mhurhangee/patent-ind-claim-en huggingface dataset:
A spray arm for distributing wash liquid in a dishwasher, the spray arm extending in a longitudinal direction and comprising: - at least one nozzle for ejecting wash liquid from the spray arm, and - at least one spreading member adapted to spread wash liquid ejected from the nozzle arranged on the spray arm in a vicinity of the nozzle to force washing liquid to the dishes inside the dishwasher, wherein the spreading member comprises an angled surface extending over and above the nozzle , and wherein the angled surface is adapted to be hit by wash liquid ejecting from the nozzle , and wherein the spray arm further comprises a number of required dedicated driving nozzles, for creating a driving force on the spray arm and characterised in that the spreading member is arranged on the spray arm with an angle α ranging between 15-80 degrees in relation to the longitudinal direction of the spray arm and arranged so that it adds to the driving force of the spray arm, thereby reducing the numbers of required dedicated driving nozzles. - at least one nozzle for ejecting wash liquid from the spray arm, and - at least one spreading member adapted to spread wash liquid ejected from the nozzle arranged on the spray arm in a vicinity of the nozzle to force washing liquid to the dishes inside the dishwasher, wherein the spreading member comprises an angled surface extending over and above the nozzle , and wherein the angled surface is adapted to be hit by wash liquid ejecting from the nozzle , and wherein the spray arm further comprises a number of required dedicated driving nozzles, for creating a driving force on the spray arm and characterised in that the spreading member is arranged on the spray arm with an angle α ranging between 15-80 degrees in relation to the longitudinal direction of the spray arm and arranged so that it adds to the driving force of the spray arm, thereby reducing the numbers of required dedicated driving nozzles. wherein the spreading member comprises an angled surface extending over and above the nozzle , and wherein the angled surface is adapted to be hit by wash liquid ejecting from the nozzle , and wherein the spray arm further comprises a number of required dedicated driving nozzles, for creating a driving force on the spray arm and characterised in that the spreading member is arranged on the spray arm with an angle α ranging between 15-80 degrees in relation to the longitudinal direction of the spray arm and arranged so that it adds to the driving force of the spray arm, thereby reducing the numbers of required dedicated driving nozzles.
Method for producing knitted fabric with freely selectable weft-pattern repeat, in which weft yarns introduced by means of a weft-insertion system are fed to a working area of the knitting needles by means of a longitudinal weft-yarn conveyor driven in a partially intermittent and/or continuous manner with at least partially varying speed in a controlled manner and the weft yarns fed into the working area are each gripped by a weft-yarn-receiving portion of a weft-yarn-advancing plate and inserted into loops of the knitted fabric in the working area of the knitting needles , wherein the weft-yarn-receiving portion of the weft-yarn-advancing plate performs a movement substantially in the weft-yarn-conveying direction and a movement substantially transversely to the weft-yarn-conveying direction when a weft yarn is fed into the stitch-forming area, wherein the movement in the weft-yarn-conveying direction and the movement transversely to the weft-yarn-conveying direction are executed in an at least partially decoupled manner from one another, wherein the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate in the weft-yarn-conveying direction is executed in each stitch-forming cycle and the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate transversely to the weft-yarn-conveying direction is executed only in those stitch-forming cycles, in which a weft yarn is to be inserted into the stitches according to the pattern, the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate in the weft-yarn conveying direction being driven by a mechanical transmission, characterised in that the movement of the weft-yarn-receiving portion of the weft-yarn-advancing plate transversely to the weft-yarn-conveying direction is driven by an electric motor.
A support structure of an escalator or a moving walkway, wherein at least two attachment devices for personal protective equipment are arranged in a central region of the support structure and are welded, soldered or riveted to the support structure , which attachment devices are spaced apart from one another at most by a safety distance .
A UV and/or visible-light photocatalytic composite material, comprising i) crystalline titanium dioxide; and ii) a first composite material comprising a) graphene oxide; and b) a bismuth-oxy halide of the formula Bi-O-X, wherein X is chloro, bromo or iodo. i) crystalline titanium dioxide; and ii) a first composite material comprising a) graphene oxide; and b) a bismuth-oxy halide of the formula Bi-O-X, wherein X is chloro, bromo or iodo. a) graphene oxide; and b) a bismuth-oxy halide of the formula Bi-O-X, wherein X is chloro, bromo or iodo.
