mhurhangee/ep-ind-claims huggingface dataset:
A capacitive position sensor system for determining the position of an object, in particular on a surface of a contactless smartcard, wherein the object is positioned within a sensitive area of the capacitive position sensor system and changes the capacitance of capacitors being arranged underneath the object, the capacitive position sensor system comprising a set of sensing elements being arranged in the form of a column, each sensing element comprising a first capacitor having a first electrode and a second electrode and a second capacitor having a first electrode and a second electrode, wherein each first electrode is coupled via a switch to a voltage supply to form a switched capacitor filter, wherein the second electrodes of the first capacitors are coupled to form a first sensing line (X 1) and the second electrodes of the second capacitors are coupled to form a second sensing line (X 2), a sensing unit, wherein the sensing unit is adapted to sense a voltage level representing the amount of charge being present on the first sensing line (X 1) and the second sensing line (X 2), and a control unit, wherein the control unit is adapted to apply a drive signal to each of the switches being coupled to the first electrodes, wherein a specific weighting factor is assigned to each capacitor, wherein the capacitances of the first and the second capacitor of one sensing element correspond to a constant capacitance value, wherein the first capacitors of the set of sensing elements are weighted increasingly in one direction along the column and the second capacitors of this set of sensing elements are weighted decreasingly in the same direction, wherein the control unit is adapted to, in one integration cycle, close a part of the switches being coupled to the first electrodes so that a part of the first capacitors is driven by a first drive signal, and close a part of the switches being coupled to the second electrodes so that a part of the second capacitors is driven by a second drive signal, wherein the sensing unit is adapted to sense the voltage level representing the sum of the amount of charge of the part of the first capacitors and the voltage level representing the sum of the amount of charge of the part of the second capacitors, wherein the control unit is adapted to determine the position of the object in one dimension by analyzing the results of a plurality of sensed voltage levels for the first capacitors and the second capacitors of a plurality of integration cycles.
System for determining a present and/or forecast state of a vehicle battery of a vehicle, having: a recording apparatus, by means of which a present voltage value of a voltage on board the vehicle, which voltage traces back to the vehicle battery of the vehicle, can be recorded; wherein the recording apparatus is configured to repeatedly record a particular present idle-state voltage value during at least one idle state of the vehicle if a predetermined idle-state condition is satisfied, an engine of the vehicle being switched off in the idle state of the vehicle; a data storage apparatus, in which at least one voltage threshold value is stored; an adapting apparatus, which is designed to take the recorded idle-state voltage values as a basis for adapting the at least one voltage threshold value in the data storage apparatus, only those recorded idle-state voltage values that satisfy a predetermined utilization condition being taken into consideration; and a computing apparatus, which is designed to take a comparison of a provided comparison voltage value, which is provided by the currently recorded voltage value or by an estimate voltage value, with at least the at least one voltage threshold value as a basis for determining the present or forecast state of the vehicle battery and to output an output signal that indicates the determined present and/or forecast state of the vehicle battery. a recording apparatus, by means of which a present voltage value of a voltage on board the vehicle, which voltage traces back to the vehicle battery of the vehicle, can be recorded; wherein the recording apparatus is configured to repeatedly record a particular present idle-state voltage value during at least one idle state of the vehicle if a predetermined idle-state condition is satisfied, an engine of the vehicle being switched off in the idle state of the vehicle; a data storage apparatus, in which at least one voltage threshold value is stored; an adapting apparatus, which is designed to take the recorded idle-state voltage values as a basis for adapting the at least one voltage threshold value in the data storage apparatus, only those recorded idle-state voltage values that satisfy a predetermined utilization condition being taken into consideration; and a computing apparatus, which is designed to take a comparison of a provided comparison voltage value, which is provided by the currently recorded voltage value or by an estimate voltage value, with at least the at least one voltage threshold value as a basis for determining the present or forecast state of the vehicle battery and to output an output signal that indicates the determined present and/or forecast state of the vehicle battery.
