mhurhangee/ep-ind-claims huggingface dataset:
A stent adapted to be implanted into the lumen of a vessel, the stent comprising a plurality of struts and a circuit, the circuit comprising at least one inductor and at least one capacitor (30; 35), the circuit having a resonant frequency substantially equal to the frequency applied by a magnetic resonance imaging system, the at least one inductor in electric communication with the at least one capacitor (30; 35), the at least one inductor being disposed about a single strut, wherein the at least one inductor is a coil wound about a single strut, the at least one capacitor (30; 35) is a substantially tubular device (30; 35), wherein the coil is disposed about the at least one capacitor (30; 35) or the at least one capacitor (30; 35) is disposed about the coil such that the longitudinal axis of the at least one strut extends substantially parallel to the longitudinal axis of the at least one capacitor (30; 35), and wherein the circuit encircles the interior of the stent at least once.
An apparatus for crumpling paper sheeting material for making a cushioning product, comprising: a drive roller connected to a drive mechanism and a pinch roller, wherein the pinch roller is disposed adjacent the drive roller, wherein the paper sheeting material travels between the drive roller and the pinch roller, wherein the pinch roller is further configured to push the paper sheeting material against the drive roller to engage the paper sheeting material with the drive roller; a pivot shaft and a bracket connected to the pivot shaft, wherein the pinch roller is mounted on the bracket; a door connected to the pivot shaft, wherein said bracket is held to the underside of the door by means of a magnet; and wherein said magnet having a magnetic force for holding the pinch roller adjacent the drive roller, wherein the magnet and pinch roller being configured for allowing the pinch roller to automatically move away from the drive roller to disengage the sheeting material from the drive roller when the sheeting material overloads between the drive roller and pinch roller and creates a force that exceeds said magnetic force of the magnet. a drive roller connected to a drive mechanism and a pinch roller, wherein the pinch roller is disposed adjacent the drive roller, wherein the paper sheeting material travels between the drive roller and the pinch roller, wherein the pinch roller is further configured to push the paper sheeting material against the drive roller to engage the paper sheeting material with the drive roller; a pivot shaft and a bracket connected to the pivot shaft, wherein the pinch roller is mounted on the bracket; a door connected to the pivot shaft, wherein said bracket is held to the underside of the door by means of a magnet; and wherein said magnet having a magnetic force for holding the pinch roller adjacent the drive roller, wherein the magnet and pinch roller being configured for allowing the pinch roller to automatically move away from the drive roller to disengage the sheeting material from the drive roller when the sheeting material overloads between the drive roller and pinch roller and creates a force that exceeds said magnetic force of the magnet.
Hand-operated power tool, in particular grinder, with an in particular rod-shaped handle element for grasping by an operator and with a machining head, which is movably mounted at the handle element via a joint assembly and which has a tool holder drivable by an electric drive motor - located at the machining head in particular - of the hand-operated power tool, wherein a line assembly is provided between the handle element and the machining head for transmitting electric and/or mechanical energy and/or for passing a suction flow, wherein the machining head is loaded towards a predetermined basis position relative to the handle element by a positioning spring assembly separate from the line assembly, characterised in that the positioning spring assembly comprises at least one positioning spring (71, 72), which is directly supported at bearing elements (64, 68) of the joint assembly.
Micro capsule composition containing a core material, available through condensing duroplast resins and the subsequent formation of micro capsules using aldehydes, preferably formaldehyde, wherein the wall material of the capsule was treated with an oxidation agent prior to curing the wall material, characterised in that the oxidation agent is added at the earliest when the capsule wall has already been formed and is stable, i.e. the core material does not coalesce at temperatures between 5 and 25°C.
A pack for products from the cigarette industry, having an outer pack and an inner pack, which is arranged in the outer pack such that it can be displaced in order for the pack to be opened and closed, wherein the inner pack is intended for accommodating at least one product group in the form of product contents, and wherein the inner pack is formed from a blank made of packaging material, and wherein the blank has a plurality of walls and, in a position in which the pack contents are at least partially enclosed, extends at least in part along preferably all the side surfaces of the pack contents, wherein in the position in which the pack contents are at least partially enclosed, at least one end wall (31, 34) of the blank of the inner pack is supported by at least one supporting element (39, 40) of the blank, and wherein the at least one supporting element (39, 40) is formed by the blank for the inner pack and is part of a wall and/or adjoins a wall, in particular is part of a side wall (36, 37) and/or adjoins a side wall (36, 37), characterized in that the end wall (31, 34) is supported exclusively by abutment of the wall against the at least one supporting element (39, 40) and that the at least one supporting element (39, 40) is folded into an interior of the inner pack in an oblique direction in relation to the plane of the wall of which it is part and/or which it adjoins.
