mhurhangee/patent-ind-claim-en huggingface dataset:
A filter aid composition comprising: a first silica-based filter aid having a first particle size distribution; and a second silica-based filter aid having a second particle size distribution, wherein the filter aid composition has a multimodal particle size distribution such that the first particle size distribution has a d 50 greater than the second particle size distribution; characterized in that: the first silica-based filter aid is acid-treated; the second silica-based filter aid is acid-treated; the first acid-treated silica-based filter aid has a d 50 in a range from 10 μm to 50 μm measured according to the method in the description; and the second acid-treated silica-based filter aid has a d 50 in a range from 0.5 μm to 15 μm measured according to the method in the description. a first silica-based filter aid having a first particle size distribution; and a second silica-based filter aid having a second particle size distribution, wherein the filter aid composition has a multimodal particle size distribution such that the first particle size distribution has a d 50 greater than the second particle size distribution; characterized in that: the first silica-based filter aid is acid-treated; the second silica-based filter aid is acid-treated; the first acid-treated silica-based filter aid has a d 50 in a range from 10 μm to 50 μm measured according to the method in the description; and the second acid-treated silica-based filter aid has a d 50 in a range from 0.5 μm to 15 μm measured according to the method in the description. the first silica-based filter aid is acid-treated; the second silica-based filter aid is acid-treated; the first acid-treated silica-based filter aid has a d 50 in a range from 10 μm to 50 μm measured according to the method in the description; and the second acid-treated silica-based filter aid has a d 50 in a range from 0.5 μm to 15 μm measured according to the method in the description.
A water dispersible and/or biodegradable device comprising a coated water dispersible and/or biodegradable matrix material, the matrix material comprising a binding agent, a nonwoven web material, and a hydrophobic nanoparticle coating comprising hydrophobic nanoparticles, wherein the binding agent comprises a soluble carbohydrate, a gelatin, silk, soy, or a soluble polymer, wherein the matrix material is rigid; wherein the matrix material is formable and can be manipulated to form a three-dimensional shape when wetted and this shape is resistant to deformation when dried, and wherein the matrix material is arranged in a 3-dimensional shape; characterised in that the hydrophobic nanoparticles penetrate at least a portion of the matrix material to provide a membrane backing for the matrix material. the matrix material comprising a binding agent, a nonwoven web material, and a hydrophobic nanoparticle coating comprising hydrophobic nanoparticles, wherein the binding agent comprises a soluble carbohydrate, a gelatin, silk, soy, or a soluble polymer, wherein the matrix material is rigid; wherein the matrix material is formable and can be manipulated to form a three-dimensional shape when wetted and this shape is resistant to deformation when dried, and wherein the matrix material is arranged in a 3-dimensional shape; characterised in that the hydrophobic nanoparticles penetrate at least a portion of the matrix material to provide a membrane backing for the matrix material.
Apparatus for compacting fibrous stalk material in the form of grass, hay, straw or similar biomass, the apparatus comprising at least one pair of press drums which, while rotating in opposite directions, converge to a feed hopper for the stalk material, into which hopper a conveyor track for the straw material to be supplied leads, comprising a drive arrangement for driving the press drums as well as further devices that supply the straw material to the press drums , comprising an apparatus for adding additives into the flow of straw material flowing towards the feed hopper , comprising an open-loop and closed-loop control device which is connected to at least one sensor for detecting process parameters of the compacting process and which is also configured to act on at least one actuator in order to change at least one process parameter, the at least one sensor (S1, S2, S3) for detecting at least one process parameter of the compacting process being designed to detect the forces or torques prevailing on the press drums during the compacting process, and it being possible for the forces or torques prevailing on the press drums during the compacting process to be used as a controlled variable for changing the conveying parameters of the apparatus for adding additives and/or to be used as a controlled variable for changing the conveying rate of the flow of stalk material flowing towards the feed hopper , characterised in that the open-loop and closed-loop control device has a data processing device for calculating a specific energy consumption which is derived from the ratio of the detected amount of the straw material supplied to the feed hopper of the press drums and the drive power of the press drums that can be calculated from the detected torques, and a desired specific energy consumption, which corresponds to a predetermined strength of the pellets to be produced, can be entered as a setpoint into the data processing device of the open-loop and closed-loop control device .
