mhurhangee/patent-ind-claim-en huggingface dataset:
Method for obstacle recognition in railway traffic (BVK), in particular in rail traffic (SVK), characterized in that a) from a railway vehicle (BFZ), in particular a rail vehicle (SFZ), in particular from the perspective of a tractive unit driver (FZF, TFS, TRW) and/or from a stationary, track-observing position in or on the vehicle (BFZ, SFZ), a multiplicity of images (BI FSB ) of a route region (FSB) ahead of the railway vehicle (BFZ, SFZ), and in particular oriented to the speed of the railway vehicle (BFZ, SFZ), said images representing the route region (FSB), are captured, b) an image region (BIB) is marked in each of the images (BI FSB ), which image region shows a track (FS) used by the railway vehicle (BFZ, SFZ), in particular a rail track (GL), wherein the track (FS, GL) of the railway vehicle (BFZ, SFZ), which track is visually positioned by the marking, is recognized by means of an image analysis and is compared either with stored known image meta information (BMI) or with stored known image meta information (BMI) and additional information (ZI), such as e.g. route schedules or map material, c) for an image region segment (BIB AS ) of the marked image region (BIB) representing the used track (FS, GL) and a region which is critical for railway traffic (BVK, SVK), an object recognition method recognizes whether an object (OBJ), such as e.g. a person, an animal, a fallen tree, is situated on the track (FS, GL), wherein an obstacle is marked in the image region (BIB), preferably in the image region segment (BIB AS ) and/or as a potential obstacle, when the object (OBJ) is recognized by the object recognition method. a) from a railway vehicle (BFZ), in particular a rail vehicle (SFZ), in particular from the perspective of a tractive unit driver (FZF, TFS, TRW) and/or from a stationary, track-observing position in or on the vehicle (BFZ, SFZ), a multiplicity of images (BI FSB ) of a route region (FSB) ahead of the railway vehicle (BFZ, SFZ), and in particular oriented to the speed of the railway vehicle (BFZ, SFZ), said images representing the route region (FSB), are captured, b) an image region (BIB) is marked in each of the images (BI FSB ), which image region shows a track (FS) used by the railway vehicle (BFZ, SFZ), in particular a rail track (GL), wherein the track (FS, GL) of the railway vehicle (BFZ, SFZ), which track is visually positioned by the marking, is recognized by means of an image analysis and is compared either with stored known image meta information (BMI) or with stored known image meta information (BMI) and additional information (ZI), such as e.g. route schedules or map material, c) for an image region segment (BIB AS ) of the marked image region (BIB) representing the used track (FS, GL) and a region which is critical for railway traffic (BVK, SVK), an object recognition method recognizes whether an object (OBJ), such as e.g. a person, an animal, a fallen tree, is situated on the track (FS, GL), wherein an obstacle is marked in the image region (BIB), preferably in the image region segment (BIB AS ) and/or as a potential obstacle, when the object (OBJ) is recognized by the object recognition method.
A refrigerator comprising: a refrigerator body which includes a freezing compartment and a refrigerating compartment , wherein the refrigerating compartment is arranged over the freezing compartment ; an ice making compartment which is arranged in the refrigerating compartment , to make ice; a heat exchanger which generates cold air; and a cold air guiding device which guides the cold air generated by the heat exchanger to the ice making compartment , to enable the ice making compartment to make ice; wherein the cold air guiding device includes a duct unit which communicates with the ice making compartment ; wherein the ice making compartment is provided at a refrigerating compartment door unit which opens or closes an inner space of the refrigerator; characterized in that : the duct unit includes a first opening which is provided at an inner wall of the refrigerating compartment , and forms one end of the duct unit connected to one side of the refrigerating compartment door unit ; and the refrigerating compartment door unit includes a second opening which is connected to the first opening , to connect the duct unit to an inner space of the ice making compartment ; and wherein the refrigerator further comprising: a sealing unit which is provided at at least one of the first and second openings , to prevent air from being leaked between the first and second openings , and wherein the sealing unit includes: a gasket , and a gasket fixer which fixes the gasket to at least one of the first and second openings . a refrigerator body which includes a freezing compartment and a refrigerating compartment , wherein the refrigerating compartment is arranged over the freezing compartment ; an ice making compartment which is arranged in the refrigerating compartment , to make ice; a heat exchanger which generates cold air; and a cold air guiding device which guides the cold air generated by the heat exchanger to the ice making compartment , to enable the ice making compartment to make ice; wherein the cold air guiding device includes a duct unit which communicates with the ice making compartment ; wherein the ice making compartment is provided at a refrigerating compartment door unit which opens or closes an inner space of the refrigerator; the duct unit includes a first opening which is provided at an inner wall of the refrigerating compartment , and forms one end of the duct unit connected to one side of the refrigerating compartment door unit ; and the refrigerating compartment door unit includes a second opening which is connected to the first opening , to connect the duct unit to an inner space of the ice making compartment ; and wherein the refrigerator further comprising: a sealing unit which is provided at at least one of the first and second openings , to prevent air from being leaked between the first and second openings , and wherein the sealing unit includes: a gasket , and a gasket fixer which fixes the gasket to at least one of the first and second openings .
