mhurhangee/ep-ind-claims huggingface dataset:
Operating method for a computer network, - wherein the computer network comprises a control device for control of an industrial technical process, a logic unit and a memory device, - wherein the control device controls the industrial technical process in an operating cycle, - wherein the control device stores process data (D1 to Dn), which arises within the framework of control of the industrial technical process within the control device with the operating cycle, at least temporarily in the memory device, - wherein the logic unit, via an interface to a computer network, accepts a request for the process data (D1 to Dn) from an external computer outside of the computer network, - wherein the logic unit, in the event of the request fulfilling an access condition, transfers the process data (D1 to Dn) stored in the memory device to the external computer in accordance with the request characterised in that - the logic unit, in the event of the request not fulfilling the access condition, preprocesses the process data (D1 to Dn) stored in the memory device, so that the preprocessed process data (D1' to Dn'), by comparison with the stored process data (D1 to Dn), has a reduced information content, and only transfers the preprocessed process data (D1' to Dn') to the external computer in accordance with the request. - wherein the computer network comprises a control device for control of an industrial technical process, a logic unit and a memory device, - wherein the control device controls the industrial technical process in an operating cycle, - wherein the control device stores process data (D1 to Dn), which arises within the framework of control of the industrial technical process within the control device with the operating cycle, at least temporarily in the memory device, - wherein the logic unit, via an interface to a computer network, accepts a request for the process data (D1 to Dn) from an external computer outside of the computer network, - wherein the logic unit, in the event of the request fulfilling an access condition, transfers the process data (D1 to Dn) stored in the memory device to the external computer in accordance with the request - the logic unit, in the event of the request not fulfilling the access condition, preprocesses the process data (D1 to Dn) stored in the memory device, so that the preprocessed process data (D1' to Dn'), by comparison with the stored process data (D1 to Dn), has a reduced information content, and only transfers the preprocessed process data (D1' to Dn') to the external computer in accordance with the request.
A wave energy converter (100, 200 or 300) comprising: a primary surface-piercing floating body (102, 202 or 302); a secondary surface-piercing floating body (104, 204 or 304) interconnected to the primary body for longitudinal oscillation of the primary and secondary bodies relative to one another; characterized in that a slug mass (106, 208 or 308) visco-elastically connected to the primary body, the slug mass having an effective mass characteristic, a stiffness characteristic and a damping characteristic; and a generator (108, 216 or 316) drivingly connected between the primary and secondary bodies, the generator having a load damping characteristic; wherein at least one of the effective mass characteristic, the stiffness characteristic, the slug mass damping characteristic and the generator load damping characteristic is dynamically controllable. a primary surface-piercing floating body (102, 202 or 302); a secondary surface-piercing floating body (104, 204 or 304) interconnected to the primary body for longitudinal oscillation of the primary and secondary bodies relative to one another; a slug mass (106, 208 or 308) visco-elastically connected to the primary body, the slug mass having an effective mass characteristic, a stiffness characteristic and a damping characteristic; and a generator (108, 216 or 316) drivingly connected between the primary and secondary bodies, the generator having a load damping characteristic; wherein at least one of the effective mass characteristic, the stiffness characteristic, the slug mass damping characteristic and the generator load damping characteristic is dynamically controllable.
A derivative of a GLP-1 peptide, which peptide has only two Lys residues, namely a first and a second Lys residue, and a maximum of eight amino acid changes as compared to GLP-1 (SEQ ID NO: 3), which derivative comprises two protracting moieties attached to the epsilon amino group of said first and second Lys residue, respectively, via a linker, wherein the protracting moiety is selected from Chem. 15, and Chem. 16: Chem. 15: HOOC-(CH 2) x -CO-* Chem. 16: HOOC-C 6 H 4 -O-(CH 2) y -CO-*, in which x is an integer in the range of 10-16, and y is an integer in the range of 8- 12; and the linker comprises a first linker element, Chem. 1: or a pharmaceutically acceptable salt, amide, or ester of said derivative.
