mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus capable of performing wireless communication and capable of selectively setting the wireless communication to an ON setting in which wireless communication is enabled or an OFF setting in which wireless communication is disabled, comprising: a near field communication, NFC, unit configured to perform short range wireless communication; a wireless communication unit arranged to perform data communication using the wireless communication; acquisition means arranged to acquire (S601), via the NFC unit, connection information including at least an SSID; establishment means configured to establish a wireless connection, by using the wireless communication unit, based on the connection information; first change means arranged to perform first change processing for changing a setting from the OFF setting to the ON setting after the connection information is acquired in a case where the connection information is acquired by the acquisition means in a state where a setting of the wireless communication is the OFF setting, and to maintain the setting in the ON setting after the connection information is acquired in a case where the connection information is acquired by the acquisition means in a state where the setting of the wireless communication is the ON setting, the information processing apparatus being characterized by : second change means arranged to automatically return the setting to an original setting by performing second change processing for automatically changing the setting from the ON setting to the OFF setting after completion of data communication using the established wireless connection, in a case where the setting is changed by the first change means from the OFF setting to the ON setting, and by maintaining the setting in the ON setting after completion of data communication using the established wireless connection, in a case where the setting is not changed by the first change means from the OFF setting to the ON setting. a near field communication, NFC, unit configured to perform short range wireless communication; a wireless communication unit arranged to perform data communication using the wireless communication; acquisition means arranged to acquire (S601), via the NFC unit, connection information including at least an SSID; establishment means configured to establish a wireless connection, by using the wireless communication unit, based on the connection information; first change means arranged to perform first change processing for changing a setting from the OFF setting to the ON setting after the connection information is acquired in a case where the connection information is acquired by the acquisition means in a state where a setting of the wireless communication is the OFF setting, and to maintain the setting in the ON setting after the connection information is acquired in a case where the connection information is acquired by the acquisition means in a state where the setting of the wireless communication is the ON setting,
A device for the machining of curved laminar surfaces that have a concave face (1.1) to be machined with a radius of curvature (r) and a convex face (1.2) opposite the concave face (1.1), the device for machining comprising: - a first part including a tool configured for machining the concave face (1.1) of the curved laminar surface , and first pressure means configured to come into contact with the concave face (1.1) of the curved laminar surface , - a second part including second pressure means configured to come into contact with the convex face (1.2) of the curved laminar surface , and - synchronisation means for synchronising the movements of the first part and the second part of the device for machining, such that when used, both parts move opposite to each other and in a synchronised way, characterised in that the tool of the first part has a circular shape for the radial machining of the concave face (1.1) of the curved laminar surface , and that the first pressure means comprise at least one disc that is parallel to the tool , wherein the tool and the at least one disc are disposed on a rotary shaft , and both have a radius equal to or less than the radius of curvature (r) of the concave face (1.1) of the curved laminar surface . - a first part including a tool configured for machining the concave face (1.1) of the curved laminar surface , and first pressure means configured to come into contact with the concave face (1.1) of the curved laminar surface , - a second part including second pressure means configured to come into contact with the convex face (1.2) of the curved laminar surface , and - synchronisation means for synchronising the movements of the first part and the second part of the device for machining, such that when used, both parts move opposite to each other and in a synchronised way, characterised in that the tool of the first part has a circular shape for the radial machining of the concave face (1.1) of the curved laminar surface , and that the first pressure means comprise at least one disc that is parallel to the tool , wherein the tool and the at least one disc are disposed on a rotary shaft , and both have a radius equal to or less than the radius of curvature (r) of the concave face (1.1) of the curved laminar surface .
A pneumatic tyre in which a rubber sheet having a lower 100% modulus than a 100% modulus of a belt treat rubber and blended with sulphur in an amount of 80 to 140% based on an amount of sulphur blended in the belt treat rubber is arranged to cover an end part of the belt, characterised in that an amount of carbon black blended in the rubber sheet is 70 to 95% based on an amount of carbon black blended in the belt treat rubber; in addition to a multi-layer comprising plural repeated belt layers and rubber sheet layers, a protective layer prepared by coating metal cords or organic fibres with a rubber is provided, and a border rubber sheet layer is further provided between the multi-layer and the protective layer , wherein the rubber for coating the metal cords or the organic fibres of the protective layer and the rubbers of the respective layers including the border rubber sheet layer are the rubber of the rubber sheet.