Vibration generator for introducing a driving material into a soil by means of directional vibration, having - at least one vibration unit which has at least a first pair of rotatably supported first imbalance elements which are rotationally driven at a first rotational speed by means of a first rotary drive , - wherein the vibration unit has at least a second pair of rotatably supported second imbalance elements which are driven by a second rotary drive , - wherein, for the purpose of generating a directional vibration, the first imbalance elements are designed differently from the second imbalance elements , - wherein the second pair of second imbalance elements is rotationally driven by the second rotary drive at a second rotational speed which is different from the first rotational speed, and - wherein a control unit is provided, with which the rotational speeds of the two rotary drives can be electrically and/or hydraulically changed and matched with respect to each other, characterized in that - the first pair of first imbalance elements is mechanically and drivingly decoupled from the second pair of second imbalance elements , and - in that , for the purpose of passing through critical frequency ranges, the control unit is designed to carry out changes in rotational speed between the pairs of imbalance elements . - at least one vibration unit which has at least a first pair of rotatably supported first imbalance elements which are rotationally driven at a first rotational speed by means of a first rotary drive , - wherein the vibration unit has at least a second pair of rotatably supported second imbalance elements which are driven by a second rotary drive , - wherein, for the purpose of generating a directional vibration, the first imbalance elements are designed differently from the second imbalance elements , - wherein the second pair of second imbalance elements is rotationally driven by the second rotary drive at a second rotational speed which is different from the first rotational speed, and - wherein a control unit is provided, with which the rotational speeds of the two rotary drives can be electrically and/or hydraulically changed and matched with respect to each other, characterized in that - the first pair of first imbalance elements is mechanically and drivingly decoupled from the second pair of second imbalance elements , and - in that , for the purpose of passing through critical frequency ranges, the control unit is designed to carry out changes in rotational speed between the pairs of imbalance elements .
An electronic cigarette , comprising: an atomizer ; a battery pack supplying power to the atomizer ; wherein a pluggable connecting means is provided between the atomizer and the battery pack and configured to be an elastic snap or a detachable clip means so that the atomizer and the battery pack are connected together pluggably, characterized in that the pluggable connecting means comprises a first connecting portion on one of the atomizer and the battery pack , and a second connecting portion on the other one of the atomizer and the battery pack ; the first connecting portion comprises a first electrode and a second electrode , the first electrode and the second electrode are distributed axially with respect to the first connecting portion , the second connecting portion comprises a sleeve , an insulated base disposed inside the sleeve , and a first elastic sheet and a second elastic sheet fixed between the insulated base and the sleeve , a plugging cavity is defined within the insulated base ; and when the first connecting portion is inserted into the plugging cavity , the first elastic sheet and the second elastic sheet abut against the second electrode and the first electrode respectively so that axial locking and electrical connection between the first connecting portion and the second connecting portion are achieved. an atomizer ; a battery pack supplying power to the atomizer ; wherein a pluggable connecting means is provided between the atomizer and the battery pack and configured to be an elastic snap or a detachable clip means so that the atomizer and the battery pack are connected together pluggably, characterized in that the pluggable connecting means comprises a first connecting portion on one of the atomizer and the battery pack , and a second connecting portion on the other one of the atomizer and the battery pack ; the first connecting portion comprises a first electrode and a second electrode , the first electrode and the second electrode are distributed axially with respect to the first connecting portion , the second connecting portion comprises a sleeve , an insulated base disposed inside the sleeve , and a first elastic sheet and a second elastic sheet fixed between the insulated base and the sleeve , a plugging cavity is defined within the insulated base ; and when the first connecting portion is inserted into the plugging cavity , the first elastic sheet and the second elastic sheet abut against the second electrode and the first electrode respectively so that axial locking and electrical connection between the first connecting portion and the second connecting portion are achieved.
Method for managing the power supply voltage (V_BUS) on an output power supply pin (VBUS) of a USB Type-C source device (DS) coupled to a USB Type-C receiver device (DR) via a USB Type-C cable (CBL), comprising a first measurement of a first voltage (V1) on a channel configuration pin (CC) of the cable (CBL) when the receiver device (DR) is not powered, a second measurement of a second voltage (V2) on the channel configuration pin (CC) when the receiver device (DR) is powered, a calculation of a difference (DIF) between the first and second voltages (V1 and V2), and a modification of said power supply voltage (V_BUS) based on said difference (DIF) .
Biological fluid test device , in particular saliva test device, the device comprising: - a sample collector in the form of a membrane, - a means for checking whether the quantity is sufficient, the collector being configured to cause a biological fluid to migrate to the checking means, - a means for testing for at least one target substance, - a means for displaying, on the device, a test result for at least one target substance, characterized in that the device comprises, or is associated with, at least one means (5; 5a, 5b, 6) for removing the collector and storing it for the purpose of further second-opinion analysis. - a sample collector in the form of a membrane, - a means for checking whether the quantity is sufficient, the collector being configured to cause a biological fluid to migrate to the checking means, - a means for testing for at least one target substance, - a means for displaying, on the device, a test result for at least one target substance, characterized in that the device comprises, or is associated with, at least one means (5; 5a, 5b, 6) for removing the collector and storing it for the purpose of further second-opinion analysis.