A tent or awning comprising: - a door with a left wing, and a right wing; - a zipper (310, 320) or other closure means, such as snap closures or hook and loop fasteners; and - one or more plate shaped permanent magnets (410, 420) positioned along the length of the wings (210, 220); wherein each of said left and right wings comprises: - an upper part (212, 222) adapted for being connected to a roof of said tent or awning; - a bottom part (214, 224) adapted for being connected to a floor of said tent or awning; - a first side part (216, 226) adapted for being connected to a wall of said tent or awning; and - a second side part (218, 228); wherein the second side part of said left wing is adapted for being connected to the opposing second side part of said right wing; characterized in that each of said second side parts (218, 228) is split into a first (211, 221) and a second (213, 223) flap; wherein said first flap (211, 221) comprises said zipper (310, 320) or other closure means, such as snap closures or hook and loop fasteners, and wherein said second flap (213, 223) comprises said one or more plate shaped permanent magnets (410, 420); the first flap of the left wing is facing the inside of the tent or awning, the second flap of the left wing is facing the surroundings, the first flap of the right wing is facing the surroundings, and the second flap of the right wing is facing the inside of the tent or awning, or vice versa. - a door with a left wing, and a right wing; - a zipper (310, 320) or other closure means, such as snap closures or hook and loop fasteners; and - one or more plate shaped permanent magnets (410, 420) positioned along the length of the wings (210, 220); - an upper part (212, 222) adapted for being connected to a roof of said tent or awning; - a bottom part (214, 224) adapted for being connected to a floor of said tent or awning; - a first side part (216, 226) adapted for being connected to a wall of said tent or awning; and - a second side part (218, 228); wherein the second side part of said left wing is adapted for being connected to the opposing second side part of said right wing; characterized in that each of said second side parts (218, 228) is split into a first (211, 221) and a second (213, 223) flap; wherein said first flap (211, 221) comprises said zipper (310, 320) or other closure means, such as snap closures or hook and loop fasteners, and wherein said second flap (213, 223) comprises said one or more plate shaped permanent magnets (410, 420); the first flap of the left wing is facing the inside of the tent or awning, the second flap of the left wing is facing the surroundings, the first flap of the right wing is facing the surroundings, and the second flap of the right wing is facing the inside of the tent or awning, or vice versa.
A heating assembly comprising: a bus bar, wherein a portion of the bus bar is perforated; a nano-carbon heater wherein the nano-carbon heater is a carbon nanotube heater, a graphene heater or a graphene nanoribbon heater; a conductive adhesive, wherein the conductive adhesive connects the bus bar to the nano-carbon heater; a coupling agent covalently bonded between the bus bar and the conductive adhesive; and a pre-preg glass fabric covering the bus bar and attached to the nano-carbon heater through the perforations. a bus bar, wherein a portion of the bus bar is perforated; a nano-carbon heater wherein the nano-carbon heater is a carbon nanotube heater, a graphene heater or a graphene nanoribbon heater; a conductive adhesive, wherein the conductive adhesive connects the bus bar to the nano-carbon heater; a coupling agent covalently bonded between the bus bar and the conductive adhesive; and a pre-preg glass fabric covering the bus bar and attached to the nano-carbon heater through the perforations.
An additive mixture for adding to a surfacing material mixture to create a composite surfacing system for the floor, wall or façade area, wherein the additive mixture comprises a fraction of between 50 and 95 % by weight muscovite mica and the additive mixture exists in powder or granulate form, characterized in that the muscovite mica fraction in the additive mixture is composed of muscovite mica with at least two different grain sizes of a first part with particles with a fine grain size greater than 150 μm and smaller than 300 μm and a second part of a medium-fine grain size greater than 400 μm and smaller than 800 μm or of a first part with particles with a fine grain size greater than 150 μm and smaller than 300 μm, a second part of particles with a medium-fine grain size greater than 400 μm and smaller than 800 μm and a third part of particles with a coarse grain size with mean particle diameters of a size equal to 800 μm or of a second part with a medium-fine grain size greater than 400 μm and smaller than 800 μm and a third part with a coarse grain size with mean particle diameters of a size equal to 800 μm.
A method for placing and contacting a contact element formed in particular as a test contact of a test contact arrangement, wherein in said method, for forming a heat transfer surface, a contact head (10, 50) provided with a contact element holding device, with the contact element received in the contact element holding device, is placed between the contact element and a connecting material deposit arranged on a contact surface of a contact carrier in the direction of a feeding axis against a contact surface of the connecting material deposit, and, for realizing an at least partial fusing of the connecting material deposit and for producing a materially bonded connection between the contact element and the connecting material deposit, thermal energy is introduced into the connecting material deposit by means of treating the contact element with thermal energy, characterized in that the temperature T of the contact element is measured while the contact element is being treated and the duration of the treatment is defined as a function of a determined temperature gradient dT/dt of the temperature T of the contact element, wherein measuring of the temperature is realized by means of the sensor device (32, 54) being allocated to a controlling device of a laser device for laser treatment of the contact element, the controlling device controlling the operation of the laser device as a function of a temperature gradient dT/dt determined on the basis of a sensor output signal.
