mhurhangee/ep-ind-claims huggingface dataset:
A cutting tool comprising: a tool unit having a rotary cutting blade; a movable cover configured to cover the rotary cutting blade; and a rotary support member mounted to the tool unit and rotatably supporting the movable cover about a rotational axis, wherein: the rotary support member has an outer circumferential surface as a first contact surface; and the movable cover has an inner circumferential surface as a second contact surface slidably contacting the first contact surface, so that the first contact surface and the second contact surface slide relative to each other in a circumferential direction about the rotational axis as the movable cover rotates relative to the rotary support member, characterized in that at least one of the first and second contact surfaces (45, 55) has a groove (46; 47; 48; 49; 56; 57; 58; 59; 56A) formed therein, wherein the groove (46; 47; 48; 49; 56; 57; 58; 59; 56A) is configured to receive cutting powder or chips produced by the rotary cutting blade during a cutting operation and entering between the first and second contact surfaces (45, 55) and to allow the cutting powder or chips to be discharged from the groove (46; 47; 48; 49; 56; 57; 58; 59; 56A) as the movable cover rotates relative to the rotary support member. a tool unit having a rotary cutting blade; a movable cover configured to cover the rotary cutting blade; and a rotary support member mounted to the tool unit and rotatably supporting the movable cover about a rotational axis, wherein: the rotary support member has an outer circumferential surface as a first contact surface; and the movable cover has an inner circumferential surface as a second contact surface slidably contacting the first contact surface, so that the first contact surface and the second contact surface slide relative to each other in a circumferential direction about the rotational axis as the movable cover rotates relative to the rotary support member, the rotary support member has an outer circumferential surface as a first contact surface; and the movable cover has an inner circumferential surface as a second contact surface slidably contacting the first contact surface, so that the first contact surface and the second contact surface slide relative to each other in a circumferential direction about the rotational axis as the movable cover rotates relative to the rotary support member,
An epoxy resin composition comprising components to shown below: the component: an aliphatic epoxy resin having 1 hydroxyl group and 2 or more and 3 or less epoxy groups in a molecule; the component: an aliphatic epoxy resin having 0 hydroxyl groups and 3 epoxy groups in a molecule; and the component: a polyisocyanate compound, the epoxy resin composition satisfying formulae shown below: 0.125 ≤ A / B ≤ 3 and 0.2 < A + B / T ≤ 0.8, wherein wherein A is parts by mass of the component, B is parts by mass of the component, and T is total parts by mass of an epoxy resin in the epoxy resin composition. the component: an aliphatic epoxy resin having 1 hydroxyl group and 2 or more and 3 or less epoxy groups in a molecule; the component: an aliphatic epoxy resin having 0 hydroxyl groups and 3 epoxy groups in a molecule; and the component: a polyisocyanate compound, the epoxy resin composition satisfying formulae shown below: 0.125 ≤ A / B ≤ 3 and 0.2 < A + B / T ≤ 0.8, wherein wherein A is parts by mass of the component, B is parts by mass of the component, and T is total parts by mass of an epoxy resin in the epoxy resin composition. A is parts by mass of the component, B is parts by mass of the component, and T is total parts by mass of an epoxy resin in the epoxy resin composition.
An adhesive sheet comprising a support substrate, an adhesive agent layer, a continuous void-containing layer composed of a composition containing an adhesive agent and silica particles, and an adhesive agent layer that are laminated in this order, wherein the content by mass of the silica particles in the continuous void-containing layer is from 25 to 60%, wherein the silica particles are constituted of secondary particles having voids existing in the particles, wherein the silica particles that are a material forming the continuous void-containing layer have a volume-average secondary particle size of 0.5 to 10 μm, and the volume-average secondary particle size of the silica particles is determined by measuring the particle size distribution using Multisizer 3 (manufactured by Beckman Coulter, Inc.) in accordance with the Coulter counter method.
