mhurhangee/ep-ind-claims huggingface dataset:
A pin extractor, comprising: a press to act against a clip securing a pin to be extracted, the press having a lower portion with a clip interface feature at an end of the press configured to compress the clip radially inward upon application of a force against the clip, and an upper portion having a ramp; a puller slidably coupled to the press; and a claw pivotally coupled to the puller, with a first end to engage the pin, and a second end opposite the first end that interfaces with the ramp, wherein the puller and the claw are simultaneously slidably movable relative to the press to extract the pin as the press compresses the clip radially inward, and the ramp interface with the second end of the claw forces the claw to pivot toward an engaged position with the pin. a press to act against a clip securing a pin to be extracted, the press having a lower portion with a clip interface feature at an end of the press configured to compress the clip radially inward upon application of a force against the clip, and an upper portion having a ramp; a puller slidably coupled to the press; and a claw pivotally coupled to the puller, with a first end to engage the pin, and a second end opposite the first end that interfaces with the ramp, wherein the puller and the claw are simultaneously slidably movable relative to the press to extract the pin as the press compresses the clip radially inward, and the ramp interface with the second end of the claw forces the claw to pivot toward an engaged position with the pin.
A bird feeder comprising: a hopper (23; 25) for providing a supply of food or fluid for a bird, said hopper comprising a storage compartment (27; 29) for a supply of food or fluid for a bird, and a tray (31; 33) into which food or fluid from said storage compartment can flow; a receptacle for waste food or fluid, and a hopper support having an aperture for receiving the tray (31; 33) so that the hopper (23; 25) is supported by said support in such a position that food or fluid can flow from said storage compartment to the tray, said hopper support including a dished peripheral skirt that is inclined towards the receptacle from the aperture for receiving the tray, the peripheral skirt being configured to cover a major portion of the receptacle so as to obstruct bird access to waste within said receptacle, said skirt being configured so that a gap is provided between the skirt and a wall of the receptacle so that waste food or fluid can pass through the gap into said receptacle; wherein the hopper (23; 25) is removable from the feeder for cleaning or for replenishing the supply of fluid or food in said storage compartment (27; 29). a hopper (23; 25) for providing a supply of food or fluid for a bird, said hopper comprising a storage compartment (27; 29) for a supply of food or fluid for a bird, and a tray (31; 33) into which food or fluid from said storage compartment can flow; a receptacle for waste food or fluid, and a hopper support having an aperture for receiving the tray (31; 33) so that the hopper (23; 25) is supported by said support in such a position that food or fluid can flow from said storage compartment to the tray, said hopper support including a dished peripheral skirt that is inclined towards the receptacle from the aperture for receiving the tray, the peripheral skirt being configured to cover a major portion of the receptacle so as to obstruct bird access to waste within said receptacle, said skirt being configured so that a gap is provided between the skirt and a wall of the receptacle so that waste food or fluid can pass through the gap into said receptacle; wherein the hopper (23; 25) is removable from the feeder for cleaning or for replenishing the supply of fluid or food in said storage compartment (27; 29).
A wood fiber form element configured as an ignition aid, comprising: an additional fuel content imparted by dipping or drenching, wherein a plurality of wood fibers is compressed to form the wood fiber form element which includes a base surface and a cover surface, characterized in that at least one of the base surface or cover surface is configured as a slanted cut and the wood fiber form element includes a multi-layer wound or rolled structure which includes a layer sequence which extends with a radial offset about the wood fiber form element longitudinal axis and each layer of the layer sequence includes random oriented wood fibers so that individual layers are form locked amongst each other due to adhesion caused by the random structure of the wood fibers.
Lifting apparatus for an industrial processing station, in particular a lifting platform for conveying a body-in-white in motor vehicle series production, wherein the lifting apparatus is constructed to convey a workpiece on an upper frame which can be moved in a purely vertical direction, wherein the lifting apparatus has an isosceles slider crank mechanism which is actuated with a motorized drive element (13+6, 7, 9, 12) as a first vertical guide and a movable bearing swing arm with the guide thereof as a second vertical guide which is activated by the same drive element (13+7, 12), characterized in that the isosceles slider crank mechanism which comprises a fixed bearing swing arm with the swing arm bearing thereof, a link with the link guide thereof, a link center articulation and a fixed bearing articulation which is connected to the upper frame is constructed in such a manner that it is moved by means of the actuation of the pulling rod which engages on the fixed bearing swing arm.