A sample grabbing apparatus with a central component and at least two elongate grabbing arms (6a, 6b), wherein the grabbing arms (6a, 6b) extend in a longitudinal direction of the sample grabbing apparatus and are moveably connected to the central component, wherein each of the grabbing arms (6a, 6b) has a front end (8a, 8b) and a rear end (10a, 10b), which is opposite the front end in the longitudinal direction, wherein a grabbing apparatus is provided on the front ends (8a, 8b) of the grabbing arms (6a, 6b) for the indirect or direct receipt of a sample, and wherein an actuating apparatus is provided on the rear ends (10a, 10b) of the grabbing arms (6a, 6b), said actuating apparatus permitting the grabbing arms (6a, 6b) to pivot manually and/or with the aid of an actuator in order to receive or release the sample, wherein at least one grabbing arm (6a, 6b) is coupled with the central component via an elastic solid connecting element, characterized in that the solid connecting element has a meandering region (18a, 18d), in which the first end at the beginning of the meandering region (18a - 18d) is coupled with the central component and the second end at the end of the meandering region (18a - 18d) is coupled with the grabbing arm (6a, 6b), wherein the elastic deformation of the meandering region (18a - 18d) makes it possible for the solid connecting element to permit a pivot movement of the at least one grabbing arm (6a, 6b) and a linear movement of the at least one grabbing arm (6a, 6b) relative to the central component.
A grain-oriented electrical steel sheet provided on its sheet surface with a tension-imparting type insulation coating composed of a coating layer A formed on a steel sheet side and mainly composed of an oxide and a coating layer B formed on a surface side and mainly composed of glass, characterized in that a ratio R (σ B /σ A) of a tension σ B of the coating layer B on the surface side applied to the steel sheet to a tension σ A of the coating layer on the steel sheet side A applied to the steel sheet is within a range of 1.20-4.0.
A method of producing a paperboard comprising a top layer, a back layer and a middle layer, said method comprising the steps of: - providing a first fraction of a pulp of recycled bleached fibers, which first fraction has a Schopper-Riegler value measured according to ISO 5267-1:1999 of below 24; - forming a middle layer furnish comprising a chemithermomechanical pulp (CTMP) and the first fraction; and - forming said middle layer from said middle layer furnish wherein the first fraction constitutes at least 15% by dry weight of the middle layer furnish and the CTMP constitutes at least 20% by dry weight of the middle layer furnish. - providing a first fraction of a pulp of recycled bleached fibers, which first fraction has a Schopper-Riegler value measured according to ISO 5267-1:1999 of below 24; - forming a middle layer furnish comprising a chemithermomechanical pulp (CTMP) and the first fraction; and - forming said middle layer from said middle layer furnish
An image forming apparatus configured to authenticate a user in first authentication processing and second authentication processing and permit the user who is authenticated to use at least one of a plurality of functions, wherein the second authentication processing is integrated circuit, IC, card authentication, the image forming apparatus comprising: display means; control means, wherein the control means is configured to control the display means to display a second authentication screen to be used in the second authentication processing and, if the user is authenticated by the second authentication processing using the second authentication screen, to display a first authentication screen to be used in the first authentication processing, wherein the control means is configured to perform control, at the time of authentication of the user in the first authentication processing, to prompt the user to select an authentication method, comprising a first authentication method and a second authentication method, to be used in the first authentication processing on the first authentication screen, wherein the first authentication screen includes an area used to execute the first authentication processing by the first authentication method and an area used to execute the first authentication processing by the second authentication method. display means; control means, wherein the control means is configured to control the display means to display a second authentication screen to be used in the second authentication processing and, if the user is authenticated by the second authentication processing using the second authentication screen, to display a first authentication screen to be used in the first authentication processing, wherein the control means is configured to perform control, at the time of authentication of the user in the first authentication processing, to prompt the user to select an authentication method, comprising a first authentication method and a second authentication method, to be used in the first authentication processing on the first authentication screen, wherein the first authentication screen includes an area used to execute the first authentication processing by the first authentication method and an area used to execute the first authentication processing by the second authentication method.
A control unit comprising: an operation detecting section (141; S110) that is configured to detect an operation of a trigger switch; and a duty ratio setting section (141; S120, S130,... S200) that is configured to set a drive duty ratio for PWM controlling a direct current motor so as to increase the drive duty ratio in a stepwise manner in accordance with an operation continuation time of the trigger switch during a period from when the operation detecting section (141; S110) detects the operation of the trigger switch until when a predetermined actuation time has elapsed. an operation detecting section (141; S110) that is configured to detect an operation of a trigger switch; and a duty ratio setting section (141; S120, S130,... S200) that is configured to set a drive duty ratio for PWM controlling a direct current motor so as to increase the drive duty ratio in a stepwise manner in accordance with an operation continuation time of the trigger switch during a period from when the operation detecting section (141; S110) detects the operation of the trigger switch until when a predetermined actuation time has elapsed.
