mhurhangee/patent-ind-claim-en huggingface dataset:
A carabiner system comprising: a frame including an opening between a pivot region and a keyed region ; a gate pivotably coupled to the frame across the opening , wherein the gate and frame form a continuously enclosed inner region in a closed configuration, and wherein the gate is pivotably rotated about the pivot region forming a gap between the gate and the frame in the open configuration, and wherein the gate further includes a key-lock region , a gate region , and an attachment region ; a gate biasing system between the pivot region of the frame and the attachment region of the gate , wherein the gate biasing system biases the key-lock region of the gate toward the keyed region of the frame in the closed configuration; wherein the closed configuration includes a coupling between the key-lock region of the gate and the keyed region of the frame in the closed configuration; wherein the gate region of the gate includes a plurality of independent elongated members extending between the key-lock region and the attachment region ; wherein the attachment region is pivotably coupled to the pivot region of the frame in both the open and closed configurations; wherein the key-lock region includes a partially enclosed concave region corresponding in shape to the keyed region of the frame ; characterized in that the key-lock region , gate region , and attachment region of the gate are integral, wherein the key-lock region of the gate includes an externally defined orthogonal substantially rectangular U-shaped region between the elongated members of the gate region . a frame including an opening between a pivot region and a keyed region ; a gate pivotably coupled to the frame across the opening , wherein the gate and frame form a continuously enclosed inner region in a closed configuration, and wherein the gate is pivotably rotated about the pivot region forming a gap between the gate and the frame in the open configuration, and wherein the gate further includes a key-lock region , a gate region , and an attachment region ; a gate biasing system between the pivot region of the frame and the attachment region of the gate , wherein the gate biasing system biases the key-lock region of the gate toward the keyed region of the frame in the closed configuration; wherein the closed configuration includes a coupling between the key-lock region of the gate and the keyed region of the frame in the closed configuration; wherein the gate region of the gate includes a plurality of independent elongated members extending between the key-lock region and the attachment region ; wherein the attachment region is pivotably coupled to the pivot region of the frame in both the open and closed configurations; wherein the key-lock region includes a partially enclosed concave region corresponding in shape to the keyed region of the frame ; characterized in that the key-lock region , gate region , and attachment region of the gate are integral, wherein the key-lock region of the gate includes an externally defined orthogonal substantially rectangular U-shaped region between the elongated members of the gate region .
A method for processing an emergency message in a communication network, in particular a local public land mobile network, PLMN, , the method comprising: transmitting, by a user equipment, UE, an emergency message to an access network entity of a network slice of the communication network , wherein the emergency message comprises an emergency identifier, E_ID; detecting by the access network entity of the network slice of the communication network , based on the E_ID, that the emergency message is related to emergency; forwarding the emergency message to an emergency network slice of the communication network based on the emergency detection; and establishing, by the emergency network slice , a communication link between the UE and a public safety answering point, PSAP , for processing the emergency message . transmitting, by a user equipment, UE, an emergency message to an access network entity of a network slice of the communication network , wherein the emergency message comprises an emergency identifier, E_ID; detecting by the access network entity of the network slice of the communication network , based on the E_ID, that the emergency message is related to emergency; forwarding the emergency message to an emergency network slice of the communication network based on the emergency detection; and establishing, by the emergency network slice , a communication link between the UE and a public safety answering point, PSAP , for processing the emergency message .
Sliding leaf of a sliding door arrangement, in which supporting rollers for the sliding leaf are stationary, having a panel element on which an edge profile is placed on at least one end face facing the supporting rollers , characterized in in that a support strip made of plastic extending in the longitudinal direction of the edge profile and substantially over the entire length of the end face of the panel element is inserted between the end face of the panel element and the edge profile , wherein the support strip does not support the end face of the panel element over the entire surface and wherein an adhesive and/or a sealing compound is arranged in regions in which the support strip does not support the end face of the panel element over the entire surface.