A method performed in a wireless communication system , the method comprising: ranking a first cell and a second cell of the wireless communication system according to one or more defined cell-ranking criteria; and evaluating that the second cell has met a reselection criterion for a wireless device , provided that the second cell is ranked better than the first cell by at least a margin, characterized in that the value of the margin depends on a coverage level of the wireless device with respect to the first cell and a coverage level of the wireless device with respect to the second cell . ranking a first cell and a second cell of the wireless communication system according to one or more defined cell-ranking criteria; and evaluating that the second cell has met a reselection criterion for a wireless device , provided that the second cell is ranked better than the first cell by at least a margin, characterized in that the value of the margin depends on a coverage level of the wireless device with respect to the first cell and a coverage level of the wireless device with respect to the second cell .
Condition monitoring system for bearing units for vehicles, the system comprising at least one condition monitoring unit having a wireless sensor configured for measuring at least one operating parameter of one bearing unit of a vehicle and a control unit configured for receiving and processing signals obtained from the condition monitoring unit , further comprising a GPS receiver configured for detecting a geographic position of the vehicle, wherein the condition monitoring unit is configured to be activated and/or deactivated depending on the detected geographic position, characterized in that the control unit is equipped with a memory configured for storing route data of the vehicle, the route data including a plurality of possible route sections along which the vehicle can travel, wherein the control unit is configured to evaluate at least one characteristic of the route sections of the route data and to activate the condition monitoring unit when the vehicle is travelling in a route section with characteristics meeting at least one predetermined criterion and to deactivate the condition monitoring unit in route sections not meeting the at least one predetermined criterion.
Electrically controllable optical element with a cell (D) filled with an initial mixture (K) and having two substrates and a conductive layer applied to the inner surface of the respective substrate , the starting mixture (K) has a mixture of dipolar, rod-shaped molecules and semi-mesogens as active components and that the Kerr mixture (K) has a thin layer with a wide-meshed, anisotropic network produced by photo polymerization between a structured and/or flat conductive layer applied to a substrate in a thin-layer cell (D) in such a way that, in accordance with the electro-optical Kerr effect, the state of the active composites of semi-mesogens and dipolar, rod-shaped molecules of the Kerr mixture (K) is isotropic without an electric field in the working temperature range and a change in the voltage-induced phase deviation or refractive index deviation in the optical element is produced by electrically continuously adjusting the voltage U or by applying a constant voltage, characterized in that in addition to the conductive layer an optically effective surface profile (O) on the inner surface of a substrate (1a or 1b) or in the substrate (1a or 1b) or both substrates (1a and 1b) is incorporated.
Actuator with a housing , a rotatable drive member and an axially movable control element that is arranged coaxially with the drive member , wherein the drive member is sleeve-like, that at least one groove , which rises at least in certain regions, is arranged in the drive member , that the groove penetrates the wall of the drive member , and that the control element has at least one radial pin-like projection that projects through the groove and engages with its free end in an axial groove that is arranged directly or indirectly in the housing , and wherein the pitch of the groove varies over its length, characterized in that the axial groove is arranged in a sleeve that surrounds the drive member , and in that the pitch of the groove is zero or negative in at least one end section of the groove .
