mhurhangee/patent-ind-claim-en huggingface dataset:
An access-control system for a motor vehicle, the access-control system comprising: a plurality of anchors distributed in predetermined positions of a coordinate system; an access device configured to allow activation of one or more operating systems of the motor vehicle in response to the access device being located in one or more predetermined positions relative to the motor vehicle; and a controller , wherein each anchor of the plurality of anchors is configured to measure a distance between the respective anchor and the access device, and the controller is configured to gather ranging data of the measured distances from the plurality of anchors, identify an initial region of interest where the access device is located based on the ranging data, optimize the initial region of interest based on overlapping points in the ranging data, determine an initial location of the access device as in an interior of the motor vehicle or in an exterior region around the motor vehicle based on the optimized region of interest, and determine an optimum location of the access device relative to the motor vehicle in the coordinate system based on whether the access device is determined to be in the interior or in the exterior region, and wherein the initial region of interest is identified based on ranging data from at least two anchors of the plurality of anchors having lowest measured distances, wherein a lowest measured distance defines a center point of the initial region of interest, and wherein a mean ranging value in the ranging data from the at least two anchors defines a height and width of the region of interest. a plurality of anchors distributed in predetermined positions of a coordinate system; an access device configured to allow activation of one or more operating systems of the motor vehicle in response to the access device being located in one or more predetermined positions relative to the motor vehicle; and a controller , wherein each anchor of the plurality of anchors is configured to measure a distance between the respective anchor and the access device, and the controller is configured to gather ranging data of the measured distances from the plurality of anchors, identify an initial region of interest where the access device is located based on the ranging data, optimize the initial region of interest based on overlapping points in the ranging data, determine an initial location of the access device as in an interior of the motor vehicle or in an exterior region around the motor vehicle based on the optimized region of interest, and determine an optimum location of the access device relative to the motor vehicle in the coordinate system based on whether the access device is determined to be in the interior or in the exterior region, and wherein the initial region of interest is identified based on ranging data from at least two anchors of the plurality of anchors having lowest measured distances, wherein a lowest measured distance defines a center point of the initial region of interest, and wherein a mean ranging value in the ranging data from the at least two anchors defines a height and width of the region of interest.
A cutting table , comprising: a polycrystalline hard material ; and characterised by : at least one rhenium-containing structure embedded within the polycrystalline hard material and comprising greater than or equal to about 10 weight percent rhenium, wherein the at least one rhenium-containing structure exhibits a geometric configuration permitting the cutting table to fail at or proximate the at least one rhenium-containing structure after the cutting table is subjected to a predetermined amount of wear.
A method of operating a power tool having a motor and a controller , the method comprising: receiving a position of a variable-speed input mechanism mounted on the power tool; determining a target speed of the motor corresponding to the position of the variable-speed input mechanism; determining an underspeed threshold corresponding to the target speed; determining a rotational speed of the motor; and interrupting a supply of power to the motor if the rotational speed of the motor is less than the underspeed threshold for a predetermined period of time, characterized in that the method further comprises the step of utilizing a timer that is incremented every time the rotational speed of the motor is less than the underspeed threshold, wherein the timer is reset every time a change in the position of the variable-speed input mechanism is detected. receiving a position of a variable-speed input mechanism mounted on the power tool; determining a target speed of the motor corresponding to the position of the variable-speed input mechanism; determining an underspeed threshold corresponding to the target speed; determining a rotational speed of the motor; and interrupting a supply of power to the motor if the rotational speed of the motor is less than the underspeed threshold for a predetermined period of time, characterized in that the method further comprises the step of utilizing a timer that is incremented every time the rotational speed of the motor is less than the underspeed threshold, wherein the timer is reset every time a change in the position of the variable-speed input mechanism is detected.