An impression roller of a rotary press comprising: - a cylinder which is more or less electrically conductive in an area, - means for rotatably bearing the cylinder about its cylindrical axis, and - at least one device for supplying electric voltage to the electrically conductive area, - that has an electrically conductive shaft or axle coaxial to the cylinder, and - at least one slide ring (12, 14, 29) consisting of electrically conductive material that is coaxial to the cylinder and sits on the shaft or axle in a sliding manner, - wherein either the electrically conductive shaft is connected to the cylinder for conjoint rotation and is electrically connected to the electrically conductive area of the cylinder, the slide ring (12, 14, 29) is arranged so as to be immovable and is connected to an electrical power supply, - or the slide ring (12, 14, 29) is connected to the cylinder for conjoint rotation and is electrically connected to the electrically conductive area, and the axle is arranged so as to be immovable and connectable to an electrical power supply, characterized in that the slide ring (12, 14, 29) consists of flexible material. - a cylinder which is more or less electrically conductive in an area, - means for rotatably bearing the cylinder about its cylindrical axis, and - at least one device for supplying electric voltage to the electrically conductive area, - that has an electrically conductive shaft or axle coaxial to the cylinder, and - at least one slide ring (12, 14, 29) consisting of electrically conductive material that is coaxial to the cylinder and sits on the shaft or axle in a sliding manner, - wherein either the electrically conductive shaft is connected to the cylinder for conjoint rotation and is electrically connected to the electrically conductive area of the cylinder, the slide ring (12, 14, 29) is arranged so as to be immovable and is connected to an electrical power supply, - or the slide ring (12, 14, 29) is connected to the cylinder for conjoint rotation and is electrically connected to the electrically conductive area, and the axle is arranged so as to be immovable and connectable to an electrical power supply, characterized in that the slide ring (12, 14, 29) consists of flexible material.
A method of sterilizing a preform or a container made of resin, wherein a sterilization process is performed on a preform that is made primarily of polyethylene terephthalate or a container made of resin after a corona discharge treatment is performed on an inner surface of the preform or the container made of resin, the corona discharge treatment including a voltage application step of applying a voltage produced in a corona discharge (C1, C2, C3) to an electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) that is capable of passing through an opening part (p3, b3) of the preform or the container made of resin, an insertion step of inserting the electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) to which the voltage is applied into the preform or the container made of resin through the opening part (p3, b3), and a bottom part (p2, b2) treatment step of treating an inner surface of a bottom part (p2, b2) of the preform or the container made of resin by bringing the electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) close to the bottom part (p2, b2) until the corona discharge (C1, C2, C3) from the electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) changes discharge mode, and the sterilization process including a hydrogen peroxide supplying step of blasting a mist or gas of hydrogen peroxide solution or a mixture thereof to the preform or the container made of resin, wherein the corona discharge treatment is performed with a grounded conductor (12a, 42) being provided around at least a part of the outside of the preform or the container made of resin. the corona discharge treatment including a voltage application step of applying a voltage produced in a corona discharge (C1, C2, C3) to an electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) that is capable of passing through an opening part (p3, b3) of the preform or the container made of resin, an insertion step of inserting the electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) to which the voltage is applied into the preform or the container made of resin through the opening part (p3, b3), and a bottom part (p2, b2) treatment step of treating an inner surface of a bottom part (p2, b2) of the preform or the container made of resin by bringing the electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) close to the bottom part (p2, b2) until the corona discharge (C1, C2, C3) from the electrode (11, 21, 22, 23, 24, 25, 31, 32, 33) changes discharge mode, and the sterilization process including a hydrogen peroxide supplying step of blasting a mist or gas of hydrogen peroxide solution or a mixture thereof to the preform or the container made of resin, wherein the corona discharge treatment is performed with a grounded conductor (12a, 42) being provided around at least a part of the outside of the preform or the container made of resin.
A method of picking and placing plant-bulbs, comprising: • supplying a plurality of plant-bulbs upon a supply surface of a plant-bulbs supply system; • identifying a plant-bulb as suitable for individual pick up, • picking said identified plant-bulb from the supply surface, with a pick-and-place head; • reorienting the picked plant-bulb; and • placing the reoriented plant-bulb, roots-first, into a holder (4, 6), preferably wherein the holder is a pin-bearing holder and the reoriented plant-bulb is impaled roots-first, onto pins in the pin-bearing holder, wherein the method comprises: transferring the picked plant-bulb from the pick-and-place head, shoot-first and roots-last, to a transfer-receptacle (26, 126) comprising at least one bulb-receptor (28, 128), characterised in that said bulb-receptor temporarily clutches said plant-bulb. • supplying a plurality of plant-bulbs upon a supply surface of a plant-bulbs supply system; • identifying a plant-bulb as suitable for individual pick up, • picking said identified plant-bulb from the supply surface, with a pick-and-place head; • reorienting the picked plant-bulb; and • placing the reoriented plant-bulb, roots-first, into a holder (4, 6), preferably wherein the holder is a pin-bearing holder and the reoriented plant-bulb is impaled roots-first, onto pins in the pin-bearing holder,
