mhurhangee/ep-ind-claims huggingface dataset:
A robot comprising: a robot arm including an arm (20, 30), and a hand attached to a tip end portion of the arm such that the hand is rotatable around a rotational axis of the hand; an arm drive unit (15, 25) which drives the arm to move the hand; a hand drive unit which rotates the hand; a hand angular position detecting section which detects an angular position of the hand around the rotational axis; and a control unit which controls the arm drive unit (15, 25) and the hand drive unit, wherein the hand includes a wrist provided on a base end side of the hand and a blade provided on a tip end side of the hand and configured to retain a substrate, and wherein only the blade has a contact/slide surface (50a, 50b) which extends in a first direction and contacts a teaching target and slides relatively on the teaching target, wherein the contact/slide surface (50a, 50b) includes a characterizing portion (51a, 51b) having a bent point in the first direction, the robot being characterized in that the characterizing portion (51a, 51b) is a notch formed in the contact/slide surface (50a, 50b). a robot arm including an arm (20, 30), and a hand attached to a tip end portion of the arm such that the hand is rotatable around a rotational axis of the hand; an arm drive unit (15, 25) which drives the arm to move the hand; a hand drive unit which rotates the hand; a hand angular position detecting section which detects an angular position of the hand around the rotational axis; and a control unit which controls the arm drive unit (15, 25) and the hand drive unit, wherein the hand includes a wrist provided on a base end side of the hand and a blade provided on a tip end side of the hand and configured to retain a substrate, and wherein only the blade has a contact/slide surface (50a, 50b) which extends in a first direction and contacts a teaching target and slides relatively on the teaching target,
A method for controlling a grinder unit having current sensing means for measuring the current used by the grinder motor and a control device for controlling the activity of the grinder motor wherein the activity of the grinder motor is changed on the basis of the measured current of the grinder motor, characterised in that the method comprises the following steps: a) the grinder motor is activated in a first time period (T 1); b) the current sensing means is measuring the current used by the grinder motor during at least a part of the first time period (T 1, T 9. T 11); c) it is determined whether the motor current is below a predefined value (I 1) for more than a predefined time period (T 2) during the first time period (T 1, T 9, T 11); d) if the motor current is below or equal to the predefined value (I 1) for more than the predefined time period (T 2) then the grinder motor is stopped for a stopping period (T 3); e) if the motor current is above or equal to the predefined value (I 1) for more than the predefined time period (T 2) during the first time period (T 1, T 9, T 11), the grinder motor will continue to be activated for a time period (T 4); f) if the control device has decided to stop the grinder motor for a predefined number of successive time periods the duration of the stopping period (T 3) is increased. a) the grinder motor is activated in a first time period (T 1); b) the current sensing means is measuring the current used by the grinder motor during at least a part of the first time period (T 1, T 9. T 11); c) it is determined whether the motor current is below a predefined value (I 1) for more than a predefined time period (T 2) during the first time period (T 1, T 9, T 11); d) if the motor current is below or equal to the predefined value (I 1) for more than the predefined time period (T 2) then the grinder motor is stopped for a stopping period (T 3); e) if the motor current is above or equal to the predefined value (I 1) for more than the predefined time period (T 2) during the first time period (T 1, T 9, T 11), the grinder motor will continue to be activated for a time period (T 4); f) if the control device has decided to stop the grinder motor for a predefined number of successive time periods the duration of the stopping period (T 3) is increased.
A smoking substitute device, comprising a heating element; and a control element operable by a user of the smoking substitute device; wherein the smoking substitute device is adapted for receiving a smoking substitute consumable; wherein the heating element is adapted for heating the smoking substitute consumable; wherein the smoking substitute device comprises at least two user settable modes of operation; wherein the control element is adapted for setting a desired mode of operation; wherein for setting a desired mode of operation the control element is actuated by the user of the smoking substitute device; and wherein the smoking substitute device is a heat-not-burn smoking substitute device; characterised in that: different modes of operation are settable depending on a duration of the actuation of the control element by the user. a heating element; and a control element operable by a user of the smoking substitute device; wherein the smoking substitute device is adapted for receiving a smoking substitute consumable; wherein the heating element is adapted for heating the smoking substitute consumable; wherein the smoking substitute device comprises at least two user settable modes of operation; wherein the control element is adapted for setting a desired mode of operation; wherein for setting a desired mode of operation the control element is actuated by the user of the smoking substitute device; and wherein the smoking substitute device is a heat-not-burn smoking substitute device; characterised in that: different modes of operation are settable depending on a duration of the actuation of the control element by the user.