A shaped article comprising a blend of calcium hypochlorite and calcium hydroxide, wherein the total calcium hydroxide content in the shaped article is comprised between 20 and 70% by weight based on the total weight of the shaped article.
A holder device , comprising: - a device body including a tubular portion ; - a sleeve disposed at a leading end of the tubular portion and capable of deforming in a radial direction for grasping a grasped object through an action of a pressure medium ; - a support element provided continuously from the tubular portion and disposed radially outward of the sleeve ; and - a pressure chamber provided circumferentially between the support element and the sleeve , - wherein the sleeve engages with the tubular portion , the tubular portion engages with the support element , and the sleeve engages with the support element , characterised in that the tubular portion includes a pressure guide passageway for transmitting the pressure medium to the pressure chamber and, the holder device further comprises an annular pressure medium storage space defined between the pressure guide passageway and the pressure chamber by an end face of the device body and an end face of the support element , the end face of the device body facing the end face of the support element in a direction of the rotational axis of the device body . - a device body including a tubular portion ; - a sleeve disposed at a leading end of the tubular portion and capable of deforming in a radial direction for grasping a grasped object through an action of a pressure medium ; - a support element provided continuously from the tubular portion and disposed radially outward of the sleeve ; and - a pressure chamber provided circumferentially between the support element and the sleeve , - wherein the sleeve engages with the tubular portion , the tubular portion engages with the support element , and the sleeve engages with the support element , characterised in that the tubular portion includes a pressure guide passageway for transmitting the pressure medium to the pressure chamber and,
A computer-implemented method for managing loads on a wind turbine , the method implemented using a processor coupled to a memory device , the method comprising: determining at least one of a first moment of a wind load acting about a first axis of a rotor of the wind turbine and a second moment of the wind load acting about a second axis of the rotor of the wind turbine; determining , by the processor , a resultant moment of the at least one of the first moment and the second moment; generating , by the processor , an error signal indicating a difference between the resultant moment and a predetermined moment level threshold signal; generating , by the processor , a first activation signal over a range of the generated error signal between a first zero activation signal level and a first full activation signal level; characterized by the following steps: generating a power error signal indicating a difference between the electrical load of the wind turbine and a predetermined power level threshold signal; generating a second activation signal over a range of the generated power error signal between a second zero activation signal level and a second full activation signal level; and activating a rotor imbalance control circuit using at least one of the first activation signal and the second activation signal. determining at least one of a first moment of a wind load acting about a first axis of a rotor of the wind turbine and a second moment of the wind load acting about a second axis of the rotor of the wind turbine; determining , by the processor , a resultant moment of the at least one of the first moment and the second moment; generating , by the processor , an error signal indicating a difference between the resultant moment and a predetermined moment level threshold signal; generating , by the processor , a first activation signal over a range of the generated error signal between a first zero activation signal level and a first full activation signal level; characterized by the following steps: generating a power error signal indicating a difference between the electrical load of the wind turbine and a predetermined power level threshold signal; generating a second activation signal over a range of the generated power error signal between a second zero activation signal level and a second full activation signal level; and activating a rotor imbalance control circuit using at least one of the first activation signal and the second activation signal. generating a power error signal indicating a difference between the electrical load of the wind turbine and a predetermined power level threshold signal; generating a second activation signal over a range of the generated power error signal between a second zero activation signal level and a second full activation signal level; and activating a rotor imbalance control circuit using at least one of the first activation signal and the second activation signal.