A pressure sprayer nozzle comprising a main body portion having an inlet channel for accepting liquid from a pressure sprayer , an outlet head which is rotatably mounted on the main body portion and comprises a plurality of liquid outlet portions , and a seal provided between the main body portion and the outlet head for sealing between an outlet of the inlet channel and a respective inlet of at least one of the liquid outlet portions, the outlet head being rotatable between: a first position in which a first of the plurality of outlet portions is in fluid communication with the inlet channel so that in use liquid can flow from the inlet channel to, and out of, the first of the plurality of outlet portions; and a second position in which a second of the plurality of outlet portions is in fluid communication with the inlet channel so that in use liquid can flow from the inlet channel to, and out of, the second of the plurality of liquid outlet portions, wherein the first of the plurality of liquid outlet portions differs from the second of the plurality of liquid outlet portions such as to allow the selection of a first outlet spray type by rotating the outlet head to the first position and the selection of a second outlet spray type by rotating the outlet head to the second position, in which a first of the liquid outlet portions comprises a mounting portion to which an outlet component is mountable by a user. a first position in which a first of the plurality of outlet portions is in fluid communication with the inlet channel so that in use liquid can flow from the inlet channel to, and out of, the first of the plurality of outlet portions; and a second position in which a second of the plurality of outlet portions is in fluid communication with the inlet channel so that in use liquid can flow from the inlet channel to, and out of, the second of the plurality of liquid outlet portions, wherein the first of the plurality of liquid outlet portions differs from the second of the plurality of liquid outlet portions such as to allow the selection of a first outlet spray type by rotating the outlet head to the first position and the selection of a second outlet spray type by rotating the outlet head to the second position, in which a first of the liquid outlet portions comprises a mounting portion to which an outlet component is mountable by a user.
A disc recliner mechanism for use in an automotive vehicle, the disc recliner mechanism comprising: a guide plate ; a tooth plate with an outer lip extending circumferentially therearound, the outer lip rotatably engaging the guide plate and having a plurality of teeth extending radially inward therefrom; at least one pawl mounted between the guide plate and tooth plate , the pawl including a toothed outer edge and a radially inner cam surface ; and a cam rotatably mounted between the guide plate and the tooth plate , the cam including a radially outer cam profile for selectively engaging the radially inner cam surface of the pawl , wherein rotation of the cam moves the pawl between an extended position in which the pawl engages the tooth plate to lock the disc recliner mechanism , and a retracted position in which the pawl disengages the tooth plate to unlock the disc recliner mechanism ; and characterised in that the outer lip of the tooth plate includes a channel for retaining lubricant and reducing rotational friction between the tooth plate and the guide plate . a guide plate ; a tooth plate with an outer lip extending circumferentially therearound, the outer lip rotatably engaging the guide plate and having a plurality of teeth extending radially inward therefrom; at least one pawl mounted between the guide plate and tooth plate , the pawl including a toothed outer edge and a radially inner cam surface ; and a cam rotatably mounted between the guide plate and the tooth plate , the cam including a radially outer cam profile for selectively engaging the radially inner cam surface of the pawl , wherein rotation of the cam moves the pawl between an extended position in which the pawl engages the tooth plate to lock the disc recliner mechanism , and a retracted position in which the pawl disengages the tooth plate to unlock the disc recliner mechanism ; and characterised in that the outer lip of the tooth plate includes a channel for retaining lubricant and reducing rotational friction between the tooth plate and the guide plate .
Throttle flap device for an exhaust gas line or an air supply line of an internal combustion engine, comprising a throttle flap housing , which comprises an inner housing element and an outer housing element radially surrounding the inner housing element , wherein an air gap is provided between the outer housing element and the inner housing element , and wherein the inner housing element radially defines a flow channel and comprises a flap stop projecting into the flow channel , a throttle flap , which is pivotably arranged in the flow channel , wherein the outer housing element is made of two outer housing half-shells and the inner housing element is made of two inner housing half-shells , characterised in that the air gap is a cavity which is defined on all sides by the inner housing element and the outer housing element . a throttle flap housing , which comprises an inner housing element and an outer housing element radially surrounding the inner housing element , wherein an air gap is provided between the outer housing element and the inner housing element , and wherein the inner housing element radially defines a flow channel and comprises a flap stop projecting into the flow channel , a throttle flap , which is pivotably arranged in the flow channel , wherein the outer housing element is made of two outer housing half-shells and the inner housing element is made of two inner housing half-shells , characterised in that the air gap is a cavity which is defined on all sides by the inner housing element and the outer housing element .
