mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a communication device for programming a software defined radio based chipset module contained in the communication device, comprising: selecting a carrier to support communications for the communication device from a user interface menu; loading a software build image for the selected carrier into volatile memory of the communication device; loading a notation file for the selected carrier into the volatile memory, the notation file comprising a carrier index assigned to the selected carrier and notation file item headers, wherein the carrier index correlates to a memory slot of a memory location of the volatile memory; extracting the carrier index and the notation file item headers from the notation file; parsing the extracted notation file item headers to determine a category of non-volatile items; determining if a particular non-volatile item is a multiplexed, multiple valued, non-volatile item based on the extracted and parsed notation file information; adding the non-volatile item to a multiplexed non-volatile item list, if the non-volatile item is a multiplexed non-volatile item; determining if a non-volatile item is present in the multiplexed item list; retrieving non-volatile memory item values from the volatile memory in accordance with the carrier index contained in the notation file; loading the retrieved non-volatile memory item values into non-volatile memory, if the non-volatile item is present in the multiplexed item list, wherein the carrier index is used as an offset; and executing the software build image using the retrieved non-volatile memory item values. selecting a carrier to support communications for the communication device from a user interface menu; loading a software build image for the selected carrier into volatile memory of the communication device; loading a notation file for the selected carrier into the volatile memory, the notation file comprising a carrier index assigned to the selected carrier and notation file item headers, wherein the carrier index correlates to a memory slot of a memory location of the volatile memory; extracting the carrier index and the notation file item headers from the notation file; parsing the extracted notation file item headers to determine a category of non-volatile items; determining if a particular non-volatile item is a multiplexed, multiple valued, non-volatile item based on the extracted and parsed notation file information; adding the non-volatile item to a multiplexed non-volatile item list, if the non-volatile item is a multiplexed non-volatile item; determining if a non-volatile item is present in the multiplexed item list; retrieving non-volatile memory item values from the volatile memory in accordance with the carrier index contained in the notation file; loading the retrieved non-volatile memory item values into non-volatile memory, if the non-volatile item is present in the multiplexed item list, wherein the carrier index is used as an offset; and executing the software build image using the retrieved non-volatile memory item values.
A driving tool comprising: a driver configured to drive out a fastener; a piston to which the driver is connected; a cylinder in which the piston is disposed so as to be reciprocated; a head valve which is slidably mounted to an outer circumferential side of the cylinder and controls a flow of compressed air into the cylinder ; and a seal portion which is provided to face an opening edge of the head valve , characterized in that the seal portion includes a lip portion protruding along an outer circumferential surface of the head valve . a driver configured to drive out a fastener; a piston to which the driver is connected; a cylinder in which the piston is disposed so as to be reciprocated; a head valve which is slidably mounted to an outer circumferential side of the cylinder and controls a flow of compressed air into the cylinder ; and a seal portion which is provided to face an opening edge of the head valve , characterized in that the seal portion includes a lip portion protruding along an outer circumferential surface of the head valve .
A collimator device for a lighting application comprising: - a collimator panel having a first end face for receiving input light and a second end face for providing collimated light , wherein the second end face is opposite to the first end face , - the collimator panel comprising a plurality of walls extending between the first end face and the second end face for obtaining a grid of cells , the cells extending between the first end face and the second end face for obtaining the collimated light , characterized in that at least the plurality of the walls is arranged for obtaining cross-sections of the associated cells forming an auxetic structure , and - in that the collimator panel is deformable from a first structure into a second structure by changing the cross-sections of the associated cells to change the collimated light having a first spatial distribution into collimated light having a second spatial distribution , wherein the first spatial distribution is different from the second spatial distribution . - a collimator panel having a first end face for receiving input light and a second end face for providing collimated light , wherein the second end face is opposite to the first end face , - the collimator panel comprising a plurality of walls extending between the first end face and the second end face for obtaining a grid of cells , the cells extending between the first end face and the second end face for obtaining the collimated light , - in that the collimator panel is deformable from a first structure into a second structure by changing the cross-sections of the associated cells to change the collimated light having a first spatial distribution into collimated light having a second spatial distribution , wherein the first spatial distribution is different from the second spatial distribution .
