mhurhangee/patent-ind-claim-en huggingface dataset:
Stackable crate comprising: - a bottom wall ; - at least one lateral wall provided with such an inclination that the crate has a tapered shape with increasing dimensions going from the bottom wall upwards; said at least one lateral wall comprising an upper edge ; - a compartment defined by said at least one lateral wall and by said bottom wall ; - an upper opening that gives access to the compartment defined by the upper edge of said at least one lateral wall ; - at least one oscillating lateral wing ; - hinging means (M) between said oscillating lateral wing and one of said lateral walls ; said hinging means (M) being configured in such a way that said oscillating lateral wing can be in a first retracted position, wherein said oscillating lateral wing is closed and the crate can be inserted in the compartment of an identical lower crate and a second extracted position, wherein said oscillating lateral wing is open in order to rest on the upper edge of at least one lateral wall of the lower crate , in such a way to stack the crate on the lower crate , wherein said oscillating lateral wing comprises; - a tab comprising a free end suitable for being disposed on an upper edge of the lower crate when said oscillating lateral wing is in the second extracted position; said tab comprising a second end connected to said hinging means (M); characterised by - moving means connected to the tab ; said moving means being configured in such a way to slide in guide means provided on the lateral wall of the crate . - a bottom wall ; - at least one lateral wall provided with such an inclination that the crate has a tapered shape with increasing dimensions going from the bottom wall upwards; said at least one lateral wall comprising an upper edge ; - a compartment defined by said at least one lateral wall and by said bottom wall ; - an upper opening that gives access to the compartment defined by the upper edge of said at least one lateral wall ; - at least one oscillating lateral wing ; - hinging means (M) between said oscillating lateral wing and one of said lateral walls ; said hinging means (M) being configured in such a way that said oscillating lateral wing can be in a first retracted position, wherein said oscillating lateral wing is closed and the crate can be inserted in the compartment of an identical lower crate and a second extracted position, wherein said oscillating lateral wing is open in order to rest on the upper edge of at least one lateral wall of the lower crate , in such a way to stack the crate on the lower crate , wherein said oscillating lateral wing comprises; - a tab comprising a free end suitable for being disposed on an upper edge of the lower crate when said oscillating lateral wing is in the second extracted position; said tab comprising a second end connected to said hinging means (M); characterised by - moving means connected to the tab ; said moving means being configured in such a way to slide in guide means provided on the lateral wall of the crate .
A lactate sensor comprising an enzyme composition that comprises: a lactate responsive enzyme; and a stabilizing agent that stabilizes the lactate responsive enzyme in a manner sufficient to increase sensor sensitivity to lactate as compared to a lactate sensor that does not include a stabilizing agent; wherein the lactate responsive enzyme is lactate oxidase and the stabilizing agent is catalase. a lactate responsive enzyme; and a stabilizing agent that stabilizes the lactate responsive enzyme in a manner sufficient to increase sensor sensitivity to lactate as compared to a lactate sensor that does not include a stabilizing agent; wherein the lactate responsive enzyme is lactate oxidase and the stabilizing agent is catalase.
Assembly which forms a pulling device for drawing out a pipe to be replaced, the assembly comprising: - a bearing for bearing on a cavity in the ground, the bearing leg comprising a first element and a second element , the second element being slidably mounted relative to the first element using a mechanism for locking the position of the second element relative to the first element, the bearing leg further comprising a first and a second foot , the bearing leg further comprising a third element to be rotated in order to adjust the length of the bearing leg along a longitudinal axis (X1), - a maneuvering arm which is configured to bear on the bearing leg, - an attachment system which is connected to the maneuvering arm, the attachment system comprising a drawing-out member which is configured to interface the pipe to be replaced. - a bearing for bearing on a cavity in the ground, the bearing leg comprising a first element and a second element , the second element being slidably mounted relative to the first element using a mechanism for locking the position of the second element relative to the first element, the bearing leg further comprising a first and a second foot , the bearing leg further comprising a third element to be rotated in order to adjust the length of the bearing leg along a longitudinal axis (X1), - a maneuvering arm which is configured to bear on the bearing leg, - an attachment system which is connected to the maneuvering arm, the attachment system comprising a drawing-out member which is configured to interface the pipe to be replaced.
