mhurhangee/patent-ind-claim-en huggingface dataset:
A portable sensor device for determining alignment/misalignment of a laser beam relative to a gas nozzle of a laser machining head , the sensor device comprising: - a sensor housing , - mounting means for mounting the sensor housing to the laser machining head , - a camera device comprising a camera , the camera device being arranged in the sensor housing , so that the camera faces the tip of the gas nozzle when the sensor housing is mounted to the laser machining head , and - output means for outputting image signals obtained by the camera , characterised in that the camera device comprises centering means arranged in a defined distance in front of the camera and adapted to center the camera against the gas nozzle when the sensor housing is mounted to the laser machining head . - a sensor housing , - mounting means for mounting the sensor housing to the laser machining head , - a camera device comprising a camera , the camera device being arranged in the sensor housing , so that the camera faces the tip of the gas nozzle when the sensor housing is mounted to the laser machining head , and - output means for outputting image signals obtained by the camera , characterised in that the camera device comprises centering means arranged in a defined distance in front of the camera and adapted to center the camera against the gas nozzle when the sensor housing is mounted to the laser machining head .
A frictional power transmission belt comprising: an adhesion rubber layer ; a tension member extending in a longitudinal direction of the belt; a tension rubber layer ; and a compression rubber layer , wherein the adhesion rubber layer is in contact with at least a portion of the tension member, the compression rubber layer is formed on one surface of the adhesion rubber layer and the tension rubber layer formed on the other surface of the adhesion rubber layer, the adhesion rubber layer is formed of a first vulcanized rubber composition comprising a rubber component and a filler, the filler contains substantially no silica and contains 30 parts by mass or more of carbon black based on 100 parts by mass of the rubber component, and the frictional power transmission belt being characterized in that the tension member has, on a surface thereof, an overcoat layer formed of a second vulcanized rubber composition comprising a rubber component and silica. wherein the adhesion rubber layer is in contact with at least a portion of the tension member, the compression rubber layer is formed on one surface of the adhesion rubber layer and the tension rubber layer formed on the other surface of the adhesion rubber layer, the adhesion rubber layer is formed of a first vulcanized rubber composition comprising a rubber component and a filler, the filler contains substantially no silica and contains 30 parts by mass or more of carbon black based on 100 parts by mass of the rubber component, and the frictional power transmission belt being characterized in that the tension member has, on a surface thereof, an overcoat layer formed of a second vulcanized rubber composition comprising a rubber component and silica.
A method for communications at a device , comprising: sampling, during a first time period, a first analog signal in accordance with a first sampling range and a sampling resolution step size over the first sampling range ; outputting, during the first time period, a first digital sequence based at least in part on sampling the first analog signal during the first time period; adapting, based at least in part on a metric of interference associated with the device , the first sampling range to a second sampling range , wherein a sampling resolution step size over the second sampling range changes no more than 10% from the sampling resolution step size over the first sampling range ; sampling, during a second time period, a second analog signal in accordance with the second sampling range ; and outputting, during the second time period and based at least in part on the sampling, a second digital sequence based at least in part on the second analog signal . sampling, during a first time period, a first analog signal in accordance with a first sampling range and a sampling resolution step size over the first sampling range ; outputting, during the first time period, a first digital sequence based at least in part on sampling the first analog signal during the first time period; adapting, based at least in part on a metric of interference associated with the device , the first sampling range to a second sampling range , wherein a sampling resolution step size over the second sampling range changes no more than 10% from the sampling resolution step size over the first sampling range ; sampling, during a second time period, a second analog signal in accordance with the second sampling range ; and outputting, during the second time period and based at least in part on the sampling, a second digital sequence based at least in part on the second analog signal .