A method for determining an infestation of crop plants with harmful organisms, comprising the following steps: (A) setting up one or more traps for the harmful organisms in a field in which the crop plants are being cultivated, (B) recording the respective location of the one or more traps, (C) relocating the one or more traps on the basis of the location respectively recorded, (D) taking one or more digital images of the harmful organisms located in the one or more traps, (E) automatically identifying and counting the harmful organisms located in the one or more traps, (F) determining one or more densities of infestation of the harmful organisms respectively identified at the location recorded, wherein a mobile computer system that has an image sensor and a GPS sensor is used for taking the digital images, the system being configured so as to assist a user in the creation of the digital images in such a way that it lets the user know by means of a signal when an imaging of the content of a trap depicted on the image sensor is suitable for the subsequent analysis for determining the number and species of the harmful organisms located in the trap, by analyzing whether the trap depicted on the image sensor is depicted sufficiently sharply over the entire region depicted and/or that no distortions occur in the imaging, and wherein, apart from the digital images, items of information on the crop plant being cultivated at the location of the trap are used for determining the number and/or species of the harmful organisms located in a trap. (A) setting up one or more traps for the harmful organisms in a field in which the crop plants are being cultivated, (B) recording the respective location of the one or more traps, (C) relocating the one or more traps on the basis of the location respectively recorded, (D) taking one or more digital images of the harmful organisms located in the one or more traps, (E) automatically identifying and counting the harmful organisms located in the one or more traps, (F) determining one or more densities of infestation of the harmful organisms respectively identified at the location recorded,
Device for closing a container using a screw closure , preferably for closing a beverage container in a beverage filling plant using a screw closure , comprising a closure receptacle for receiving a screw closure , a drive element for providing a torque about a rotational axis , and a magnetic coupling for the rotational coupling of the drive element and the closure receptacle , characterised in that a further coupling is arranged between an output drive element arranged, in relation to the drive element , on the output drive side of the magnetic coupling , and the closure receptacle .
A system, comprising: a first steering lens interposed between an electromagnetic (EM) source and a second steering lens ; the first steering lens and the second steering lens having a combined first effective focal length; a first steering actuator coupled to the first steering lens, the first steering actuator configured to move the first steering lens along a first movement course; and a second steering actuator coupled to the second steering lens, the second steering actuator configured to move the second steering lens along a second movement course, wherein the second movement course is distinct from the first movement course, characterized in that the second steering lens is interposed between the first steering lens and an emission lens , the emission lens comprising a positive lens having a second focal length, the first effective focal length being shorter than the second focal length. a first steering lens interposed between an electromagnetic (EM) source and a second steering lens ; the first steering lens and the second steering lens having a combined first effective focal length; a first steering actuator coupled to the first steering lens, the first steering actuator configured to move the first steering lens along a first movement course; and a second steering actuator coupled to the second steering lens, the second steering actuator configured to move the second steering lens along a second movement course, wherein the second movement course is distinct from the first movement course, characterized in that the second steering lens is interposed between the first steering lens and an emission lens , the emission lens comprising a positive lens having a second focal length, the first effective focal length being shorter than the second focal length.
A method of wireless communication comprising: determining a first extended synchronization signal, ESS, sequence for a first synchronization subframe of a frame to be communicated to a user equipment, UE, the first ESS sequence including a first ESS associated with a symbol index in the first synchronization subframe; and generating a second ESS sequence for a second synchronization subframe of the frame, the second ESS sequence including, in the second synchronization subframe, a second ESS associated with the symbol index wherein the first ESS is different from the second ESS. determining a first extended synchronization signal, ESS, sequence for a first synchronization subframe of a frame to be communicated to a user equipment, UE, the first ESS sequence including a first ESS associated with a symbol index in the first synchronization subframe; and generating a second ESS sequence for a second synchronization subframe of the frame, the second ESS sequence including, in the second synchronization subframe, a second ESS associated with the symbol index wherein the first ESS is different from the second ESS.
