mhurhangee/patent-ind-claim-en huggingface dataset:
A floor covering of an entry region of a passenger conveyor designed as an escalator or a moving walkway, which floor covering has a floor covering support , a first covering element and at least one adjoining covering element , it being possible to close the opening in an underfloor space in the passenger conveyor at least by means of the first and the adjoining covering element supported on the floor covering support such that it is flush with the surrounding flooring that can be walked on, at least one device which predetermines a single-possible, correct installation position (X 0 ) of the covering elements on the floor covering support is arranged at least in the region of the first covering element and the adjoining covering element , and, in the correct installation position (X 0 ), the first covering element and the adjoining covering element being arranged to be flush with the floor covering support and, in an incorrect installation position (X 1 ), at least part of the adjoining covering element is arranged in a visibly protruding manner on the floor covering support due to the device , characterized in that the device comprises a positioning element by means of which a correct position of the first covering element on the floor covering support and thus the correct installation position (X 0 ) of the first covering element can be predetermined, it being possible to bring the positioning element into an interlocking operative connection with the floor covering support and/or with the first covering element by moving the first covering element on the floor covering support .
An oven comprising a first oven installed at a lower portion of the oven, a second oven disposed at an upper portion of the oven; a supporter installed between the first oven and the second oven to fix the first oven and the second oven , the supporter comprising: a first installation member that contacts an upper portion of a side surface and an upper surface of a first housing of the first oven and is fixed to the first housing ; and a second installation member that contacts a lower portion of a side surface and a lower surface of a second housing of the second oven and is fixed to the second housing , a connection member that extends vertically so that the first installation member and the second installation member are spaced apart from each other in a vertical direction thereof and connects the first installation member and the second installation member ; characterized in that the second installation member comprises a guide member bent from an upper end of a side surface supporting member of the second installation member to extend upward in a direction away from the side surface of the second housing , wherein the side surface supporting member contacts the lower portion of the side surface of the second housing and supports a side surface of the second housing . a first installation member that contacts an upper portion of a side surface and an upper surface of a first housing of the first oven and is fixed to the first housing ; and a second installation member that contacts a lower portion of a side surface and a lower surface of a second housing of the second oven and is fixed to the second housing , a connection member that extends vertically so that the first installation member and the second installation member are spaced apart from each other in a vertical direction thereof and connects the first installation member and the second installation member ; characterized in that the second installation member comprises a guide member bent from an upper end of a side surface supporting member of the second installation member to extend upward in a direction away from the side surface of the second housing , wherein the side surface supporting member contacts the lower portion of the side surface of the second housing and supports a side surface of the second housing .
A base fabric for an airbag, which is a fabric formed of a polyamide fiber, wherein original-yarn strength utilization rates in a warp direction and a weft direction calculated based on the following two expressions are equal to or more than 85%. warp = T 1 N / t 1 cN / dtex / 100 × F 1 dtex × D 1 threads/inch / 2.54 × 5 cm × 100 % weft = T 2 N / t 2 cN / dtex / 100 × F 2 dtex × D 2 threads/inch / 2.54 × 5 cm × 100 % T1: warp-direction tensile strength (N) T2: weft-direction tensile strength (N) t1: tenacity per 1 dtex of a yarn used for the warp (cN/dtex) t2: tenacity per 1 dtex of a yarn used for the weft (cN/dtex) F1: warp total fineness (dtex) F2: weft total fineness (dtex) D1: warp-direction weaving density (threads/inch) D2: weft-direction weaving density (threads/inch), wherein 1 inch equals 2.54 cm, characterized in that a CV value of a weaving density in the warp direction and the weft direction for every 20 cm in the base fabric weft direction and determined according to the description is equal or less than 0.5 %. T1: warp-direction tensile strength (N) T2: weft-direction tensile strength (N) t1: tenacity per 1 dtex of a yarn used for the warp (cN/dtex) t2: tenacity per 1 dtex of a yarn used for the weft (cN/dtex) F1: warp total fineness (dtex) F2: weft total fineness (dtex) D1: warp-direction weaving density (threads/inch) D2: weft-direction weaving density (threads/inch), wherein 1 inch equals 2.54 cm, characterized in that a CV value of a weaving density in the warp direction and the weft direction for every 20 cm in the base fabric weft direction and determined according to the description is equal or less than 0.5 %.