An air-bag for use in a vehicle, the air-bag comprising: a fabric layer comprising a plurality of interwoven warp and weft yarns; an additional layer which is at least partly superimposed on a part of the fabric layer ; and an intermediate layer which is at least partly positioned between the fabric layer and the additional layer , the intermediate layer comprising a mesh structure which is provided with a plurality of cells , wherein the cells are open ended chambers formed in the mesh structure of the intermediate layer which contain a matter having a lower thermal conductivity than the warp and weft yarns of the fabric layer , and wherein the fabric layer and the additional layer close the cells such that the matter within the cells provides a thermal barrier which protects the fabric layer from heat from gas from a gas generator . a fabric layer comprising a plurality of interwoven warp and weft yarns; an additional layer which is at least partly superimposed on a part of the fabric layer ; and an intermediate layer which is at least partly positioned between the fabric layer and the additional layer , the intermediate layer comprising a mesh structure which is provided with a plurality of cells , wherein the cells are open ended chambers formed in the mesh structure of the intermediate layer which contain a matter having a lower thermal conductivity than the warp and weft yarns of the fabric layer , and wherein the fabric layer and the additional layer close the cells such that the matter within the cells provides a thermal barrier which protects the fabric layer from heat from gas from a gas generator .
System for connecting a pipe connection piece to a pipe for conducting a pressurized medium, in particular a gaseous or liquid medium, comprising - the pipe connection piece having at least one connection area and at least one free end , - the pipe , and - a tool , - wherein the connecting area comprises, in a longitudinal axis , at least one axial stop and at least one recess , - wherein the pipe can be pushed from the free end onto the at least one connecting area of the pipe connection piece , - wherein the tool bears against the at least one axial stop on the pipe connecting piece and engages around the pipe and the at least one connecting area at least in some areas, - wherein the tool comprises at least one tooth arranged in the longitudinal axis corresponding to the recess , - wherein the shape of the at least one tooth corresponds to the shape of the recess , - wherein the at least one tooth , upon an actuation of the tool , shears at least one deformation in the longitudinal axis into the pipe and bends in a circumferential direction into the recess that engages into the at least one recess . - the pipe connection piece having at least one connection area and at least one free end , - the pipe , and - a tool , - wherein the connecting area comprises, in a longitudinal axis , at least one axial stop and at least one recess , - wherein the pipe can be pushed from the free end onto the at least one connecting area of the pipe connection piece , - wherein the tool bears against the at least one axial stop on the pipe connecting piece and engages around the pipe and the at least one connecting area at least in some areas, - wherein the tool comprises at least one tooth arranged in the longitudinal axis corresponding to the recess , - wherein the shape of the at least one tooth corresponds to the shape of the recess , - wherein the at least one tooth , upon an actuation of the tool , shears at least one deformation in the longitudinal axis into the pipe and bends in a circumferential direction into the recess that engages into the at least one recess .
An animal box device, such as a calf box, comprising a floor , opposite lateral walls , a bottom wall and a front gate , said walls and said gate extending upwardly from the floor, characterized in that the floor is pivotally mounted on at least one of the walls , so that it can be folded against this wall, inside the device, in that one side of the floor and the lower edge of the wall relative to which the floor is hinged have respective hole sections (11A, 11B, 11C; 15A, 15B) able to be disposed in the continuation of each other to form a common assembly channel, in that the device comprises means forming an assembly pin , able to be inserted into the assembly channel to assemble the floor and said wall, while allowing the pivoting of the floor relative to said wall, said means forming the pin comprising two pins respectively engaged in the assembly channel by the front and rear edges of the floor, in that the pins have a rod and a curved head , the head being housed in a recess (10'A) of the front or rear edge of the floor and its free end being inserted into a secondary hole of the floor, in that the bottom wall comprises a plate fixed across a frame and the front gate comprises a plate pivotally mounted in a frame , and in that the pins have their heads located facing the vertical uprights of the frames .
