mhurhangee/ep-ind-claims huggingface dataset:
A tube stent delivery system, comprising: a tube stent; an outer catheter; and an inner catheter (30, 130), wherein the tube stent has a first tube wall section in an annular shape, a hollow first insertion section surrounded by the first tube wall section, and a first fitting section fitted to the outer catheter, the first fitting section has a first fitting piece, a first fitting hole, and a first body, the outer catheter has a second tube wall section in an annular shape, a hollow second insertion section surrounded by the second tube wall section, and a second fitting section fitted to the tube stent, the second fitting section has a second fitting piece, a second fitting hole, and a second body, the first fitting piece is inserted into the second fitting hole and the second fitting piece is inserted into the first fitting hole, thereby performing the fitting between the first fitting section and the second fitting section, the inner catheter (30, 130) is inserted into the first insertion section of the tube stent and the second insertion section of the outer catheter, thereby maintaining the fitting, such that when the inner catheter (30, 130) is withdrawn from at least the first insertion section and the first fitting section of the tube stent, the fitting is separated. the tube stent has a first tube wall section in an annular shape, a hollow first insertion section surrounded by the first tube wall section, and a first fitting section fitted to the outer catheter, the first fitting section has a first fitting piece, a first fitting hole, and a first body, the outer catheter has a second tube wall section in an annular shape, a hollow second insertion section surrounded by the second tube wall section, and a second fitting section fitted to the tube stent, the second fitting section has a second fitting piece, a second fitting hole, and a second body, the first fitting piece is inserted into the second fitting hole and the second fitting piece is inserted into the first fitting hole, thereby performing the fitting between the first fitting section and the second fitting section, the inner catheter (30, 130) is inserted into the first insertion section of the tube stent and the second insertion section of the outer catheter, thereby maintaining the fitting, such that when the inner catheter (30, 130) is withdrawn from at least the first insertion section and the first fitting section of the tube stent, the fitting is separated.
A vehicle brake hydraulic pressure control apparatus, comprising: a base body; and a solenoid valve (10, 20) that is attached to an attachment hole which opens on one surface of the base body, wherein a plurality of press-fitting portions (12b, 18b, 22b, 28b) that are press-fitted to an inner peripheral surface of the attachment hole are provided on an outer peripheral surface of the solenoid valve (10, 20) at an interval in a hole axis direction, contact lengths (A1, A2), in the hole axis direction, between the inner peripheral surface of the attachment hole and two of the press-fitting portions (12b, 18b, 22b, 28b) are different from each other, the solenoid valve (10, 20) includes a valve housing (11, 22) that is inserted into the attachment hole, and a cylindrical cover member (18, 28) that covers the valve housing (11, 22), an opening end portion of the cover member (18, 28) is inserted into the attachment hole, and at least one of the press-fitting portions (12b, 18b, 22b, 28b) is formed on an outer peripheral surface of the cover member (18, 28). a base body; and a solenoid valve (10, 20) that is attached to an attachment hole which opens on one surface of the base body, wherein a plurality of press-fitting portions (12b, 18b, 22b, 28b) that are press-fitted to an inner peripheral surface of the attachment hole are provided on an outer peripheral surface of the solenoid valve (10, 20) at an interval in a hole axis direction, contact lengths (A1, A2), in the hole axis direction, between the inner peripheral surface of the attachment hole and two of the press-fitting portions (12b, 18b, 22b, 28b) are different from each other, the solenoid valve (10, 20) includes a valve housing (11, 22) that is inserted into the attachment hole, and a cylindrical cover member (18, 28) that covers the valve housing (11, 22), a valve housing (11, 22) that is inserted into the attachment hole, and a cylindrical cover member (18, 28) that covers the valve housing (11, 22), an opening end portion of the cover member (18, 28) is inserted into the attachment hole, and at least one of the press-fitting portions (12b, 18b, 22b, 28b) is formed on an outer peripheral surface of the cover member (18, 28).
