mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory computer-readable medium having instructions stored thereon for performing a method of facilitating networked incubator operation, the instructions operable on one or more processors to perform operations comprising: controlling a first networked incubator system to image cell cultures therein, stitch the images together, and analyze the images to provide image analysis data; receiving, from the first networked incubator system, data that comprises incubator operating parameters for operating a networked incubator system, image data and image analysis data; storing the received parameter data, image data and image analysis data in a database; receiving a query for incubator operating parameters from a second networked incubator system; and transmitting, from the database in response to the received query from the second networked incubator system, data that corresponds to the data received from the first networked incubator system and is arranged to control operation of the second networked incubator system. controlling a first networked incubator system to image cell cultures therein, stitch the images together, and analyze the images to provide image analysis data; receiving, from the first networked incubator system, data that comprises incubator operating parameters for operating a networked incubator system, image data and image analysis data; storing the received parameter data, image data and image analysis data in a database; receiving a query for incubator operating parameters from a second networked incubator system; and transmitting, from the database in response to the received query from the second networked incubator system, data that corresponds to the data received from the first networked incubator system and is arranged to control operation of the second networked incubator system.
Electronic key for a motor vehicle provided with connector technology intended to establish a connection with an external system upon a transmission of data and/or of electrical energy, said connector technology comprising bump contacts protruding from an internal bump contact support of the electronic key, said bump contacts being arranged in a seal-tight manner with respect to the internal bump contact support, said internal bump contact support forming a seal-tight barrier between two zones in the electronic key, one dry Zs containing the electronic components of the key and in which the ingress of moisture is avoided and a wet zone Zh in which moisture is likely to enter, said internal bump contact support being covered by an outer shell of the electronic key, characterized in that the outer shell has a plug of USB, mini USB or micro-USB type, and in that said plug is linked to the bump contacts at their part extending on the side of the wet zone (Zh).
A method for controlling a high rotor pole switched-reluctance motor HRSRM, the method comprising the steps of: a) establishing a firm time base for a software control module on a magnetic sensor; b) updating the time base by generating a motor index pulse from the magnetic sensor; c) calculating a shaft speed of the motor and calibrating a software encoder to operate on the time base; characterised by d) canceling out a switching threshold of the magnetic sensor; e) monitoring the slope of the current waveform of an active phase winding of the motor to fine-tune a firing angle from the encoder software; f) adjusting a pulse time t on of each phase of the HRSRM wherein said pulse time t on is based on the estimated time base; g) monitoring the shaft speed to track any change in the shaft speed; and h) adjusting a dwell angle based on the shaft speed and the current.
A fastener driving machine configured to drive a fastener into a driven material, the fastener driving machine comprising: a hitting member configured to reciprocate in a first direction and a second direction opposite to each other, the hitting member being configured to hit a fastener when the hitting member moves in the first direction; an engaging member (44,44a) that engages with the hitting member to move the hitting member in the second direction; and a lubricant feeding mechanism configured to feed lubricant to the hitting member and the engaging member (44, 44a), characterised by further comprising a wheel driven to rotate, a plurality of the engaging members (44, 44a) being provided along a circumferential direction of the wheel, wherein the lubricant feeding mechanism is provided in the wheel, wherein the lubricant feeding mechanism includes a lubricant impregnated body in which the lubricant is impregnated, and wherein the lubricant impregnated body is disposed at a position at which the lubricant impregnated body is at least allowed to come into contact with the engaging members (44, 44a). a hitting member configured to reciprocate in a first direction and a second direction opposite to each other, the hitting member being configured to hit a fastener when the hitting member moves in the first direction; an engaging member (44,44a) that engages with the hitting member to move the hitting member in the second direction; and a lubricant feeding mechanism configured to feed lubricant to the hitting member and the engaging member (44, 44a), characterised by further comprising a wheel driven to rotate, a plurality of the engaging members (44, 44a) being provided along a circumferential direction of the wheel, wherein the lubricant feeding mechanism is provided in the wheel, wherein the lubricant feeding mechanism includes a lubricant impregnated body in which the lubricant is impregnated, and wherein the lubricant impregnated body is disposed at a position at which the lubricant impregnated body is at least allowed to come into contact with the engaging members (44, 44a).