Flap mounting for a furniture flap with at least one control lever, pivotably mountable at one end on a furniture carcass around a carcass-side pivot axis and at the other end on the furniture flap on a flap-side pivot axis, and to which is assigned on its carcass-side pivot axis a lever arrangement which in turn is spring-force -loaded by a spring device in such a way that, during an opening movement of the furniture flap towards an open position, after crossing a force reversal point, an opening force may be exerted in the opening direction and, during a closing movement after crossing a force reversal point a closing force may be exerted in the closing direction, wherein the furniture flap in the closed position may be pressed against the furniture carcass with a locking force, wherein the lever arrangement is assigned a force equalising device which has at least one energy storage device which acts on the lever arrangement in such a way that the closing force acting in the closing direction is counteracted by a counterforce which is smaller than the closing force, characterised in that the force equalising device has at least one application lever which may be pivotably mounted on a carcass-side application axis and on which the energy storage device acts, wherein the application lever has an application member which is pressed against the lever arrangement under the action of the energy storage device.
A gastrointestinal stent of a gastric diverter, wherein the gastrointestinal stent has a pre-expansion shape and a post-expansion shape, wherein the gastrointestinal stent comprises an upper support, a lower support, and several connecting members, wherein in the post-expansion shape, the upper support is provided with a first opening adjacent to its top and a second opening adjacent to its bottom, the lower support is disposed below the upper support, the lower support is provided with a third opening adjacent to its top and a fourth opening adjacent to its bottom, the upper support and the lower support are connected by several connecting members, the fourth opening of the lower support is connected to a membrane tube, and both of the upper support and the lower support, which are expanded, are not able to pass through an opened pyloric orifice of a stomach and the several connecting members are able to pass through the pyloric orifice of the stomach or are placed through the pyloric orifice of the stomach, characterized in that an outer diameter of the second opening of the upper support is greater than an outer diameter of the first opening.
A target, in particular a sputtering target, comprising a target plate composed of a brittle material, and a back plate which is bonded over an area to the target plate, where the target plate has a contact surface facing the back plate and the back plate has a contact surface facing the target plate, wherein a bonding solder is present between the contact surface of the target plate and the contact surface of the back plate, wherein the target plate has microcracks which go through from the front side to the rear side of the target plate and divide the target plate into adjoining fragments, characterized in that the target plate comprises at least a ceramic material as main constituent, the coefficient of thermal expansion of the target plate is higher than that of the back plate and in that the bonding solder has a melting point of greater than 400°C.
A combustor for a gas turbine engine, the combustor comprising a liner panel (72,74), the liner panel (72, 74) comprising: a cooling circuit which includes a cooling channel between an inlet which directs cooling air into the cooling channel and first and second exit slots (102A,102B), the circuit further including a multiple of internal features including a first divergent island and a second divergent island, the respective divergent islands (94A, 94B) having opposed downstream surfaces which diverge from each other, characterized in that the cooling circuit further comprises: first and second feedback features (100A, 100B) for facilitating the formation of feedback flows (S1, S2) which form loops around the respective divergent islands (94A,94B); and a flow separator island (98;98') between said first divergent island and said second divergent island; and in that: the inlet is a semi-circular inlet defined along an axis which intersects said flow separator island (98;98'); and the first and second feedback features (100A, 100B) are transverse and extend towards the axis. first and second feedback features (100A, 100B) for facilitating the formation of feedback flows (S1, S2) which form loops around the respective divergent islands (94A,94B); and a flow separator island (98;98') between said first divergent island and said second divergent island; and in that: the inlet is a semi-circular inlet defined along an axis which intersects said flow separator island (98;98'); and the first and second feedback features (100A, 100B) are transverse and extend towards the axis. the inlet is a semi-circular inlet defined along an axis which intersects said flow separator island (98;98'); and the first and second feedback features (100A, 100B) are transverse and extend towards the axis.