An electric kettle having two heating modes, a first or regular mode for heating water and a second or warmer mode for maintaining said water at a predefined temperature, said kettle including a main body and a base for transmitting electricity to a heating element located in the main body, said kettle comprising a circuit for controlling temperature of the water, the kettle further comprising a locking mechanism capable of connecting between the main body and the base so that when the locking mechanism is in its unlocked position, the main body of the kettle can be separated from the base, and when the locking mechanism is in its locked position, the main body of the kettle is attached to the base, the kettle being characterized in that in said locked position the main body and the base function as a single unit even when the kettle is lifted by a user; in that the kettle is provided with a main knob for manually initiating the regular mode, and with an additional, warmer electric knob connected to said circuit and intended for manually initiating the warmer mode, and in that the kettle is configured for use in accordance with religious guidelines and customs of the Jewish Saturday by enabling simultaneous use of the warmer mode and the locked position in a manner that: the locking mechanism and the warmer knob are interconnected by mutual control lines ensuring that a desired warmer regime with the locked kettle will be selected even if only the warmer knob or only the locking mechanism is manually activated by the user.
A target analysis tool comprising: a first chamber; a second chamber; and a third chamber, wherein the first chamber, the second chamber, and the third chamber are disposed continuously in this order, the first chamber contains, as a first reagent, an immobilized second binding substance obtained by immobilizing, on a carrier, a second binding substance that binds to a first binding substance that binds to a target, the second chamber contains, as a second reagent, a labeled first binding substance obtained by binding a labeling substance to the first binding substance, the third chamber is a detection section in which the labeled first binding substance is detected, a first partition wall is provided between the first chamber and the second chamber, a second partition wall is provided between the second chamber and the third chamber, the first chamber is configured so that a specimen holder having a specimen can be inserted from an outside of the first chamber to an inside of the first chamber, the first partition wall is a partition wall that is broken upon contact with a tip of the specimen holder inserted into the first chamber, and the second partition wall is a porous partition wall through which the immobilized second binding substance cannot pass and the labeled first binding substance not bound to the immobilized second binding substance can pass, wherein the first binding substance in the labeled first binding substance is an aptamer, and the second binding substance in the immobilized second binding substance is a nucleic acid molecule complementary to the aptamer. a first chamber; a second chamber; and a third chamber, wherein the first chamber, the second chamber, and the third chamber are disposed continuously in this order, the first chamber contains, as a first reagent, an immobilized second binding substance obtained by immobilizing, on a carrier, a second binding substance that binds to a first binding substance that binds to a target, the second chamber contains, as a second reagent, a labeled first binding substance obtained by binding a labeling substance to the first binding substance, the third chamber is a detection section in which the labeled first binding substance is detected, a first partition wall is provided between the first chamber and the second chamber, a second partition wall is provided between the second chamber and the third chamber, the first chamber is configured so that a specimen holder having a specimen can be inserted from an outside of the first chamber to an inside of the first chamber, the first partition wall is a partition wall that is broken upon contact with a tip of the specimen holder inserted into the first chamber, and the second partition wall is a porous partition wall through which the immobilized second binding substance cannot pass and the labeled first binding substance not bound to the immobilized second binding substance can pass, wherein the first binding substance in the labeled first binding substance is an aptamer, and the second binding substance in the immobilized second binding substance is a nucleic acid molecule complementary to the aptamer.
A household apparatus, in particular a coffee maker having a housing that comprises - a top part with a top surface and a down surface , - a side part with an inner surface and an outer surface , that is connected to the top part , - a gap that is formed along a connecting line of the top part and the side part , - a bottom part, - a drip tray that is placed in the bottom part of the housing , - a water tank - and a drainage channel - characterized in that the drainage channel comprises a water channel that is disposed on the inner surface of the side part along and under the gap , and in that the said water channel comprises at least one outlet that is communicated with the drip tray . - a top part with a top surface and a down surface , - a side part with an inner surface and an outer surface , that is connected to the top part , - a gap that is formed along a connecting line of the top part and the side part , - a bottom part, - a drip tray that is placed in the bottom part of the housing , - a water tank - and a drainage channel - characterized in that the drainage channel comprises a water channel that is disposed on the inner surface of the side part along and under the gap , and in that the said water channel comprises at least one outlet that is communicated with the drip tray .