A metal tool for clamping cladding, flooring and/or decking boards (3A, 3A', 3A"), which comprises: - an angular profile (1B.2) at the base of said tool designed to be placed on an angle (3B.1) of a piece of wood , ledger board or joist, - an adjustable clamp system (1A.3) adaptable to different wood sections for holding the tool on the piece of wood, and characterised by - a pusher in the form of a mechanical screw (1B.3) equipped on one side with a stop (1B.3e) able to wedge against a board, and, on another side, with a clamping bit (1B.3b) adapted to a screw gun , so that, in use, an actuation of the screw gun causes the rotation of the mechanical screw and a translation of the stop to exert a pushing force on the boards. - an angular profile (1B.2) at the base of said tool designed to be placed on an angle (3B.1) of a piece of wood , ledger board or joist, - an adjustable clamp system (1A.3) adaptable to different wood sections for holding the tool on the piece of wood, and characterised by - a pusher in the form of a mechanical screw (1B.3) equipped on one side with a stop (1B.3e) able to wedge against a board, and, on another side, with a clamping bit (1B.3b) adapted to a screw gun , so that, in use, an actuation of the screw gun causes the rotation of the mechanical screw and a translation of the stop to exert a pushing force on the boards.
A busbar tapping clip comprising a clamping member that is situated in a housing and that has a hook-shaped extension , and comprising means for electroconductively contacting a busbar , wherein the busbar tapping clip is fixable to the busbar by means of a clamping device, which includes the extension in its function as a stop, characterized by means for bringing a conductor , led to the busbar tapping clip , into electroconductive contact with the clamping member , using clamping spring technology, and means for ensuring a defined relative position of the housing , the clamping member , and the, or each, means for electroconductively contacting a conductor , wherein the housing comprises an inner housing part and an outer housing part that accommodates the inner housing part , wherein the inner housing part and furthermore clamping member retaining means , on the one hand in or on the housing and on the other hand in or on the clamping member , function as means for ensuring the defined relative position, and wherein, by means of the clamping member retaining means , the clamping member is detachably connected to the inner housing part .
A blood condition analyzing device comprising: an extraction unit configured to use temporal change data of an electrical characteristic of blood at an arbitrary frequency to extract a feature of the data; and a blood condition evaluation unit configured to evaluate a condition change of blood from a feature extracted in the extraction unit; characterized by that the blood condition analyzing device further comprises a reliability evaluation unit configured to evaluate reliability of the temporal change data of the electrical characteristic. an extraction unit configured to use temporal change data of an electrical characteristic of blood at an arbitrary frequency to extract a feature of the data; and a blood condition evaluation unit configured to evaluate a condition change of blood from a feature extracted in the extraction unit; characterized by that the blood condition analyzing device further comprises a reliability evaluation unit configured to evaluate reliability of the temporal change data of the electrical characteristic.
A method for moving a communication terminal from a first communication network to a second communication network comprising: Establishing a communication session for the communication terminal by means of a first session management function of the first communication network; Determining a second session management function of the second communication network, wherein the second session management function is to handle the communication session when providing the communication session by means of the second communication network; Informing a Mobility Management Function of the second communication network about the determined second session management function; and Providing the communication session for the communication terminal by means of the determined second session management function upon a request by the communication terminal to register in the second communication network or to move the communication session from the first communication network to the second communication network, characterized in that a component of the first communication network determines the second session management function. Establishing a communication session for the communication terminal by means of a first session management function of the first communication network; Determining a second session management function of the second communication network, wherein the second session management function is to handle the communication session when providing the communication session by means of the second communication network; Informing a Mobility Management Function of the second communication network about the determined second session management function; and Providing the communication session for the communication terminal by means of the determined second session management function upon a request by the communication terminal to register in the second communication network or to move the communication session from the first communication network to the second communication network, characterized in that a component of the first communication network determines the second session management function.