An apparatus configured to secure information in a memory of an electronic device, comprising: a first memory having stored therein a cryptographic hash algorithm; a second memory having stored therein information related to the identification of the electronic device; a third memory (136, 836) having stored therein a first hash value calculated by operation of the cryptographic hash algorithm on the stored information; and a processor for calculating, in response to an occurrence of a predetermined event, a second hash value of the stored information according to the stored cryptographic hash algorithm, and for comparing the second hash value to the first hash value, wherein the apparatus being arranged to disable the normal operation of the electronic device if the second hash value does not match the first hash value; wherein the first memory and the third memory are one-time programmable memories. a first memory having stored therein a cryptographic hash algorithm; a second memory having stored therein information related to the identification of the electronic device; a third memory (136, 836) having stored therein a first hash value calculated by operation of the cryptographic hash algorithm on the stored information; and a processor for calculating, in response to an occurrence of a predetermined event, a second hash value of the stored information according to the stored cryptographic hash algorithm, and for comparing the second hash value to the first hash value, wherein the apparatus being arranged to disable the normal operation of the electronic device if the second hash value does not match the first hash value; wherein the first memory and the third memory are one-time programmable memories.
Thermostat for a household appliance, comprising a thermostat body, a capillary tube, and a temperature detection tube, the capillary tube being connected to the thermostat body in a first attachment and to the detection tube in a second attachment, at least one protective cover protecting one of said attachments (240, 240'), the protective cover comprising a longitudinal axis (XX'), and said protective cover comprising a longitudinal hole configured for the capillary tube to go through same, and a side main slot in the direction of the longitudinal axis (XX') communicated with the hole for inserting the capillary tube into the hole of the protective cover, characterized in that the main slot extends from a first end of the protective cover along a section of said protective cover to a second transverse side slot, the protective cover also comprising a third side slot in the direction of the longitudinal axis (XX') communicated with the hole, the third slot extending from a second end of the protective cover to the second slot and said third slot being arranged on the side opposite the one on which the main slot is arranged.
Bone plate with a through-hole which extends from an upper side of the bone plate to a lower side thereof facing the bone, wherein a lip is formed in the through-hole, which lip projects from the lateral surface of the through-hole, extends in the circumferential direction of the through-hole and is designed to be deformed by the head thread of a bone screw such that a threaded connection forms between the lip and the head thread, characterized in that the lip extends over a part of the circumference of the through-hole, and in that the lateral surface is free of a lip in the circumferential portion lying opposite the lip, wherein the circumferential portion extends over at least 120°.
A cyclone dust-collecting apparatus to separate dust from air using a centrifugal force and to collect the separated dust, the cyclone dust-collecting apparatus comprising: a primary cyclone unit to separate dust from air; a secondary cyclone unit disposed inside the primary cyclone unit to separate dust from air discharged from the primary cyclone unit; and a tertiary cyclone unit disposed above the primary cyclone unit at an angle different from the primary and secondary cyclone units (10, 20), wherein the primary cyclone unit comprises: a cylindrical-shaped body having an inflow pipe formed on one side thereof at a tangent to the cylindrical-shaped body and a space formed thereinside; and a grill pipe disposed substantially in a central portion of the cylindrical-shaped body to simultaneously function as an air outflow opening of the primary cyclone unit and as an air inflow opening of the secondary cyclone unit, wherein the grill pipe comprises a skirt to prevent dust separated from air by primary cyclone unit from being re-scattered, characterized in that the skirt has a plurality of filter pores. a primary cyclone unit to separate dust from air; a secondary cyclone unit disposed inside the primary cyclone unit to separate dust from air discharged from the primary cyclone unit; and a tertiary cyclone unit disposed above the primary cyclone unit at an angle different from the primary and secondary cyclone units (10, 20), wherein the primary cyclone unit comprises: a cylindrical-shaped body having an inflow pipe formed on one side thereof at a tangent to the cylindrical-shaped body and a space formed thereinside; and a grill pipe disposed substantially in a central portion of the cylindrical-shaped body to simultaneously function as an air outflow opening of the primary cyclone unit and as an air inflow opening of the secondary cyclone unit, wherein the grill pipe comprises a skirt to prevent dust separated from air by primary cyclone unit from being re-scattered, characterized in that the skirt has a plurality of filter pores. a cylindrical-shaped body having an inflow pipe formed on one side thereof at a tangent to the cylindrical-shaped body and a space formed thereinside; and a grill pipe disposed substantially in a central portion of the cylindrical-shaped body to simultaneously function as an air outflow opening of the primary cyclone unit and as an air inflow opening of the secondary cyclone unit, wherein the grill pipe comprises a skirt to prevent dust separated from air by primary cyclone unit from being re-scattered, characterized in that the skirt has a plurality of filter pores.
