mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal seal system comprising: a first metallic plate having a first inner surface and a first outer surface ; a second metallic plate having a second inner surface and a second outer surface , the second metallic plate being oriented substantially parallel to the first metallic plate such that the first inner surface and the second inner surface are separated by a gap; a high temperature mineral wool insulation having a plate portion in contact with the first inner surface and the second inner surface , the plate portion filling a void between the first inner surface and the second inner surface , and having a shoulder portion extending from a perimeter of the plate portion , the shoulder portion extending outward from between the first metallic plate and the second metallic plate ; a high temperature member coupled to the first metallic plate ; and a composite member (220; 420) coupled to the second metallic plate , wherein the shoulder portion bends in a direction perpendicular to the plate portion , the shoulder portion being coupled to the composite member (220; 420) and configured to thermally seal and partially enclose at least a portion of the composite member (220; 420) for thermally insulating the high temperature member from the composite member (220; 420) wherein the second metallic plate is located. a first metallic plate having a first inner surface and a first outer surface ; a second metallic plate having a second inner surface and a second outer surface , the second metallic plate being oriented substantially parallel to the first metallic plate such that the first inner surface and the second inner surface are separated by a gap; a high temperature mineral wool insulation having a plate portion in contact with the first inner surface and the second inner surface , the plate portion filling a void between the first inner surface and the second inner surface , and having a shoulder portion extending from a perimeter of the plate portion , the shoulder portion extending outward from between the first metallic plate and the second metallic plate ; a high temperature member coupled to the first metallic plate ; and a composite member (220; 420) coupled to the second metallic plate , wherein the shoulder portion bends in a direction perpendicular to the plate portion , the shoulder portion being coupled to the composite member (220; 420) and configured to thermally seal and partially enclose at least a portion of the composite member (220; 420) for thermally insulating the high temperature member from the composite member (220; 420) wherein the second metallic plate is located.
The use of at least one polyether having blocked hydroxyl groups as solvent for at least one aromatic carboxylic or sulfonic acid.
An arrangement of a securing ring on a support structure such as the bank edge or a floor, in particular for loading a transport vehicle, wherein the ring is retained on the support structure by its part opposite the part for attaching a securing means such as a strap or chain, the securing ring includes an attachment element in the shape of a U having branches whereof the free ends pass through holes formed in a part of the support structure and a connecting element connecting the two ends , the connecting element comprising a plate suitable for being placed on the branches , on the side of the ends having passed through the part of the support structure and including, for each end of the attachment element , a retaining indentation for retaining the plate on the ends , characterized in that locking means are placed on said ends preventing separation of the attachment element and the plate, the plate being provided with said locking means substantially immobilizing the plate on the ends , the locking means being movable between a locked position on one of the ends and a position making it possible to assemble the connecting element on the ends .
An optical fiber production method comprising: a drawing process (P1) of drawing an optical fiber from an optical fiber preform in a drawing furnace ; and a slow cooling process (P3) of slowly cooling the optical fiber drawn in the drawing process (P1), wherein in the slow cooling process, the optical fiber is passed through a plurality of annealing furnaces ; and Equation below is held in a given period in the slow cooling process (P3), where a time constant of relaxation of a structure of glass forming a core included in the optical fiber is defined as τ(T n ), a temperature of the optical fiber at a point in time when the optical fiber is delivered into an nth annealing furnace from an upstream side in the slow cooling process (P3) is defined as T n , a fictive temperature of glass forming the core at the point in time when the optical fiber is delivered is defined as T fn , and a fictive temperature of glass forming the core after a lapse of time Δt from the point in time when the optical fiber is delivered is defined as T f . 20 ° C < T f − T n = T fn − T n exp − Δ t / τ T n < 100 ° C a drawing process (P1) of drawing an optical fiber from an optical fiber preform in a drawing furnace ; and a slow cooling process (P3) of slowly cooling the optical fiber drawn in the drawing process (P1), wherein in the slow cooling process, the optical fiber is passed through a plurality of annealing furnaces ; and Equation below is held in a given period in the slow cooling process (P3), where a time constant of relaxation of a structure of glass forming a core included in the optical fiber is defined as τ(T n ), a temperature of the optical fiber at a point in time when the optical fiber is delivered into an nth annealing furnace from an upstream side in the slow cooling process (P3) is defined as T n , a fictive temperature of glass forming the core at the point in time when the optical fiber is delivered is defined as T fn , and a fictive temperature of glass forming the core after a lapse of time Δt from the point in time when the optical fiber is delivered is defined as T f . 20 ° C < T f − T n = T fn − T n exp − Δ t / τ T n < 100 ° C
A welding program production system comprising: a display control unit that causes a plurality of candidate welding lines detected on the basis of an image of a photographed object to be welded to be displayed in superimposed relation on the image; an input receiving unit that receives an input to select the welding lines from among the plurality of candidate welding lines and an input to specify a welding order and a welding direction for each of the selected welding lines; and a program production unit that produces a welding program on the basis of the specified welding order and welding direction. a display control unit that causes a plurality of candidate welding lines detected on the basis of an image of a photographed object to be welded to be displayed in superimposed relation on the image; an input receiving unit that receives an input to select the welding lines from among the plurality of candidate welding lines and an input to specify a welding order and a welding direction for each of the selected welding lines; and a program production unit that produces a welding program on the basis of the specified welding order and welding direction.