A hold open rod assembly comprising, an outer tube , an inner tube extending into the outer tube and configured to slide relative to the outer tube between a fully retracted position where the inner tube is substantially received in the outer tube and a fully extended position where the inner tube is extended away from the outer tube , a locking mechanism positioned within the outer tube and coupled to the inner tube to move with the inner tube , the locking mechanism including one or more lock pins and a plunger positioned to engage with the lock pins , and a control shaft coupled to the outer tube , wherein the locking mechanism is configured for movement between a loaded configuration biasing the lock pins outward to engage the lock pins with the outer tube to block movement of the inner tube relative to the outer tube when the inner tube reaches the fully extended position and an unloaded configuration where the lock pins are allowed to move inward to allow movement of the inner tube relative to the outer tube , and the control shaft engages with the locking mechanism and defines a reset point at a predetermined location along a length of travel of the inner tube relative to the outer tube to allow movement of the locking mechanism from the unloaded configuration to the loaded configuration. an outer tube , an inner tube extending into the outer tube and configured to slide relative to the outer tube between a fully retracted position where the inner tube is substantially received in the outer tube and a fully extended position where the inner tube is extended away from the outer tube , a locking mechanism positioned within the outer tube and coupled to the inner tube to move with the inner tube , the locking mechanism including one or more lock pins and a plunger positioned to engage with the lock pins , and a control shaft coupled to the outer tube , wherein the locking mechanism is configured for movement between a loaded configuration biasing the lock pins outward to engage the lock pins with the outer tube to block movement of the inner tube relative to the outer tube when the inner tube reaches the fully extended position and an unloaded configuration where the lock pins are allowed to move inward to allow movement of the inner tube relative to the outer tube , and the control shaft engages with the locking mechanism and defines a reset point at a predetermined location along a length of travel of the inner tube relative to the outer tube to allow movement of the locking mechanism from the unloaded configuration to the loaded configuration.
A network device, comprising: a first physical layer device that is configured to receive first network traffic from an optical line terminal in a passive optical network, PON, domain at a first transmission rate via a fiber optic media; a second physical layer device that is configured to transmit second network traffic to an end station in a non-PON domain at a second transmission rate, wherein said second network traffic is based on said first network traffic; and a medium-to-medium adaptor that is configured to extract a resource apportionment identifier from a header portion of a frame structure contained in said first network traffic and to include said resource apportionment identifier in an Ethernet frame contained in said second network traffic, wherein said resource apportionment identifier is assigned to said end station by said optical line terminal and enables said end station to report a status to said optical line terminal and to grant bandwidth by said optical line terminal to said end station . a first physical layer device that is configured to receive first network traffic from an optical line terminal in a passive optical network, PON, domain at a first transmission rate via a fiber optic media; a second physical layer device that is configured to transmit second network traffic to an end station in a non-PON domain at a second transmission rate, wherein said second network traffic is based on said first network traffic; and a medium-to-medium adaptor that is configured to extract a resource apportionment identifier from a header portion of a frame structure contained in said first network traffic and to include said resource apportionment identifier in an Ethernet frame contained in said second network traffic, wherein said resource apportionment identifier is assigned to said end station by said optical line terminal and enables said end station to report a status to said optical line terminal and to grant bandwidth by said optical line terminal to said end station .
Electronic power unit having a substrate that has a perpendicular direction (N) and has a flat insulating moulded body that has a metal layer on its first main face and a plurality of conductor tracks on its second main face , and having a first or second fastening device that is preferably embodied as a cylindrical cut-out, wherein either the substrate is arranged in a non-positive locking or materially-bonded manner on a base plate of the electronic power unit and the first fastening device is embodied and provided so as to arrange the base plate in a non-positive locking manner on a cooling device or wherein alternatively a housing section has a second fastening device that is embodied and provided so as to arrange the substrate in a non-positive locking manner on a cooling device and wherein an edge of the metal layer is offset to the rear with respect to an edge of the insulating moulded body and wherein in the region adjacent to the first or second fastening device a first edge section of the edge of the metal layer is offset to the rear further than in each case adjoining second and third edge sections of the edge of the metal layer .