A dialysis machine having at least one housing and having at least one sensor which has at least one sensor element which is configured for detecting moisture at the surface of the housing, wherein the dialysis machine has at least one interface at which a disposable is arranged or can be fixed, characterized in that the sensor element extends over an areal region of the surface of the housing and is a part of the housing and terminates flush with the surface of the housing and the surface at which the sensor element is located is a surface of the interface so that this surface of the interface with the disposable simultaneously represents the housing and serves as a sensor, with the sensor element comprising at least one electrically conductive track, preferably a plurality of electrically conductive tracks, or at least one electrically conductive sensor matrix, and the sensor furthermore comprising means for detecting the change in the resistance or in the conductivity of the electrically conductive track or of the sensor matrix.
An article of footwear comprising: an upper including an inner layer and an outer layer , and defining a foot-receiving cavity inward of the inner layer , wherein the outer layer defines at least one aperture (60A-D); a heel structure having a deformable element attached to a rigid base , wherein the deformable element is capable of movement between an uncollapsed configuration and a collapsed configuration with respect to the base , wherein the deformable element is disposed between the inner layer and the outer layer and the inner layer is disposed between the deformable element and the foot-receiving cavity ; and at least one peg (12A-D) extending outward from at least one of the deformable element and the base , and extending through the aperture (60A-D) in the outer layer , wherein the at least one peg (12A-D) is secured at a surface of the upper , and wherein a peg extends outward from a peripheral portion of the rigid base . an upper including an inner layer and an outer layer , and defining a foot-receiving cavity inward of the inner layer , wherein the outer layer defines at least one aperture (60A-D); a heel structure having a deformable element attached to a rigid base , wherein the deformable element is capable of movement between an uncollapsed configuration and a collapsed configuration with respect to the base , wherein the deformable element is disposed between the inner layer and the outer layer and the inner layer is disposed between the deformable element and the foot-receiving cavity ; and at least one peg (12A-D) extending outward from at least one of the deformable element and the base , and extending through the aperture (60A-D) in the outer layer , wherein the at least one peg (12A-D) is secured at a surface of the upper , and wherein a peg extends outward from a peripheral portion of the rigid base .
An access and mobility management function node, comprising: means for determining a user with lowest priority among users in User Equipment, UE, simultaneously used by the users in a case where the number of users of the UE exceeds a threshold; and means for initiating a release procedure for a PDU session of the user with lowest priority, wherein the threshold indicates a max allowed number of users for the UE. means for determining a user with lowest priority among users in User Equipment, UE, simultaneously used by the users in a case where the number of users of the UE exceeds a threshold; and means for initiating a release procedure for a PDU session of the user with lowest priority, wherein the threshold indicates a max allowed number of users for the UE.
A blending system comprising: a base including a motor ; a blade assembly selectively and operably engaged with the base, wherein the motor drives the blade assembly; characterised by : a container having an inner layer and outer layer , the container comprising a tab extending from the periphery of the open end of the container, the tab formed by engagement of the inner and outer layer; a magnet positioned in the tab between the inner and outer layers; and a sensor positioned in the base, wherein the magnet in operative proximity to the sensor permits operation of the motor. a base including a motor ; a blade assembly selectively and operably engaged with the base, wherein the motor drives the blade assembly; characterised by : a container having an inner layer and outer layer , the container comprising a tab extending from the periphery of the open end of the container, the tab formed by engagement of the inner and outer layer; a magnet positioned in the tab between the inner and outer layers; and a sensor positioned in the base, wherein the magnet in operative proximity to the sensor permits operation of the motor. a container having an inner layer and outer layer , the container comprising a tab extending from the periphery of the open end of the container, the tab formed by engagement of the inner and outer layer; a magnet positioned in the tab between the inner and outer layers; and a sensor positioned in the base, wherein the magnet in operative proximity to the sensor permits operation of the motor.