A protective case for a credit card or similar, having the shape of a flat envelope, comprising two parallel walls between which a space is formed, intended for accommodating the card to be protected, and provided at one end with an opening allowing the insertion or extraction of said card, comprising at least two parts (3, 4, 5) each comprising one of said two parallel walls, and in that one of said at least two parts (3, 4, 5) is slidingly mounted on the other, and is shaped to accommodate and hold said card, and to this end comprises a housing (32, 42, 52) into which a card can slide, said housing (32, 42, 52) comprising on the one hand at the side a reversible means for holding said card, in order to secure same, and on the other hand having an opening by which said card can be extracted by sliding, after sliding said part (3, 4, 5) containing said card, characterised in that the part slidingly mounted on the other is shaped so that the card it contains cannot come into contact with the other part, and to this end the housing designed to contain said card has on the one hand the transverse dimensions allowing a card to be accommodated with a certain tolerance, and on the other hand on the two edges perpendicular to that situated on the side of said end with an opening projections (33, 43, 53), able to cover the edges of said card so as to hold said card and enable it to slide, and which are of a thickness substantially greater than that of the raised elements formed by embossing on the said card.
A method for outputting a wake-up model, comprising: acquiring voice information received within a preset time period before a device is awakened, wherein the device is provided with the wake-up model for outputting preset response information when a preset wake-up word is received, wherein awaking the device is awaking a speech assistant of the device; performing speech recognition on the voice information to obtain a recognition result; extracting feature information of the voice information in response to determining that the recognition result does not include the preset wake-up word; generating a counterexample training sample based on the feature information, wherein the feature information of the voice information is used as the counterexample training sample; and training the wake-up model using the counterexample training sample, and outputting the trained wake-up model, wherein the training is performed by using a wake-up word included in the voice information as an input, and using null information as an expected output. acquiring voice information received within a preset time period before a device is awakened, wherein the device is provided with the wake-up model for outputting preset response information when a preset wake-up word is received, wherein awaking the device is awaking a speech assistant of the device; performing speech recognition on the voice information to obtain a recognition result; extracting feature information of the voice information in response to determining that the recognition result does not include the preset wake-up word; generating a counterexample training sample based on the feature information, wherein the feature information of the voice information is used as the counterexample training sample; and training the wake-up model using the counterexample training sample, and outputting the trained wake-up model, wherein the training is performed by using a wake-up word included in the voice information as an input, and using null information as an expected output.
Vertical take-off and landing aircraft, comprising: a fuselage for transporting passengers and/or load; a front wing attached to the fuselage; an aft wing attached to the fuselage, behind the front wing in a direction of forward flight; a right connecting beam and a left connecting beam, which connecting beams (5a, 5b) structurally connect the front wing and the aft wing, which connecting beams (5a, 5b) are spaced apart from the fuselage; and at least three propulsion units on each one of the connecting beams (5a, 5b), which propulsion units comprise at least one propeller (6b, 6b') and at least one motor driving said propeller (6b, 6b'), preferably an electric motor, and are arranged with their respective propeller axis in a vertical orientation (z); the at least three propulsion units being arranged behind each other in direction of forward flight at different heights (z), wherein among said at least three propulsion units a propulsion unit located more toward a rear of the aircraft is located higher in a direction along the vertical or yaw axis (z) of the aircraft; characterized in that the propellers on each side are located at different heights (z), wherein a respective height (z) increases from front to rear along the vertical or yaw axis (z) of the aircraft. a fuselage for transporting passengers and/or load; a front wing attached to the fuselage; an aft wing attached to the fuselage, behind the front wing in a direction of forward flight; a right connecting beam and a left connecting beam, which connecting beams (5a, 5b) structurally connect the front wing and the aft wing, which connecting beams (5a, 5b) are spaced apart from the fuselage; and at least three propulsion units on each one of the connecting beams (5a, 5b), which propulsion units comprise at least one propeller (6b, 6b') and at least one motor driving said propeller (6b, 6b'), preferably an electric motor, and are arranged with their respective propeller axis in a vertical orientation (z); the at least three propulsion units being arranged behind each other in direction of forward flight at different heights (z), wherein among said at least three propulsion units a propulsion unit located more toward a rear of the aircraft is located higher in a direction along the vertical or yaw axis (z) of the aircraft; characterized in that the propellers on each side are located at different heights (z), wherein a respective height (z) increases from front to rear along the vertical or yaw axis (z) of the aircraft.