An infusion device having a safety feature for preventing accidental activation, comprising: a main body for attachment to a user's skin; a reservoir housed in the main body, the reservoir comprising liquid medicament; a delivery needle for delivering the medicament to the skin of the user, the delivery needle housed in the main body; a drive mechanism for supplying the delivery needle with the medicament, and for driving the delivery needle into the user's skin to deliver the medicament into the user's skin; an activation button for actuating the drive mechanism; characterized by a wall portion protruding from the main body near the activation button; and a cover attachable to the main body to protect the activation button from accidental activation at a first cover position, the cover exposing the activation button to enable activation by the user at a second cover position; characterised in that the cover further comprises a portion for shielding the activation button when the cover is at its first position, such that there is sufficient clearance between the shielding portion and the activation button to prevent accidental activation of the activation button if the shielding portion of the cover is pressed; and wherein, when the cover is at its first position, a leading portion of the shielding portion of the cover is in contact with an edge of the protruding wall portion, preventing the cover from sliding over the protruding wall portion. a main body for attachment to a user's skin; a reservoir housed in the main body, the reservoir comprising liquid medicament; a delivery needle for delivering the medicament to the skin of the user, the delivery needle housed in the main body; a drive mechanism for supplying the delivery needle with the medicament, and for driving the delivery needle into the user's skin to deliver the medicament into the user's skin; an activation button for actuating the drive mechanism; characterized by a wall portion protruding from the main body near the activation button; and a cover attachable to the main body to protect the activation button from accidental activation at a first cover position, the cover exposing the activation button to enable activation by the user at a second cover position; characterised in that the cover further comprises a portion for shielding the activation button when the cover is at its first position, such that there is sufficient clearance between the shielding portion and the activation button to prevent accidental activation of the activation button if the shielding portion of the cover is pressed; and wherein, when the cover is at its first position, a leading portion of the shielding portion of the cover is in contact with an edge of the protruding wall portion, preventing the cover from sliding over the protruding wall portion.
An image formation device including a photoreceptor configured to carry a toner image and a development unit configured to form the toner image on a surface of the photoreceptor and configured such that the development unit is a replaceable development unit, characterized by comprising: a development bias application section configured to apply a development bias to between the photoreceptor and the development unit; a stabilization control section configured to perform image stabilization control of determining a development bias value to be used in future by changing the development bias while measuring a density of the toner image formed by the development unit, thereby obtaining the toner image with a target density; a life determination section configured to determine expiration of use of the development unit when the development bias value determined by the stabilization control falls outside a preset acceptable range; characterized in that the image forming device further comprises a photoreceptor use amount counting section configured to count a cumulative use amount of the photoreceptor, wherein an upper limit threshold and a lower limit threshold of the acceptable range used by the life determination section are decreased in a case of a relatively greater cumulative use amount of the photoreceptor as compared to a case of a relatively smaller cumulative use amount of the photoreceptor. a development bias application section configured to apply a development bias to between the photoreceptor and the development unit; a stabilization control section configured to perform image stabilization control of determining a development bias value to be used in future by changing the development bias while measuring a density of the toner image formed by the development unit, thereby obtaining the toner image with a target density; a life determination section configured to determine expiration of use of the development unit when the development bias value determined by the stabilization control falls outside a preset acceptable range; characterized in that the image forming device further comprises a photoreceptor use amount counting section configured to count a cumulative use amount of the photoreceptor, wherein an upper limit threshold and a lower limit threshold of the acceptable range used by the life determination section are decreased in a case of a relatively greater cumulative use amount of the photoreceptor as compared to a case of a relatively smaller cumulative use amount of the photoreceptor.
Component for the exterior surface of a vehicle, comprising a fibrous composite and at least one matrix material stabilising the fibrous composite, wherein optically or optically-electrically active elements are integrated into the fibrous composite; characterised in that the optically active elements comprise electroluminescent fibres, and/or in that the fibrous composite has, as optically active elements, an at least partially electroluminescent coating in contact with electrically conductive fibres in the fibrous composite.
A tank assembly for storing a liquid reductant, the tank assembly comprising: a tank defining a chamber; a filler tube having an opening and at least partially defining a first passageway from the opening to the chamber; a vent system having a float valve and defining second, third, and fourth passageways (142, 154, 162); said second passageway providing fluid communication from the chamber to the float valve; said third passageway providing fluid communication from the float valve to the first passageway; said float valve having a float member that is selectively movable between an open position in which fluid communication between the second and third passageways (142, 154) is unobstructed, and a closed position in which the float member obstructs fluid communication between the second and third passageways (142, 154); wherein the float member is biased by gravity in the open position; and wherein the float member exhibits buoyancy in the liquid reductant such that, in the presence of the liquid reductant, the float member rises to the closed position; and a pressure relief valve in fluid communication with the first passageway; characterized in that the pressure relief valve is configured to prevent fluid communication between the first and fourth passageways (98, 162) when the pressure in the first passageway is below a predetermined amount and to permit fluid communication between the first and fourth passageways (98, 162) when the pressure in the first passageway exceeds the predetermined amount. a tank defining a chamber; a filler tube having an opening and at least partially defining a first passageway from the opening to the chamber; a vent system having a float valve and defining second, third, and fourth passageways (142, 154, 162); said second passageway providing fluid communication from the chamber to the float valve; said third passageway providing fluid communication from the float valve to the first passageway; said float valve having a float member that is selectively movable between an open position in which fluid communication between the second and third passageways (142, 154) is unobstructed, and a closed position in which the float member obstructs fluid communication between the second and third passageways (142, 154); wherein the float member is biased by gravity in the open position; and wherein the float member exhibits buoyancy in the liquid reductant such that, in the presence of the liquid reductant, the float member rises to the closed position; and a pressure relief valve in fluid communication with the first passageway; characterized in that the pressure relief valve is configured to prevent fluid communication between the first and fourth passageways (98, 162) when the pressure in the first passageway is below a predetermined amount and to permit fluid communication between the first and fourth passageways (98, 162) when the pressure in the first passageway exceeds the predetermined amount.
