mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing system having a neural network architecture for receiving a binary network input and, in dependence on the binary network input, propagating signals via a plurality of binary processing nodes, in accordance with respective binary weights, to form a network output, the data processing system being configured to train each node of the plurality of binary processing nodes by implementing an error correcting function that expresses an error correction code to identify a set of binary weights which minimize, for a given input to the respective node, any error between an output of the respective node when formed in accordance with current binary weights of the respective node and a preferred output from the respective node, and to update the binary weights of the respective node to be the identified binary weights.
Lighting module comprising - a cover having a central region and an edge region which adjoins the central region , - the cover being light-transmissive, - the edge region having a structuring on a light entrance side , and - the structuring being configured to reduce the angle between the direction of the incident light and a perpendicular (n) to a main extension plane of the central region for the light emitted by the edge region , - the lighting module comprising a plurality of light emitting diodes configured to emit light and a plurality of primary optical elements , - a primary optical element being arranged downstream of each light emitting diode , and - the cover being arranged on that side of the light emitting diodes which faces away from the primary optical elements , characterised in that the edge region is bent with respect to the central region in the direction of the light entrance side . - a cover having a central region and an edge region which adjoins the central region , - the cover being light-transmissive, - the edge region having a structuring on a light entrance side , and - the structuring being configured to reduce the angle between the direction of the incident light and a perpendicular (n) to a main extension plane of the central region for the light emitted by the edge region , - the lighting module comprising a plurality of light emitting diodes configured to emit light and a plurality of primary optical elements , - a primary optical element being arranged downstream of each light emitting diode , and - the cover being arranged on that side of the light emitting diodes which faces away from the primary optical elements , characterised in that the edge region is bent with respect to the central region in the direction of the light entrance side .
A method of storing at least one counter (Ci) into a flash memory , wherein each page (Pl) of the memory assigned to the storage of the counter(s) comprises: header data including a first word (MD11) intended to contain a number of the page, one word (Ci) per counter to store a first value thereof, and a second word (MD12) intended to contain an error control code calculated by taking into account first values; frames (Fj) all having a same number of words, each frame being intended to contain a value (CST) independent from the frame data, and at least one occurrence of an identifier (i) of a counter, each written frame representing an increment or decrement of the value of the concerned counter with respect to its first value; wherein, said header data are written before a first frame (Fj) is written into the page (Pl); the current value of a counter is calculated by updating the first value of this counter according to all the frames (Fj) in the page which comprise the identifier (i) of this counter; and the initialization of a new page goes along with a writing of the header data with, as a first value, the current values of the counters calculated based on the previous page. header data including a first word (MD11) intended to contain a number of the page, one word (Ci) per counter to store a first value thereof, and a second word (MD12) intended to contain an error control code calculated by taking into account first values; frames (Fj) all having a same number of words, each frame being intended to contain a value (CST) independent from the frame data, and at least one occurrence of an identifier (i) of a counter, each written frame representing an increment or decrement of the value of the concerned counter with respect to its first value; wherein, said header data are written before a first frame (Fj) is written into the page (Pl); the current value of a counter is calculated by updating the first value of this counter according to all the frames (Fj) in the page which comprise the identifier (i) of this counter; and the initialization of a new page goes along with a writing of the header data with, as a first value, the current values of the counters calculated based on the previous page.