A cooking grill comprising: a container defining a combustion area; a cooking surface over the combustion area for receiving and supporting food materials to be grilled; a pellet burner unit disposed within the container under the cooking surface ; a pellet feeding device arranged to feed pellets into the burner unit ; a fan for generating an airflow which at least in part passes through the burner unit for causing combustion of the pellets in the burner unit ; a temperature sensing component arranged to detect temperature in the container ; a heat control system for controlling a rate of feed of the pellets in dependence on a detected temperature; and a gas burner system including a gas burner nozzle arranged in the container so as to apply heat from the gas burner system to the cooking surface in addition to or as an alternative to the pellet burner unit ; wherein either one of the pellet burner unit and gas burner system may be used as the only source of heat or alternatively both can be used in parallel; characterized in that the gas burner system including the gas burner nozzle is arranged to the side only of the pellet burner unit so that the gas burner system when both are operating does not supply heat directly into the pellet burner unit . a container defining a combustion area; a cooking surface over the combustion area for receiving and supporting food materials to be grilled; a pellet burner unit disposed within the container under the cooking surface ; a pellet feeding device arranged to feed pellets into the burner unit ; a fan for generating an airflow which at least in part passes through the burner unit for causing combustion of the pellets in the burner unit ; a temperature sensing component arranged to detect temperature in the container ; a heat control system for controlling a rate of feed of the pellets in dependence on a detected temperature; and a gas burner system including a gas burner nozzle arranged in the container so as to apply heat from the gas burner system to the cooking surface in addition to or as an alternative to the pellet burner unit ; wherein either one of the pellet burner unit and gas burner system may be used as the only source of heat or alternatively both can be used in parallel; characterized in that the gas burner system including the gas burner nozzle is arranged to the side only of the pellet burner unit so that the gas burner system when both are operating does not supply heat directly into the pellet burner unit .
A communication method, comprising: obtaining , by a central unit, CU, a quality of service, QoS, parameter of a QoS data flow; performing , by the CU, mapping between the QoS data flow and a bearer based on the QoS parameter of the QoS data flow; determining , by the CU, a QoS parameter of the bearer based on a QoS parameter of a QoS data flow corresponding to the bearer; and sending , by the CU, a context setup request message to a distributed unit, DU, wherein the context setup request message comprises the QoS parameter of the bearer, the QoS parameter of the QoS data flow and the mapping relationship between the QoS data flow and the bearer, wherein the CU and the DU are comprised in a base station. obtaining , by a central unit, CU, a quality of service, QoS, parameter of a QoS data flow; performing , by the CU, mapping between the QoS data flow and a bearer based on the QoS parameter of the QoS data flow; determining , by the CU, a QoS parameter of the bearer based on a QoS parameter of a QoS data flow corresponding to the bearer; and sending , by the CU, a context setup request message to a distributed unit, DU, wherein the context setup request message comprises the QoS parameter of the bearer, the QoS parameter of the QoS data flow and the mapping relationship between the QoS data flow and the bearer, wherein the CU and the DU are comprised in a base station.
Method for the production of a material, method in which the following products are incorporated in order to produce a mixture: - a polymer, - particles comprising silicon and carbon, and having an average diameter less than or equal to 100 nanometres by granulometric analysis using mathematical morphology according to a geometrical average, characterized in that , on incorporation of the particles, the particles have an apparent density greater than 0.3 grams per cubic centimetre according to the standard ISO 3923-2:1981. - a polymer, - particles comprising silicon and carbon, and having an average diameter less than or equal to 100 nanometres by granulometric analysis using mathematical morphology according to a geometrical average, characterized in that , on incorporation of the particles, the particles have an apparent density greater than 0.3 grams per cubic centimetre according to the standard ISO 3923-2:1981.