An absorbent article comprising a liquid-permeable sheet, a liquid-impermeable sheet and an absorbent body provided between the liquid-permeable sheet and the liquid-impermeable sheet, wherein the liquid-permeable sheet has a plurality of extensible regions each having an extendable bellows structure, and a flexible region surrounding each of the extensible regions, which regions are formed in a liquid-receiving region that receives a liquid supplied to the liquid-permeable sheet, wherein the flexible region is formed in a net-like pattern over substantially the entirety of the liquid-permeable sheet including the liquid-receiving region; wherein each of the extensible regions is formed on the inner side of a mesh unit of the net-like pattern; wherein a liquid permeation hole is formed in the extensible region, and no liquid permeation hole is formed in the flexible region; wherein the bellows structure has mountain and valley folds that are laid out in the lengthwise direction of the absorbent article, are aligned in a widthwise direction of the absorbent article, and have a wavy cross-section along the widthwise direction; wherein the flexible region is connected with the perimeters of the extensible regions; and wherein the flexible region is on a skin surface side and is connected with an uppermost section of the mountain folds.
A method for monitoring a nuclear reactor comprising a core in which fuel assemblies are loaded, each assembly comprising nuclear fuel rods each including nuclear fuel pellets and a cladding surrounding the pellets, the method comprising the following steps: - determining at least one operating time limit (T FPPI) for the operation at a power inferior or equal to about 92% of the nominal power of the nuclear reactor called operation at reduced power of the nuclear reactor, so as to avoid a rupture of at least one of the claddings, - operating the nuclear reactor at the reduced power for an actual time strictly less than the time limit (T FPPI), and - relaxing a protection threshold of the nuclear reactor as a function of a difference between the time limit (T FPPI) and the actual time, the protection threshold being a threshold of a linear power at any point of the core. - determining at least one operating time limit (T FPPI) for the operation at a power inferior or equal to about 92% of the nominal power of the nuclear reactor called operation at reduced power of the nuclear reactor, so as to avoid a rupture of at least one of the claddings, - operating the nuclear reactor at the reduced power for an actual time strictly less than the time limit (T FPPI), and - relaxing a protection threshold of the nuclear reactor as a function of a difference between the time limit (T FPPI) and the actual time,
A vehicle front structure comprising: a front side member provided on an outer side of a vehicle-body front portion in a vehicle width direction, the front side member being placed along a vehicle front-rear direction; an apron upper member provided outside the front side member in the vehicle width direction, the apron upper member being placed along the vehicle front-rear direction; and a first connecting member connected to a front end part of the apron upper member, the first connecting member extending from a connecting portion between the first connecting member and the front end part of the apron upper member, up to an area of the front side member, the area of the front side member being on front end side of the front side member, the first connecting member being connected to the front side member directly or via a member; the vehicle front structure being characterized by comprising a second connecting member (52; 64; 72) connected, directly or via a member, to an area between a rear part of the first connecting member and the front part of the apron upper member, the second connecting member (52; 64; 72) extending from a connecting portion of the second connecting member (52; 64; 72) to inward in the vehicle width direction in a plan view of a vehicle, the second connecting member (52; 64; 72) being connected to the front side member, in that the apron upper member is provided above the front side member in a vehicle up and down direction, and in that the area of the front side member is on outer side of the front side member in the vehicle width direction. a front side member provided on an outer side of a vehicle-body front portion in a vehicle width direction, the front side member being placed along a vehicle front-rear direction; an apron upper member provided outside the front side member in the vehicle width direction, the apron upper member being placed along the vehicle front-rear direction; and a first connecting member connected to a front end part of the apron upper member, the first connecting member extending from a connecting portion between the first connecting member and the front end part of the apron upper member, up to an area of the front side member, the area of the front side member being on front end side of the front side member, the first connecting member being connected to the front side member directly or via a member; the vehicle front structure being characterized by comprising a second connecting member (52; 64; 72) connected, directly or via a member, to an area between a rear part of the first connecting member and the front part of the apron upper member, the second connecting member (52; 64; 72) extending from a connecting portion of the second connecting member (52; 64; 72) to inward in the vehicle width direction in a plan view of a vehicle, the second connecting member (52; 64; 72) being connected to the front side member, in that the apron upper member is provided above the front side member in a vehicle up and down direction, and in that the area of the front side member is on outer side of the front side member in the vehicle width direction.