Multifunction rotary tiller (100; 200; 300) for moving the earth and/or generating furrows comprising; - a main frame , - moving means connected to the main frame for supporting and moving the machine, - a tool unit to move the earth and/or generate furrows; the tool unit comprising a shaft revolvingly mounted in such manner to rotate around an axis (R), hubs disposed at the ends of the shaft and hooks to work the earth, - actuation means of the tool unit to drive said shaft of the tool unit into rotation, - a connection frame connected to the main frame in such manner to project frontally from the main frame, - a vertical rod supporting said tool unit , said vertical rod being revolvingly connected to said connection frame , in such manner that the vertical rod rotates around an axis of rotation (Y) that coincides with the longitudinal axis of the vertical rod , and - actuation means of the vertical rod connected to said vertical rod to let the vertical rod rotate around its axis of rotation (Y), in such manner to move the tool unit in different positions; characterized in that the hooks radially protrude from each hub , the shaft of said tool unit is an horizontal shaft, and the vertical rod supports said tool unit in such a way that a rotation of the vertical rod causes a rotation of the axis of rotation (R) of the tool unit around said axis of rotation (Y) of the vertical rod , in such manner to vary the width of the section of soil affected by the action of the tool unit. - a main frame , - moving means connected to the main frame for supporting and moving the machine, - a tool unit to move the earth and/or generate furrows; the tool unit comprising a shaft revolvingly mounted in such manner to rotate around an axis (R), hubs disposed at the ends of the shaft and hooks to work the earth, - actuation means of the tool unit to drive said shaft of the tool unit into rotation, - a connection frame connected to the main frame in such manner to project frontally from the main frame, - a vertical rod supporting said tool unit , said vertical rod being revolvingly connected to said connection frame , in such manner that the vertical rod rotates around an axis of rotation (Y) that coincides with the longitudinal axis of the vertical rod , and - actuation means of the vertical rod connected to said vertical rod to let the vertical rod rotate around its axis of rotation (Y), in such manner to move the tool unit in different positions;
Use of a cooling and release agent for reusable casting dies, in particular steel casting dies, wherein the cooling and release agent is made from a concentrate with an active substance dissolved in water, characterized in that the concentrate comprises a gelatin at a weight proportion of from 10% to 50%, which has a molecular weight of from 1,000 to 7,000 Dalton and a nitrogen content of from 16 to 19%.
An apparatus comprising: a first ceramic matrix composite component comprising a plurality of stacked plies of reinforcement material and having an exterior surface formed of a ceramic material and including a primary surface region and a plurality of secondary surface regions , each of the plurality of secondary surface regions being spaced apart from each other by a portion of the primary surface region and projecting from the primary surface region to define at least one determinant load path when another component is brought into contact with the secondary surface regions , wherein the primary surface region and the plurality of second surface regions are formed by an outermost ply of the plurality of stacked plies; and a second component positioned in contact with at least one of the secondary surface regions and spaced from the primary surface region to thereby define the at least one determinant load path between the ceramic matrix composite first component and the second component . a first ceramic matrix composite component comprising a plurality of stacked plies of reinforcement material and having an exterior surface formed of a ceramic material and including a primary surface region and a plurality of secondary surface regions , each of the plurality of secondary surface regions being spaced apart from each other by a portion of the primary surface region and projecting from the primary surface region to define at least one determinant load path when another component is brought into contact with the secondary surface regions , wherein the primary surface region and the plurality of second surface regions are formed by an outermost ply of the plurality of stacked plies; and a second component positioned in contact with at least one of the secondary surface regions and spaced from the primary surface region to thereby define the at least one determinant load path between the ceramic matrix composite first component and the second component .
Method for a passenger-allocation in a multi-deck elevator group, the decks of each elevator defining elevator cars, respectively, being stacked above each other and being mounted in a car frame to be moved synchronously in an elevator shaft, the method being performed by a control unit to dispatch the elevator cars for serving a passenger call, wherein a call can create a number of allocation proposals calculated by means of an optimization algorithm carried out by the control unit for dispatching an elevator to a passenger call, characterized in that said allocation proposals are then processed in a routing algorithm defining a serving deck to be taken for the allocation of a specific call, which routing algorithm is restarted either a) for any further incoming call b) or when a reallocation timeout has passed, wherein the routing algorithm decides the serving deck according to at least one of the following rules: minimizing number of stops, minimizing load difference between the decks, selecting the deck with smaller load, arbitrary choice of either leading or trailing deck. a) for any further incoming call b) or when a reallocation timeout has passed,
An alignment guide for correcting bone deformities in the ankle, comprising: a body with a first surface and a second surface , wherein the body further comprises: a medial protrusion extending away from a medial side of the body , wherein the medial protrusion comprises: a first portion extending away from the body in a posterior-medial direction; a second portion extending away from a distal end of the first portion , wherein the second portion extends in at least a lateral direction from the first portion ; and a third portion extending away from the second portion in at least a distal direction; and a lateral protrusion extending away from a lateral side of the body ; a base portion coupled to and extending away from the first surface of the body ; and a tower portion coupled to and extending away from a top surface of the body , wherein tower portion further comprises: at least one pin tower forming at least one through hole extending through at least the tower portion from an anterior surface to a posterior surface of the tower portion . a first portion extending away from the body in a posterior-medial direction; a second portion extending away from a distal end of the first portion , wherein the second portion extends in at least a lateral direction from the first portion ; and a third portion extending away from the second portion in at least a distal direction; and a lateral protrusion extending away from a lateral side of the body ; a base portion coupled to and extending away from the first surface of the body ; and a tower portion coupled to and extending away from a top surface of the body , wherein tower portion further comprises: at least one pin tower forming at least one through hole extending through at least the tower portion from an anterior surface to a posterior surface of the tower portion .