Multilayer element as a security element for securing security documents, for product assurance or for packaging applications, having a transparent first layer , in which a plurality of microlenses are moulded in a first area , which are arranged according to a microlens array, and having a second layer arranged below the first layer and in a fixed position relative to the first layer , which has a plurality of micro images that are arranged according to a micro image array and each with at least a partial overlap with one of the microlenses of the microlens array for generating a first piece of visually variable information, wherein the screen rulings of the micro image array and the microlens array are each smaller than 300 μm in at least one spatial direction, wherein the micro images are each formed by one or more image areas, which are surrounded by a background area , and wherein the second layer has a metallic layer, which is provided in the first area in the image areas and not in the background area, wherein the second layer has a photoresist layer, which is provided in the first area in the image areas and not in the background area, or vice versa, wherein the one or more image areas are opaque and the background area is transparent, wherein on the one hand the one or more image areas and on the other hand the background area possess different reflective characteristics, wherein the one or more image areas or the background area are covered with a visually variable element, wherein the second layer has a replicating lacquer layer having a surface relief moulded into a surface of the replicating lacquer layer , and wherein the microlens array and/or the micro image array is a two-dimensional microlens array or micro image array and in each case two or more microlenses or micro images are in succession to each other in a first spatial direction and in a second spatial direction according to a respective screen ruling between 5 μm and 150 μm. wherein the micro images are each formed by one or more image areas, which are surrounded by a background area , and wherein the second layer has a metallic layer, which is provided in the first area in the image areas and not in the background area, wherein the second layer has a photoresist layer, which is provided in the first area in the image areas and not in the background area, or vice versa, wherein the one or more image areas are opaque and the background area is transparent, wherein on the one hand the one or more image areas and on the other hand the background area possess different reflective characteristics, wherein the one or more image areas or the background area are covered with a visually variable element, wherein the second layer has a replicating lacquer layer having a surface relief moulded into a surface of the replicating lacquer layer , and wherein the microlens array and/or the micro image array is a two-dimensional microlens array or micro image array and in each case two or more microlenses or micro images are in succession to each other in a first spatial direction and in a second spatial direction according to a respective screen ruling between 5 μm and 150 μm.
A paper roll dispenser comprising: a base provided with an foundation frame , said foundation frame having two sides respectively provided with an erect frame ; a carrying device formed with two position-limiting members , said two position-limiting members fixed with said erect frame , said position-limiting member installed with a shaft lever therebetween; a press plate having two ends respectively provided with a interactive member , said interactive members pivotally connected with said erect frame , said interactive members respectively connected with an elastic member , said elastic member having another end connected with said erect frame ; a guide device provided with a support rod , said support rod connected with said erect frame , said guide device parallel to said shaft lever ; and a crumpled paper device combined with said foundation frame , characterized by said crumpled paper device provided with a cutting member , wherein said cutting member is V-shaped, said cutting member having an opening , said opening having two sides respectively disposed with a blade , and wherein said crumpled paper device is funnel-shaped. a base provided with an foundation frame , said foundation frame having two sides respectively provided with an erect frame ; a carrying device formed with two position-limiting members , said two position-limiting members fixed with said erect frame , said position-limiting member installed with a shaft lever therebetween; a press plate having two ends respectively provided with a interactive member , said interactive members pivotally connected with said erect frame , said interactive members respectively connected with an elastic member , said elastic member having another end connected with said erect frame ; a guide device provided with a support rod , said support rod connected with said erect frame , said guide device parallel to said shaft lever ; and a crumpled paper device combined with said foundation frame , characterized by said crumpled paper device provided with a cutting member , wherein said cutting member is V-shaped, said cutting member having an opening , said opening having two sides respectively disposed with a blade , and wherein said crumpled paper device is funnel-shaped.
An excavator comprising: a lower traveling body ; an upper turning body mounted on the lower traveling body ; an attachment attached to the upper turning body ; an attitude detecting device (M3) configured to detect an attitude of the attachment including a bucket ; characterized by a control device configured to control a toe angle (α) of a toe of the bucket with respect to an excavation ground, based on the attitude of the attachment detected by the attitude detecting device (M3), information relating to a present shape of the excavation ground, and an operation content of an operation device relating to the attachment . a lower traveling body ; an upper turning body mounted on the lower traveling body ; an attachment attached to the upper turning body ; an attitude detecting device (M3) configured to detect an attitude of the attachment including a bucket ; characterized by a control device configured to control a toe angle (α) of a toe of the bucket with respect to an excavation ground, based on the attitude of the attachment detected by the attitude detecting device (M3), information relating to a present shape of the excavation ground, and an operation content of an operation device relating to the attachment .