Device for dosing a liquid , comprising - a liquid container ; - a draining device ; - a pressure measuring device with a cavity and a pressure sensor for detecting pressure in the cavity ; - a first pipe device for guiding liquid from the liquid container through the interior of the first pipe device to the cavity ; and - a second pipe device for guiding liquid from the cavity through the interior of the second pipe device to the draining device ; - wherein the device is configured to drain liquid from the liquid container through the draining device ; characterized by - a liquid storage ; and - a switch , which can be switched in such a way that either the liquid container is connected to the liquid storage or that the connection between liquid container and liquid storage is separated; - wherein the device is configured in such a way that by actuating the switch , the liquid container is connected to the liquid storage in such a way that the liquid container and the pipe connections are filled with liquid ; and - wherein the device is configured in such a way that all liquid flowing from the liquid container to the draining device flows through the cavity with a predetermined direction. - a liquid container ; - a draining device ; - a pressure measuring device with a cavity and a pressure sensor for detecting pressure in the cavity ; - a first pipe device for guiding liquid from the liquid container through the interior of the first pipe device to the cavity ; and - a second pipe device for guiding liquid from the cavity through the interior of the second pipe device to the draining device ; - wherein the device is configured to drain liquid from the liquid container through the draining device ; characterized by - a liquid storage ; and - a switch , which can be switched in such a way that either the liquid container is connected to the liquid storage or that the connection between liquid container and liquid storage is separated; - wherein the device is configured in such a way that by actuating the switch , the liquid container is connected to the liquid storage in such a way that the liquid container and the pipe connections are filled with liquid ; and - wherein the device is configured in such a way that all liquid flowing from the liquid container to the draining device flows through the cavity with a predetermined direction.
A fastener , for securing a workpiece comprising a plurality of workpiece members , said fastener comprising a shank with a head end and a tail end remote from the head end, and a radially enlarged head at the head end of the shank, and a bore extending throughout the fastener, wherein an external wall of the shank comprises a voided section comprising a plurality of voids separated by a plurality of splines each of which culminates in a crest , the voids and splines being elongated in an axial direction with respect to a longitudinal axis of the fastener bore; wherein the voids extend radially inwardly from a major diameter (D) of the shank exterior, and wherein the splines extend radially outwardly from a minor diameter (d) of the shank exterior, wherein the splines are of an approximate trapezoidal cross-section, and the voids have a cross-sectional area which is constant along the length of the voided section of the fastener shank; wherein the shank includes an unvoided solid tail ring between the voided section and the tail end of the shank , the unvoided solid tail ring having an external diameter approximately equal to the major diameter (D) of the shank exterior in the voided section . wherein an external wall of the shank comprises a voided section comprising a plurality of voids separated by a plurality of splines each of which culminates in a crest , the voids and splines being elongated in an axial direction with respect to a longitudinal axis of the fastener bore; wherein the voids extend radially inwardly from a major diameter (D) of the shank exterior, and wherein the splines extend radially outwardly from a minor diameter (d) of the shank exterior, wherein the splines are of an approximate trapezoidal cross-section, and the voids have a cross-sectional area which is constant along the length of the voided section of the fastener shank; wherein the shank includes an unvoided solid tail ring between the voided section and the tail end of the shank , the unvoided solid tail ring having an external diameter approximately equal to the major diameter (D) of the shank exterior in the voided section .
A hay tedding and windrowing device for connecting to and operating with a tractive vehicle, comprising: - a drive means 5, - a housing, having: - an air intake 3, - a central wheel compartment 2, and - one or more air outfeed compartments 6-7, and - a fan wheel 4 within the central wheel compartment, connected to the drive means, wherein the air outfeed compartment comprises an elongated chamber extending distally from the central wheel compartment, having one or more elongated downward facing air outlet slit 9 extending along the chamber. - a drive means 5, - a housing, having: - an air intake 3, - a central wheel compartment 2, and - one or more air outfeed compartments 6-7, and - an air intake 3, - a central wheel compartment 2, and - one or more air outfeed compartments 6-7, and - a fan wheel 4 within the central wheel compartment, connected to the drive means,
A battery module, comprising a cell , a cover plate , an end plate , a pole terminal , a bus bar , a connecting member and a drainage structure , wherein, the cell is arranged on an inner wall of the cover plate , the end plate is arranged on an external wall of the cover plate , the pole terminal is arranged on the end plate , the pole terminal is provided with a first connecting hole, the bus bar is provided with a second connecting hole , the drainage structure is provided with a water storage tank , a bottom wall of the water storage tank is provided with a first through hole and a first water outlet hole , the drainage structure is arranged on the external wall of the cover plate and is located above the end plate , the end plate is provided with a second water outlet hole , the first water outlet hole corresponds to the second water outlet hole in a vertical direction, the first through hole corresponds to the first connecting hole in the vertical direction, and the connecting member is configured to be connected to the first connecting hole by sequentially penetrating through the second connecting hole and the first through hole . the cell is arranged on an inner wall of the cover plate , the end plate is arranged on an external wall of the cover plate , the pole terminal is arranged on the end plate , the pole terminal is provided with a first connecting hole, the bus bar is provided with a second connecting hole , the drainage structure is provided with a water storage tank , a bottom wall of the water storage tank is provided with a first through hole and a first water outlet hole , the drainage structure is arranged on the external wall of the cover plate and is located above the end plate , the end plate is provided with a second water outlet hole , the first water outlet hole corresponds to the second water outlet hole in a vertical direction, the first through hole corresponds to the first connecting hole in the vertical direction, and the connecting member is configured to be connected to the first connecting hole by sequentially penetrating through the second connecting hole and the first through hole .