An outdoor unit for an air-conditioning apparatus, comprising a grip (2a to 2d) formed by fitting two components, wherein a first component serving as one of the two components includes a first opening portion provided on an upper side of the first component such that a second component is fitted on the first opening portion, and a second opening portion positioned in correspondence with an installation position of the outdoor unit and used when a finger is inserted, and wherein the second component serving as the other of the two components includes second-component opposed portions (4B, 4C) that form surfaces opposed to surfaces forming the second opening portion of the grip (2a to 2d), and a second-component top face portion that forms a top surface of the grip (2a to 2d), and wherein the second-component top face portion is located at a height equal to or more than a height of an upper end of the first component characterized in that the second component includes turn-back portions turned back to side ends at the side ends of the second-component opposed portions (4B, 4C), the side ends being in contact with the first component, wherein, in correspondence with the side ends of the second-component opposed portions (4B, 4C) having the turn-back portions, the first component includes groove portions to which the turn-back portions is connected at contact portions of the first opening portion, the contact portions being in contact with the second-component opposed portions (4B, 4C).
A radio-frequency ablation catheter having a spiral structure, comprising an elongated catheter body, wherein an electrode support of a spiral shape is disposed at a front end of the catheter body, multiple electrodes are disposed on the electrode support, and a control handle is disposed at a rear end of the catheter body, wherein a slidable support wall-attachment adjusting wire is disposed in one lumen in the electrode support and the catheter body, and the support wall-attachment adjusting wire consists of a flexible section that is distant from the control handle and a rigid section that is near the control handle; a tail end of the support wall-attachment adjusting wire penetrates through the catheter body and is fixed on the control handle; and the control handle is used to control the support wall-attachment adjusting wire to move forward and backward; when the support wall-attachment adjusting wire is moved forward to make the rigid section be in the electrode support and the flexible section be at the outside of electrode support, under the effect of the rigid section of the support wall-attachment adjusting wire, a diameter of the spiral shape of the electrode support is reduced, a length is increased and the spiral shape tends to be a straight-line shape; and when the support wall-attachment adjusting wire is withdrawn to make the flexible section be in the electrode support, the electrode support is restored to the spiral shape. a slidable support wall-attachment adjusting wire is disposed in one lumen in the electrode support and the catheter body, and the support wall-attachment adjusting wire consists of a flexible section that is distant from the control handle and a rigid section that is near the control handle; a tail end of the support wall-attachment adjusting wire penetrates through the catheter body and is fixed on the control handle; and the control handle is used to control the support wall-attachment adjusting wire to move forward and backward; when the support wall-attachment adjusting wire is moved forward to make the rigid section be in the electrode support and the flexible section be at the outside of electrode support, under the effect of the rigid section of the support wall-attachment adjusting wire, a diameter of the spiral shape of the electrode support is reduced, a length is increased and the spiral shape tends to be a straight-line shape; and when the support wall-attachment adjusting wire is withdrawn to make the flexible section be in the electrode support, the electrode support is restored to the spiral shape.
A laparoscopic, surgical instrument having: • a substantially straight, rigid elongate shank made of stainless steel; the instrument further comprising: • a ball head being on one end of the shank; • an eye in an other end of the shank, wherein • the end of the shank comprising the eye is formed as a tongue, and the shank has a solid cross-section between the ball head and the eye; and • the ball head is of a larger diameter than that of the elongate shank. • a substantially straight, rigid elongate shank made of stainless steel; the instrument further comprising: • a ball head being on one end of the shank; • an eye in an other end of the shank, wherein • the end of the shank comprising the eye is formed as a tongue, and the shank has a solid cross-section between the ball head and the eye; and • the ball head is of a larger diameter than that of the elongate shank.