A method for decoding a video, the method comprising: determining whether to divide the current block into two partitions or not, characterised by determining whether the current block is divided symmetrically or asymmetrically based on a first flag signaled via a bitstream when it is determined to divide the current block into two partitions; determining an asymmetric partition type of the current block based on a second flag and a third flag signaled via the bitstream when it is determined that the current block is divided asymmetrically, the second flag indicating whether the current block is divided in a vertical direction or a horizontal direction and the third flag indicating locations of the first partition and the second partition; and dividing the current block into two partitions according to the determined asymmetric partition type, the two partitions including a first partition having a 1/4 size of the current block and a second partition having a 3/4 size of the current block, wherein when the current block is divided in the horizontal direction, the third flag indicates whether the first partition or the second partition is located at an upper side or a bottom side, and wherein when the current block is divided in the vertical direction, the third flag indicates whether the first partition or the second partition is located at a left side or a right side. determining whether to divide the current block into two partitions or not, characterised by determining whether the current block is divided symmetrically or asymmetrically based on a first flag signaled via a bitstream when it is determined to divide the current block into two partitions; determining an asymmetric partition type of the current block based on a second flag and a third flag signaled via the bitstream when it is determined that the current block is divided asymmetrically, the second flag indicating whether the current block is divided in a vertical direction or a horizontal direction and the third flag indicating locations of the first partition and the second partition; and dividing the current block into two partitions according to the determined asymmetric partition type, the two partitions including a first partition having a 1/4 size of the current block and a second partition having a 3/4 size of the current block, wherein when the current block is divided in the horizontal direction, the third flag indicates whether the first partition or the second partition is located at an upper side or a bottom side, and wherein when the current block is divided in the vertical direction, the third flag indicates whether the first partition or the second partition is located at a left side or a right side.
A system information update method, comprising: reading and storing, by a terminal, corresponding area identifiers based on a plurality of service types supported by the terminal; receiving, by the terminal, indication information and an area identifier from a first network device, wherein the indication information indicates whether system information of a service area in which the first network device is located is the same; and determining, by the terminal based on the indication information and the area identifier, whether to update the system information; wherein the determining, by the terminal based on the indication information and the area identifier, whether to update the system information comprises: if the terminal determines that the received area identifier is different from a read and stored corresponding area identifier, updating the system information; or if the terminal determines that the received area identifier is the same as a read and stored corresponding area identifier, updating the system information when determining that the indication information indicates that the system information of the service area in which the first network device is located is different, wherein the received area identifier and the read and stored corresponding area identifiers are tracking area identifiers respectively corresponding to one of the plurality of service types and the service area is divided into a plurality of tracking areas according to the plurality of service types. reading and storing, by a terminal, corresponding area identifiers based on a plurality of service types supported by the terminal; receiving, by the terminal, indication information and an area identifier from a first network device, wherein the indication information indicates whether system information of a service area in which the first network device is located is the same; and determining, by the terminal based on the indication information and the area identifier, whether to update the system information; wherein the determining, by the terminal based on the indication information and the area identifier, whether to update the system information comprises: if the terminal determines that the received area identifier is different from a read and stored corresponding area identifier, updating the system information; or if the terminal determines that the received area identifier is the same as a read and stored corresponding area identifier, updating the system information when determining that the indication information indicates that the system information of the service area in which the first network device is located is different, wherein the received area identifier and the read and stored corresponding area identifiers are tracking area identifiers respectively corresponding to one of the plurality of service types and the service area is divided into a plurality of tracking areas according to the plurality of service types.
A roping harness including a belt, a pair of leg loops (12, 13), front and rear (15, 15a, 15b) shoulder straps including at least one fall-arresting safety hooking point on the back, said rear shoulder straps being capable of sliding freely in the belt, while being attached at the lower ends thereof to the leg loops, characterized in that the back part of the belt is connected to the front shoulder straps by connecting means while being disconnected from the back hooking point.
A sensor assembly (10, 26, 52) in which condensation on a test surface (16, 28, 56, 66) is determined, the sensor assembly comprising a camera device (22, 33, 60) which is disposed relative to the test surface in such a manner that the test surface is at least partially captured by means of the camera device, the sensor assembly having a lead-in optical fiber (11, 30, 54) and a lead-out optical fiber (12, 31, 55), the lead-in optical fiber being connected to a light source of the sensor assembly and the lead-out optical fiber being connected to a light detector of the sensor assembly, the lead-in optical fiber and the lead-out optical fiber being disposed relative to each other and relative to the test surface in such a manner that light exiting the lead-in optical fiber hits the test surface, is reflected therefrom and the reflected light is coupled into the lead-out optical fiber, the test surface being formed by a test sheet of the sensor assembly, said test sheet being inclined at an angle γ relative to a horizontal.