An optical device for modifying light distribution, the optical device being made of transparent material and comprising: - a center section comprising a lens portion for modifying distribution of a first part of light emitted by a light source when the light source is located symmetrically with respect to a geometric optical axis of the optical device, and - a peripheral section surrounding the center section and comprising a conical surface for modifying distribution of a second part of the light emitted by the light source, wherein the conical surface comprises ridges , the conical surface intersecting a geometric plane perpendicular to the geometric optical axis of the optical device along a closed path having a cogged shape, characterized in that total internal reflection takes place in said ridges when a light beam arrives, from the light source, at one of side surfaces of each ridge, and surface penetration takes place when the reflected light beam arrives at another one of the side surfaces of the ridge under consideration. - a center section comprising a lens portion for modifying distribution of a first part of light emitted by a light source when the light source is located symmetrically with respect to a geometric optical axis of the optical device, and - a peripheral section surrounding the center section and comprising a conical surface for modifying distribution of a second part of the light emitted by the light source,
A differential pair arrangement structure, comprising a first differential pair in a first signal module and a second differential pair in a second signal module which are arranged in a layered manner, the first differential pair including two first differential pair contact elements arranged in a first layer, the second differential pair including two second differential pair contact elements arranged in a second layer, characterized in that , a projection of one of the two first differential pair contact elements has points of intersection with both of the two second differential pair contact elements in the direction perpendicular to the first layer and the second layer, and a projection of the other one of the two first differential pair contact elements has a point of intersection with that of one of the two second differential pair contact elements in the direction perpendicular to the first layer and the second layer. a projection of one of the two first differential pair contact elements has points of intersection with both of the two second differential pair contact elements in the direction perpendicular to the first layer and the second layer, and a projection of the other one of the two first differential pair contact elements has a point of intersection with that of one of the two second differential pair contact elements in the direction perpendicular to the first layer and the second layer.
Method for detecting smoke, with an optical scattered-light detector, with at least one light emitter emitting light into a measurement volume , and with at least one light receiver that is arranged at at least an angle with respect to the radiation axis of the light emitter and receives light scattered by smoke and/or dust inside the measurement volume, wherein measurement values of the light receiver are captured, characterized in that a first number n of the measurement values of a receiver are captured cyclically from a scattering angle and the measurement values of the first number n are sorted by the magnitude thereof, in particular ascending from the smallest measurement value to the largest measurement value and are thus assigned to individual sorting positions, wherein at least a first portion m of the sorted measurement values is assigned to smoke and/or a second portion 1 is assigned to dust and wherein the first portion is assigned within the range of the smaller ones of the sorted measurement values and the second portion is assigned in the range of the larger ones of the sorted measurement values.
Device for sealing an air inlet of a motor vehicle, said sealing device comprising a support frame comprising a front face , suitable for being exposed to an incoming air flow, and a rear face opposite the front face , said support frame comprising at least one through-orifice, each through-orifice comprising a sealing assembly comprising at least two complementary flaps that are each movable about a respective pivot pin between a sealed position, in which the through-orifice is sealed by complementarity of the at least two flaps , and an open position, in which the incoming air flow can pass through the through-orifice, the flaps opening so that they protrude from the rear face of the support frame in the open position, the sealing device further comprising a system for synchronous opening of the flaps , characterized in that said opening system comprises: - a suspended element arranged on the rear face of the support frame and movable between a position close to the support frame and a position distant from the support frame , said suspended element being connected to each of the flaps so that in the close position, the flaps are in the sealed position, and in the distant position, the flaps are in the open position, - an actuation device configured to move the suspended element between the close position and the second, distant position. the sealing device further comprising a system for synchronous opening of the flaps , characterized in that said opening system comprises: - a suspended element arranged on the rear face of the support frame and movable between a position close to the support frame and a position distant from the support frame , said suspended element being connected to each of the flaps so that in the close position, the flaps are in the sealed position, and in the distant position, the flaps are in the open position, - an actuation device configured to move the suspended element between the close position and the second, distant position. - a suspended element arranged on the rear face of the support frame and movable between a position close to the support frame and a position distant from the support frame , said suspended element being connected to each of the flaps so that in the close position, the flaps are in the sealed position, and in the distant position, the flaps are in the open position, - an actuation device configured to move the suspended element between the close position and the second, distant position.
