow cell; c. a manifold body made of a solid material and having one or more lines formed therein, configured such that the reagent reservoir (401, 402) is in fluid communication with the flow cell through one or more lines, wherein the one or more lines of the manifold body includes a fluidic track through the solid material; the fluidic system characterized in that a portion of the line comprises a cache reservoir (108, 1803) configured to receive liquid reagent from the reagent reservoir, the cache reservoir having an increased volume compared to the other portions of the line, and configured to provide a volume of the liquid reagent into a line of the flow cell, and configured to receive at least a portion of the liquid reagent back from the flow cell for re-use in the flow cell and maintain a gradient of the portion of the liquid reagent back from the flow cell and fresh liquid reagent within the cache reservoir; and wherein the cache reservoir is in fluid communication with a pump configured to move liquid reagent from the cache reservoir to the flow cell and from the flow cell back to the cache reservoir. a. a reagent reservoir (401, 402); b. a flow cell; c. a manifold body made of a solid material and having one or more lines formed therein, configured such that the reagent reservoir (401, 402) is in fluid communication with the flow cell through one or more lines, wherein the one or more lines of the manifold body includes a fluidic track through the solid material; the fluidic system characterized in that a portion of the line comprises a cache reservoir (108, 1803) configured to receive liquid reagent from the reagent reservoir, the cache reservoir having an increased volume compared to the other portions of the line, and configured to provide a volume of the liquid reagent into a line of the flow cell, and configured to receive at least a portion of the liquid reagent back from the flow cell for re-use in the flow cell and maintain a gradient of the portion of the liquid reagent back from the flow cell and fresh liquid reagent within the cache reservoir; and wherein the cache reservoir is in fluid communication with a pump configured to move liquid reagent from the cache reservoir to the flow cell and from the flow cell back to the cache reservoir.
Operating method for a cutting machine controlled by a control facility, - wherein the cutting machine has a blade holder, in which a cutting blade is held, which has a cutting edge extending over a cutting edge length, - wherein the cutting blade is guided in each instance along a respective cutting path through a material to be cut in each instance during a number of cutting operations, so that the cutting blade cuts the material to be cut in each instance with a cutting region of its cutting edge, - wherein the cutting region has a cutting region length which is only a fraction of the cutting edge length, - wherein the blade holder is positioned by the control facility during the number of cutting operations by motor-controlled activation in different positions (p), so that the position of the cutting region varies during the number of cutting operations along the cutting edge over a setting region, which is larger than the cutting region, characterised in that - the position (p) of the blade holder is varied in an alternating manner by the control facility, and that - the setting region is predetermined as a parameter for the control facility by a user. - wherein the cutting machine has a blade holder, in which a cutting blade is held, which has a cutting edge extending over a cutting edge length, - wherein the cutting blade is guided in each instance along a respective cutting path through a material to be cut in each instance during a number of cutting operations, so that the cutting blade cuts the material to be cut in each instance with a cutting region of its cutting edge, - wherein the cutting region has a cutting region length which is only a fraction of the cutting edge length, - wherein the blade holder is positioned by the control facility during the number of cutting operations by motor-controlled activation in different positions (p), so that the position of the cutting region varies during the number of cutting operations along the cutting edge over a setting region, which is larger than the cutting region, - the position (p) of the blade holder is varied in an alternating manner by the control facility, and that - the setting region is predetermined as a parameter for the control facility by a user.
TAG assembly intended to be associated with a product for the automatic identification and/or storage of information relative to said product, said TAG assembly comprising: - a TAG electronic identification device provided with at least one support layer, with at least one antenna, and with at least one chip mounted on said support layer and connected to said antenna; - a support body containing said TAG electronic identification device at its interior and configured for being mechanically associated with said product and for being housed in a corresponding housing seat made in said product; wherein said support body is provided with: - a seat, which is made in said support body; wherein said seat removably houses said TAG electronic identification device, and said seat is provided with an opening for the insertion of said TAG electronic identification device in said seat; - at least one elastically pliable portion, which at least partially defines said seat and intercepts said TAG electronic identification device in order to retain said TAG electronic identification device within said seat; said TAG assembly being characterized in that said support body is made of a single body; wherein said TAG electronic identification device is entirely inserted within the seat of said support body, in a manner such that said TAG electronic identification device does not project beyond the edge of said support body. - a TAG electronic identification device provided with at least one support layer, with at least one antenna, and with at least one chip mounted on said support layer and connected to said antenna; - a support body containing said TAG electronic identification device at its interior and configured for being mechanically associated with said product and for being housed in a corresponding housing seat made in said product; - a seat, which is made in said support body; wherein said seat removably houses said TAG electronic identification device, and said seat is provided with an opening for the insertion of said TAG electronic identification device in said seat; - at least one elastically pliable portion, which at least partially defines said seat and intercepts said TAG electronic identification device in order to retain said TAG electronic identification device within said seat;
Household electrical appliance for preparing food comprising a container receiving a work tool driven in rotation by a motor and a cover coming to close the container so as it can be removed, the container comprising a detection element cooperating with a safety device preventing the functioning of the motor when the cover is not locked on the container, said detection element being mobile between a rest position towards which it is brought by the return means and a functioning position towards which it is brought by an actuation member supported by the cover when the latter is locked by rotating on the container, the cover comprising a sleeve extending over the whole circumference of the cover, the sleeve comprising an inner wall coming opposite an outer wall of the container when the cover comes to close the container, said actuation member protruding over the inner wall of the sleeve of the cover, characterised in that the inner wall of the sleeve of the cover comprises at least two locking elements coming to cooperate with at least two additional locking elements provided on the outer wall of the container to form a bayonet-type connection, and in that said actuation member is constituted by one of the locking elements.