A compound according to Formula I or a pharmaceutically acceptable salt thereof, wherein X is C or N; Y is C or N; R1 is H, alkyl, alkenyl or alkynyl; R3 is phenyl, heteroaryl, benzoyl, heteroarylcarbonyl, the phenyl or heteroaryl moieties of which may optionally be subsituted with one or more substituents selected from R11, or R3 is alkyl, alkenyl, alkynyl, cycloalkyl, alkylcarbonyl, alkenylcarbonyl, alkynylcarbonyl or cycloalkylcarbonyl; R7 and R8 are independently H or alkoxy; R9 is hydroxy or H, or R9 is alkyl, alkenyl, alkynyl, alkoxy, alkenoxy, cycloalkyl, cycloalkoxy, cycloalkyl alkoxy, heterocycloalkylcarbonyl, (di) alkylaminocarbonyl, heterocycloalkyl, the alkyl or (hetero)cycloalkyl moieties of which may optionally be substituted with one or more substituents selected from R12 or, R9 is heteroaryl, phenyl, phenyl alkoxy, heteroaryl alkoxy, the phenyl or heteroaryl moieties of which may optionally be substituted with one or more substituents selected from R16; R10 is H or alkoxy; R11 is hydroxy, amino, halogen, nitro, trifluoromethyl, cyano, alkyl, alkoxy or (di) alkyl]amino; R12 is hydroxy, amino, halogen, cyano, alkoxy or (di) alkyl]amino; R13 and R14 are independently H or alkyl; R15 is H, alkyl, or R14 and R15 may be joined in a cycloalkyl ring; and R16 is hydroxy, amino, halogen, nitro, trifluoromethyl, cyano, alkyl, alkoxy or (di) alkyl]amino. X is C or N; Y is C or N; R1 is H, alkyl, alkenyl or alkynyl; R3 is phenyl, heteroaryl, benzoyl, heteroarylcarbonyl, the phenyl or heteroaryl moieties of which may optionally be subsituted with one or more substituents selected from R11, or R3 is alkyl, alkenyl, alkynyl, cycloalkyl, alkylcarbonyl, alkenylcarbonyl, alkynylcarbonyl or cycloalkylcarbonyl; R7 and R8 are independently H or alkoxy; R9 is hydroxy or H, or R9 is alkyl, alkenyl, alkynyl, alkoxy, alkenoxy, cycloalkyl, cycloalkoxy, cycloalkyl alkoxy, heterocycloalkylcarbonyl, (di) alkylaminocarbonyl, heterocycloalkyl, the alkyl or (hetero)cycloalkyl moieties of which may optionally be substituted with one or more substituents selected from R12 or, R9 is heteroaryl, phenyl, phenyl alkoxy, heteroaryl alkoxy, the phenyl or heteroaryl moieties of which may optionally be substituted with one or more substituents selected from R16; R10 is H or alkoxy; R11 is hydroxy, amino, halogen, nitro, trifluoromethyl, cyano, alkyl, alkoxy or (di) alkyl]amino; R12 is hydroxy, amino, halogen, cyano, alkoxy or (di) alkyl]amino; R13 and R14 are independently H or alkyl; R15 is H, alkyl, or R14 and R15 may be joined in a cycloalkyl ring; and R16 is hydroxy, amino, halogen, nitro, trifluoromethyl, cyano, alkyl, alkoxy or (di) alkyl]amino.
A composite powered wheel set, comprising a driving axle, two booster wheels and two support wheels, characterized in that the support wheels are arranged on two ends of the driving axle, the booster wheels are arranged at the outer side of the support wheels respectively, the support wheels are mounted to the driving axle via inner rings of bearings, the driving axle is connected to a first transmission device via gears, the first transmission device is connected to a first power mechanism, and the driving axle is connected to a train bogie via a series of suspensions.