An apparatus for generating a three-dimensional object, the apparatus comprising; at least one energy source ; at least one build layer temperature sensor ; a controller to: monitor, with the at least one build layer temperature sensor , a temperature of a build layer in a build area of the apparatus to determine when a build layer temperature is less than a first temperature threshold, and in response, control the at least one energy source to pre-fuse a portion of the build layer when the build layer temperature is less than the first temperature threshold; after pre-fusing the portion of the build layer, monitor, with the at least one build layer temperature sensor , the temperature of the build area to determine when the build layer temperature is less than a second temperature threshold, and in response, control the at least one energy source to fuse the portion of the build layer in the build area when the build layer temperature is less than the second temperature threshold. at least one energy source ; at least one build layer temperature sensor ; a controller to: monitor, with the at least one build layer temperature sensor , a temperature of a build layer in a build area of the apparatus to determine when a build layer temperature is less than a first temperature threshold, and in response, control the at least one energy source to pre-fuse a portion of the build layer when the build layer temperature is less than the first temperature threshold; after pre-fusing the portion of the build layer, monitor, with the at least one build layer temperature sensor , the temperature of the build area to determine when the build layer temperature is less than a second temperature threshold, and in response, control the at least one energy source to fuse the portion of the build layer in the build area when the build layer temperature is less than the second temperature threshold. monitor, with the at least one build layer temperature sensor , a temperature of a build layer in a build area of the apparatus to determine when a build layer temperature is less than a first temperature threshold, and in response, control the at least one energy source to pre-fuse a portion of the build layer when the build layer temperature is less than the first temperature threshold; after pre-fusing the portion of the build layer, monitor, with the at least one build layer temperature sensor , the temperature of the build area to determine when the build layer temperature is less than a second temperature threshold, and in response, control the at least one energy source to fuse the portion of the build layer in the build area when the build layer temperature is less than the second temperature threshold.
A lock with flat key , with active key stop arranged in a rotor housing near the key channel bottom, urged toward a stator notch in the absence of the key to ensure locking of the rotor, and including a ramp cooperating with a corresponding ramp of the key to return, at the end of introduction of the key into the key channel, the active key stop from the locking position of the rotor toward the released position of the rotor , characterized in that : - the active key stop includes, opposite its ramp in the direction of progression of the key , a protuberance oriented toward the key channel, and - the key includes a machining to receive said protuberance when the active key stop is returned to the released position of the rotor . - the active key stop includes, opposite its ramp in the direction of progression of the key , a protuberance oriented toward the key channel, and - the key includes a machining to receive said protuberance when the active key stop is returned to the released position of the rotor .