Process for manufacturing polyamide from at least one diacid and from at least one diamine, comprising the following steps: a) concentration by evaporation of water from an aqueous solution of diacid and diamine salt obtained by mixing at least one diacid comprising at least 80 mol% of adipic acid and at least one diamine in stoichiometric quantities, until a homogeneous aqueous solution is obtained, of which the weight concentration in water of the dissolved species is greater than 85%, b) polymerization with removal of water up to the desired degree of polymerization, comprising at least one step b1) of polymerization under pressure, characterized in that the pressure during step a) is less than 0.3 MPa, and in that the temperature θ, during step a), is, at any moment, greater than or equal to θ c +5°C, θ c being the solid appearance temperature of the solution. a) concentration by evaporation of water from an aqueous solution of diacid and diamine salt obtained by mixing at least one diacid comprising at least 80 mol% of adipic acid and at least one diamine in stoichiometric quantities, until a homogeneous aqueous solution is obtained, of which the weight concentration in water of the dissolved species is greater than 85%, b) polymerization with removal of water up to the desired degree of polymerization, comprising at least one step b1) of polymerization under pressure,
A microcurrent stimulation device, comprising: - a current output circuit for applying a treatment microcurrent to a treatment location detected on a human user; and - an adaptive trigger circuit configured to: - detect a sequence of first impedance values at a corresponding sequence of locations on the user's face; - dynamically derive an impedance threshold based on an average of the detected impedance values as a selected percentage of an average of the detected impedance values; - detect a second impedance value at the treatment location, - compare the second impedance value with the impedance threshold, and - trigger the current output circuit to apply the treatment microcurrent at the treatment location when the impedance threshold is satisfied at the treatment location, wherein the threshold is satisfied when a predetermined number of successive measurements has a value lower than the threshold, - average the detected second impedance value into the average of the detected impedance values if the value is higher than the threshold. - a current output circuit for applying a treatment microcurrent to a treatment location detected on a human user; and - an adaptive trigger circuit configured to: - detect a sequence of first impedance values at a corresponding sequence of locations on the user's face; - dynamically derive an impedance threshold based on an average of the detected impedance values as a selected percentage of an average of the detected impedance values; - detect a second impedance value at the treatment location, - compare the second impedance value with the impedance threshold, and - trigger the current output circuit to apply the treatment microcurrent at the treatment location when the impedance threshold is satisfied at the treatment location, wherein the threshold is satisfied when a predetermined number of successive measurements has a value lower than the threshold, - average the detected second impedance value into the average of the detected impedance values if the value is higher than the threshold. - detect a sequence of first impedance values at a corresponding sequence of locations on the user's face; - dynamically derive an impedance threshold based on an average of the detected impedance values as a selected percentage of an average of the detected impedance values; - detect a second impedance value at the treatment location, - compare the second impedance value with the impedance threshold, and - trigger the current output circuit to apply the treatment microcurrent at the treatment location when the impedance threshold is satisfied at the treatment location, wherein the threshold is satisfied when a predetermined number of successive measurements has a value lower than the threshold, - average the detected second impedance value into the average of the detected impedance values if the value is higher than the threshold.
A polyvinyl alcohol fine particle, comprising: 25 mol% or more of a gauche structure, as determined by measuring the gauche structure by using high-resolution solid-state NMR for structure analysis, in polyvinyl alcohol molecules within a 0.8-nm region inside the particle from the particle surface.
A working vehicle having a vehicle body (2, 3), a travel unit, and a hydraulically operated working unit (12, 13), comprising: a filler port for supplying liquid required for operating equipment mounted on the vehicle body (2, 3), wherein the filler port includes a resiliently deformable hose in communication with a storage part of the liquid, wherein a lid mechanism mounted to an upper end of the hose and configured to open and close the filler port, and a moving mechanism configured to move the position of the lid mechanism and the hose continuing from the lid mechanism, characterised in the moving mechanism comprises: a fixing part which is pivotably coupled to the vehicle body (2, 3) and to which the lid mechanism or the hose is fixed; an operating part pivotably coupled to the fixing part and including a knob to be held by an operator; a slide support fixed to the vehicle body (2, 3) and including a sliding hole configured to slidably insert the knob therethrough and define a sliding range and a locking recess opening upward; and a locking projection provided on the fixing part or the operating part and configured to be engaged with and disengaged from the locking recess. a filler port for supplying liquid required for operating equipment mounted on the vehicle body (2, 3), wherein the filler port includes a resiliently deformable hose in communication with a storage part of the liquid, wherein a lid mechanism mounted to an upper end of the hose and configured to open and close the filler port, and a moving mechanism configured to move the position of the lid mechanism and the hose continuing from the lid mechanism, characterised in the moving mechanism comprises: a fixing part which is pivotably coupled to the vehicle body (2, 3) and to which the lid mechanism or the hose is fixed; an operating part pivotably coupled to the fixing part and including a knob to be held by an operator; a slide support fixed to the vehicle body (2, 3) and including a sliding hole configured to slidably insert the knob therethrough and define a sliding range and a locking recess opening upward; and a fixing part which is pivotably coupled to the vehicle body (2, 3) and to which the lid mechanism or the hose is fixed; an operating part pivotably coupled to the fixing part and including a knob to be held by an operator; a slide support fixed to the vehicle body (2, 3) and including a sliding hole configured to slidably insert the knob therethrough and define a sliding range and a locking recess opening upward; and a locking projection provided on the fixing part or the operating part and configured to be engaged with and disengaged from the locking recess.
