mhurhangee/ep-ind-claims huggingface dataset:
An analyte test sensor, comprising: at least two substrates forming a reservoir, the reservoir having a primary area between eight substantially chemically isolated secondary analysis regions, where diffusive or convective mixing of reagents does not substantially occur between the secondary analysis regions during the time of the one or more analysis; four working electrodes, each including a first conductor and a reagent composition disposed in separate secondary analysis regions, where each working electrode has at least one reagent composition with a different redox potential; and four counter electrodes, each including a second conductor and at least one redox species disposed in separate secondary analysis regions; where the first conductors of the working electrodes are electrically connected, where the second conductors of the counter electrodes are not electrically connected, are independently addressable. at least two substrates forming a reservoir, the reservoir having a primary area between eight substantially chemically isolated secondary analysis regions, where diffusive or convective mixing of reagents does not substantially occur between the secondary analysis regions during the time of the one or more analysis; four working electrodes, each including a first conductor and a reagent composition disposed in separate secondary analysis regions, where each working electrode has at least one reagent composition with a different redox potential; and four counter electrodes, each including a second conductor and at least one redox species disposed in separate secondary analysis regions; where the first conductors of the working electrodes are electrically connected, where the second conductors of the counter electrodes are not electrically connected, are independently addressable.
A roller band system for laminated products comprising: a main support structure; a feeding band with an entrance end and an exit end, wherein the feeding band is partially mounted unto a first mobile support structure; a conveyor band, substantially horizontal, mounted on an upper part of the main support structure for receiving and transporting the laminated products at a first speed and in a first direction; a start roller band having a work surface and mounted unto a second mobile support structure, wherein the start roller band is configured to receive the laminated products from the conveyor band and to begin their rolling at a second speed and in a second direction; a roller band mounted unto a third mobile support structure and configured to receive the products which were started to be rolled, to roll them and covey them, wherein the roller band is in an inclined plane which is under the horizontal conveyor band; and an unloading band mounted on a lower part of the main support structure and configured to receive the rolled products and to unload them; the roller band system characterized in that the conveyor band is a parabolic convex band; the work surface of the start roller band is set on an inclined plane towards the conveyor band; and said unloading band comprises at least four sections (510, 520, 530, 540) with different inclinations, a first section with a substantially horizontal inclination, a second section with an ascending inclination, a third section with a substantially horizontal inclination and a fourth section with a descending inclination. a main support structure; a feeding band with an entrance end and an exit end, wherein the feeding band is partially mounted unto a first mobile support structure; a conveyor band, substantially horizontal, mounted on an upper part of the main support structure for receiving and transporting the laminated products at a first speed and in a first direction; a start roller band having a work surface and mounted unto a second mobile support structure, wherein the start roller band is configured to receive the laminated products from the conveyor band and to begin their rolling at a second speed and in a second direction; a roller band mounted unto a third mobile support structure and configured to receive the products which were started to be rolled, to roll them and covey them, wherein the roller band is in an inclined plane which is under the horizontal conveyor band; and an unloading band mounted on a lower part of the main support structure and configured to receive the rolled products and to unload them; the roller band system characterized in that the conveyor band is a parabolic convex band; the work surface of the start roller band is set on an inclined plane towards the conveyor band; and said unloading band comprises at least four sections (510, 520, 530, 540) with different inclinations, a first section with a substantially horizontal inclination, a second section with an ascending inclination, a third section with a substantially horizontal inclination and a fourth section with a descending inclination.
Container for storing food, having an upper horizontal lid, the outer edge of which has all around a sealing profile which lies against the upper edge of the container when the container is closed, wherein the lid has an opening with a valve, via which opening air can be sucked out of the closed container in order to obtain a negative pressure, which is lower than the atmospheric pressure, within the container, characterized in that the lid has an inner region which is surrounded all around by a lid edge, wherein the lid inner region is fastened to the lid edge via the flexible sealing profile which runs all around and forms a height-variable mounting of the lid inner region, wherein, when negative pressure is not present, the sealing profile keeps the lid inner region in an upper position and, when negative pressure is present, the sealing profile permits the lid inner region to move into a lower position.