A chromatographic solvent delivery system comprising: at least one pressurized solvent source ; at least one divert valve in fluid communication with the at least one solvent source; at least one vent valve in fluid communication with the at least one solvent source and including a buoyant ball disposed within and able to freely move up and down within a main body; and a pump in fluid communication with the at least one divert valve , wherein the at least one vent valve is located between the at least one pressurized solvent source and the pump ; and wherein the at least one divert valve is located in between the at least one solvent source and pump , and wherein the at least one divert valve is adapted for diverting at least one solvent flow stream to the pump or to an auxiliary flow path. at least one pressurized solvent source ; at least one divert valve in fluid communication with the at least one solvent source; at least one vent valve in fluid communication with the at least one solvent source and including a buoyant ball disposed within and able to freely move up and down within a main body; and a pump in fluid communication with the at least one divert valve , wherein the at least one vent valve is located between the at least one pressurized solvent source and the pump ; and wherein the at least one divert valve is located in between the at least one solvent source and pump , and wherein the at least one divert valve is adapted for diverting at least one solvent flow stream to the pump or to an auxiliary flow path.
A method for receiving digital information at a first receiving device , the information received from a sending device via an information sharing system , the first receiving device including a computer processor, the method comprising: a. using a microphone of the first receiving device, receiving a sound signal emitted by the sending device, the sound signal indicating a request to transfer the digital information to the first receiving device, the sound signal including a sharing identifier; b. using the first receiving device, sending the sharing identifier to the information sharing system and receiving the digital information from the information sharing system, characterized by c. using the first receiving device, providing the location of the first receiving device to the information sharing system and wherein receiving the digital information from the information sharing system requires that the location of the first receiving device is within a specified geographic area. a. using a microphone of the first receiving device, receiving a sound signal emitted by the sending device, the sound signal indicating a request to transfer the digital information to the first receiving device, the sound signal including a sharing identifier; b. using the first receiving device, sending the sharing identifier to the information sharing system and receiving the digital information from the information sharing system, characterized by c. using the first receiving device, providing the location of the first receiving device to the information sharing system and wherein receiving the digital information from the information sharing system requires that the location of the first receiving device is within a specified geographic area.
A tool holder for receiving a tool at its tool shaft , comprising a receiving bore for receiving the tool shaft within a predetermined axial position, further comprising a sealing at the inner end of the receiving bore , further comprising a machine-side coolant feeding into a bore of the tool shaft , wherein the sealing is configured as a plug including a central coolant passage being held at the end of the receiving bore in a predetermined mounting position, and at its end facing the tool shaft comprises at least one at least partially elastically deformable sealing element , wherein the sealing element comprises at least one sealing lip protruding into an undercut at the end of the receiving bore , characterized in that the sealing element comprises a first sealing lip for sealing against a shoulder at the end of the receiving bore .
A sorting device for sorting articles at delivery points (3.1, 3.2), the sorting device having a conveying device comprising transport platforms (5.1, 5.2, 5.3, 50) that are movable along a transport direction for transporting the articles and for delivering the articles to the delivery points (3.1, 3.2), with the transport platforms (5.1, 5.2, 5.3, 50) having a bearing surface for the articles and with at least one transport platform (5.1, 5.2, 50) having a first delivery device (8.1) for vertically delivering the articles from the bearing surface to at least one first delivery point (3.1) and at least one transport platform (5.1, 5.3, 50) having a second delivery device (8.2) for laterally delivering the articles from the bearing surface to at least one second delivery point (3.2), characterized in that at least one transport platform (5.1, 50) of a first type has, at the same time, the first delivery device (8.1) for vertically delivering the articles and the second delivery device (8.2) for laterally delivering the articles .
A method, comprising: receiving first network traffic data including a plurality of data packets; storing a representation of each data packet from the plurality of data packets in a first data store , to produce a set of training data; detecting a plurality of communication protocols associated with the set of training data; determining a set of rules based on the plurality of communication protocols, wherein the set of rules includes domain-specific information associated with each communication protocol detected; restructuring training data from the set of training data according to the set of rules based on the detected plurality of communication protocols, to produce processed data; storing the processed data, as non-malicious data, in a second data store ; transmitting, via an output port , the first network traffic data; receiving second network traffic data including the plurality of data packets; comparing the plurality of data packets of the second network traffic data to the non-malicious data to detect an anomaly in the second network traffic data; and sending a signal to trigger a remediation action in response to detecting the anomaly in the second network traffic data. receiving first network traffic data including a plurality of data packets; storing a representation of each data packet from the plurality of data packets in a first data store , to produce a set of training data; detecting a plurality of communication protocols associated with the set of training data; determining a set of rules based on the plurality of communication protocols, wherein the set of rules includes domain-specific information associated with each communication protocol detected; restructuring training data from the set of training data according to the set of rules based on the detected plurality of communication protocols, to produce processed data; storing the processed data, as non-malicious data, in a second data store ; transmitting, via an output port , the first network traffic data; receiving second network traffic data including the plurality of data packets; comparing the plurality of data packets of the second network traffic data to the non-malicious data to detect an anomaly in the second network traffic data; and sending a signal to trigger a remediation action in response to detecting the anomaly in the second network traffic data.