A system comprising a work device and different types of work heads comprising: a device main body provided with a first air path (p1, 321, 41, 51) and a second air path (p2, pv2, 53) that are configured to be connected to the different types of work heads , the work heads being a first and a second work head each configured to pick up and transport a component using a nozzle , and configured to be exchangeable and to perform specified work using air pressure, wherein the work device is configured to mount the component picked up by the nozzle on a board, and the first work head is configured to be connected with only the first air path (p1, 321, 41, 51), and the second work head is configured to be connected to at least the second air path (p2, pv2, 53) the system is characterized in that: the second air path (p2, pv2, 53) is provided to allow a greater volume of air than that of the first air path (p1, 321, 41, 51), the first work head is configured to pick up the component and to hold the nozzle using air pressure of the first air path (p1, 321, 41, 51), and the second work head is configured to pick up the component using air pressure of the second air path (p2, pv2, 53). a device main body provided with a first air path (p1, 321, 41, 51) and a second air path (p2, pv2, 53) that are configured to be connected to the different types of work heads , the work heads being a first and a second work head each configured to pick up and transport a component using a nozzle , and configured to be exchangeable and to perform specified work using air pressure, wherein the work device is configured to mount the component picked up by the nozzle on a board, and the first work head is configured to be connected with only the first air path (p1, 321, 41, 51), and the second work head is configured to be connected to at least the second air path (p2, pv2, 53) the system is characterized in that: the second air path (p2, pv2, 53) is provided to allow a greater volume of air than that of the first air path (p1, 321, 41, 51), the first work head is configured to pick up the component and to hold the nozzle using air pressure of the first air path (p1, 321, 41, 51), and the second work head is configured to pick up the component using air pressure of the second air path (p2, pv2, 53). the second air path (p2, pv2, 53) is provided to allow a greater volume of air than that of the first air path (p1, 321, 41, 51), the first work head is configured to pick up the component and to hold the nozzle using air pressure of the first air path (p1, 321, 41, 51), and the second work head is configured to pick up the component using air pressure of the second air path (p2, pv2, 53).
An operating device in which a driver operating tool can be mounted from outside, comprising a driver movable in an axial direction of the driver in a through-hole of a main body and rotatable around an axis of the through-hole along with a rotating operation of the operating tool , wherein the driver can be rotated with respect to a spindle by being pushed in from a reference position (A) to an operating position (B), the operating device being characterized by comprising a movement restriction device adapted to restrict axial movement of the driver by moving the driver by the rotating operation of the operating tool between a fixing position where the axial movement of the driver is blocked at the reference position and an unfixing position where the restriction on the axial movement of the driver is removed.
Heat storage device , the heat storage device comprising: - a storage space for accommodating a storage material ; - an inductor device which surrounds the storage space ; and - a fluid guide for supplying and/or feeding and/or removing fluid to/through/from the storage space , the inductor device comprising one or more inductor elements , characterized in that the one or more inductor elements have a varying material thickness in a direction parallel to an inductor axis , the material thickness in each case being taken perpendicular to the inductor axis , a central region of the one or more inductor elements having a reduced material thickness compared to regions of the relevant inductor element that are arranged on either side of the central region , and the central region being a region arranged centrally between two edge regions of the relevant inductor element . - a storage space for accommodating a storage material ; - an inductor device which surrounds the storage space ; and - a fluid guide for supplying and/or feeding and/or removing fluid to/through/from the storage space ,
A method for distraction mitigation performed by a mobile terminal, the method comprising: receiving one or more signals containing zone information defining one or more zones in the vehicle and location information psychoacoustically masked by an audio signal, wherein the zone information includes one or more of: a zone identifier, a zone boundary definition, a zone type, and zone restrictions; determining the location of a mobile device within a vehicle; determining if the mobile device is located within any of the one or more zones; and modifying the behavior of the mobile device responsive to an occupied zone, of the one or more zones, that the mobile device is determined to be in. receiving one or more signals containing zone information defining one or more zones in the vehicle and location information psychoacoustically masked by an audio signal, wherein the zone information includes one or more of: a zone identifier, a zone boundary definition, a zone type, and zone restrictions; determining the location of a mobile device within a vehicle; determining if the mobile device is located within any of the one or more zones; and modifying the behavior of the mobile device responsive to an occupied zone, of the one or more zones, that the mobile device is determined to be in.
A method of operating an authorization server in a network, the method comprising: authorizing, by the authorization server, a network access server to allow an endpoint device to access one or more services in accordance with a network access protocol; requesting , following authorizing the network access server to allow the endpoint device to access the one or more services, by the authorization server and in accordance with the network access protocol, a result message from the network access server as to whether the one or more authorized services are presently provided for use by the endpoint device; and receiving the result message from the network access server in accordance with the network access protocol, the result message indicating whether each of the one or more authorized services are either presently provided for use by the endpoint device or not presently provided for use by the endpoint device, wherein the method is configured to employ a pull mechanism. authorizing, by the authorization server, a network access server to allow an endpoint device to access one or more services in accordance with a network access protocol; requesting , following authorizing the network access server to allow the endpoint device to access the one or more services, by the authorization server and in accordance with the network access protocol, a result message from the network access server as to whether the one or more authorized services are presently provided for use by the endpoint device; and receiving the result message from the network access server in accordance with the network access protocol, the result message indicating whether each of the one or more authorized services are either presently provided for use by the endpoint device or not presently provided for use by the endpoint device, wherein the method is configured to employ a pull mechanism.