Arrangement (3; 403) for guiding a running yarn into a texturizing unit, having an input yarn guide that is configured so as to guide the yarn into the texturizing unit, wherein the input yarn guide can be driven for a movement of the same while guiding the yarn, wherein the input yarn guide can be driven in the manner that a running speed of the yarn and a circumferential speed of the input yarn guide differ in a contact region of the yarn with the input yarn guide and as a consequence the running yarn slides as the yarn is guided over a guiding surface of the input yarn guide.
A method for electromagnetic interference control, for an electronic device and comprising: activating (S301, S401, S501) a wireless fidelity, Wi-Fi, module in response to detecting a request for screen-projection to a target screen-projection device; searching (S302, S402, S502) for and accessing a target wireless network, the target screen-projection device being connected to the target wireless network; detecting (S303, S503) electromagnetic interference between the Wi-Fi module and a mobile industry processor interface, MIPI, of a display of the electronic device; and outputting (S304, S405, S504) a first prompt message, turning off the display, and performing screen-projection to the target screen-projection device, in response to the detected electromagnetic interference, wherein the first prompt message indicates that the electronic device is turning off the display and performing screen-projection to the target screen-projection device. activating (S301, S401, S501) a wireless fidelity, Wi-Fi, module in response to detecting a request for screen-projection to a target screen-projection device; searching (S302, S402, S502) for and accessing a target wireless network, the target screen-projection device being connected to the target wireless network; detecting (S303, S503) electromagnetic interference between the Wi-Fi module and a mobile industry processor interface, MIPI, of a display of the electronic device; and outputting (S304, S405, S504) a first prompt message, turning off the display, and performing screen-projection to the target screen-projection device, in response to the detected electromagnetic interference, wherein the first prompt message indicates that the electronic device is turning off the display and performing screen-projection to the target screen-projection device.
Connecting element for connection of two conductor rails (4, 5) of a contact line, comprising an elongated base body with insertion ends (21, 21') opposing one another in its longitudinal direction for insertion into longitudinal cavities of the conductor rails (4, 5), characterised in that on at least one of its longitudinal sides the base body exhibits connecting recesses (25, 25') for crimping with at least one side wall (14, 14') of the conductor rails (4, 5).
A frame construction for a switchgear cabinet with frame profiles (4, 6) and connecting elements, wherein the frame profiles (4, 6) are connected and/or connectable via the connecting elements so as to form the frame construction; wherein at least one of the frame profiles (4, 6) is formed in cross-section as an L-profile having a first and a second leg section (9, 10) arranged in an L-shape thereto, and the leg sections (9, 10) together confining an inner sector, wherein the first leg section merges into a first front-side section which is angled towards the inner sector, and the first front-side section merges into a first end section which is angled towards the first leg section, and wherein the second leg section merges into a second front-side section which is angled towards the inner sector, and the second front-side section merges into a second end section (3, 4) which is angled towards the second leg section, wherein in the first front-side section and in longitudinal direction of the L-profile, there are arranged first through openings in a fixed spacing, wherein in the first end section and in longitudinal direction of the L-profile, there are arranged second through openings in said fixed spacing, wherein at least one of the connecting elements is formed as a mounting block for connecting two and/or three of the L-profiles, comprising a clamping element that is adapted to be attached to the L-profile in positive manner and cooperates with the mounting block such that the L-profile is connected to the mounting block by frictional connection and positive connection, wherein the clamping element is formed as an L-shaped clamping plate having a through opening, and wherein the L-shaped clamping plate is supported on a mounting element, in particular a pin or a screw, which engages in a through opening (15a, 16a) of the L-profile.