Method of manufacturing a turbomachine component , particularly a gas turbine burner, comprising the steps of: providing instructions to an additive manufacturing arrangement, the instructions defining the turbomachine component comprising a solid body with an elongated clearance and a channel located within the clearance of that body , such that the channel is free of struts between the channel and a section of the body which is surrounding the channel to provide, by the elongated clearance , a continuous thermal insulation gap between the channel and the section of the body ; generating by additive manufacturing, particularly by selective laser sintering or selective laser melting, in response of the provided instructions , the channel and the body synchronously layer by layer from a metallic powder , wherein successive layers are selectively fused to build the body and the channel , characterised in that the instructions for generating define the channel as a loose component, loose inside of the clearance and distant to the body , and the instructions for generating further define spacer elements , each spacer element physically attached at only one of the channel and the solid body and put the channel in position and distant to the body . providing instructions to an additive manufacturing arrangement, the instructions defining the turbomachine component comprising a solid body with an elongated clearance and a channel located within the clearance of that body , such that the channel is free of struts between the channel and a section of the body which is surrounding the channel to provide, by the elongated clearance , a continuous thermal insulation gap between the channel and the section of the body ; generating by additive manufacturing, particularly by selective laser sintering or selective laser melting, in response of the provided instructions , the channel and the body synchronously layer by layer from a metallic powder , wherein successive layers are selectively fused to build the body and the channel , characterised in that the instructions for generating define the channel as a loose component, loose inside of the clearance and distant to the body , and the instructions for generating further define spacer elements , each spacer element physically attached at only one of the channel and the solid body and put the channel in position and distant to the body .
An air-filtering medium that is used in a pleated state in which a mountain fold and a valley fold are provided, comprising: a main collecting layer that includes an upwind-surface embossed protrusion protruding in a thickness direction of the main collecting layer; a downwind-surface interval maintaining structure ; and an upwind-surface interval maintaining member , wherein in the pleated state, the upwind-surface embossed protrusion is provided at least on an upstream side of a center of the air-filtering medium in a direction of airflow passing through the air-filtering medium, and protrudes towards an upwind-surface side, the upstream side being the side of the top of the mountain fold, in the pleated state, the downwind-surface interval maintaining structure is a structure that maintains an interval between facing downwind surfaces at least at a portion on an air-flow downstream side of the center of the air-filtering medium in the direction of airflow, the air-flow downstream side being the side of the bottom of the valley fold, and in the pleated state, the upwind-surface interval maintaining member maintains an interval between facing upwind surfaces at least at a portion on the downstream side of the center of the air-filtering medium in the direction of airflow, characterized in that in the pleated state, the upwind-surface interval maintaining member is provided only on the downstream side of the center of the air-filtering medium in the direction of airflow. a main collecting layer that includes an upwind-surface embossed protrusion protruding in a thickness direction of the main collecting layer; a downwind-surface interval maintaining structure ; and an upwind-surface interval maintaining member , wherein in the pleated state, the upwind-surface embossed protrusion is provided at least on an upstream side of a center of the air-filtering medium in a direction of airflow passing through the air-filtering medium, and protrudes towards an upwind-surface side, the upstream side being the side of the top of the mountain fold, in the pleated state, the downwind-surface interval maintaining structure is a structure that maintains an interval between facing downwind surfaces at least at a portion on an air-flow downstream side of the center of the air-filtering medium in the direction of airflow, the air-flow downstream side being the side of the bottom of the valley fold, and in the pleated state, the upwind-surface interval maintaining member maintains an interval between facing upwind surfaces at least at a portion on the downstream side of the center of the air-filtering medium in the direction of airflow, characterized in that in the pleated state, the upwind-surface interval maintaining member is provided only on the downstream side of the center of the air-filtering medium in the direction of airflow.