A device for generating scan data for use in an additive manufacturing process, in which an energy beam is scanned across layers of flowable material to consolidate the material in a layer-by-layer manner to build a part, the device comprising a display and a processor , the processor arranged to determine scan data, including scan paths, for slices of the part to be built in the additive manufacturing process and characterised in that the processor is arranged to cause the display to display the scan data that has been determined for one of the slices whilst determining the scan data for other ones of the slices, wherein the processor is arranged to receive a selection of at least one slice from the user input , wherein, in response to receiving the selection, the processor determines the scan data for the slices in an order such that scan data for the at least one selected slice is displayed on the display whilst scan data for other ones of the slices is being determined and modifies a predetermined sequence of slices for which scan data is determined based upon the selection of the at least one slice.
Continuous flow heater, comprising a housing with a bottom housing part , wherein the bottom housing part comprises a housing base , characterised in that the housing base comprises at least two latching elements with a latching region and a locking region arranged at least substantially perpendicular to the housing base , wherein the latching elements are configured for the releasable arrangement of a printed circuit board comprising a solder side and a component side , in that the printed circuit board is arrangeable in a latching position at least in the latching region of the latching elements , a printed circuit board cover , wherein the printed circuit board cover covers the solder side of the printed circuit board at least in some areas and locks the latching elements with the printed circuit board in the latching position in a locking state, in that the printed circuit board cover is configured to embrace the latching elements in the latching area , forming a locking contact.
A device for supporting and/or guiding a machine tool or a tool or a workpiece (W), wherein the device has a contact body having a contact surface for contact on a work surface (H) of a workpiece (W) or a wall, wherein the contact body includes a holding element having an adhesive means for adhesion to the work surface (H), characterized in that the adhesive means , when the contact surface of the contact body bears against the work surface (H), can be brought from a positioning state (PZ), in which the adhesive means is not in contact with the work surface (H) and the contact surface can be positioned with respect to the work surface (H), into an adhesive state (HZ), in which the adhesive means adheres to the work surface (H) and fixes the contact body on the work surface (H).
Screw transport apparatus for bottles, comprising: - a support structure , extending longitudinally between a bottle inlet and a bottle outlet of said apparatus , and - a spiral-shaped helical body , which is associated with said support structure and extends axially parallel to said support structure between its two axial ends , wherein said spiral-shaped helical body is rotatable on itself around its own longitudinal axis (X) to move bottles between the bottle inlet and the bottle outlet of said apparatus in cooperation with said support structure , characterized in that said spiral-shaped helical body comprises at least two spiral-shaped seats extending coaxially between the two axial ends of said spiral-shaped helical body , wherein said at least two spiral-shaped seats are angularly offset from each other and differ from each other in the shape and/or size of the relative bottle housing compartment (21 ', 22') defined by each of them, wherein said at least two spiral-shaped seats are intended to be used as an alternative to one another for the transport of bottles of a different shape and/or size engageable by the respective compartments (21 ', 22'). - a support structure , extending longitudinally between a bottle inlet and a bottle outlet of said apparatus , and - a spiral-shaped helical body , which is associated with said support structure and extends axially parallel to said support structure between its two axial ends , wherein said spiral-shaped helical body is rotatable on itself around its own longitudinal axis (X) to move bottles between the bottle inlet and the bottle outlet of said apparatus in cooperation with said support structure , characterized in that said spiral-shaped helical body comprises at least two spiral-shaped seats extending coaxially between the two axial ends of said spiral-shaped helical body , wherein said at least two spiral-shaped seats are angularly offset from each other and differ from each other in the shape and/or size of the relative bottle housing compartment (21 ', 22') defined by each of them, wherein said at least two spiral-shaped seats are intended to be used as an alternative to one another for the transport of bottles of a different shape and/or size engageable by the respective compartments (21 ', 22').
A noseband pad for attachment to the noseband on the side facing the animal, in particular horse, comprising an elongated flexible main body with a first end region , a second end region and a center region there between, wherein in use, the center region rests on the nasal bone, characterized in that it has a sandwich construction of the center region with an inner grid structure of interlaced grid struts between the upper and lower sides to create elastic flexibility.