A load-bearing straw-bale wall system used in construction of buildings, enabling to separate buildings from outer environment, comprising: at least one reinforced-concrete foundation which is located on the floor; at least one fixing member which is fixed onto the foundation ; a plurality of straw-bales which are placed onto the foundation and one another such that they will cover the foundation entirely and extend to a certain height; at least one connection member which is passed through the straw-bales that are placed onto the foundation and one another such that at least part of it will project from the straw-bales , provides resistance of the straw-bales to the loads imposed on thereof by being compressed, and is connected to the fixing member after it passes through the straw-bales located on the foundation ; at least one support member which is placed onto the straw-bales such that it will extend among the straw-bales placed on one another; at least one beam which is placed onto the said straw-bales such that it covers the last row straw-bales located on the top; at least one compression member whereby the connection member projecting from the straw-bales is fixed and which enables to compress the straw-bale , where the connection member extends out, in desired amount after the connection member is fixed on thereof; characterized in that it further comprises: at least one tension ring wherein the support members pass and which tries to pull the connection member passing through it. at least one reinforced-concrete foundation which is located on the floor; at least one fixing member which is fixed onto the foundation ; a plurality of straw-bales which are placed onto the foundation and one another such that they will cover the foundation entirely and extend to a certain height; at least one connection member which is passed through the straw-bales that are placed onto the foundation and one another such that at least part of it will project from the straw-bales , provides resistance of the straw-bales to the loads imposed on thereof by being compressed, and is connected to the fixing member after it passes through the straw-bales located on the foundation ; at least one support member which is placed onto the straw-bales such that it will extend among the straw-bales placed on one another; at least one beam which is placed onto the said straw-bales such that it covers the last row straw-bales located on the top; at least one compression member whereby the connection member projecting from the straw-bales is fixed and which enables to compress the straw-bale , where the connection member extends out, in desired amount after the connection member is fixed on thereof;
A power converting apparatus comprising: a converter including a tapped inductor (T) and a first switch (S1), the converter configured to convert a level of an input direct current, DC, voltage and output the level-converted DC voltage; and an inverter including a plurality of switches, the inverter configured to convert the level-converted DC voltage into an alternating current, AC, voltage, wherein the inverter is configured to operate separately in a first switching mode where each of the plurality of switches of the inverter is configured to perform a switching operation at a first frequency for a first period of the converted AC voltage and a second switching mode where each of the plurality of switches of the inverter is configured to perform a switching operation at a second frequency for a second period of the converted AC voltage, the second frequency being lower than the first frequency, wherein the inverter is configured to output a voltage waveform falling to a ground voltage in the first period of the first switching mode. a converter including a tapped inductor (T) and a first switch (S1), the converter configured to convert a level of an input direct current, DC, voltage and output the level-converted DC voltage; and an inverter including a plurality of switches, the inverter configured to convert the level-converted DC voltage into an alternating current, AC, voltage, wherein the inverter is configured to operate separately in a first switching mode where each of the plurality of switches of the inverter is configured to perform a switching operation at a first frequency for a first period of the converted AC voltage and a second switching mode where each of the plurality of switches of the inverter is configured to perform a switching operation at a second frequency for a second period of the converted AC voltage, the second frequency being lower than the first frequency, wherein the inverter is configured to output a voltage waveform falling to a ground voltage in the first period of the first switching mode.
A device for turning rod-shaped articles of the tobacco processing industry, in particular filter rods and/or cigarettes, with a turning drum having a conical frustum and a frustoconical jacket, wherein the turning drum can be rotated about an axis of rotation or is rotatingly driven, wherein the frustoconical jacket of the turning drum has receiving troughs for the rod-shaped articles in the peripheral direction of the frustoconical jacket, characterized in that the receiving troughs are configured and arranged in the frustoconical jacket such that the middle longitudinal axes of the receiving troughs in the turning drum and the rotational axis of the turning drum do not intersect, and/or when rod-shaped articles are arranged in the receiving troughs in the turning drum , the middle longitudinal axes of the rod-shaped articles and the rotational axis of the turning drum do not intersect.
Kitchen appliance , which has at least one lighting unit with at least one light source , wherein the kitchen appliance is an extractor hood, the kitchen appliance comprises a detection unit for detecting parameters and the at least one lighting unit comprises a change unit which controls a change of at least one light setting by means of the detected parameters, characterised in that the at least one lighting unit comprises at least two different optical systems with different directional angles and/or opening angles and the parameters include the position of the user.