A metering mechanism providing a metered supply from inside a metering hopper of a granular material; that is, any free-flowing solid material comprised of solid particles, selected from seeds - canola (rape), wheat and other cereals, maize, legumes including peas; processed materials - animal and poultry feeds, food for humans, sugar, chemicals, pills, tablets, and granulated fertilisers; minerals - salt; ores, and fuels including coal; sand, gravel, stones and rocks; flowable powders; wherein a portion of a laterally movable, continuous carrying surface comprises a floor of the hopper; the hopper has sides including an outflow side wall provided with an outflow aperture having an upper boundary comprised of an underneath edge of the outflow side wall; the outflow aperture having a width and having a lower laterally movable boundary comprised of the carrying surface which is extended beyond the outflow aperture and separated from the upper boundary of the outflow aperture by a height of the outflow aperture; the carrying surface is comprised of a surface of a flat or conical rotatable disc; the carrying surface having an axis of rotation, an edge, and a direction of rotation (59 or 59') about the axis; the carrying surface including a portion serving as the hopper floor while maintaining a sealing contact with dependent portions of the hopper side walls except at the outflow aperture; characterised in that said outflow aperture is radially directed along a radius of the rotatable disc; a portion of the carrying surface forming a lower boundary of the outflow aperture and movable, when in use, out from the outflow aperture in an outflow direction and into a discharge area.
A computer implemented method of energy consumption management in a communication network, performed by an automation system, the method comprising individually scheduling daily shutdown periods for certain target cells of the communication network by performing the following for each target cell: - collecting usage data from a monitored cell for a first period of time, wherein the target cell and the monitored cell operate on different frequency bands and serve the same sector of a base station and at least partially the same geographical area, and wherein the usage data comprises throughput data; - comparing the throughput data with a threshold value to determine a low-load period in the monitored cell; and - scheduling a shutdown period for the target cell during the low-load period in the monitored cell; and taking the scheduled shutdown periods into use in the target cells of the communication network. - collecting usage data from a monitored cell for a first period of time, wherein the target cell and the monitored cell operate on different frequency bands and serve the same sector of a base station and at least partially the same geographical area, and wherein the usage data comprises throughput data; - comparing the throughput data with a threshold value to determine a low-load period in the monitored cell; and - scheduling a shutdown period for the target cell during the low-load period in the monitored cell; and
A method of creating a statistical representation approximating the behavior of a model component used to pose a character model, the method comprising: identifying at least a portion of the character model associated with the model component; manipulating the character model through each of a set of training poses, wherein the set of training poses are representative of a range of motion of the character model and defined by a set of inputs, wherein the set of inputs includes a set of animation variables; determining a set of training posing errors from the set of training poses for at least one point of the character model, wherein each of the set of training posing errors is at least one difference in position of a point of the at least one point of the character model from a posed position to at least one position specified by the model component; and analyzing the set of training posing errors to determine a relationship between the set of inputs and the set of training posing errors to obtain the statistical representation of the model component. identifying at least a portion of the character model associated with the model component; manipulating the character model through each of a set of training poses, wherein the set of training poses are representative of a range of motion of the character model and defined by a set of inputs, wherein the set of inputs includes a set of animation variables; determining a set of training posing errors from the set of training poses for at least one point of the character model, wherein each of the set of training posing errors is at least one difference in position of a point of the at least one point of the character model from a posed position to at least one position specified by the model component; and analyzing the set of training posing errors to determine a relationship between the set of inputs and the set of training posing errors to obtain the statistical representation of the model component.
A lock for a window or door, comprising a case and inside said case a fixed support, a latch that is extractable from the case to a lock closing position, a rotatable follower that is provided with a housing for a square pin for controlling retraction of the latch into the case to an opening position of the lock, an automatic return torsion spring of the rotatable follower, said torsion spring having a first end rigidly coupled in rotation with said rotatable follower and a second end, there being further provided mechanical adjusting means of the preload of said torsion spring acting on said second end of said torsion spring, characterised in that said mechanical adjusting means comprises a movement element of the operating position of said second end of said torsion spring, said movement element having a rotation movement receiving cam and a movement cam of said second end of said torsion spring, said mechanical adjusting means further comprising a selector interacting with said movement receiving cam to move said movement element, said movement element and said selector being rotatable around respective fixed rotation axes (25, 26) parallel to a fixed rotation axis of said rotatable follower.