Multiple injection line for a particle-accelerating cavity, comprising: - at least two ion sources, - a first-harmonic resonant cavity comprising an enclosure and at least two drift tubes which are each associated with a respective source, these drift tubes being disposed in the enclosure, being electrically connected to one another and being connected to the enclosure by a conductor, characterized by - second-harmonic resonant cavities, each associated with a respective ion source, comprising an enclosure and a drift tube which is electrically connected to the enclosure by a conductor. - at least two ion sources, - a first-harmonic resonant cavity comprising an enclosure and at least two drift tubes which are each associated with a respective source, these drift tubes being disposed in the enclosure, being electrically connected to one another and being connected to the enclosure by a conductor, characterized by - second-harmonic resonant cavities, each associated with a respective ion source, comprising an enclosure and a drift tube which is electrically connected to the enclosure by a conductor.
A stator coil, comprising: - a coil conductor; - a first insulating layer in which a first mica tape is wound and laminated around an outer periphery of the coil conductor; and - a second insulating layer in which a second mica tape is wound and laminated around an outer periphery of the first insulating layer, - wherein the first mica tape contains mica particles in a content of 30 g or more and 100 g or less per 1 m 2 of the mica tape, - wherein 60 mass% or more of the mica particles contained in the first mica tape pass through a JIS standard sieve having a nominal opening of 250 μm, - wherein the first mica tape has a lamination thickness of 0.1 mm or more and 1 mm or less, and - wherein 40 mass% or less of mica particles contained in the second mica tape pass through the JIS standard sieve having a nominal opening of 250 μm. - a coil conductor; - a first insulating layer in which a first mica tape is wound and laminated around an outer periphery of the coil conductor; and - a second insulating layer in which a second mica tape is wound and laminated around an outer periphery of the first insulating layer, - wherein the first mica tape contains mica particles in a content of 30 g or more and 100 g or less per 1 m 2 of the mica tape, - wherein 60 mass% or more of the mica particles contained in the first mica tape pass through a JIS standard sieve having a nominal opening of 250 μm, - wherein the first mica tape has a lamination thickness of 0.1 mm or more and 1 mm or less, and - wherein 40 mass% or less of mica particles contained in the second mica tape pass through the JIS standard sieve having a nominal opening of 250 μm.
A method of mutually authenticating first and second entities, the method comprising: providing a first parameter (DEVID) from the first entity to the second entity; providing a second parameter (SERVERID) from the second entity to the first entity; generating first and second credentials, wherein each of the first and second credentials is generated by the first entity as a function of the first and second parameters (DEVID, SERVERID) and a key arranged in a first order; generating third and fourth credentials, wherein each of the third and fourth credentials is generated by the second entity as a function of the first and second parameters (DEVID, SERVERID) and the key arranged in a second order, the second order being different than the first order; providing the first credential from the first entity to the second entity; providing the fourth credential from the second entity to the first entity; authenticating the first entity if the first credential matches the third credential; and authenticating the second entity if the fourth credential matches the second credential, wherein the credentials are generated using the same function (f) at the first and second entities. providing a first parameter (DEVID) from the first entity to the second entity; providing a second parameter (SERVERID) from the second entity to the first entity; generating first and second credentials, wherein each of the first and second credentials is generated by the first entity as a function of the first and second parameters (DEVID, SERVERID) and a key arranged in a first order; generating third and fourth credentials, wherein each of the third and fourth credentials is generated by the second entity as a function of the first and second parameters (DEVID, SERVERID) and the key arranged in a second order, the second order being different than the first order; providing the first credential from the first entity to the second entity; providing the fourth credential from the second entity to the first entity; authenticating the first entity if the first credential matches the third credential; and authenticating the second entity if the fourth credential matches the second credential, wherein the credentials are generated using the same function (f) at the first and second entities.
A compound to produce an inner liner layer; said compound comprising a polymer base with a cross-linking unsaturated chain comprising at least 50 phr of a halobutyl rubber, a reinforcing filler and a vulcanization system; said compound being characterized in that it comprises an oxygen-proofing chemical in granular form made up of a mineral filler bonded with fatty acids comprising a chain of carbon atoms ranging in number from 6 to 24 and having at least one unsaturation; said oxygen-proofing chemical being produced by causing the fatty acids and the mineral filler to react with a molar ratio that is equal to or greater than 5:2; said oxygen-proofing chemical in granular form having dimensions ranging from 5nm to 50μm.