A resilient clamping contact for contacting electrical conductors, said resilient clamping contact having a current rail and having at least two resilient clamping springs that each have a contacting limb , a resilient bend that adjoins the contacting limb , and a clamping limb that adjoins the resilient bend and comprises a clamping section at the free end, wherein a clamping site is formed between the respective clamping section and the current rail in order to clamp an electrical conductor, and having frame parts that extend away from the current rail and have in each case two lateral connecting pieces that are spaced apart from one another and transverse connecting pieces that connect the lateral connecting pieces one to the other, and a conductor feedthrough opening that is formed by the lateral connecting pieces and the transverse connecting pieces , wherein a resilient clamping spring is fastened to the current rail by means of the contact of the contacting limb of the resilient clamping spring to a transverse connecting piece and the clamping section acts in the direction of the current rail under the influence of the resilient force of the resilient clamping spring , characterized in that the at least two frame parts for the at least two resilient clamping springs are arranged spaced apart from one another with an intermediate space between two spaced apart lateral connecting pieces of adjacent frame parts .
Method for processing an activation datum of a multiple-access communication terminal (MN) supporting at least two different types of communication interfaces, situated in a wireless communication network (NTWK) comprising a plurality of access nodes, the terminal (MN) having passed into a so-called passive state, that is to say being present in a location zone of the network without its precise location in the zone being known by the network (NTWK), while it is attached to an access node of the location zone called last known access node (AN1), the method being implemented by the terminal (MN), the method comprising: • a step of reception of said activation datum via at least one first communication interface of a first type; • a step of checking that said received activation datum is intended for said terminal, and, when said received activation datum is intended for the terminal: • a step of determination of a second interface of a second type, using an IP address included in the activation datum and assigned to the terminal by an access node of the wireless communication network (NTWK) during a preceding communication session, called anchor access node (AAN1); • a step of activation of the terminal, via at least the second communication interface, of a type different from said first interface. • a step of reception of said activation datum via at least one first communication interface of a first type; • a step of checking that said received activation datum is intended for said terminal, and, when said received activation datum is intended for the terminal: • a step of determination of a second interface of a second type, using an IP address included in the activation datum and assigned to the terminal by an access node of the wireless communication network (NTWK) during a preceding communication session, called anchor access node (AAN1); • a step of activation of the terminal, via at least the second communication interface, of a type different from said first interface.
An electronic device comprising a first substrate ; a plurality of light-emitting dies disposed on the first substrate ; a transparent material layer disposed on the first substrate ; a sealing material disposed on the first substrate and surrounding the transparent material layer , wherein the transparent material layer is in contact with the sealing material ; and a second substrate adhered to the first substrate through the transparent material layer and the sealing material , wherein the electronic device comprises a display region (AR) and a non-display region (NR) surrounding the display region (AR), and is characterized in that the sealing material is disposed on at least one of the plurality of light-emitting dies . a first substrate ; a plurality of light-emitting dies disposed on the first substrate ; a transparent material layer disposed on the first substrate ; a sealing material disposed on the first substrate and surrounding the transparent material layer , wherein the transparent material layer is in contact with the sealing material ; and a second substrate adhered to the first substrate through the transparent material layer and the sealing material , wherein the electronic device comprises a display region (AR) and a non-display region (NR) surrounding the display region (AR), and is characterized in that the sealing material is disposed on at least one of the plurality of light-emitting dies .
A conference system comprising: a processor configured to: provision a plurality of bridge telephone numbers having a plurality of different country codes; receive a dial-out request for one of a plurality of attendees of a conference meeting for connecting to the conference meeting, the dial-out request including a target telephone number associated with a communication device of the one of the plurality of attendees; select one of the provisioned plurality of bridge telephone numbers based on a result of a match between at least a country code of the selected bridge telephone number and the target telephone number; and cause dial-out to the target telephone number from the selected bridge telephone number. provision a plurality of bridge telephone numbers having a plurality of different country codes; receive a dial-out request for one of a plurality of attendees of a conference meeting for connecting to the conference meeting, the dial-out request including a target telephone number associated with a communication device of the one of the plurality of attendees; select one of the provisioned plurality of bridge telephone numbers based on a result of a match between at least a country code of the selected bridge telephone number and the target telephone number; and cause dial-out to the target telephone number from the selected bridge telephone number.