A method for digital subscriber line initialization, comprising: receiving, by a subscriber side transceiver on a showtime line , a first notification message sent by a vectoring control entity, VCE, wherein the first notification message comprises first indication information, the first indication information indicates at least one first index, and the at least one first index is used to indicate that an element of the at least one first index in a joining uplink pilot sequence of a subscriber side transceiver on a joining line is 1 or -1; converting (S103) a first uplink pilot sequence of the subscriber side transceiver on the showtime line into a second uplink pilot sequence according to the first notification message, wherein an element of the at least one first index in the second uplink pilot sequence is zero; and sending (S105) the second uplink pilot sequence to a central office transceiver on the showtime line, wherein the converting a first uplink pilot sequence of the subscriber side transceiver on the showtime line into a second uplink pilot sequence according to the first notification message comprises: modifying a non-zero element of the at least one first index in the first uplink pilot sequence to zero according to the first indication information. receiving, by a subscriber side transceiver on a showtime line , a first notification message sent by a vectoring control entity, VCE, wherein the first notification message comprises first indication information, the first indication information indicates at least one first index, and the at least one first index is used to indicate that an element of the at least one first index in a joining uplink pilot sequence of a subscriber side transceiver on a joining line is 1 or -1; converting (S103) a first uplink pilot sequence of the subscriber side transceiver on the showtime line into a second uplink pilot sequence according to the first notification message, wherein an element of the at least one first index in the second uplink pilot sequence is zero; and sending (S105) the second uplink pilot sequence to a central office transceiver on the showtime line, wherein the converting a first uplink pilot sequence of the subscriber side transceiver on the showtime line into a second uplink pilot sequence according to the first notification message comprises: modifying a non-zero element of the at least one first index in the first uplink pilot sequence to zero according to the first indication information.
A picture processing method performed by a terminal characterized by comprising: recognizing a face in a picture of a user using a machine face recognition method; determining a personal identity data corresponding to the thus recognized face, the personal identity data comprising at least one of an identification of a person corresponding to the face and a relationship between the person corresponding to the face and the user; acquiring photograph information of the picture, the photograph information comprising at least one of a photograph time and a photograph location of the picture; generating description data of the picture according to the personal identity data, the photographing information and weather information for a day on which the picture is taken; grouping pictures of the user, wherein grouping pictures of the user comprises grouping the pictures according to at least one of the following factors: photograph times of the pictures, photograph locations of the pictures and faces in the pictures; and generating description data of each group of pictures according to description data of each picture in the group of pictures; wherein determining the personal identity data corresponding to the recognized face comprises: determining the personal identity data corresponding to the recognized face in the picture by virtue of head portraits of contacts in a contact list of the terminal. recognizing a face in a picture of a user using a machine face recognition method; determining a personal identity data corresponding to the thus recognized face, the personal identity data comprising at least one of an identification of a person corresponding to the face and a relationship between the person corresponding to the face and the user; acquiring photograph information of the picture, the photograph information comprising at least one of a photograph time and a photograph location of the picture; generating description data of the picture according to the personal identity data, the photographing information and weather information for a day on which the picture is taken; grouping pictures of the user, wherein grouping pictures of the user comprises grouping the pictures according to at least one of the following factors: photograph times of the pictures, photograph locations of the pictures and faces in the pictures; and generating description data of each group of pictures according to description data of each picture in the group of pictures; wherein determining the personal identity data corresponding to the recognized face comprises: determining the personal identity data corresponding to the recognized face in the picture by virtue of head portraits of contacts in a contact list of the terminal.
A method for secure message transfer between a plurality of participants , comprising: receiving message information from a first device managed by a first participant of the plurality of participants ; creating a message based on the received message information ; generating a hash of the message and generating transaction information related to the message ; providing the transaction information related to the message and the hash of the message to one or more blocks in a blockchain ; making the message available to a second device managed by a second participant of the plurality of participants using a message access interface that provides access to the message by the second device ; notifying the second participant that the message is available for access and requesting authentication information from the second participant to enable access to the message using the second device ; providing access to the message on the second device upon receipt and validation of the authentication information from the second participant ; when the message is accessed by the second device , generating a hash of the accessed message and generating additional transaction information related to the accessed message ; and providing the hash of the accessed message and the additional transaction information to one or more blocks in the blockchain . receiving message information from a first device managed by a first participant of the plurality of participants ; creating a message based on the received message information ; generating a hash of the message and generating transaction information related to the message ; providing the transaction information related to the message and the hash of the message to one or more blocks in a blockchain ; making the message available to a second device managed by a second participant of the plurality of participants using a message access interface that provides access to the message by the second device ; notifying the second participant that the message is available for access and requesting authentication information from the second participant to enable access to the message using the second device ; providing access to the message on the second device upon receipt and validation of the authentication information from the second participant ; when the message is accessed by the second device , generating a hash of the accessed message and generating additional transaction information related to the accessed message ; and providing the hash of the accessed message and the additional transaction information to one or more blocks in the blockchain .