A method of manufacturing an anti-ballistic plate for ballistic protection, comprising the following steps: a) providing a stack of fiber layers of parallel arranged polymer fibers , wherein there are voids between the fibers of the respective fiber layers, and wherein the average thickness of said fiber layers corresponds to a thickness resulting from at least two rows of fibers, wherein the fibers are HMWPE or UHMWPE fibers, wherein said voids contain at least 6 % compressible gas or vacuum and a maximum of 3 % matrix material or binding agent; b) heating the stack to a temperature of above least 80 °C; c) compressing the stack and thereby permanently deforming the fibers as fibers abut against adjacent fibers, thereby reducing the volume of said voids to less than 3 % of the volume of said fiber layers ; d) cooling the stack while under compression; wherein step c) comprises compressing the stack using a pressure of at least 200 bar. a) providing a stack of fiber layers of parallel arranged polymer fibers , wherein there are voids between the fibers of the respective fiber layers, and wherein the average thickness of said fiber layers corresponds to a thickness resulting from at least two rows of fibers, wherein the fibers are HMWPE or UHMWPE fibers, wherein said voids contain at least 6 % compressible gas or vacuum and a maximum of 3 % matrix material or binding agent; b) heating the stack to a temperature of above least 80 °C; c) compressing the stack and thereby permanently deforming the fibers as fibers abut against adjacent fibers, thereby reducing the volume of said voids to less than 3 % of the volume of said fiber layers ; d) cooling the stack while under compression;
A system comprising: sensor equipment including one or more sensors disposed on a parcel of land; watering equipment disposed on the parcel and configured to selectively apply water to the parcel; a user terminal comprising processing circuitry configured to provide a remote interface for communication with the sensor equipment and the watering equipment via the gateway . wherein the system further includes a gateway configured to communicate with the sensor equipment and the watering equipment ; the gateway is configured to communicate with the sensor equipment and the watering equipment via the first network, and through connection to an access point communicate with the user terminal via a second network, wherein the first network provides a first wireless link and the second network provides a second wireless link for instructions from an operator, with the first and second wireless links being different wireless links that employ different communication protocols and/or frequencies, and wherein the second network is formed of components internal to a house or business, extending to and between the user terminal , the user terminal further includes a user interface and an operation manager configured to provide alerts, warnings and/or notifications to the user or operator of the system responsive to various trigger conditions being detected. sensor equipment including one or more sensors disposed on a parcel of land; watering equipment disposed on the parcel and configured to selectively apply water to the parcel; a user terminal comprising processing circuitry configured to provide a remote interface for communication with the sensor equipment and the watering equipment via the gateway . wherein the system further includes a gateway configured to communicate with the sensor equipment and the watering equipment ; the gateway is configured to communicate with the sensor equipment and the watering equipment via the first network, and through connection to an access point communicate with the user terminal via a second network, wherein the first network provides a first wireless link and the second network provides a second wireless link for instructions from an operator, with the first and second wireless links being different wireless links that employ different communication protocols and/or frequencies, and wherein the second network is formed of components internal to a house or business, extending to and between the user terminal , the user terminal further includes a user interface and an operation manager configured to provide alerts, warnings and/or notifications to the user or operator of the system responsive to various trigger conditions being detected.
Holding means for mounting a control device on a circuit board , wherein the control device comprises an actuator and a contactor , wherein the holding means have a holding element that has attachment means by way of which the holding element is able to be plugged onto the circuit board and wherein the holding element comprises mounting means that are designed to releasably hold the control device , characterized in that the mounting means comprise a clasp mechanism that is designed so as to releasably connect the contactor to the actuator in the state in which the control device is installed on the holding means , wherein the clasp mechanism comprises a bar element , wherein the control device is able to be connected releasably to the holding means , in particular to the holding element , by the bar element , in particular by a rotational movement of the bar element , in the installed state of the control device .