mhurhangee/ep-ind-claims huggingface dataset:
A furniture module for forming part of a piece of furniture, comprising a first panel and at least one second panel being pre-mounted to said first panel by means of an adhesive forming a hinge connection between said first panel and said second panel, wherein a side portion of the first panel is facing a side portion of the second panel when the furniture module is assembled into a final shape, and wherein the adhesive is arranged onto the side portion of the first panel along at least a part of its length and onto the side portion of the second panel along at least a part of its length wherein said adhesive is arranged along essentially the entire length of the side portion of said first panel and along essentially the entire length of the side portion of said second panel or said adhesive is arranged along only a part of the entire length of the side portion of said first panel and/or said adhesive is arranged only along a part of the entire length of the side portion of said second panel; wherein the side portion of said first panel comprises a first surface configured to receive said adhesive and the side portion of said second panel comprises a first surface configured to receive said adhesive, wherein said first surfaces (112, 113) are adapted to be arranged at an angle (α) of between 10° and 170°, more preferably between 30° and 140°, relative each other during joining of the first panel to the second panel by means of the adhesive; characterized in that the side portion of the first panel comprises a second surface being raised with respect to the first surface of the first panel and parallel to the first surface of the first panel, and/or the side portion of the second panel comprises a second surface being raised with respect to the first surface of the second panel and parallel to the first surface of the second panel. wherein said adhesive is arranged along essentially the entire length of the side portion of said first panel and along essentially the entire length of the side portion of said second panel or said adhesive is arranged along only a part of the entire length of the side portion of said first panel and/or said adhesive is arranged only along a part of the entire length of the side portion of said second panel; wherein the side portion of said first panel comprises a first surface configured to receive said adhesive and the side portion of said second panel comprises a first surface configured to receive said adhesive, wherein said first surfaces (112, 113) are adapted to be arranged at an angle (α) of between 10° and 170°, more preferably between 30° and 140°, relative each other during joining of the first panel to the second panel by means of the adhesive; characterized in that the side portion of the first panel comprises a second surface being raised with respect to the first surface of the first panel and parallel to the first surface of the first panel, and/or the side portion of the second panel comprises a second surface being raised with respect to the first surface of the second panel and parallel to the first surface of the second panel.
A method of generating a workflow of at least one task for Internet of Things (IoT) devices in a connected loT environment, the method performed by a mobile device, the method comprising: receiving, at the mobile device, an input comprising at least one of: a voice input received by the mobile device, a text message input into the mobile device, a text message received by the mobile device, or a notification in the mobile device; extracting one or more keywords from the received input; determining an event corresponding to the received input; identifying the at least one task to be performed based on the extracted one or more keywords; selecting, by the mobile device, from among a plurality of tasks, the at least one task represented by at least one workflow node, each of the plurality of tasks corresponding to at least one application of the mobile device; generating a workflow that includes a plurality of nodes of the workflow corresponding to the plurality of tasks; displaying, by the mobile device, the generated workflow, wherein one of the at least one workflow node is displayed on the mobile device, and the one of the at least one workflow node represents a particular task that is to be performed on the mobile device; and performing an action, using an application, in response to a selection of at least one node of the workflow. receiving, at the mobile device, an input comprising at least one of: a voice input received by the mobile device, a text message input into the mobile device, a text message received by the mobile device, or a notification in the mobile device; extracting one or more keywords from the received input; determining an event corresponding to the received input; identifying the at least one task to be performed based on the extracted one or more keywords; selecting, by the mobile device, from among a plurality of tasks, the at least one task represented by at least one workflow node, each of the plurality of tasks corresponding to at least one application of the mobile device; generating a workflow that includes a plurality of nodes of the workflow corresponding to the plurality of tasks; displaying, by the mobile device, the generated workflow, wherein one of the at least one workflow node is displayed on the mobile device, and the one of the at least one workflow node represents a particular task that is to be performed on the mobile device; and performing an action, using an application, in response to a selection of at least one node of the workflow.