Electric machine, having a housing, a controller for influencing an excitation current for the electric machine, and a support designed separately from the controller for carbon brushes arranged radially adjacent to the rotation axis of the rotor shaft, axially side by side and parallel to each other on slip rings of a rotor shaft of the electric machine, characterised in that the housing has, on an outer side, several electrical contact points (3, 4, 20) for the support associated with each other in pairs which enable the support to be fastened at one of several different positions regardless of the location of the controller, wherein the contact points (3, 4, 20) associated with each other in pairs are arranged on circles or circle segments with the rotation axis as the centre.
An organic light-emitting display device comprising: a substrate having an active area (A/A) and an inactive area (I/A) surrounding the active area (A/A); a first planarization layer flattening a surface on circuit elements in the active area (A/A) and the inactive area (I/A); an organic light-emitting element on the first planarization layer; an encapsulation element on the organic light-emitting element and the first planarization layer, the encapsulation element having a first inorganic layer, a second inorganic layer and an organic layer between the first and second inorganic layers (121, 123); and a structure disposed in the inactive area (I/A) apart from the first planarization layer, wherein the structure comprises, a first layer made of a same material as the first planarization layer; a plurality of walls on the first layer and spaced apart from each other on the first layer; and a second layer that fills the space between the plurality of walls, wherein the first and second inorganic layers (121, 123) cover the plurality of walls, characterized in that the structure provides an even top surface such that a conductive layer is formed thereon without being disconnected. a substrate having an active area (A/A) and an inactive area (I/A) surrounding the active area (A/A); a first planarization layer flattening a surface on circuit elements in the active area (A/A) and the inactive area (I/A); an organic light-emitting element on the first planarization layer; an encapsulation element on the organic light-emitting element and the first planarization layer, the encapsulation element having a first inorganic layer, a second inorganic layer and an organic layer between the first and second inorganic layers (121, 123); and a structure disposed in the inactive area (I/A) apart from the first planarization layer, wherein the structure comprises, a first layer made of a same material as the first planarization layer; a plurality of walls on the first layer and spaced apart from each other on the first layer; and a second layer that fills the space between the plurality of walls, wherein the first and second inorganic layers (121, 123) cover the plurality of walls, characterized in that the structure provides an even top surface such that a conductive layer is formed thereon without being disconnected.
An optical element for correcting visual insensitivity between a first visible color wavelength and a second visible color wavelength, comprising: a substantially transparent matrix material; and a luminescent compound dispersed within the substantially transparent matrix material, wherein the luminescent compound is represented by general formula: wherein R 1 and R 2 are selected from optionally substituted diphenylamine, optionally substituted phenylnaphthylamine, optionally substituted carbazolyl, and optionally substituted phenylakylamine, wherein R 3 is a C 1 -C 6 alkyl, wherein R 4 is selected from a C 1 -C 6 alkyl, an ether or a polyether. a substantially transparent matrix material; and a luminescent compound dispersed within the substantially transparent matrix material, wherein the luminescent compound is represented by general formula: wherein R 1 and R 2 are selected from optionally substituted diphenylamine, optionally substituted phenylnaphthylamine, optionally substituted carbazolyl, and optionally substituted phenylakylamine, wherein R 3 is a C 1 -C 6 alkyl, wherein R 4 is selected from a C 1 -C 6 alkyl, an ether or a polyether. wherein R 1 and R 2 are selected from optionally substituted diphenylamine, optionally substituted phenylnaphthylamine, optionally substituted carbazolyl, and optionally substituted phenylakylamine, wherein R 3 is a C 1 -C 6 alkyl, wherein R 4 is selected from a C 1 -C 6 alkyl, an ether or a polyether.