A pump assembly comprising - a pump unit comprising an impeller for pumping fluid, - an electric motor for driving the impeller, - a control module for controlling the speed of the electric motor in a control mode, and - an interface for receiving a pulse width modulated (PWM) control signal with a duty cycle (DC) indicative of the speed of the electric motor, wherein the control module is configured to interpret the PWM control signal at start-up of the electric motor per default in a configuration mode as a configuration bit sequence based on the duty cycle (DC) of the PWM control signal during a pre-determined configuration window. - a pump unit comprising an impeller for pumping fluid, - an electric motor for driving the impeller, - a control module for controlling the speed of the electric motor in a control mode, and - an interface for receiving a pulse width modulated (PWM) control signal with a duty cycle (DC) indicative of the speed of the electric motor,
A sealing device provided with a floating ring between an outer periphery of a rotating shaft and an inner periphery of a casing , wherein an inner diameter of the floating ring is set to be larger than an outer diameter of the rotating shaft , and wherein the floating ring is able to move in a radial direction, wherein a turn-stopping means is provided at a single point in a circumferential direction of the floating ring, wherein a plurality of barrier fluid supply holes are provided in the circumferential direction for supplying a barrier fluid toward an inner peripheral surface of the floating ring , and wherein an inner periphery groove is provided to the inner peripheral surface of the floating ring so as to connect the plurality of barrier fluid supply holes , characterised in that a plurality of inversely directed dynamic pressure generation grooves are provided in the circumferential direction to an inner peripheral surface of the floating ring for creating actions whereby a sealed fluid attempting to leak out to a low-pressure side is pushed back upstream and also whereby the center of the floating ring and the center of the rotating shaft are matched together, wherein the plurality of grooves are in parallel with each other, and the dynamic pressure generation grooves are connected to the inner periphery groove .
Method for obtaining a sourdough product comprising the steps of: - mixing cereal or cereal fractions with water; - adding one or more strains of Clostridium saccharobutylicum; - fermenting the mixture with said one or more strains of Clostridium saccharobutylicum, at a temperature between 25.0°C and 50.0°C, preferably between 25.0°C and 40.0°C, more preferably between 25.0°C and 35.0°C, even more preferably between 28.0° and 35.0°C for a period between 8 hours and 1000 hours, preferably between 10 and 100 hours, more preferably between 16 and 72 hours thereby obtaining a liquid sourdough product. - mixing cereal or cereal fractions with water; - adding one or more strains of Clostridium saccharobutylicum; - fermenting the mixture with said one or more strains of Clostridium saccharobutylicum, at a temperature between 25.0°C and 50.0°C, preferably between 25.0°C and 40.0°C, more preferably between 25.0°C and 35.0°C, even more preferably between 28.0° and 35.0°C for a period between 8 hours and 1000 hours, preferably between 10 and 100 hours, more preferably between 16 and 72 hours thereby obtaining a liquid sourdough product.
A method of determining a bounce zone of a person or an object on a flexible mat of a trampoline, the method comprising: a sensor arrangement determining a mat deformation signal, the sensor arrangement comprising at least two pairs of sensors (60A and 60B, 60C and 60D) arranged around the periphery of the mat , each pair of sensors defining an axis that extends between the sensors and wherein the axes of the, or two of the at least two pairs of sensors, are orthogonal to one another in a Cartesian coordinate space and are parallel to a weave of the mat , the sensors being configured to measure a value corresponding to a deformation of the mat as the person or object moves on the mat, wherein, when the person or object is on the mat, the value measured by one of the pairs of sensors corresponds to a proximity of the person or object to one of the sensors ; determining a bounce coordinate in the coordinate space based at least partly on the mat deformation signal; and mapping the bounce coordinate in the coordinate space to a bounce zone on the flexible mat , the bounce zone being associated to a plurality of bounce coordinates. a sensor arrangement determining a mat deformation signal, the sensor arrangement comprising at least two pairs of sensors (60A and 60B, 60C and 60D) arranged around the periphery of the mat , each pair of sensors defining an axis that extends between the sensors and wherein the axes of the, or two of the at least two pairs of sensors, are orthogonal to one another in a Cartesian coordinate space and are parallel to a weave of the mat , the sensors being configured to measure a value corresponding to a deformation of the mat as the person or object moves on the mat, wherein, when the person or object is on the mat, the value measured by one of the pairs of sensors corresponds to a proximity of the person or object to one of the sensors ; determining a bounce coordinate in the coordinate space based at least partly on the mat deformation signal; and mapping the bounce coordinate in the coordinate space to a bounce zone on the flexible mat , the bounce zone being associated to a plurality of bounce coordinates.