A medium voltage or high voltage switchgear or control gear, comprising: - a unmanned robotic system; - a housing; - primary circuits; - primary mechanisms; - a switching device with a moving contact; - auxiliary circuits; and - auxiliary mechanisms; wherein the robotic system is located within the housing; wherein, the primary circuits, primary mechanisms, switching device with a moving contact; auxiliary circuits, and auxiliary mechanisms are located within the housing; wherein, the robotic system comprises: - a robotic arm with a wrist; - a camera system; and - an image recognition system; wherein, the camera system is attached to the robotic arm with a wrist; wherein, the robotic arm with a wrist is configured to position the camera system at a plurality of locations within the inner space of the medium voltage or high voltage switchgear or control gear; wherein, at the plurality of locations the camera system is configured to acquire imagery of the primary circuits, primary mechanisms, switching device with a moving contact, auxiliary circuits, and auxiliary mechanisms; and wherein the imagery is visual imagery acquired with a visual inspection sensor of the camera system and thermographic imagery acquired with a thermographic inspection sensor of the camera system; and wherein, the image recognition system is configured to implement at least one image analysis algorithm to analyse imagery to determine a condition of one or more of the primary circuits, primary mechanisms, switching device with a moving contact, auxiliary circuits, and auxiliary mechanisms. - a unmanned robotic system; - a housing; - primary circuits; - primary mechanisms; - a switching device with a moving contact; - auxiliary circuits; and - auxiliary mechanisms; - a robotic arm with a wrist; - a camera system; and - an image recognition system;
A method for determining the torque setting (Tq) to be applied to a wheel set of a motor vehicle comprising an accelerator pedal, said method comprising steps (15, 25, 35) for determining said torque (Tq) by a mapping as a function of the position (Pacc) of said pedal, said mapping comprising: - a first curve defining said torque (Tq) when the position (Pacc) of said pedal is comprised between an initial position and a first intermediate position, - a second curve defining said torque (Tq) when the position (Pacc) of said pedal is comprised between said first intermediate position and a final position, said torque (Tq) being equal to a constant (Tql) on said second curve when the position (Pacc) of said pedal is comprised between said first intermediate position and a second intermediate position, said mapping further comprising a third curve defining said torque (Tq) when the position (Pacc) of said pedal is comprised between said first intermediate position and said final position, said third curve being above said second curve, said method being characterized in that on said first curve said torque (Tq) is negative. - a first curve defining said torque (Tq) when the position (Pacc) of said pedal is comprised between an initial position and a first intermediate position, - a second curve defining said torque (Tq) when the position (Pacc) of said pedal is comprised between said first intermediate position and a final position,
A method for manufacturing a preparation for injection, comprising: a first step of performing at least one treatment selected from the group consisting of a treatment of mixing benzyl benzoate with an antioxidant, a treatment of heating benzyl benzoate, and a treatment of purifying benzyl benzoate; and a second step of mixing the benzyl benzoate treated by the first step with fulvestrant, wherein the antioxidant in the treatment of mixing benzyl benzoate with an antioxidant is at least one kind of compound selected from the group consisting of ascorbic acid, ascorbic acid palmitate, thiourea, α-tocopherol, δ-tocopherol, α-thioglycerin, cysteine hydrochloride, dihydrolipoic acid, dibutylhydroxytoluene, and propyl gallate, wherein, in the treatment of heating benzyl benzoate, benzyl benzoate is heated to 40 °C to 150°C in a nitrogen atmosphere, and wherein, in the treatment of purifying benzyl benzoate, benzyl benzoate is purified using a solid phase column. a first step of performing at least one treatment selected from the group consisting of a treatment of mixing benzyl benzoate with an antioxidant, a treatment of heating benzyl benzoate, and a treatment of purifying benzyl benzoate; and a second step of mixing the benzyl benzoate treated by the first step with fulvestrant, wherein the antioxidant in the treatment of mixing benzyl benzoate with an antioxidant is at least one kind of compound selected from the group consisting of ascorbic acid, ascorbic acid palmitate, thiourea, α-tocopherol, δ-tocopherol, α-thioglycerin, cysteine hydrochloride, dihydrolipoic acid, dibutylhydroxytoluene, and propyl gallate, wherein, in the treatment of heating benzyl benzoate, benzyl benzoate is heated to 40 °C to 150°C in a nitrogen atmosphere, and wherein, in the treatment of purifying benzyl benzoate, benzyl benzoate is purified using a solid phase column.