A pre-assembled valved conduit, comprising: a bioprosthetic valve including bioprosthetic tissue leaflets, the valve having been treated such that the tissue may be stored dry for extended periods without degradation of functionality of the valve, the bioprosthetic valve having a sewing ring encircling an inflow end; a conduit sealed with a bioresorbable medium that is coupled to the sewing ring with sutures so as to form the valved conduit, the conduit having an inflow end and an outflow end; a valve holder attached to commissure posts of the bioprosthetic valve; and an elongated delivery handle connected to the valve holder and extending through the conduit so as to project from the outlet end thereof. a bioprosthetic valve including bioprosthetic tissue leaflets, the valve having been treated such that the tissue may be stored dry for extended periods without degradation of functionality of the valve, the bioprosthetic valve having a sewing ring encircling an inflow end; a conduit sealed with a bioresorbable medium that is coupled to the sewing ring with sutures so as to form the valved conduit, the conduit having an inflow end and an outflow end; a valve holder attached to commissure posts of the bioprosthetic valve; and an elongated delivery handle connected to the valve holder and extending through the conduit so as to project from the outlet end thereof.
Prosthesis (200; 210) comprising: - at least one flexible mesh delimited by a peripheral exterior edge (1 a), - at least one member for reinforcing said mesh, said reinforcing member taking the form of a frame fastened to said mesh characterized in that the frame substantially adopts the shape of said peripheral exterior edge of the mesh, said frame being set back from said peripheral exterior edge and being provided with two hinge points (3a, 3b), the line passing through said two hinge points also passing through the centre (1 b) of the mesh and thus forming a line M for folding the mesh in two said prosthesis further comprises at least two anchor pieces (5; 215) made of suturable material and located on a single face of the mesh on either side of said folding line, each piece having a fixed part (5a; 24a) linked to said mesh and a free part (5b; 24b), said free part being linked to at least one thread-shaped element (6, 7). - at least one flexible mesh delimited by a peripheral exterior edge (1 a), - at least one member for reinforcing said mesh, said reinforcing member taking the form of a frame fastened to said mesh characterized in that the frame substantially adopts the shape of said peripheral exterior edge of the mesh, said frame being set back from said peripheral exterior edge and being provided with two hinge points (3a, 3b), the line passing through said two hinge points also passing through the centre (1 b) of the mesh and thus forming a line M for folding the mesh in two said prosthesis further comprises at least two anchor pieces (5; 215) made of suturable material and located on a single face of the mesh on either side of said folding line, each piece having a fixed part (5a; 24a) linked to said mesh and a free part (5b; 24b), said free part being linked to at least one thread-shaped element (6, 7).
A process for production of ethanol from a lignocellulosic biomass comprising; (i) adding slurry of a pre-treated lignocellulosic biomass comprising C5 and C6 sugars in a fermenter system; (ii) selectively fermenting mainly C5 sugars by incubating the pretreated lignocellulosic biomass with a cellulase enzyme, co-fermenting microorganism and nutrient to obtain ethanol; (iii) hydrolysing by heating the fermenter system to 48-55°C for a period of 18 to 24 hours; (iv) allowing the fermenter system to cool to a temperature of 35-37°C; and (v) selectively fermenting C6 sugars by inoculating the system with a second dose of co-fermenting microorganism to obtain ethanol. (i) adding slurry of a pre-treated lignocellulosic biomass comprising C5 and C6 sugars in a fermenter system; (ii) selectively fermenting mainly C5 sugars by incubating the pretreated lignocellulosic biomass with a cellulase enzyme, co-fermenting microorganism and nutrient to obtain ethanol; (iii) hydrolysing by heating the fermenter system to 48-55°C for a period of 18 to 24 hours; (iv) allowing the fermenter system to cool to a temperature of 35-37°C; and (v) selectively fermenting C6 sugars by inoculating the system with a second dose of co-fermenting microorganism to obtain ethanol.
A power converter configured to transfer power from an input to an output, the power converter comprising: a maximum power point tracking, MPPT, loop configured to perform maximum power point tracking of a solar panel connected to the input; and a monitoring module configured to perform the steps of: initializing a timer when the solar panel starts to receive sun light and generate output power, collecting performance data of the solar panel, monitoring a passage of a time period of the timer, and transmitting the performance data at a set up time from when the timer is initialized, the monitoring module comprising a randomizer for varying time increments for controlling transmission events, wherein the randomizer varies time increments for transmitting the performance data. a maximum power point tracking, MPPT, loop configured to perform maximum power point tracking of a solar panel connected to the input; and a monitoring module configured to perform the steps of: initializing a timer when the solar panel starts to receive sun light and generate output power, collecting performance data of the solar panel, monitoring a passage of a time period of the timer, and transmitting the performance data at a set up time from when the timer is initialized, the monitoring module comprising a randomizer for varying time increments for controlling transmission events, wherein the randomizer varies time increments for transmitting the performance data.