Partition equipment for partioning a part of a large space comprising a panel body comprising: a base material having a panel shape; an elastic cushion material which is provided at at least a part of a surface of the base material, and in which an uneven shape is formed characterized in that the uneven shape is formed by a through hole which has an angle portion on a circumferential edge of the through hole on a side opposite to the base material; and in that a cover material covers the cushion material and the base material in a state where the angle portion is deformed by being pressed by the cover material. a base material having a panel shape; an elastic cushion material which is provided at at least a part of a surface of the base material, and in which an uneven shape is formed characterized in that the uneven shape is formed by a through hole which has an angle portion on a circumferential edge of the through hole on a side opposite to the base material; and in that a cover material covers the cushion material and the base material in a state where the angle portion is deformed by being pressed by the cover material.
A stepper for light-exposing a photo-resist layer through a pattern film or a photo mask, the stepper comprising: a light source generator comprising: a light source; and a lenticular system, wherein the light source generator is a linear-light generator arranged to condense light into a plurality of line-shaped light fields; the lenticular system includes a plurality of lenticular lenses each shaped like a longitudinal cylinder; and the stepper is arranged such that a light exposure work of the stepper is performed based on a relative transfer movement between the light source generator and the pattern film or the photo mask. a light source generator comprising: a light source; and a lenticular system, wherein the light source generator is a linear-light generator arranged to condense light into a plurality of line-shaped light fields; the lenticular system includes a plurality of lenticular lenses each shaped like a longitudinal cylinder; and the stepper is arranged such that a light exposure work of the stepper is performed based on a relative transfer movement between the light source generator and the pattern film or the photo mask. a light source; and a lenticular system, wherein the light source generator is a linear-light generator arranged to condense light into a plurality of line-shaped light fields; the lenticular system includes a plurality of lenticular lenses each shaped like a longitudinal cylinder; and the stepper is arranged such that a light exposure work of the stepper is performed based on a relative transfer movement between the light source generator and the pattern film or the photo mask.
An internal combustion engine, comprising: an internal combustion engine main body formed with a combustion chamber having accommodated therein a cylinder, in which a piston is reciprocatably fitted; an injector that includes a plurality of injection holes for injecting fuel in directions different from one another, and injects fuel to the combustion chamber from each injection hole; and a plasma generation device that includes an electromagnetic wave generator for generating an electromagnetic wave and an antenna for emitting the electromagnetic wave supplied from the electromagnetic wave generator to the combustion chamber, wherein the plasma generation device generates the electromagnetic wave plasma while the injector injects fuel, the antennae are provided in plural respectively for the plurality of injection holes of the injector, and each antenna is disposed at a location corresponding to each injection hole on an exposed surface of the piston exposed to the combustion chamber. an internal combustion engine main body formed with a combustion chamber having accommodated therein a cylinder, in which a piston is reciprocatably fitted; an injector that includes a plurality of injection holes for injecting fuel in directions different from one another, and injects fuel to the combustion chamber from each injection hole; and a plasma generation device that includes an electromagnetic wave generator for generating an electromagnetic wave and an antenna for emitting the electromagnetic wave supplied from the electromagnetic wave generator to the combustion chamber, wherein the plasma generation device generates the electromagnetic wave plasma while the injector injects fuel, the antennae are provided in plural respectively for the plurality of injection holes of the injector, and each antenna is disposed at a location corresponding to each injection hole on an exposed surface of the piston exposed to the combustion chamber.
An image display device (1; 3) for mounting to a head or a face of a user, comprising: a first display unit that displays (511, 611) an internal image seen from a side of the user; a second display unit (512, 611) that displays an external image seen from outside the image display device; a control unit that controls display of the internal image and the external image; an input operating unit with which the user conducts an input operation, characterized in that the control unit controls display of the internal image and the external image according to the input operation by the user such that, in response to an instruction from the user given via the input operating unit, the external image either is the same as the internal image or differs from the internal image, wherein the control unit changes display of the external image according to an input operation based on a blink operation or eyeball movement of the user. a first display unit that displays (511, 611) an internal image seen from a side of the user; a second display unit (512, 611) that displays an external image seen from outside the image display device; a control unit that controls display of the internal image and the external image; an input operating unit with which the user conducts an input operation, characterized in that the control unit controls display of the internal image and the external image according to the input operation by the user such that, in response to an instruction from the user given via the input operating unit, the external image either is the same as the internal image or differs from the internal image, wherein the control unit changes display of the external image according to an input operation based on a blink operation or eyeball movement of the user.