A surface-mount device comprising: a dielectric body ; and an optical component integrated onto the dielectric body ; characterized by a solderable metal or metal alloy support configured to be reversibly or releasably connected to the dielectric body into a snap-fit assembly, the metal or metal alloy support including a generally rectangular frame having longitudinal members , transverse solder pad members , and upstanding clip with inwardly turned lips that engage ledges at upper ends of side walls of the dielectric body . a dielectric body ; and an optical component integrated onto the dielectric body ; characterized by a solderable metal or metal alloy support configured to be reversibly or releasably connected to the dielectric body into a snap-fit assembly, the metal or metal alloy support including a generally rectangular frame having longitudinal members , transverse solder pad members , and upstanding clip with inwardly turned lips that engage ledges at upper ends of side walls of the dielectric body .
An acousto-optic modulator , in particular for a device for the treatment of a medium , preferably air , the acousto-optic modulator comprising: - A piezoelectric transducer with a first electrode , a second electrode , and a dielectric material disposed between and in contact with said electrodes ; and - An acousto-optic element comprising at least two further dielectric materials with mutually different refractive indices; wherein said piezoelectric transducer and said acousto-optic element are laminated together, characterized in that at least one of said further dielectric materials of said acousto-optic element is a dielectric textile having a doubly-periodic structure. - A piezoelectric transducer with a first electrode , a second electrode , and a dielectric material disposed between and in contact with said electrodes ; and - An acousto-optic element comprising at least two further dielectric materials with mutually different refractive indices;
A powerless back-flow prevention apparatus comprising: a body having a water inlet at a front thereof, a water outlet at a rear thereof, and a length-wise water channel there between; a door pivotally coupled to the body at the rear thereof to open or close the outlet , wherein the door comprises: a number of floating members each floating member being configured to generate a floating force using a back-flow of water toward the outlet ; and a guide disposed on the floating members to pivot upwards via the floating force to close the outlet , and to pivot downwards via a gravity in an absence of the water back-flow to open the outlet , and, then to guide the water from the outlet , wherein the guide comprises: a guide plate disposed on the floating members to guide the water from the outlet ; and side blocking portions extending upwards from the guide plate at both side ends thereof respectively to guide the water from the outlet , wherein the apparatus further comprises a contaminant storage to collect therein external contaminants, and wherein the contaminant storage comprises a number of partition walls dividing the contaminant storage into a number of contaminant sub-storages and adapted to support the door , characterised in that the floating members are arranged spacedly with each other, wherein the partition walls and the floating members are arranged alternately. a body having a water inlet at a front thereof, a water outlet at a rear thereof, and a length-wise water channel there between; a door pivotally coupled to the body at the rear thereof to open or close the outlet , wherein the door comprises: a number of floating members each floating member being configured to generate a floating force using a back-flow of water toward the outlet ; and a guide disposed on the floating members to pivot upwards via the floating force to close the outlet , and to pivot downwards via a gravity in an absence of the water back-flow to open the outlet , and, then to guide the water from the outlet , a number of floating members each floating member being configured to generate a floating force using a back-flow of water toward the outlet ; and a guide disposed on the floating members to pivot upwards via the floating force to close the outlet , and to pivot downwards via a gravity in an absence of the water back-flow to open the outlet , and, then to guide the water from the outlet , a guide plate disposed on the floating members to guide the water from the outlet ; and side blocking portions extending upwards from the guide plate at both side ends thereof respectively to guide the water from the outlet , wherein the apparatus further comprises a contaminant storage to collect therein external contaminants, and wherein the contaminant storage comprises a number of partition walls dividing the contaminant storage into a number of contaminant sub-storages and adapted to support the door , characterised in that the floating members are arranged spacedly with each other, wherein the partition walls and the floating members are arranged alternately.