A vehicle front structure comprising: a roof header, which is arranged on a lower side of a front part of a roof panel of a vehicle in a longitudinal direction of the vehicle, extends in a vehicle width direction and includes: an extension part, which extends to the rear in a vehicle front-rear direction; and a rear wall part, which extends towards the roof panel on a rear side of the extension part; characterized in that the roof header is provided with a region in which a length of the extension part in the vehicle front-rear direction is longer than that of said extension part in a surrounding area surrounding said region on both sides in the vehicle width direction, and in which a height of the rear wall part is smaller than that of the rear wall part in the surrounding area, the length of the extension part in the front-rear direction gradually decreasing and the height of the rear wall part gradually increasing from said region to the surrounding area. an extension part, which extends to the rear in a vehicle front-rear direction; and a rear wall part, which extends towards the roof panel on a rear side of the extension part; characterized in that the roof header is provided with a region in which a length of the extension part in the vehicle front-rear direction is longer than that of said extension part in a surrounding area surrounding said region on both sides in the vehicle width direction, and in which a height of the rear wall part is smaller than that of the rear wall part in the surrounding area, the length of the extension part in the front-rear direction gradually decreasing and the height of the rear wall part gradually increasing from said region to the surrounding area.
A transformed yeast into which a chaperone gene has been introduced and in which the aox1 gene has been disrupted, and a protease gene has been disrupted, wherein optionally the protease gene is a prb1 gene. the aox1 gene has been disrupted, and a protease gene has been disrupted, wherein optionally the protease gene is a prb1 gene.
A biodegradable material which is a chemically cross-linked product between a multivalent compound A having 3 or more functional groups X selected from the group consisting of hydroxyl group, thiol group and amino group; and a multivalent compound B having 3 or more functional groups Y selected from the group consisting of carboxyl group, isocyanate group and thioisocyanate group wherein chemical cross-linkage(s) is/are formed by condensation reaction of said functional group(s) X and said functional group(s) Y; wherein the value of (y + z)/(x + z) is 1.2 to 4.0 when MA > MB, and the value of (x + z)/(y + z) is 1.2 to 4.0 when MA < MB; wherein x represents the number of the functional group(s) X which is/are not condensed with said functional group(s) Y; y represents the number of the functional group(s) Y which is/are not condensed with said functional group(s) X; z represents the number of said cross-linkage(s); MA represents the weight average molecular weight of said multivalent compound A; and MB represents the weight average molecular weight of said multivalent compound B.
Modular structure for bicycle parking, comprising a plurality of airtight compartments being laterally attached to each other and separated by means of lateral panels, said plurality of attached compartments being closed by side closing covers at each side of the modular structure; wherein each compartment is fitted to accommodate a bicycle and comprises: - at least an outer protecting cover (40; 5, 8) which covers the rear side and at least partially the upper side of the compartment; - a front door (6, 7; 41) opening vertically for accessing the compartment; - actuating means configured for activating the opening or closing operations of the front door (6, 7; 41); wherein the modular structure comprises control means (20, 22) intended for activating the actuating means of the compartments depending on the information received through a communication module; characterized in that each compartment further comprises: - a platform lifted with respect to the ground plane and with a slight slope for water discharging, the platform having: a longitudinal channel made on the floor of the platform for guiding and holding the bicycle; and an access ramp at the front side of the compartment to save the difference in height with respect to the ground plane for making access of the bicycle to the platform easier. - at least an outer protecting cover (40; 5, 8) which covers the rear side and at least partially the upper side of the compartment; - a front door (6, 7; 41) opening vertically for accessing the compartment; - actuating means configured for activating the opening or closing operations of the front door (6, 7; 41); - a platform lifted with respect to the ground plane and with a slight slope for water discharging, the platform having: a longitudinal channel made on the floor of the platform for guiding and holding the bicycle; and an access ramp at the front side of the compartment to save the difference in height with respect to the ground plane for making access of the bicycle to the platform easier. a longitudinal channel made on the floor of the platform for guiding and holding the bicycle; and an access ramp at the front side of the compartment to save the difference in height with respect to the ground plane for making access of the bicycle to the platform easier.
An eraser comprising: an eraser part made from a relatively resilient material having eraser properties, and where the eraser further comprises a connector part made from a relatively firm material, and wherein the connector part has a first connection surface provided with one or more first coupling parts configured for interconnection with another element, and where said connector part is embedded in a cavity forming a channel extending completely through the eraser part, and in such a way that said first connection surface faces away from said cavity, characterized in, that the connector part has a second connection surface provided with one or more second coupling parts configured for interconnection with another element, and where each of the first and the second coupling parts are configured for interconnection with coupling parts being identical to the other of the first or the second coupling parts respectively.