A vehicle mounted mobile container or vehicle inspection system, comprising: a radiation source, a carrying vehicle, and a detector arm rack, wherein the detector arm rack has a horizontal arm and a vertical arm, characterized in that a first end of the horizontal arm is connected to the carrying vehicle and a second end thereof is connected on a first lateral side of the horizontal arm to a first lateral side of a first end of the vertical arm by a pivotal device, such that the vertical arm is adapted to pivot about the pivotal device in a vertical plane, and the horizontal arm and the vertical arm are arranged to be retracted in a same horizontal plane, a pivotal axis of the pivotal device is perpendicular to the first lateral side of the vertical arm and the first lateral side of the horizontal arm; the inspection system further comprises at least two groups of detector modules which are provided on the horizontal arm and the vertical arm respectively; and the inspection system further comprises a collimator which has at least two collimator slits (31, 32), such that the rays emitted by the radiation source irradiate the detectors provided on the vertical arm and the horizontal arm through the two collimator slits (31, 32) respectively. a radiation source, a carrying vehicle, and a detector arm rack, wherein the detector arm rack has a horizontal arm and a vertical arm, characterized in that a first end of the horizontal arm is connected to the carrying vehicle and a second end thereof is connected on a first lateral side of the horizontal arm to a first lateral side of a first end of the vertical arm by a pivotal device, such that the vertical arm is adapted to pivot about the pivotal device in a vertical plane, and the horizontal arm and the vertical arm are arranged to be retracted in a same horizontal plane, a pivotal axis of the pivotal device is perpendicular to the first lateral side of the vertical arm and the first lateral side of the horizontal arm; the inspection system further comprises at least two groups of detector modules which are provided on the horizontal arm and the vertical arm respectively; and the inspection system further comprises a collimator which has at least two collimator slits (31, 32), such that the rays emitted by the radiation source irradiate the detectors provided on the vertical arm and the horizontal arm through the two collimator slits (31, 32) respectively.
A method for producing aniline, comprising the steps of: a) providing o-aminobenzoate, wherein said o-aminobenzoate comprises anthranilate anion and NH 4 +, b) converting said anthranilate anion to aniline by thermal decarboxylation, c) extracting the aniline produced in step b) in an organic solvent at least once, and d) purifying the aniline produced in steps b) and c) by distillation, wherein said distillation produces aniline and a water phase. a) providing o-aminobenzoate, wherein said o-aminobenzoate comprises anthranilate anion and NH 4 +, b) converting said anthranilate anion to aniline by thermal decarboxylation, c) extracting the aniline produced in step b) in an organic solvent at least once, and d) purifying the aniline produced in steps b) and c) by distillation, wherein said distillation produces aniline and a water phase.
Use of a compound according to formula or or wherein - dotted lines Z 1 and Z 2 represents the atoms necessary to complete the formula selected from the groups consisting of one ring, two fused rings, and three fused rings each said ring having 3 or 4 or 5 or 6 carbon atoms and wherein at least one of said rings has at least one aromatic amine group (-NH 2), or at least one aromatic hydroxyl group (-OH), or at least one aromatic phosphate group (-PO 4), or a mixture thereof, attached, - k and m and n are independently 1 or 0, - R 1 through R 13 are individually selected from the group consisting of -D and - i- j, - X and Y can independently be oxygen, sulfur, selenium,-C(CH 3) 2 -, or -CH=CH-, and - A 1 and A 2 are selected from the group consisting of -D and- i- j - i and j independently are any numeral between 0-6, - B is a linker, - D is selected from the group consisting of groups that are substrate for an enzyme selected from the group of phosphate, hydroxyl and amino groups; as a substrate for at least one enzyme wherein the at least one enzyme is horse radish peroxidase, or alkaline phosphatase. - dotted lines Z 1 and Z 2 represents the atoms necessary to complete the formula selected from the groups consisting of one ring, two fused rings, and three fused rings each said ring having 3 or 4 or 5 or 6 carbon atoms and wherein at least one of said rings has at least one aromatic amine group (-NH 2), or at least one aromatic hydroxyl group (-OH), or at least one aromatic phosphate group (-PO 4), or a mixture thereof, attached, - k and m and n are independently 1 or 0, - R 1 through R 13 are individually selected from the group consisting of -D and - i- j, - X and Y can independently be oxygen, sulfur, selenium,-C(CH 3) 2 -, or -CH=CH-, and - A 1 and A 2 are selected from the group consisting of -D and- i- j - i and j independently are any numeral between 0-6, - B is a linker, - D is selected from the group consisting of groups that are substrate for an enzyme selected from the group of phosphate, hydroxyl and amino groups;