A method of making a layer of cured material for application to a leading edge of a wind turbine blade , the method comprising: arranging a flexible substrate in an application configuration in which a layer-supporting surface of the flexible substrate is substantially flat; applying a layer of liquid material to the layer-supporting surface ; reconfiguring the flexible substrate into a curing configuration in which a part of the layer-supporting surface that supports the layer of material is curved; and curing the layer of material with the flexible substrate in the curing configuration to form a curved layer of cured material on the flexible substrate. arranging a flexible substrate in an application configuration in which a layer-supporting surface of the flexible substrate is substantially flat; applying a layer of liquid material to the layer-supporting surface ; reconfiguring the flexible substrate into a curing configuration in which a part of the layer-supporting surface that supports the layer of material is curved; and curing the layer of material with the flexible substrate in the curing configuration to form a curved layer of cured material on the flexible substrate.
Fluid delivery device having a primary pump and a main pump fluidically connected to the primary pump , wherein the primary pump is drivable by a primary pump input shaft and the main pump is drivable by a main pump input shaft and the primary pump input shaft and the main pump input shaft are mechanically coupled to a common drive shaft of the fluid delivery device , wherein the main pump is designed as an at least partially compensated internal gear pump, characterized in that the primary pump is designed as an at least partially non-compensated internal gear pump and has a higher limit speed and a larger pump volume than the main pump , and that a suction chamber of the primary pump extends over a larger angular range (α) than a suction chamber of the main pump and/or a pressure chamber of the primary pump extends over at least the same angular range as a pressure chamber of the main pump .
A method for carrying out an application, in which an external device is involved, with the help of a portable data carrier , wherein via a first data channel of the portable data carrier a data connection with a first external device is formed; with the help of the first data channel involving the first external device a first part of the application is executed; within the framework of the first part of the application identification data are transferred from the first external device to the portable data carrier , a second part of the application involving the first external device is not executed until after a release by a user, characterized in that via a second data channel of the portable data carrier , different from the first data channel , a second data connection with the first external device or with a second external device is formed; from the portable data carrier via the second data channel identification data, which were provided on the execution of the first part of the application and by which the user can determine whether a manipulation has occurred and optionally deny the release, are transferred to the first external device or to the second external device and are shown at least partially on a display device of the first external device or of the second external device .
A handheld apparatus configured for testing a sample of prepared food for multiple types of allergens and/or food intolerance ingredients; the apparatus comprising: - a handheld test meter adapted for receiving a disposable electrochemical test unit; and - a disposable electrochemical test unit configured for electrochemical sensing of an allergen and/or food intolerance ingredient; wherein said disposable electrochemical test unit comprises a connector configured for connecting with the handheld test meter; wherein an electronic identification tag is embedded in said disposable electrochemical test unit, said electronic identification tag comprising information on the type of disposable electrochemical test unit; wherein said electronic identification tag is a passive RFID tag; wherein said handheld test meter is configured to read said electronic identification tag, and in response to its information on the type of disposable electrochemical test unit, configured to detect and process the electrochemical signal generated by the disposable electrochemical test unit during use to provide an indication of presence and/or amount of allergen and/or food intolerance ingredient to the user; characterized in that said handheld test meter comprises an insertion hole comprising a clamping section with an engagement member; wherein said connector comprises an engagement groove adapted to be engaged with the engagement member in the clamping section, wherein the electronic identification tag is embedded in the engagement groove, wherein the engagement member comprises an electronic identification tag reader. - a handheld test meter adapted for receiving a disposable electrochemical test unit; and - a disposable electrochemical test unit configured for electrochemical sensing of an allergen and/or food intolerance ingredient; wherein said disposable electrochemical test unit comprises a connector configured for connecting with the handheld test meter; wherein an electronic identification tag is embedded in said disposable electrochemical test unit, said electronic identification tag comprising information on the type of disposable electrochemical test unit; wherein said electronic identification tag is a passive RFID tag; wherein said handheld test meter is configured to read said electronic identification tag, and in response to its information on the type of disposable electrochemical test unit, configured to detect and process the electrochemical signal generated by the disposable electrochemical test unit during use to provide an indication of presence and/or amount of allergen and/or food intolerance ingredient to the user; characterized in that said handheld test meter comprises an insertion hole comprising a clamping section with an engagement member; wherein said connector comprises an engagement groove adapted to be engaged with the engagement member in the clamping section, wherein the electronic identification tag is embedded in the engagement groove, wherein the engagement member comprises an electronic identification tag reader.