A method for purifying a protein, from a solution containing at least one host cell contaminant comprising: a) adsorbing the protein to Protein A, Protein G, or Protein L immobilized on a solid support; b) removing the at least one host cell contaminant by contacting the solid support containing the adsorbed protein with a first wash buffer comprising an aliphatic carboxylate, wherein said aliphatic carboxylate comprises a 6-12 carbon backbone; and c) eluting the protein from the solid support, wherein the solution is a cell culture feedstream, wherein the at least one host cell contaminant is a host cell protein or host cell DNA, wherein the protein is selected from one of: antibody, antibody fragment, immunoglobulin single variable domain, Fab, F(ab')2, Fv, disulphide linked Fv, scFv, disulphide-linked scFv, or diabody, wherein the aliphatic carboxylate is selected from one of: caproate, heptanoate, caprylate and decanoate, wherein the source of the aliphatic carboxylate is selected from an aliphatic carboxylic acid, a sodium salt of an aliphatic carboxylic acid, or a potassium salt of an aliphatic carboxylic acid, and wherein when the aliphatic carboxylate is sodium caprylate, the concentration of sodium caprylate is between about 50 to about 125 mM, wherein about means ±10%.
A retardation device having: a housing; a cylinder-piston unit that is mounted in the housing and has a cylinder and a piston; and a driver element, which is mounted displaceably in the housing between a force- and/or form-fittingly secured park position and an end position and back, wherein the driver element loads the piston relative to the cylinder at least during movement in the direction of the end position, and wherein the driver element comprises a slide with a first sliding and pivoting pin and a pulling pin that is mounted pivotably thereon in a pivot joint with a second sliding and pivoting pin, wherein the sliding and pivoting pins (74, 76) are inserted in a first guide track, which is oriented in a longitudinal direction of the retardation device, and wherein the pulling pin is rigidly connected to at least one guide pin, which is guided in the housing and is movable parallel to the slide at least in a lifting portion adjacent to the end position, characterised in that - a stop pin is mounted pivotably in the slide, - the guide pin is inserted in a second guide track with a horizontal portion and with a widened portion, which is arranged at an end remote from a cylinder receptacle for the cylinder-piston unit and is directed in the direction pointing away from the first guide track, - the housing or the slide has a wedge-shaped receptacle, which limits the pivot angle range of the pulling pin in the park position, - the opening of the wedge-shaped receptacle is oriented in the direction pointing away from the cylinder receptacle, so that the guide pin can be clamped in the wedge-shaped receptacle, - the pivot angle of the pulling pin is greater than 90 degrees and less than 110 degrees, and - the pulling pin can be pushed out of the park position by means of a pivoting movement of the stop pin relative to the slide. - a stop pin is mounted pivotably in the slide, - the guide pin is inserted in a second guide track with a horizontal portion and with a widened portion, which is arranged at an end remote from a cylinder receptacle for the cylinder-piston unit and is directed in the direction pointing away from the first guide track, - the housing or the slide has a wedge-shaped receptacle, which limits the pivot angle range of the pulling pin in the park position, - the opening of the wedge-shaped receptacle is oriented in the direction pointing away from the cylinder receptacle, so that the guide pin can be clamped in the wedge-shaped receptacle, - the pivot angle of the pulling pin is greater than 90 degrees and less than 110 degrees, and - the pulling pin can be pushed out of the park position by means of a pivoting movement of the stop pin relative to the slide.
A method of granting access to an application or service based on a detected human stimulus, comprising: detecting, at a computing device of a particular user on-board an aircraft, an externally generated stimulus, the externally generated stimulus being a response to a contextual challenge issued at a user interface of the computing device, a content of the contextual challenge being contextual to at least one of a particular flight of the aircraft or the particular user being on-board the aircraft and suitable to determine if the externally generated stimulus is applied by a human and not by another computing device; determining, at the computing device, if the externally generated stimulus is included in a set of suitable responses to the contextual challenge; and causing, by the computing device, access to an application or service to be granted based on the determination that the externally generated stimulus is included in the set of suitable responses to the contextual challenge. detecting, at a computing device of a particular user on-board an aircraft, an externally generated stimulus, the externally generated stimulus being a response to a contextual challenge issued at a user interface of the computing device, a content of the contextual challenge being contextual to at least one of a particular flight of the aircraft or the particular user being on-board the aircraft and suitable to determine if the externally generated stimulus is applied by a human and not by another computing device; determining, at the computing device, if the externally generated stimulus is included in a set of suitable responses to the contextual challenge; and causing, by the computing device, access to an application or service to be granted based on the determination that the externally generated stimulus is included in the set of suitable responses to the contextual challenge.