Method for providing feed in an installation for rearing insect larvae, wherein a feed mash and insect larvae are introduced into a rearing container in a rearing phase, the rearing container is stored in a heat chamber for a period of time and, at the end of the period, the rearing container is removed from the heat chamber and the insect larvae are separated from remaining feed residues, characterized in that the method step of introducing the feed mash into the rearing container is divided into at least two substeps , wherein, in the first substep , a first proportion of the whole feed mash to be introduced into the rearing container , with a higher liquid content as a first feed fraction , is introduced into the rearing container , and in the second substep , a second proportion of the whole feed mash to be introduced into the rearing container with a lower liquid content is introduced into the rearing container as a second feed fraction .
A device for filling a can with sliver, which is manufactured in a spinning preparation installation, e.g. a draw frame, a carding machine or a combing machine, wherein the device is suitable to accommodate simultaneously an empty and a full can, including a silver coiling head with a revolving coiler plate , wherein the sliver coiling head is supported in a swivelling manner, wherein the sliver coiling head can swivel away from a first position above a first can in a radius from the top side of the first can into a second position above a second can, characterized in that the sliver coiling head is supported by means of at least two frame-stays (15a; 16a) and the swivel movement of the at least two frame-stays is realized about points of rotation (A, B), which are disposed in the area of the base plate.
An apparatus for managing networking, comprising: one or more processors ; a data pre-processor operated by the one or more processors to partition a collection of netflow data from a source IP address to a destination IP address of a network into a plurality of workloads of signed time series data of IP address pairs, with signs of the time series data of IP address pairs denoting direction of transmission into a plurality of workloads, wherein partition comprises partition of the netflow data into a plurality of bins, where each bin includes a plurality of quantiles of the IP address pairs; wherein one or more analyzers are to analyze the bins to assist in managing the network, with at least a plurality of the bins analyzed in parallel; wherein the data pre-processor includes a key generator to generate a matrix of index keys for the IP address pairs, and a matrix of partition key pairs for the index keys, based at least in part on a training data set derived from the collection of netflow data. one or more processors ; a data pre-processor operated by the one or more processors to partition a collection of netflow data from a source IP address to a destination IP address of a network into a plurality of workloads of signed time series data of IP address pairs, with signs of the time series data of IP address pairs denoting direction of transmission into a plurality of workloads, wherein partition comprises partition of the netflow data into a plurality of bins, where each bin includes a plurality of quantiles of the IP address pairs; wherein one or more analyzers are to analyze the bins to assist in managing the network, with at least a plurality of the bins analyzed in parallel; wherein the data pre-processor includes a key generator to generate a matrix of index keys for the IP address pairs, and a matrix of partition key pairs for the index keys, based at least in part on a training data set derived from the collection of netflow data.
A belt for suspending and/or driving an elevator car of an elevator system comprising: a plurality of tension members arranged in a lengthwise direction; and a jacket substantially retaining the plurality of tension members, the jacket defining a traction portion , a back portion , and an inner portion between the traction portion and the back portion ; wherein the traction portion is formed from a first material and the inner portion is formed from a second material having an increased fire resistance compared to the first material, and characterized in that the back portion has increased fire resistance relative to the traction portion . a plurality of tension members arranged in a lengthwise direction; and a jacket substantially retaining the plurality of tension members, the jacket defining a traction portion , a back portion , and an inner portion between the traction portion and the back portion ; wherein the traction portion is formed from a first material and the inner portion is formed from a second material having an increased fire resistance compared to the first material, and characterized in that the back portion has increased fire resistance relative to the traction portion .
A data carrier , especially a value or security document, having a substrate in which is embedded an elongated window security element, having a longitudinal direction and a transverse direction perpendicular thereto, that is visible at a surface of the substrate in a sequence of window regions and is covered in a sequence of ridge regions that lie between the window regions, characterized in that - the window security element comprises, in the longitudinal direction, a sequence of verification regions furnished with security features and, lying between the verification regions, a sequence of blank regions without security features, and - the window security element with its sequence of verification regions and blank regions is embedded in the substrate in register with the sequence of window regions and ridge regions such that the security features of the verification regions are visible in the window regions in reflected light and the blank regions are hidden in the ridge regions. - the window security element comprises, in the longitudinal direction, a sequence of verification regions furnished with security features and, lying between the verification regions, a sequence of blank regions without security features, and - the window security element with its sequence of verification regions and blank regions is embedded in the substrate in register with the sequence of window regions and ridge regions such that the security features of the verification regions are visible in the window regions in reflected light and the blank regions are hidden in the ridge regions.