A method of manufacturing an iron-based sintered alloy member having a composition consisting of 0.5 to 7% by mass of Cu, 0.1 to 0.98% by mass of C, 0.02 to 0.3% by mass of oxygen, optionally comprising at least one of 0.0025 to 1.05% by mass of Mn, 0.001 to 0.7% by mass of Zn, and 0.001 to 0.14% by mass in total of at least one selected from the group consisting of Al and Si, and the balance being Fe and inevitable impurities, the method comprising: formulating an Fe powder, a graphite powder and a Cu alloy powder, as raw powders; mixing the powders to form a powder mixture; and forming the powder mixture into a green compact and sintering the green compact; wherein the Cu alloy powder has a composition consisting of 1 to 10% by mass of Fe, 0.2 to 1% by mass of oxygen, and the balance of Cu and inevitable impurities, wherein if the composition of the iron-based sintered alloy member comprises 0.0025 to 1.05% by mass of Mn, the composition of the Cu alloy further comprises 0.5 to 15% by mass of Mn, if the composition of the iron-based sintered alloy member comprises 0.001 to 0.7% by mass of Zn, the composition of the Cu alloy further comprises 0.2 to 10% by mass of Zn, and if the composition of the iron-based sintered alloy member comprises 0.001 to 0.14% by mass in total of at least one selected from the group consisting of Al and Si, the composition of the Cu alloy further comprises 0.01 to 2% by mass in total of at least one selected from the group consisting of Al and Si. formulating an Fe powder, a graphite powder and a Cu alloy powder, as raw powders; mixing the powders to form a powder mixture; and forming the powder mixture into a green compact and sintering the green compact; wherein the Cu alloy powder has a composition consisting of 1 to 10% by mass of Fe, 0.2 to 1% by mass of oxygen, and the balance of Cu and inevitable impurities, wherein if the composition of the iron-based sintered alloy member comprises 0.0025 to 1.05% by mass of Mn, the composition of the Cu alloy further comprises 0.5 to 15% by mass of Mn, if the composition of the iron-based sintered alloy member comprises 0.001 to 0.7% by mass of Zn, the composition of the Cu alloy further comprises 0.2 to 10% by mass of Zn, and if the composition of the iron-based sintered alloy member comprises 0.001 to 0.14% by mass in total of at least one selected from the group consisting of Al and Si, the composition of the Cu alloy further comprises 0.01 to 2% by mass in total of at least one selected from the group consisting of Al and Si.
An ostomy pouch comprising a cavity for storing stomal output; the cavity defined by a rear wall and a front wall joined at their peripheries and formed of flexible sheet material; the ostomy pouch further comprising a sheet of woven comfort material covering the outside surface of the front wall; the sheet of comfort material having an outside surface and an opposite inside surface, wherein the outside surface of the sheet of comfort material forms at least part of the outside surface of the pouch, and wherein the inside surface of the sheet of comfort material is laminated across its entire surface to a continuous layer of film material, with no intervening adhesive; the continuous layer of film material having no voids; and at least part of the continuous layer of film material being adjacent, facing and unbonded to the outside surface of the front wall. the cavity defined by a rear wall and a front wall joined at their peripheries and formed of flexible sheet material; the ostomy pouch further comprising a sheet of woven comfort material covering the outside surface of the front wall; the sheet of comfort material having an outside surface and an opposite inside surface, wherein the outside surface of the sheet of comfort material forms at least part of the outside surface of the pouch, and wherein the inside surface of the sheet of comfort material is laminated across its entire surface to a continuous layer of film material, with no intervening adhesive; the continuous layer of film material having no voids; and at least part of the continuous layer of film material being adjacent, facing and unbonded to the outside surface of the front wall.
