mhurhangee/ep-ind-claims huggingface dataset:
Hoof soling element to be attached under the hoof of an animal, in particular a horse, wherein said hoof soling element is of uniformly increasing height which enables an area of the hoof soling element that is of lesser height to be attached under the front portion of the hoof and an area of greater height under the rear portion of the hoof, wherein the hoof soling element is composed of a composite material consisting of rubber granulate and bonding agent, and the edges of the hoof soling element are at least partially chamfered or rounded on the underneath in longitudinal direction, characterized in that said composite material has a Shore A hardness ranging between 60 and 90.
An aircraft ventilation fan, comprising: a shaft assembly extending along an axis and disposed within a housing assembly, the shaft assembly including a first shaft having a first shaft first portion, defining a first port, and a first shaft second portion, defining a second port, operatively connected to a second shaft having a second shaft first portion. defining a third port, and a second shaft second portion; a rotor having a rotor first portion disposed about the first shaft first portion and a rotor second portion extending from the rotor first portion, the rotor first portion defining a rotor port; a motor housing disposed about the first shaft second portion, the motor housing having a housing arm, a housing leg extending from the housing arm, a housing extension extending from the housing leg, and a vane platform extending from the housing extension; a first opening being defined between respective ends of the rotor second portion and the vane platform; a bearing housing operatively connected to the motor housing and disposed about the second shaft second portion, the bearing housing having a bearing arm, a bearing leg extending from the bearing arm, and a bearing extension extending from the bearing leg; and a first journal air bearing that rotatably supports the shaft assembly, the first journal air bearing being positioned radially between the housing arm and the first shaft second portion and positioned axially between the first port and the second port. a shaft assembly extending along an axis and disposed within a housing assembly, the shaft assembly including a first shaft having a first shaft first portion, defining a first port, and a first shaft second portion, defining a second port, operatively connected to a second shaft having a second shaft first portion. defining a third port, and a second shaft second portion; a rotor having a rotor first portion disposed about the first shaft first portion and a rotor second portion extending from the rotor first portion, the rotor first portion defining a rotor port; a motor housing disposed about the first shaft second portion, the motor housing having a housing arm, a housing leg extending from the housing arm, a housing extension extending from the housing leg, and a vane platform extending from the housing extension; a first opening being defined between respective ends of the rotor second portion and the vane platform; a bearing housing operatively connected to the motor housing and disposed about the second shaft second portion, the bearing housing having a bearing arm, a bearing leg extending from the bearing arm, and a bearing extension extending from the bearing leg; and a first journal air bearing that rotatably supports the shaft assembly, the first journal air bearing being positioned radially between the housing arm and the first shaft second portion and positioned axially between the first port and the second port.
Structural assembly of a motor vehicle, where a plate is mounted in a structural element of the said vehicle so as to be able to deform under a mechanical stress, the said plate bearing, moreover, at least one piezoelectric element controlled by a microprocessor, the piezoelectric element being able to receive control instructions from the microprocessor to deform the said plate by vibration, which structural assembly comprises an optical assembly comprising at least one light source and a light guide, the said plate forming a tactile interface for controlling the lighting of the said optical assembly and having a substantially planar shape, in particular over a major portion, characterized in that the light guide has fastening fins at its periphery, and in that the plate has at at least one of its free ends a raised edge of which the free end is offset from the plate and adapted to house sensor means for detecting the vibration of the plate.
A system for acquisition of data, wherein the system has: - a plurality of RFID devices, - at least one second device, such as a router or a master device, - each of the plurality of RFID devices providing means for transferring data on an RF channel from one of said RFID devices to said second device (140, 150), - the at least one second device providing means for transferring an acknowledge message on RF channel from said second device (140, 150) to said one RFID device, - the RFID device comprising means for indicating the RF signal strength on the RF channel, whereby the transfer of said data and/or acknowledge message is dependent on the value of the indicated signal strength, wherein - the RFID device has a processor circuit, a receiver circuit, and a transmitter circuit, and - the RFID device is adapted to operate in an active mode and a power saving mode, characterized in that the RFID device comprises a timer circuit, having individual time period timing configuration for the RFID device, adapted to switch off an operating voltage/current from the processor circuit, the receiver circuit, and the transmitter circuit of the RFID device during said power saving mode, and wherein said timer circuit is adapted to measure the length of the time period of power saving mode and to turn the RFID device into an active mode after a predetermined individual period of time has lapsed for the RFID device in said power saving mode. - a plurality of RFID devices, - at least one second device, such as a router or a master device, - each of the plurality of RFID devices providing means for transferring data on an RF channel from one of said RFID devices to said second device (140, 150), - the at least one second device providing means for transferring an acknowledge message on RF channel from said second device (140, 150) to said one RFID device, - the RFID device comprising means for indicating the RF signal strength on the RF channel, whereby the transfer of said data and/or acknowledge message is dependent on the value of the indicated signal strength, wherein - the RFID device has a processor circuit, a receiver circuit, and a transmitter circuit, and - the RFID device is adapted to operate in an active mode and a power saving mode,
An ion pump (400, 700) comprising: an anode (414, 714); a backing surface (404, 704) having at least one surface structure (430, 730) extending toward the anode (414, 714); a cathode (416, 716) positioned between the anode and the backing surface(404, 704) and having an opening (434, 734) such that the at least one surface structure is aligned with the opening (434, 734); wherein the anode comprises a cylinder and wherein the opening (434, 734) in the cathode is aligned with an opening (436, 736) in the cylinder. an anode (414, 714); a backing surface (404, 704) having at least one surface structure (430, 730) extending toward the anode (414, 714); a cathode (416, 716) positioned between the anode and the backing surface(404, 704) and having an opening (434, 734) such that the at least one surface structure is aligned with the opening (434, 734); wherein the anode comprises a cylinder and wherein the opening (434, 734) in the cathode is aligned with an opening (436, 736) in the cylinder.