A method by a first base station in a first radio access technology, RAT, the method comprising: receiving a first message requesting an inter-RAT handover of a user equipment, UE, from a source cell associated with a second base station in a second RAT to a target cell associated with the first base station, the first message including coverage and quality condition information, a tracking area identity, TAI, an identity, ID, of the second base station corresponding to a global eNodeB, eNB, ID, and a cell ID of the source cell, the second RAT being an evolved terrestrial radio access network, E-UTRAN; instructing the UE to measure the second RAT while being connected to the first RAT, in case that the coverage and quality condition information is received; receiving, from the UE, a report of a measurement performed based on the instruction; identifying whether the inter-RAT handover is unnecessary based on the report of the measurement and the coverage and quality condition information; and transmitting , to the second base station, based on the TAI and the ID of the second base station, a second message indicating that the inter-RAT handover is unnecessary in case of identifying that the inter-RAT handover is unnecessary, the second message including the TAI and the ID of the second base station and the cell ID of the source cell, wherein the cell ID of the source cell includes an E-UTRAN cell global identifier, ECGI. receiving a first message requesting an inter-RAT handover of a user equipment, UE, from a source cell associated with a second base station in a second RAT to a target cell associated with the first base station, the first message including coverage and quality condition information, a tracking area identity, TAI, an identity, ID, of the second base station corresponding to a global eNodeB, eNB, ID, and a cell ID of the source cell, the second RAT being an evolved terrestrial radio access network, E-UTRAN; instructing the UE to measure the second RAT while being connected to the first RAT, in case that the coverage and quality condition information is received; receiving, from the UE, a report of a measurement performed based on the instruction; identifying whether the inter-RAT handover is unnecessary based on the report of the measurement and the coverage and quality condition information; and transmitting , to the second base station, based on the TAI and the ID of the second base station, a second message indicating that the inter-RAT handover is unnecessary in case of identifying that the inter-RAT handover is unnecessary, the second message including the TAI and the ID of the second base station and the cell ID of the source cell, wherein the cell ID of the source cell includes an E-UTRAN cell global identifier, ECGI.
An optical filter for anti-reflection comprising: a polarizer having an absorption axis formed in one direction; a first retardation film having reverse wavelength dispersion characteristics and quarter-wave phase retardation characteristics; a second retardation film satisfying Equation 1 below sequentially; and an optical compensation layer between the polarizer and the first retardation film , wherein the optical compensation layer comprises a third retardation film having an Nz value of 1.2 or less in Equation 8 below: nx = ny < nz Nz = nx − nz / nx − ny wherein, nx, ny, and nz are refractive indexes in the x-axis, y-axis and z-axis directions of the retardation film, the x-axis is a direction parallel to the in-plane slow axis of the retardation film, the y-axis is a direction parallel to the in-plane fast axis of the retardation film, and the z-axis is the thickness direction of the retardation film, characterized in that the in-plane slow axis of the third retardation film is parallel or orthogonal to the absorption axis of the polarizer . a polarizer having an absorption axis formed in one direction; a first retardation film having reverse wavelength dispersion characteristics and quarter-wave phase retardation characteristics; a second retardation film satisfying Equation 1 below sequentially; and an optical compensation layer between the polarizer and the first retardation film , wherein the optical compensation layer comprises a third retardation film having an Nz value of 1.2 or less in Equation 8 below: nx = ny < nz Nz = nx − nz / nx − ny wherein, nx, ny, and nz are refractive indexes in the x-axis, y-axis and z-axis directions of the retardation film, the x-axis is a direction parallel to the in-plane slow axis of the retardation film, the y-axis is a direction parallel to the in-plane fast axis of the retardation film, and the z-axis is the thickness direction of the retardation film, characterized in that the in-plane slow axis of the third retardation film is parallel or orthogonal to the absorption axis of the polarizer .
A quick fitting and protection mechanism for a wire harness in a slide rail, wherein the slide rail has an upper slide rail and a lower slide rail that are slidable relative to each other, the lower slide rail has a slideway for the upper slide rail to slide in, and the mechanism comprises: a drag chain for the wire harness to be threaded through; a drag chain towing support connected to the upper slide rail and slidable in the slideway of the lower slide rail with the upper slide rail , wherein the drag chain towing support has a drag chain port , a wire harness outlet , and a first channel affording communication between the drag chain port and the wire harness outlet , wherein one end of the drag chain is connected to the drag chain port ; and a wire harness guide support having a wire harness entry , a wire harness exit , and a second channel affording communication between the wire harness entry and the wire harness exit , characterized in that the wire harness entry is in rotatable communication with the wire harness exit , and a rail fixing portion is disposed at the wire harness exit , wherein the rail fixing portion is detachably connected to the upper slide rail . a drag chain for the wire harness to be threaded through; a drag chain towing support connected to the upper slide rail and slidable in the slideway of the lower slide rail with the upper slide rail , wherein the drag chain towing support has a drag chain port , a wire harness outlet , and a first channel affording communication between the drag chain port and the wire harness outlet , wherein one end of the drag chain is connected to the drag chain port ; and a wire harness guide support having a wire harness entry , a wire harness exit , and a second channel affording communication between the wire harness entry and the wire harness exit , characterized in that the wire harness entry is in rotatable communication with the wire harness exit , and a rail fixing portion is disposed at the wire harness exit , wherein the rail fixing portion is detachably connected to the upper slide rail .