A calibration bracket , comprising: a base ; and a stand assembly fixedly connected to the base ; characterized in that , the calibration bracket further comprises: a beam assembly , the beam assembly comprises a beam and at least one supporting rod ; the beam being connected to the at least one supporting rod and configured to mount a calibration element , the calibration element being configured to calibrate a vehicle-mounted driver assistant system; and two fixing blocks supported by the beam, the two fixing blocks being movable on the beam, the two fixing blocks and the at least one supporting rod being capable of collaboratively supporting a large-sized calibration element , the two fixing blocks respectively configured for fixing the large-sized calibration element from left and right ends, and the at least one supporting rod supporting the large-sized calibration element underneath the large-sized calibration element , characterized in that either of the fixing blocks is being configured to mount a small-sized calibration element . a base ; and a stand assembly fixedly connected to the base ; characterized in that , the calibration bracket further comprises: a beam assembly , the beam assembly comprises a beam and at least one supporting rod ; the beam being connected to the at least one supporting rod and configured to mount a calibration element , the calibration element being configured to calibrate a vehicle-mounted driver assistant system; and two fixing blocks supported by the beam, the two fixing blocks being movable on the beam, the two fixing blocks and the at least one supporting rod being capable of collaboratively supporting a large-sized calibration element , the two fixing blocks respectively configured for fixing the large-sized calibration element from left and right ends, and the at least one supporting rod supporting the large-sized calibration element underneath the large-sized calibration element , characterized in that either of the fixing blocks is being configured to mount a small-sized calibration element . a beam assembly , the beam assembly comprises a beam and at least one supporting rod ; the beam being connected to the at least one supporting rod and configured to mount a calibration element , the calibration element being configured to calibrate a vehicle-mounted driver assistant system; and two fixing blocks supported by the beam, the two fixing blocks being movable on the beam, the two fixing blocks and the at least one supporting rod being capable of collaboratively supporting a large-sized calibration element , the two fixing blocks respectively configured for fixing the large-sized calibration element from left and right ends, and the at least one supporting rod supporting the large-sized calibration element underneath the large-sized calibration element , characterized in that either of the fixing blocks is being configured to mount a small-sized calibration element .
Use of a particle, which comprises a carrier particle that has a carrier particle size (d 50 , Sedigraph) which is in the range between 1 μm and 5 mm, wherein the particles are selected from a group comprising talc, mica, glass beads, glass powder, alkaline earth metal carbonates, CaCO 3 , kaolin (native and/or calcined), quartz, quartz powder and diatomaceous earth, and a surface coating which gives the respective particle a positive surface charge, wherein the surface coating comprises a polymer, which has amino groups, for treating wood.
A composition comprising recombinant follicle stimulating hormone (FSH) and recombinant human chorionic gonadotropin (hCG) for use in the treatment of infertility in a patient having serum AMH level <15 pmol/L, wherein the recombinant FSH is to be administered at a dose of, or equivalent to, 11 to 13 μg per day, and the recombinant hCG is to be administered such that the ratio by weight of the dose per day of recombinant FSH to the dose per day of recombinant hCG (daily dose of rFSH in μg: daily dose of rhCG in μg) is from 15:1 to 1:1, for example 3:1 to 1.5:1.
A method of operation of a communication system in a cellular communications network comprising a wireless device and a base station for handling of Channel State Information, CSI, reporting, comprising: receiving , by the wireless device, an indication from the base station of the cellular communications network to disable inter-subframe channel filtering of Channel State Information Reference Symbol, CSI-RS, estimates across subframes; receiving , by the wireless device, an indication from the base station to disable combining of CSI Interference Measurement, CSI-IM, estimates across subframes; receiving , by the base station , a Channel State Information, CSI, report from the wireless device that is generated with disabled inter-subframe channel filtering of CSI-RS estimates across subframes and with disabled combining of CSI-IM estimates across subframes. receiving , by the wireless device, an indication from the base station of the cellular communications network to disable inter-subframe channel filtering of Channel State Information Reference Symbol, CSI-RS, estimates across subframes; receiving , by the wireless device, an indication from the base station to disable combining of CSI Interference Measurement, CSI-IM, estimates across subframes; receiving , by the base station , a Channel State Information, CSI, report from the wireless device that is generated with disabled inter-subframe channel filtering of CSI-RS estimates across subframes and with disabled combining of CSI-IM estimates across subframes.