A method, comprising: embedding, by a first node (110, 1030a) among a plurality of nodes in a peer-to-peer blockchain network (120a-120n, 125) and into an unconfirmed transaction being propagated across said network for eventual inclusion in a block, a cryptographic signature and a network address that combines with other cryptographic signatures and network addresses that have been previously embedded in the unconfirmed transaction by one or more other nodes of the plurality of nodes in the blockchain network (120a-120n, 125) to create a chain of signatures that constitutes an independently-verifiable and unforgeable record of a routing path that the unconfirmed transaction takes as it propagates across the peer-to-peer blockchain network (120a-120n, 125), characterized by: validating, with a second node (110, 1030b) among the plurality of nodes, the chain of signatures embedded in the transactions included in a block of a blockchain to confirm that the block itself is valid in accordance with a set of consensus rules of the blockchain.
A display device, comprising: a casing comprising a bottom plate and a plurality of lateral plates, and the plurality of lateral plates being respectively connected to sides of the bottom plate so as to form an accommodating space therewithin; and a display panel disposed in the accommodating space; at least one adhesive member attached to the bottom plate, and the display panel being attached to the adhesive member; and a flexible frame comprising three side bars (410, 420, 430) connected end to end and respectively disposed on three adjacent sides of the display panel, each of the side bars (410, 420, 430) comprising a support part, a side part and a cover part, wherein the side part is located between and connected to the support part and the cover part, and a portion of the display panel is sandwiched between the support part and the cover part. a casing comprising a bottom plate and a plurality of lateral plates, and the plurality of lateral plates being respectively connected to sides of the bottom plate so as to form an accommodating space therewithin; and a display panel disposed in the accommodating space; at least one adhesive member attached to the bottom plate, and the display panel being attached to the adhesive member; and a flexible frame comprising three side bars (410, 420, 430) connected end to end and respectively disposed on three adjacent sides of the display panel, each of the side bars (410, 420, 430) comprising a support part, a side part and a cover part, wherein the side part is located between and connected to the support part and the cover part, and a portion of the display panel is sandwiched between the support part and the cover part.
Prosthetic hand comprising, a wrist joint, at least one finger, a first radar module attached to the prosthetic hand at the wrist joint, the first radar module being configured to receive a first radar signal reflected by a target object and generate a first property signal based on the received first radar signal, a second radar module attached to the finger, the second radar module being configured to receive a second radar signal reflected by the target object and generate a second property signal based on the received second radar signal, a processing unit configured to receive the first and second property signals and determine at least one property of the target object based on the first property signal and determine a material of the target object based on the second property signal. a wrist joint, at least one finger, a first radar module attached to the prosthetic hand at the wrist joint, the first radar module being configured to receive a first radar signal reflected by a target object and generate a first property signal based on the received first radar signal, a second radar module attached to the finger, the second radar module being configured to receive a second radar signal reflected by the target object and generate a second property signal based on the received second radar signal, a processing unit configured to receive the first and second property signals and determine at least one property of the target object based on the first property signal and determine a material of the target object based on the second property signal.
Method for monitoring a machine, wherein a step of transferring a first preliminary product from a first machine part to a second machine part and/or an operation of rolling on the first preliminary product is performed, characterized in that measured acceleration values of a component of the rubber-processing machine are determined, wherein the measured acceleration values or characteristic values derived on the basis of these are compared with at least one reference value, with a signal being output if a difference between the measured acceleration values or the derived characteristic values and the at least one reference value is exceeded. wherein a step of transferring a first preliminary product from a first machine part to a second machine part and/or an operation of rolling on the first preliminary product is performed, characterized in that measured acceleration values of a component of the rubber-processing machine are determined, wherein the measured acceleration values or characteristic values derived on the basis of these are compared with at least one reference value, with a signal being output if a difference between the measured acceleration values or the derived characteristic values and the at least one reference value is exceeded.