Beaker, made of plastic, for a storable cold rink with a drinking lid wherein the drinking lid has an elevated circumferential edge in which a tightly closable drinking opening is formed and wherein the beaker comprises an external thread and the drinking lid comprises a collar with an internal thread, characterised in that a detachable sealing foil is welded in a sealing manner over the entire raised, circumferential edge of the drinking lid on this edge and has a tab which extends outwards and downward over the edge in the area of the drinking opening and is at least partially connected to the outer, downward-pointing collar of the drinking lid, and in that the beaker a comprises an upper, thickened wall area in which the external thread is formed and ends in a circumferential stop bulge, wherein a recess is provided in the stop bulge as a positive-lock fitting means and the drinking lid has a spring-loaded tongue as positive-lock fitting means, wherein in the fully screwed-on state of the drinking lid the spring-loaded tongue engages in the recess of the stop bulge so that the two positive-lock fitting means (16, 26) jointly form protection against unscrewing as a guarantee element.
A syringe plunger, comprising: an elongate shaft comprising an engagement pin for insertion into a barrel of a syringe, the engagement pin having a deformation surface; and a bung comprising sidewalls defining a recess, the bung being formed of a resiliently deformable material, characterised in that the engagement pin is configured for slidable engagement within the recess in the bung such that a distal end of the engagement pin abuts a base surface of the recess and the engagement pin is configured to enter and exit the recess freely such that it is not held within the recess, and the engagement pin has a length greater than a depth of the recess in the bung, such that a relative force between the engagement pin and the bung after abutment of the deformation surface with the base of the recess deforms the bung by stretching sidewalls of the bung further along the engagement pin. an elongate shaft comprising an engagement pin for insertion into a barrel of a syringe, the engagement pin having a deformation surface; and a bung comprising sidewalls defining a recess, the bung being formed of a resiliently deformable material, the engagement pin is configured for slidable engagement within the recess in the bung such that a distal end of the engagement pin abuts a base surface of the recess and the engagement pin is configured to enter and exit the recess freely such that it is not held within the recess, and the engagement pin has a length greater than a depth of the recess in the bung, such that a relative force between the engagement pin and the bung after abutment of the deformation surface with the base of the recess deforms the bung by stretching sidewalls of the bung further along the engagement pin.
A binding composition for insulating products based on mineral wool, in particular rock or glass wool, characterized in that it comprises - at least one hydrogenated sugar, - at least one polyfunctional crosslinking agent chosen from polycarboxylic organic acids or salts of these acids, and anhydrides thereof, and - hypophosphorous acid, and which is free of reducing sugars or contains at most 10% by weight of reducing sugars. - at least one hydrogenated sugar, - at least one polyfunctional crosslinking agent chosen from polycarboxylic organic acids or salts of these acids, and anhydrides thereof, and - hypophosphorous acid,
A conjugate represented by formula wherein A represents a radical deriving from a cytotoxic drug, G is a self-immolative moiety, and m is 0 or 1, and pharmaceutically acceptable salts thereof. A represents a radical deriving from a cytotoxic drug, G is a self-immolative moiety, and m is 0 or 1,
A method of sealing a rotating control device with a housing having an inside diameter, comprising the steps of: using a running tool, lowering a rotating control device into said housing inside diameter; blocking further downward movement of the rotating control device; resisting rotation of the rotating control device; and setting a seal between the rotating control device and the housing through further movement of the running tool. using a running tool, lowering a rotating control device into said housing inside diameter; blocking further downward movement of the rotating control device; resisting rotation of the rotating control device; and setting a seal between the rotating control device and the housing through further movement of the running tool.
A cover (10; 20; 30) for attachment to an opening to be closed, comprising a front wall (11; 21; 31) which is bistably deformable between a first state which is cambered in the direction of attachment and a second state which is cambered opposite to the direction of attachment, and an annular edge portion (12; 22; 32) having a larger outer circumference in the first bistable state than in the second bistable state and therefore being adapted to effect a clamping attachment of the cover (10; 20; 30) to a wall region of the opening by pressing the edge portion (12; 22; 32) in the first state from inside or in the second state from outside against the wall region, wherein the edge portion (12 22; 32) has at least one expansion portion (14; 24; 34) made of a second plastic material component which is softer than a first plastic material component from which the remaining edge portion (12; 22; 32) is made, and which enables an increase of the outer periphery of the edge portion in the first bistable state relative to the second bistable state, characterised in that the material thickness at the transition portion from the front wall (11; 21; 31) into the edge portion (12; 22; 32) is at least in partial areas greater than in the remaining area of the cover (10; 20; 30), or the cover (10; 20; 30) is produced at the transition portion from the front wall (11; 21; 31) into the edge portion (12; 22; 32) at least in partial areas of a third plastic material component, which is harder than the first plastic material component from which the remaining front wall (11; 21; 31) at least predominantly consists.