Vacuum-cleaner-hose adaptor for connection to a vacuum-cleaner hose of a wet and dry vacuum cleaner , wherein the vacuum-cleaner hose has an inner lumen which extends in a longitudinal direction (L), characterized in that , within the vacuum-cleaner-hose adaptor , there is formed a flow-guiding geometry , by means of which a suction flow (S) occurring during the operation of the wet and dry vacuum cleaner can be influenced, wherein the flow-guiding geometry comprises a central guiding body which, for its part, has a flow channel .
A honeycomb sandwich sheet or panel, based on thermoplastic polypropylene, comprising a structure consisting of two flat outer films, at the top and bottom, welded to at least two inner or central thermoformed blister films, repeated in a regular and continuous pattern, wherein said at least two inner thermoformed films are welded to each other, said sheet or panel being characterised in that the flat outer and inner thermoformed films are composed of three coextruded layers.
An electronic device , comprising a first part and a second part rotatably connected to the first part through a metal rotating shaft , wherein the first part comprises a display screen and a metal housing ; the electronic device further comprises at least one first antenna, each of the at least one first antenna comprises a radiating unit for radiating a signal, and the radiating unit comprises a slot arranged in the metal housing and a part of the metal rotating shaft coupled to the slot ; characterized in that the slot is an L-shaped slot, and a horizontal portion and a vertical portion of the L-shaped slot are respectively arranged along two adjacent side walls of the metal housing . the electronic device further comprises at least one first antenna, each of the at least one first antenna comprises a radiating unit for radiating a signal, and the radiating unit comprises a slot arranged in the metal housing and a part of the metal rotating shaft coupled to the slot ; characterized in that the slot is an L-shaped slot, and a horizontal portion and a vertical portion of the L-shaped slot are respectively arranged along two adjacent side walls of the metal housing .
Switch mode power supply unit having a plurality of output channels and a web interface for connection to a communications network , characterised in that the switch mode power supply unit comprises a real-time Ethernet controller which is designed for data transmission by means of an Isochronous Real-Time or IRT functionality and is connected to a controller of the switch mode power supply unit and which is equipped as a web server, such that via the web interface a plurality of operating parameters of the switch mode power supply unit can be set in real time and/or transmitted in real time and displayed in a view of a web browser, wherein an output voltage and a current limit can be set and/or displayed as operating perameters for each output channel , that an operating status can be transmitted and displayed in real time for each output channel by means of the web server, and that each output channel can be activated again after an overload shutdown by means of the web server.
Fitting for a window , in particular a side-hung window, comprising a gear , a first locking device which can be actuated by means of the gear , and a second locking device which can be actuated by means of the gear , wherein the first locking device has at least one pin which can be brought into engagement with a pin receptacle and the second locking device has at least one spring latch which can be brought into engagement with a latch receptacle , further comprising a handle element , which, for actuation of the gear , is operatively connected to a gear rod of the gear and is movable into at least three grip positions (A, B, C), wherein, in the grip position (A), both locking devices are activated, in the handle position (B) only the second locking device is activated, and in the handle position (C) both locking devices are deactivated, and wherein the gear comprises at least one return spring for automatically returning the handle element from the handle position (C) into the handle position (B), characterized in that the return spring is directly or indirectly operatively connected to the gear rod , so that the return force of the return spring can be transmitted to the handle element via the gear rod .
An in-vehicle relay device for relaying communication between a plurality of control devices in a vehicle over a plurality of networks to which the plurality of control devices are connected, wherein the plurality of networks includes a first and a second control network, wherein the largest data size of a control command transmittable in one frame in the first control network is larger than the largest data size of a control command transmittable in one frame in the second control network, the in-vehicle relay device comprising: a communication unit that receives control data from the first control network included in the plurality of networks, the control data including, in one frame, a plurality of control commands to be executed by at least some of the control devices; and a determination unit that makes a first determination as to whether types of the control commands included in said frame form a first combination preset as a combination of control commands executable simultaneously and thereafter makes a second determination as to whether the control data is anomalous by using a result of the first determination, and outputs a result of the second determination. a communication unit that receives control data from the first control network included in the plurality of networks, the control data including, in one frame, a plurality of control commands to be executed by at least some of the control devices; and a determination unit that makes a first determination as to whether types of the control commands included in said frame form a first combination preset as a combination of control commands executable simultaneously and thereafter makes a second determination as to whether the control data is anomalous by using a result of the first determination, and outputs a result of the second determination.