Switching device, suitable for direct current operation, comprising at least one contact pair with a first contact and a second contact, wherein at least the second contact is movable and the first contact is in contact with the second contact in a switched-on condition of the switching device and out of contact in a switched-off condition of the switching device, wherein an arc driver assembly is provided to generate a magnetic field and an arc guide arrangement is provided to guide an arc arising between the first contact and the second contact towards an extinguishing device, wherein the arc guide arrangement is subdivided into a first arc guide path and a second arc guide path, wherein the first arc guide path is provided to guide an arc arising between the first contact and the second contact with a first current direction and the second arc guide path is provided to guide an arc arising between the first contact and the second contact with a second current direction opposite to the first current direction and wherein the second arc guide path reverses the arc and/or the current, characterised in that the arc is guided into a common extinguishing device regardless of the original current flow direction in the arc.
A basecoat coating formulation comprising an aromatic polyurethane pre-polymer having isocyanate terminal end groups, a first solvent and optionally a second VOC-exempt solvent, a catalyst, and at least one filler, in which the total formulation has a VOC content of less than 97 g/L, the pre-polymer having an equivalent molecular weight of 500-10000 g/mol and an NCO/OH ratio of 1.1 to 5, and being the reaction product of 51 wt% to 100 wt% aromatic polyisocyanate, 0 wt% to 49 wt% aliphatic polyisocyanate, and a polyol selected from the group consisting of polyalkylene polyols, polyester polyols, and polycarbonate polyols, wherein the weight percent of polyol to polyisocyanate reacted to form the pre-polymer is in the range of 85 to 95 % by weight, based on the weight of the pre-polymer, wherein the weight percent of the pre-polymer based on the weight of the total basecoat coating formulation is 55.4% to 95%, and the total weight percent solids in the base coat formulation is greater than 84% to 99%, and, wherein the total formulation viscosity is less than (80 poise) 8 Pa · s at greater than 84% solids. the pre-polymer having an equivalent molecular weight of 500-10000 g/mol and an NCO/OH ratio of 1.1 to 5, and being the reaction product of 51 wt% to 100 wt% aromatic polyisocyanate, 0 wt% to 49 wt% aliphatic polyisocyanate, and a polyol selected from the group consisting of polyalkylene polyols, polyester polyols, and polycarbonate polyols, wherein the weight percent of polyol to polyisocyanate reacted to form the pre-polymer is in the range of 85 to 95 % by weight, based on the weight of the pre-polymer, wherein the weight percent of the pre-polymer based on the weight of the total basecoat coating formulation is 55.4% to 95%, and the total weight percent solids in the base coat formulation is greater than 84% to 99%, and, wherein the total formulation viscosity is less than (80 poise) 8 Pa · s at greater than 84% solids.
A method of producing a tantalum sputtering target, comprising the following steps performed sequentially: melting a tantalum raw material; casting the molten tantalum into an ingot or billet; annealing the ingot or billet at a temperature of 1373K to 1673K; cold forging the ingot or billet; recrystallization annealing the ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold forging the ingot or billet again; recrystallization annealing the ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet; recrystallization annealing the rolled ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet again; recrystallization annealing the rolled ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; and finish processing to form the target. melting a tantalum raw material; casting the molten tantalum into an ingot or billet; annealing the ingot or billet at a temperature of 1373K to 1673K; cold forging the ingot or billet; recrystallization annealing the ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold forging the ingot or billet again; recrystallization annealing the ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet; recrystallization annealing the rolled ingot or billet at a temperature between the recrystallization starting temperature and 1373K; cold or hot rolling the ingot or billet again; recrystallization annealing the rolled ingot or billet again at a temperature between the recrystallization starting temperature and 1373K; and finish processing to form the target.