A control unit for controlling machine functions of a mining machine , in particular of an underground mining machine, tunneling machine or bolting rig, comprising: - a plurality of fluid control valves that are formed inside at least one valve monoblock , said monoblock comprising a plurality of fluid passages, characterized by - a flameproof housing having at least one fluid inlet and at least one fluid , wherein the fluid control valves respectively communicating with the said at least one inlet and outlet , wherein the at least one monoblock is mounted inside the flameproof housing and being fully encompassed in said housing, and wherein the control unit comprises at least one manifold , in fluid communication with the at least one fluid inlet and the at least one fluid outlet of the flameproof housing , said manifold being releasably mounted externally on the control unit, preferably on the flameproof housing . - a plurality of fluid control valves that are formed inside at least one valve monoblock , said monoblock comprising a plurality of fluid passages, characterized by - a flameproof housing having at least one fluid inlet and at least one fluid ,
A cargo pallet , comprising: a generally rectangular pallet base ; a platform connected to the pallet base and extending along one side of the pallet base, the platform comprising: a platform base disposed on the pallet base ; a support plate disposed generally parallel to the pallet base and spaced apart from the platform base ; a side plate disposed generally inclined to the pallet base , the side plate being connected at one end to the platform base and connected at an opposite end to the support plate ; an end wall extending from the support plate to the pallet base ; and side walls disposed on two opposite ends of the platform ; the platform and the pallet base at least partially defining a space for receiving cargo, characterized in that : the platform is connected to the pallet base via one or more brackets and one or more fasteners , each of the one or more brackets comprising a platform portion and a pallet base portion , and the one or more fasteners arranged to attach the platform portion to one of the side walls of the platform and attach the pallet base portion to an associated side of the pallet base . a generally rectangular pallet base ; a platform connected to the pallet base and extending along one side of the pallet base, the platform comprising: a platform base disposed on the pallet base ; a support plate disposed generally parallel to the pallet base and spaced apart from the platform base ; a side plate disposed generally inclined to the pallet base , the side plate being connected at one end to the platform base and connected at an opposite end to the support plate ; an end wall extending from the support plate to the pallet base ; and side walls disposed on two opposite ends of the platform ; the platform and the pallet base at least partially defining a space for receiving cargo, characterized in that : the platform is connected to the pallet base via one or more brackets and one or more fasteners , each of the one or more brackets comprising a platform portion and a pallet base portion , and the one or more fasteners arranged to attach the platform portion to one of the side walls of the platform and attach the pallet base portion to an associated side of the pallet base . a platform base disposed on the pallet base ; a support plate disposed generally parallel to the pallet base and spaced apart from the platform base ; a side plate disposed generally inclined to the pallet base , the side plate being connected at one end to the platform base and connected at an opposite end to the support plate ; an end wall extending from the support plate to the pallet base ; and side walls disposed on two opposite ends of the platform ; the platform and the pallet base at least partially defining a space for receiving cargo, characterized in that : the platform is connected to the pallet base via one or more brackets and one or more fasteners , each of the one or more brackets comprising a platform portion and a pallet base portion , and the one or more fasteners arranged to attach the platform portion to one of the side walls of the platform and attach the pallet base portion to an associated side of the pallet base .