A vehicle exterior part, comprising: a body ; a heater wire disposed in the body ; a socket formed integrally with the body and protruding from the body ; and a connector pin , part of the connector pin being embedded into the socket , wherein the heater wire extends into the socket and is joined to the connector pin , the socket is configured to accept a power supply plug , the vehicle exterior part is configured such that the heater wire is energized via the power supply plug and the connector pin , and the socket includes a thinned portion . a body ; a heater wire disposed in the body ; a socket formed integrally with the body and protruding from the body ; and a connector pin , part of the connector pin being embedded into the socket , wherein the heater wire extends into the socket and is joined to the connector pin , the socket is configured to accept a power supply plug , the vehicle exterior part is configured such that the heater wire is energized via the power supply plug and the connector pin , and the socket includes a thinned portion .
Expansion anchor which extends along a longitudinal axis (L) between a front end and a rear end , comprising - a core axially compressible in the direction of the longitudinal axis (L), wherein the core comprises a screw channel for inserting a screw , wherein the screw channel has an opening at the rear end of the expansion anchor , - an outer sleeve arranged around the core , the sleeve having buckling arms extending in particular in the longitudinal direction in a buckling region (K), which are separated from perforations in the sleeve extending in particular in the longitudinal direction - an abutment element for screwing in a screw at the front end of the expansion anchor , wherein by screwing a screw inserted into the screw channel into the abutment element , the abutment element is axially movable in the direction of the rear end of the expansion anchor , - wherein the core can be compressed by the movement of the abutment element in the direction of the rear end of the expansion anchor in such a way that the core is pressed at least selectively in the buckling region (K) at one or more points (V, S) radially with respect to the longitudinal axis (L) from the inside against the buckling arms , whereby a defined toggle lever-like buckling of the buckling arms is initiated. - a core axially compressible in the direction of the longitudinal axis (L), wherein the core comprises a screw channel for inserting a screw , wherein the screw channel has an opening at the rear end of the expansion anchor , - an outer sleeve arranged around the core , the sleeve having buckling arms extending in particular in the longitudinal direction in a buckling region (K), which are separated from perforations in the sleeve extending in particular in the longitudinal direction - an abutment element for screwing in a screw at the front end of the expansion anchor , wherein by screwing a screw inserted into the screw channel into the abutment element , the abutment element is axially movable in the direction of the rear end of the expansion anchor , - wherein the core can be compressed by the movement of the abutment element in the direction of the rear end of the expansion anchor in such a way that the core is pressed at least selectively in the buckling region (K) at one or more points (V, S) radially with respect to the longitudinal axis (L) from the inside against the buckling arms , whereby a defined toggle lever-like buckling of the buckling arms is initiated.
An image processing method comprising: obtaining a target image from a sequence of input images; performing motion estimation with regard to the target image so as to attain motion paths by conducting inter frame motion estimation and real motion estimation in regard to the target image so as to attain an inter frame motion trajectory and a real motion trajectory, the real motion trajectory being gained from real motion parameters reflecting the pose of a hand-held device in the world coordinate system, and the inter frame motion estimation comprising: taking an image from the sequence of input images as a reference image and evaluating the rotation angles of follow-on respective images in the sequence of input images relative to the reference image, wherein the target image is any one of the follow-on respective images; determining, based on the motion paths, whether there exists a fluctuation having an amplitude exceeding a predetermined threshold in the motion paths by judging whether there is a fluctuation having an amplitude exceeding the predetermined threshold in the inter frame motion trajectory and the real motion trajectory in the target image; and taking, if there exists a fluctuation having an amplitude exceeding the predetermined threshold in the inter frame motion trajectory and the real motion trajectory in the target image, the target image as a reference image, the reference image being used to carry out inter frame motion estimation with respect to respective images acquired. obtaining a target image from a sequence of input images; performing motion estimation with regard to the target image so as to attain motion paths by conducting inter frame motion estimation and real motion estimation in regard to the target image so as to attain an inter frame motion trajectory and a real motion trajectory, the real motion trajectory being gained from real motion parameters reflecting the pose of a hand-held device in the world coordinate system, and the inter frame motion estimation comprising: taking an image from the sequence of input images as a reference image and evaluating the rotation angles of follow-on respective images in the sequence of input images relative to the reference image, wherein the target image is any one of the follow-on respective images; determining, based on the motion paths, whether there exists a fluctuation having an amplitude exceeding a predetermined threshold in the motion paths by judging whether there is a fluctuation having an amplitude exceeding the predetermined threshold in the inter frame motion trajectory and the real motion trajectory in the target image; and taking, if there exists a fluctuation having an amplitude exceeding the predetermined threshold in the inter frame motion trajectory and the real motion trajectory in the target image, the target image as a reference image, the reference image being used to carry out inter frame motion estimation with respect to respective images acquired.