A method of printing a three-dimensional object comprising: scanning a print bar having a length dimension that enables it to span a full depth of a build platform in a first direction over the build platform of a 3D printer to deposit a liquid agent onto a layer of build powder; characterized in that the method further comprises: indexing the print bar in a second direction substantially orthogonal to the first direction and parallel to the layer of build powder; scanning the print bar back over the build platform in a third direction opposite the first direction to deposit additional liquid agent onto the layer of build powder. scanning a print bar having a length dimension that enables it to span a full depth of a build platform in a first direction over the build platform of a 3D printer to deposit a liquid agent onto a layer of build powder; characterized in that the method further comprises: indexing the print bar in a second direction substantially orthogonal to the first direction and parallel to the layer of build powder; scanning the print bar back over the build platform in a third direction opposite the first direction to deposit additional liquid agent onto the layer of build powder. indexing the print bar in a second direction substantially orthogonal to the first direction and parallel to the layer of build powder; scanning the print bar back over the build platform in a third direction opposite the first direction to deposit additional liquid agent onto the layer of build powder.
A method for preparing a compound having Formula comprising reacting a compound having Formula with triethyl orthoacetate at 80 °C-140 °C to give the compound having Formula,
Battery system for an electric vehicle, comprising a plurality of battery modules and a first heating device for directly heating a first group of battery modules, wherein each battery module has at least one battery cell, and wherein the first group of battery modules is spatially surrounded on at least two sides by in each case a further group (62, 63, 64, 65) of battery modules, and wherein the battery modules are spatially arranged in such a way that waste heat that arises during heating and/or during charging of the first group of battery modules is transferred to further groups (62, 63, 64, 65) of battery modules.
A low-voltage electrical device for controlling a system and automatically reclosing a residual current circuit-breaker with which it can be associated, characterised in that it comprises: - first (11, 12) and second (21, 22) means for connecting said device to said system; - a unit for controlling said device; - first means for controlling the system, operatively connected to said control unit and designed to be operatively connected to said system downstream from said circuit-breaker; - second means for controlling the status of said circuit-breaker, operatively connected to said control unit and designed to be operatively connected to said circuit-breaker; - actuating means governed by said control unit; - resetting means operatively connected to said actuating means and designed to be operatively connected to said circuit-breaker; - mechanical means for enabling said device and suitable for being operatively associated with said circuit-breaker; - first automatic means for enabling said first means for controlling the system, governed by said control unit, said first automatic means consisting of a relay that enables said first means for controlling the system; - second automatic means for enabling said actuating means governed by said control unit. - first (11, 12) and second (21, 22) means for connecting said device to said system; - a unit for controlling said device; - first means for controlling the system, operatively connected to said control unit and designed to be operatively connected to said system downstream from said circuit-breaker; - second means for controlling the status of said circuit-breaker, operatively connected to said control unit and designed to be operatively connected to said circuit-breaker; - actuating means governed by said control unit; - resetting means operatively connected to said actuating means and designed to be operatively connected to said circuit-breaker; - mechanical means for enabling said device and suitable for being operatively associated with said circuit-breaker; - first automatic means for enabling said first means for controlling the system, governed by said control unit, said first automatic means consisting of a relay that enables said first means for controlling the system; - second automatic means for enabling said actuating means governed by said control unit.
A composition comprising a ghrelin binding antibody or fragment thereof that specifically binds human ghrelin and that: i) exhibits an equilibrium dissociation constant (K D) at 25°C in the range from 10 -7 M to 10 -6 M for human ghrelin; ii) exhibits an association rate constant (k a) at 25°C in the range from 0.5*10 4 to 0.5*10 5 M -1 s -1 for human ghrelin; and iii) exhibits a dissociation rate constant (k d) at 25°C in the range from 10 -3 to 10 -2 s -1 for human ghrelin; wherein said human ghrelin comprises amino acid sequence SEQ ID NO: 1, and wherein said K D, k a, and k d values are determined by biospecific interaction analysis between said human ghrelin and said ghrelin binding antibody or fragment thereof by surface plasmon resonance. i) exhibits an equilibrium dissociation constant (K D) at 25°C in the range from 10 -7 M to 10 -6 M for human ghrelin; ii) exhibits an association rate constant (k a) at 25°C in the range from 0.5*10 4 to 0.5*10 5 M -1 s -1 for human ghrelin; and iii) exhibits a dissociation rate constant (k d) at 25°C in the range from 10 -3 to 10 -2 s -1 for human ghrelin;