An apparatus in a control point for exchanging data between Universal Plug and Play, UPnP, based devices, the apparatus comprising: a controller (120; 220) adapted to generate a request for a parameter; and an interface module (130; 230) adapted to transmit the request to a controlled device (100; 200) and receive a response to the request from the controlled device, wherein the controller is adapted to establish a bi-directional event data transmission path with the controlled device, based on information included in the response, and to control the interface module to receive event data associated with the requested parameter from the controlled device through the event data transmission path by using UPnP, and wherein the information included in the response comprises a parameter transmission period and a parameter transmission duration. a controller (120; 220) adapted to generate a request for a parameter; and an interface module (130; 230) adapted to transmit the request to a controlled device (100; 200) and receive a response to the request from the controlled device, wherein the controller is adapted to establish a bi-directional event data transmission path with the controlled device, based on information included in the response, and to control the interface module to receive event data associated with the requested parameter from the controlled device through the event data transmission path by using UPnP, and wherein the information included in the response comprises a parameter transmission period and a parameter transmission duration.
A method for providing lawful interception, LI, in a radio communication system (400, 500) with network slices, the method comprising: selecting one of the network slices (420, 430, 440, 520, 530 or 540) able to provide a network service at a predetermined service level to a user equipment (401-404, 501-504), the one of the network slices being also configured to execute an LI mediation and delivery function, MDF (428, 438, 448, 529, 538, 548); and triggering a point of interception, POI, (422p, 424p, 426p, 432p, 434p, 436p, 442p, 444p, 446p, 527) associated with or embedded in a network function, NF, (422, 424, 426, 432, 434, 436, 442, 444, 446, 522, 524, 526) implemented on the one of the network slices for delivering the network service to intercept LI data from the NF, and to forward the LI data to the LI MDF within the one of the network slices, if a party to the network service has been indicated as being an LI target, wherein the LI MDF reformats and transmits the LI data outside the one of the network slices. selecting one of the network slices (420, 430, 440, 520, 530 or 540) able to provide a network service at a predetermined service level to a user equipment (401-404, 501-504), the one of the network slices being also configured to execute an LI mediation and delivery function, MDF (428, 438, 448, 529, 538, 548); and triggering a point of interception, POI, (422p, 424p, 426p, 432p, 434p, 436p, 442p, 444p, 446p, 527) associated with or embedded in a network function, NF, (422, 424, 426, 432, 434, 436, 442, 444, 446, 522, 524, 526) implemented on the one of the network slices for delivering the network service to intercept LI data from the NF, and to forward the LI data to the LI MDF within the one of the network slices, if a party to the network service has been indicated as being an LI target, wherein the LI MDF reformats and transmits the LI data outside the one of the network slices.
An excavator quick hitch, comprising: a quick hitch body, the body comprising: a first mounting position arrangement for attaching an excavator attachment (18,20) in a first position; and a second mounting position arrangement for attaching the same excavator attachment (18,20) in a second position; wherein there is a shared mounting position arrangement portion, shared between the mounting position arrangements (14,16), the shared portion being substantially central between the mounting position arrangements. a quick hitch body, the body comprising: a first mounting position arrangement for attaching an excavator attachment (18,20) in a first position; and a second mounting position arrangement for attaching the same excavator attachment (18,20) in a second position; a first mounting position arrangement for attaching an excavator attachment (18,20) in a first position; and a second mounting position arrangement for attaching the same excavator attachment (18,20) in a second position; wherein there is a shared mounting position arrangement portion, shared between the mounting position arrangements (14,16), the shared portion being substantially central between the mounting position arrangements.
A composition comprising a peptide isolated from probiotic bacteria, for use in the prevention and/or treatment of an enteric bacterial infection in mammals, wherein the peptide consists of YPPGGP (SEQ ID NO:2).