A power transmission apparatus comprising: a battery; an engine configured to be set to a torque characteristic line; a motor generator configured to be switchable between a driving state where an input and output shaft is rotated based on supply of electric power from the battery and a power generation state where electric power is generated by rotating the input and output shaft based on motive power from the engine, and the battery is charged; at least a load configured to be driven by the engine and/or the motor generator; a switching means configured to switch the motor generator to any of the driving state and the power generation state; a charging state detecting means configured to detect a charged amount of the battery; an absorbing horsepower detecting means configured to detect absorbing horsepower of the load; a control device configured to switch the motor generator to any of the power generation state and the driving state by means of the switching means, based on the absorbing horsepower detected by the absorbing horsepower detecting means and the charged amount of the battery that is detected by the charging state detecting means, wherein when the absorbing horsepower of the load is equal to or higher than a switching output threshold the motor generator is switched into the driving state; and the power transmission apparatus being configured to change the torque characteristic line of the engine in a direction that a rated output is decreased. a battery; an engine configured to be set to a torque characteristic line; a motor generator configured to be switchable between a driving state where an input and output shaft is rotated based on supply of electric power from the battery and a power generation state where electric power is generated by rotating the input and output shaft based on motive power from the engine, and the battery is charged; at least a load configured to be driven by the engine and/or the motor generator; a switching means configured to switch the motor generator to any of the driving state and the power generation state; a charging state detecting means configured to detect a charged amount of the battery; an absorbing horsepower detecting means configured to detect absorbing horsepower of the load; a control device configured to switch the motor generator to any of the power generation state and the driving state by means of the switching means, based on the absorbing horsepower detected by the absorbing horsepower detecting means and the charged amount of the battery that is detected by the charging state detecting means, wherein when the absorbing horsepower of the load is equal to or higher than a switching output threshold the motor generator is switched into the driving state; and the power transmission apparatus being configured to change the torque characteristic line of the engine in a direction that a rated output is decreased.
A vehicle door hinge for a vehicle door opening vertically, comprising: a first hinge part adapted to be attached to a vehicle frame comprising a pivot attachment means, a second hinge part adapted to be attached to the vehicle door attached to the pivot attachment means of the first hinge part configured to allow the second hinge part to rotate the vehicle door in an opening direction or closing direction between a closed position and an open position, a stopper part attached to the pivot attachment means of the first hinge part at a distance from a mass centre of the stopper part, a locking mechanism for locking the stopper part position relative the second hinge part, wherein the locking mechanism is moveable between an unlocked position and a locked position, characterized in that the stopper part in the unlocked position is arranged to be moved by gravity to a resting position where it is adjacent or abutting the first hinge part and stopped by the first hinge part from rotating in the opening direction but free to rotate in the other direction. a first hinge part adapted to be attached to a vehicle frame comprising a pivot attachment means, a second hinge part adapted to be attached to the vehicle door attached to the pivot attachment means of the first hinge part configured to allow the second hinge part to rotate the vehicle door in an opening direction or closing direction between a closed position and an open position, a stopper part attached to the pivot attachment means of the first hinge part at a distance from a mass centre of the stopper part, a locking mechanism for locking the stopper part position relative the second hinge part, wherein the locking mechanism is moveable between an unlocked position and a locked position, characterized in that the stopper part in the unlocked position is arranged to be moved by gravity to a resting position where it is adjacent or abutting the first hinge part and stopped by the first hinge part from rotating in the opening direction but free to rotate in the other direction.
A process for producing noodle strips in which a dough sheet is slit into noodle strips using a rotary slitting device comprising at least a pair of cutting blade rolls, scraping members and air flow supply means, the process comprising at least the steps of: passing the dough sheet through the cutting blade rolls, to thereby slit the dough sheet into noodle strips; peeling the noodle strips off from the cutting blade rolls using the scraping members, to thereby separate into upper and lower noodle strip bundles; supplying air flow directly to the slit noodle strips in the upper and lower noodle strip bundles from the air flow supply means, to thereby form a generally flat noodle strip bundle by gathering the noodle strips moved irregularly without substantially forming longitudinal waves in the noodle strips; and then pre-gelatinizing the noodle strips, followed by drying; wherein the air flow supply means is arranged between the lower noodle strip bundle and the upper noodle strip bundle. passing the dough sheet through the cutting blade rolls, to thereby slit the dough sheet into noodle strips; peeling the noodle strips off from the cutting blade rolls using the scraping members, to thereby separate into upper and lower noodle strip bundles; supplying air flow directly to the slit noodle strips in the upper and lower noodle strip bundles from the air flow supply means, to thereby form a generally flat noodle strip bundle by gathering the noodle strips moved irregularly without substantially forming longitudinal waves in the noodle strips; and then pre-gelatinizing the noodle strips, followed by drying; wherein the air flow supply means is arranged between the lower noodle strip bundle and the upper noodle strip bundle.