A sealing tool, comprising an anvil and a horn , characterized in that at least one of the anvil and the horn has a sealing surface comprising a gusset sealing section and a zipper sealing section , said gusset sealing section and said zipper sealing section being disposed along a length of said sealing surface , and wherein said gusset sealing section and said zipper sealing section are configured differently than each other; said gusset sealing section comprising a plurality of sealing beads including a gusset section barrier sealing bead having a first height and extending along the length of the sealing surface and a gusset section protective sealing bead having a second height and extending along the length of the sealing surface , the second height being smaller than the first height; and said zipper sealing section comprising a zipper section sealing bead extending along the length of the sealing surface , and a tapered section extending along the length of the sealing surface adjacent to the zipper section sealing bead , the tapered section tapering from a larger height adjacent to the zipper section sealing bead to a smaller height as a distance away from the zipper section sealing bead increases.
Method for producing a ball joint between a piston and a sliding block of a hydrostatic positive-displacement machine , in particular an axial piston machine, wherein the sliding block is fastened to the piston in an articulated manner by means of the ball joint , wherein the ball joint is composed of a ball and a calotte , and the ball is fastened in the calotte by way of a positively locking connection, in which method an edge region of the calotte is deformed in order to enclose the ball in a positively locking manner, characterized in that the positively locking connection of the ball in the calotte is generated by magnetic pulse forming, wherein, to generate the positively locking connection between piston and sliding block , the ball is introduced into the calotte , and the outer edge region of the calotte is subsequently radially inwardly deformed and formed, such that the ball is enclosed in a positively locking manner and is held in the calotte in an articulated manner.
A compound of formula: or a pharmaceutical composition comprising said compound for use in a method of treating retinitis pigmentosa resulting from a premature stop codon in a patient.
A gas feed method for a gas engine or dual-fuel engine in which combustion gas (G) is combusted with combustion air (L), wherein a gas valve for feeding combustion gas (G) into the combustion air (L) is arranged upstream of the gas engine or dual-fuel engine, wherein the gas engine or dual-fuel engine is acted upon by a variable charge air pressure, wherein the combustion gas (G) is fed in a non-regulated manner to the gas valve independently of the operating state of the gas engine or dual-fuel engine and in the process the gas metering takes place solely by precise control of the gas valve, namely during the operation of the gas motor or dual-fuel motor, the pressure upstream and downstream of the gas valve and the temperature of the fed combustion gas are measured, the engine operating point is determined and from that the opening duration and/or the freed opening cross-sectional area of the gas valve is/are controlled, wherein the gas valve is arranged directly upstream of the intake region of the gas engine or dual-fuel engine.
Method for flame retardant finishing of absorbent substrates, which comprises (i) applying to the substrate a reaction product A of an aminoplast precondensate with tris(hydroxymethyl)phosphine oxide, which reaction product comprises free or etherified N-hydroxymethyl groups; and (ii) cross-linking the reaction product A on the substrate. (i) applying to the substrate a reaction product A of an aminoplast precondensate with tris(hydroxymethyl)phosphine oxide, which reaction product comprises free or etherified N-hydroxymethyl groups; and (ii) cross-linking the reaction product A on the substrate.