Trench wall apparatus for creating a trench in the ground, having: - a base frame ; - at least one soil excavation means , which is positioned at a bottom section of the base frame ; - a holding means for suspending the trench wall apparatus at a top section of the base frame ; - a clamping means with at least two clamping elements lying on opposite sides and laterally displaceable, and at least one actuating cylinder , through which the clamping elements can be extended laterally against a wall of the trench in order to clamp at least one part of the trench wall apparatus in the trench, and - a pressing means by which a pressing force can be applied to the at least one soil excavation means , - wherein the clamping means with the at least two plate-like clamping elements and the at least one clamping cylinder are positioned on an intermediate frame , which is mounted along the base frame to a box-like mounting section such that it can be displaced, and - wherein the pressing means is positioned between the intermediate frame and the base frame and has several pressing cylinders , characterized in that the pressing cylinders are arranged in a titled way toward the vertical, whereby the base frame with the soil excavation means can be pressed downward relative to the clamped intermediate frame when actuating the pressing cylinders , and that each titled pressing cylinder is articulated to the base frame on the one hand and to one of the plate-shaped clamping elements on the other hand. - a base frame ; - at least one soil excavation means , which is positioned at a bottom section of the base frame ; - a holding means for suspending the trench wall apparatus at a top section of the base frame ; - a clamping means with at least two clamping elements lying on opposite sides and laterally displaceable, and at least one actuating cylinder , through which the clamping elements can be extended laterally against a wall of the trench in order to clamp at least one part of the trench wall apparatus in the trench, and - a pressing means by which a pressing force can be applied to the at least one soil excavation means , - wherein the clamping means with the at least two plate-like clamping elements and the at least one clamping cylinder are positioned on an intermediate frame , which is mounted along the base frame to a box-like mounting section such that it can be displaced, and - wherein the pressing means is positioned between the intermediate frame and the base frame and has several pressing cylinders ,
A system , comprising: a wearable tag operable in a first mode for a first health monitoring function and a second mode for a second health monitoring function, wherein the wearable tag includes first and second sensors and does not include a display, and wherein the first and second health monitoring functions are different functions selected from the group consisting of a rehabilitation function, a sun exposure monitoring function, a fitness tracking function, a fall detection function, a running assistance function, and a posture monitoring function; and an electronic device having control circuitry that receives sensor data indicative of a location of the wearable tag on a body of a user, wherein the control circuitry collects first sensor data from the first sensor when the wearable tag is operated in the first mode and collects second sensor data from the second sensor when the wearable tag is operated in the second mode, and wherein the control circuitry switches the wearable tag from the first mode to the second mode based on the location of the wearable tag on the body of the user. a wearable tag operable in a first mode for a first health monitoring function and a second mode for a second health monitoring function, wherein the wearable tag includes first and second sensors and does not include a display, and wherein the first and second health monitoring functions are different functions selected from the group consisting of a rehabilitation function, a sun exposure monitoring function, a fitness tracking function, a fall detection function, a running assistance function, and a posture monitoring function; and an electronic device having control circuitry that receives sensor data indicative of a location of the wearable tag on a body of a user, wherein the control circuitry collects first sensor data from the first sensor when the wearable tag is operated in the first mode and collects second sensor data from the second sensor when the wearable tag is operated in the second mode, and wherein the control circuitry switches the wearable tag from the first mode to the second mode based on the location of the wearable tag on the body of the user.
A tool adapter for attaching tools to a rotary tool, the tool adapter comprising: a body including at least one elongated portion defining a longitudinal axis (L), a first end and a second end disposed along the longitudinal axis (L), a flange disposed between the first and second ends along the longitudinal axis (L), and an exterior surface extending along the longitudinal axis (L); and wherein the flange divides the body into a tool retaining portion disposed between the first end and the flange , and a tool adapter attaching portion disposed between the second end and the flange , and the body defines a tool receiving bore extending from the first end toward the second end along the longitudinal axis (L) and the tool retaining portion includes a collar portion defining a collar outer surface and the body defines a first groove disposed adjacent the first end extending along the longitudinal axis (L) on the outer collar surface along the majority of the longitudinal length of the collar portion , the first groove being spaced away from the first end. a body including at least one elongated portion defining a longitudinal axis (L), a first end and a second end disposed along the longitudinal axis (L), a flange disposed between the first and second ends along the longitudinal axis (L), and an exterior surface extending along the longitudinal axis (L); and wherein the flange divides the body into a tool retaining portion disposed between the first end and the flange , and a tool adapter attaching portion disposed between the second end and the flange , and the body defines a tool receiving bore extending from the first end toward the second end along the longitudinal axis (L) and the tool retaining portion includes a collar portion defining a collar outer surface and the body defines a first groove disposed adjacent the first end extending along the longitudinal axis (L) on the outer collar surface along the majority of the longitudinal length of the collar portion , the first groove being spaced away from the first end.