An image processing method comprising: a threshold matrix storage step of storing a threshold matrix used for quantization processing that converts input image data into image data having a gradation number less than a gradation number which the input image data has; an abnormal recording element information acquisition step of acquiring abnormal recording element information; a mask processing step of applying mask processing by excluding an abnormal recording element based on the acquired abnormal recording element information; characterized by a threshold matrix correction step of correcting a correspondence relationship between a recording element and a threshold, such that processing of a pixel to be formed by the abnormal recording element subjected to the mask processing is excluded and continuity of a pattern of the threshold matrix is maintained; and a quantization processing step of performing quantization processing using the corrected threshold matrix (14, 18); wherein in the threshold matrix correction step, a two-dimensionally arranged threshold is shifted along an arrangement direction of the recording element every one threshold group along a direction orthogonal to the arrangement direction of the recording element. a threshold matrix storage step of storing a threshold matrix used for quantization processing that converts input image data into image data having a gradation number less than a gradation number which the input image data has; an abnormal recording element information acquisition step of acquiring abnormal recording element information; a mask processing step of applying mask processing by excluding an abnormal recording element based on the acquired abnormal recording element information; characterized by a threshold matrix correction step of correcting a correspondence relationship between a recording element and a threshold, such that processing of a pixel to be formed by the abnormal recording element subjected to the mask processing is excluded and continuity of a pattern of the threshold matrix is maintained; and a quantization processing step of performing quantization processing using the corrected threshold matrix (14, 18); wherein in the threshold matrix correction step, a two-dimensionally arranged threshold is shifted along an arrangement direction of the recording element every one threshold group along a direction orthogonal to the arrangement direction of the recording element.
A method for producing a cheese-containing food, the method comprising: a step of heating a soft cheese-containing mixture comprising 70 to 100% by mass of a soft cheese using a Joule heater, and a step of stirring the heated soft cheese-containing mixture under shearing in a high speed shear cooker having two or more cutting blades which impart a rotational speed of at least 750 rpm, wherein a series of steps including the steps and is performed at least twice until the temperature of the soft cheese-containing mixture has reached a temperature at which the soft cheese within the raw material has completely melted. a step of heating a soft cheese-containing mixture comprising 70 to 100% by mass of a soft cheese using a Joule heater, and a step of stirring the heated soft cheese-containing mixture under shearing in a high speed shear cooker having two or more cutting blades which impart a rotational speed of at least 750 rpm, wherein a series of steps including the steps and is performed at least twice until the temperature of the soft cheese-containing mixture has reached a temperature at which the soft cheese within the raw material has completely melted.
A control apparatus for controlling an industrial robot, which comprises a computer system, characterised in that the computer system comprises a multi-core processor having at least one first processor core and at least one second processor core, and a "general-purpose" operating system, wherein the operating system is configured to assign real-time tasks, which are intended for controlling the industrial robot and which are hard real-time tasks, exclusively to the first processor core and assign other tasks exclusively to the second processor core, to assign first interrupt routines, which are triggered due to first external interrupts, which are intended to control the industrial robot, and assigned to the real-time tasks, to the first processor core, and to assign second interrupt routines, which are triggered due to second external interrupts and assigned to the other tasks, to the second processor core and to initiate first deferred procedure calls based on the first interrupt routines to execute the first interrupt routines, which are assigned to the real-time tasks, and to initiate second deferred procedure calls based on the second interrupt routines to execute the second interrupt routines, which are assigned to the other tasks, and wherein the operating system is further configured to assign a first FIFO buffer to the first processor core and assign a second FIFO buffer to the second processor core in order to temporarily store the first deferred procedure calls in the first FIFO buffer and in order to temporarily store the second deferred procedure calls in the second FIFO buffer, which ensures that no interrupt routines which have a lower priority and which are assigned to the second processor core block the feed of interrupt routines which have a higher priority and are assigned to the first processor core.
A strap for securing a sporting garment or article to a wearer's/user's body, characterised by the strap comprising a first portion having a tensioner end, the tensioner end including and terminating at a tensioner, the tensioner having a lower surface which, in use, faces the wearer's body, an opposing upper surface and an attachment portion for attachment to said tensioner end, the strap further comprising a second portion comprising a clip end, the clip end being secured to and terminating at a clip, wherein, in use, the second portion passes through the tensioner and the clip is releasably securable onto the second portion at a position spaced from the clip end.