A housing arrangement for a turbomachine, in particularan aircraft engine, comprising: a support member configured to support a shaft ; a housing which is centered on the support member ; wherein the housing has an inner housing and an outer housing fastened to the support member , said inner housing and said outer housing being connected to one another by a connecting means, in particular at least one connecting strut , wherein between the support member and the inner housing a press fit is provided to center the inner housing on the support member . a support member configured to support a shaft ; a housing which is centered on the support member ; wherein the housing has an inner housing and an outer housing fastened to the support member , said inner housing and said outer housing being connected to one another by a connecting means, in particular at least one connecting strut , wherein between the support member and the inner housing a press fit is provided to center the inner housing on the support member .
Mixture comprising dihydro-5-pentyl-2 -furanone at a percentage of between 20 and 80% relative to the total weight of said mixture and 2,4-dimethyl-4-phenyltetrahydrofuran at a percentage of between 20 and 80% relative to the total weight of said mixture.
Bowden cable consisting of a shell and a core as well as a seal for the core , preferably as actuator for a functional unit in a motor vehicle wherein the seal is built by a sleeve slid over the core , and a spring actuating the sleeve , the spring being designed as concentric spiral spring having a conical extension (5.1) which at least in part embraces the sleeve , characterized in that the sleeve is designed as a hollow body with a recess (4.1) facing the spiral spring , wherein one coil of the spring lies in the recess (4.1) of the sleeve , forming a jointed connection between the spring and the sleeve and in that the Bowden cable is equipped with at least one fixing element which is the counter bearing (6.4) for the spring loaded sleeve and the end stop (6.2) for the spiral spring .
A method of measuring temperature and velocity of a fluid flow passing through a device of a plant , the method comprising: positioning at least two sensors in the device ; for each sensor , determining a traveling path for the acoustic signal received from the other sensor ; and determining a velocity profile and temperature profile for the fluid flow based on the acoustic signals received by the sensors , characterised in that the method comprises: each sensor emitting, into the fluid flow, an acoustic signal at a frequency that differs from a frequency of an acoustic signal to be emitted by the other sensor ; and wherein the determining of the velocity profile and the temperature profile comprises: accounting for the traveling path of each acoustic signal received by each sensor and for a difference between a measured travel time and an expected travel time for each acoustic signal based on a theoretical correlation between temperature and speed fluctuations of the fluid flow, wherein the accounting for a difference between a measured travel time and an expected travel time for each acoustic signal based on a theoretical correlation between temperature and speed fluctuations of the fluid flow comprises: consecutively calculating: (i) a spatial average of fluid velocity at each instant for a number of instants; and (ii) local fluctuations to the velocity spatial averages using information of consecutive instants. positioning at least two sensors in the device ; for each sensor , determining a traveling path for the acoustic signal received from the other sensor ; and determining a velocity profile and temperature profile for the fluid flow based on the acoustic signals received by the sensors , accounting for the traveling path of each acoustic signal received by each sensor and for a difference between a measured travel time and an expected travel time for each acoustic signal based on a theoretical correlation between temperature and speed fluctuations of the fluid flow, wherein the accounting for a difference between a measured travel time and an expected travel time for each acoustic signal based on a theoretical correlation between temperature and speed fluctuations of the fluid flow comprises: consecutively calculating: (i) a spatial average of fluid velocity at each instant for a number of instants; and (ii) local fluctuations to the velocity spatial averages using information of consecutive instants. (i) a spatial average of fluid velocity at each instant for a number of instants; and (ii) local fluctuations to the velocity spatial averages using information of consecutive instants.