Cooking appliance comprising a door for closing a cooking chamber, said door being lowerable into a stowage compartment in a housing of the cooking appliance that further comprises a door opening mechanism for automatically moving the door at least in some sections of an entire movement path extending between a closed position and an open position of the door, wherein the door opening mechanism includes an actuation unit by means of which the door can be automatically tilted from the closed position into an intermediate position, wherein the intermediate position is characterised in that the further movement of the door from the intermediate position into the open position, in which the door is retracted in the stowage compartment, is performed automatically under the force of gravity of the door, characterised in that the actuating unit comprises an electromechanical device which is connected by at least one Bowden cable (37, 38) to a cam follower, which is coupled to a hinge arm of a hinge (15, 16) which is configured for pivoting and retracting the door into the stowage compartment, wherein by a pulling force acting on the cam follower via the Bowden cable (37, 38) the cam follower is pivotable about a pivot axis and as a function thereof the hinge arm is pivotable such that the door is automatically tiltable from the closed position into the intermediate position, wherein the hinge (15, 16) has a hinge housing, the hinge arm being rotatably connected thereto, and the cam follower is pivotably arranged on the hinge housing.
A method of injection moulding of an elongated hollow article, such as a urinary catheter, said method comprising the steps of: injecting a liquidised moulding compound into a mould comprising a heated central mould with an inlet opening for entering the liquidised moulding compound into a substantially tubular cavity formed in said central mould, said mould further comprising an elongated central mould core which is provided in the tubular cavity and extending beyond said tubular cavity and into a tip mould cavity of a tip mould part which is aligned with the tubular mould cavity in the longitudinal axis of the central mould core; moving, once the tip mould cavity is filled, the tip mould part in a linear direction along the longitudinal axis of the central mould core from a first position where the tip mould part is abutting the central mould to a second position at a predetermined distance from said first position via a sledge; and cooling the hollow article when the tip mould part has reached the second position, whereby the cooling is performed by a set of cooling mould blocks (32, 33) which are provided for encompassing and preferably also clamping the moulded portion of the article by radially inward movement when the tip mould is approaching said second position, wherein the cooling mould blocks (32, 33) are provided with inner contacting surfaces resembling the shape of the tubular mould cavity. injecting a liquidised moulding compound into a mould comprising a heated central mould with an inlet opening for entering the liquidised moulding compound into a substantially tubular cavity formed in said central mould, said mould further comprising an elongated central mould core which is provided in the tubular cavity and extending beyond said tubular cavity and into a tip mould cavity of a tip mould part which is aligned with the tubular mould cavity in the longitudinal axis of the central mould core; moving, once the tip mould cavity is filled, the tip mould part in a linear direction along the longitudinal axis of the central mould core from a first position where the tip mould part is abutting the central mould to a second position at a predetermined distance from said first position via a sledge; and cooling the hollow article when the tip mould part has reached the second position, whereby the cooling is performed by a set of cooling mould blocks (32, 33) which are provided for encompassing and preferably also clamping the moulded portion of the article by radially inward movement when the tip mould is approaching said second position, wherein the cooling mould blocks (32, 33) are provided with inner contacting surfaces resembling the shape of the tubular mould cavity.
A garment steaming appliance comprising a sole plate assembly comprising: - a steam channel for receiving a flow of steam, - an ironing plate comprising an ironing surface and an opposing upper surface, wherein the steam channel extends along the upper surface of the ironing plate such that steam in said steam channel flows along said upper surface in a direction substantially parallel to the ironing surface, and - a vent extending through said ironing plate from said upper surface to said ironing surface, characterised in that the steam channel is configured to divide the steam flowing along said upper surface in a direction substantially parallel to the ironing surface into multiple flow paths flowing along said upper surface substantially parallel to the ironing surface, said multiple flow paths converging above said vent from different directions along said upper surface to control the direction of the resultant flow of steam out of said vent relative to said ironing surface. - a steam channel for receiving a flow of steam, - an ironing plate comprising an ironing surface and an opposing upper surface, wherein the steam channel extends along the upper surface of the ironing plate such that steam in said steam channel flows along said upper surface in a direction substantially parallel to the ironing surface, and - a vent extending through said ironing plate from said upper surface to said ironing surface, characterised in that the steam channel is configured to divide the steam flowing along said upper surface in a direction substantially parallel to the ironing surface into multiple flow paths flowing along said upper surface substantially parallel to the ironing surface, said multiple flow paths converging above said vent from different directions along said upper surface to control the direction of the resultant flow of steam out of said vent relative to said ironing surface.
A heated aerosol-generating article comprising a plurality of elements including an aerosol-forming substrate assembled within a wrapper, wherein the aerosol-generating article is configured to be heated by an insertable heater of an aerosol-generating device, the aerosol-forming substrate being in the form of a rod having a diameter of between 6.5 mm and 7.5 mm, the rod formed from a crimped and gathered sheet of aerosol-forming material, the sheet having a width of between 110 mm and 140 mm, a thickness of between 200 micrometres and 230 micrometres, and the sheet being crimped with a crimping depth of between 150 and 250 micrometres.