An electronic device comprising: a light guide plate; an imaging unit disposed so as to face the light guide plate and including an image sensor; and a plurality of light emitting elements disposed around the imaging unit; comprising a refractive part interposed at least between the light emitting element and the light guide plate and refracting light emitted from the light emitting element, characterized in that the refractive part includes a frame-shaped first refractive part and a second refractive part (112, 112A, 112B) integrally formed with the first refractive part and having a parallelogram cross-sectional shape. a light guide plate; an imaging unit disposed so as to face the light guide plate and including an image sensor; and a plurality of light emitting elements disposed around the imaging unit; comprising a refractive part interposed at least between the light emitting element and the light guide plate and refracting light emitted from the light emitting element, characterized in that the refractive part includes a frame-shaped first refractive part and a second refractive part (112, 112A, 112B) integrally formed with the first refractive part and having a parallelogram cross-sectional shape.
A cash bag sealing device for retaining and sealing a cash bag into which cash can be deposited and stored, wherein said cash bag sealing device comprises a supporting structure onto which two sealing jaws (104, 106) are oppositely arranged and of which at least one is reciprocally moveable between a sealing position and an open position and wherein at least one sealing jaw (104, 106) comprises a heating element, the cash bag sealing device being configured to form a seal in the cash bag by the reciprocally moveable sealing jaw (104, 106) pressing the cash bag against the other sealing jaw (104, 106) in the sealing position and by heating said heating element, and wherein at least one of the sealing jaws (104, 106) comprises at least one cash bag fastener, the at least one cash bag fastener being moveable between an open position in which the cash bag is releasable and a closed position in which the cash bag is retained, and wherein the at least one cash bag fastener is configured to move into its open position when the reciprocally moveable sealing jaw (104, 106) leaves the sealing position after the cash bag has been sealed, characterized in that the movement of the at least one cash bag fastener is controlled by the movement of the reciprocally moveable sealing jaw (104, 106), such that no dedicated active control means such as an electric motor or actuator is consequently necessary for controlling the movement of the at least one cash bag fastener between its open and closed position.
A method of wireless communication comprising: transmitting a registration message (305; 355) to a network (130-b-1; 130-b-2) to establish a secure connection based on a mutual authentication and key agreement (315; 365) with the network (130-b-1; 130-b-2)for at least non-access stratum, NAS, messages between the network (130-b-1; 130-b-2) and a wireless device (115-c-1; 115-c-2), the secure connection based at least in part on a wireless device identifier and security capabilities of the wireless device (115-c-1; 115-c-2) included in the registration message (305; 355); transmitting, over the secure connection, an attach request (325; 330; 370) including capabilities of the wireless device not included in the registration message (305; 355) to access the network (130-b-1; 130-b-2) subsequent to the mutual authentication and key agreement (315; 365); and exchanging NAS messages with the network (130-b-1; 130-b-2) over the secure connection. transmitting a registration message (305; 355) to a network (130-b-1; 130-b-2) to establish a secure connection based on a mutual authentication and key agreement (315; 365) with the network (130-b-1; 130-b-2)for at least non-access stratum, NAS, messages between the network (130-b-1; 130-b-2) and a wireless device (115-c-1; 115-c-2), the secure connection based at least in part on a wireless device identifier and security capabilities of the wireless device (115-c-1; 115-c-2) included in the registration message (305; 355); transmitting, over the secure connection, an attach request (325; 330; 370) including capabilities of the wireless device not included in the registration message (305; 355) to access the network (130-b-1; 130-b-2) subsequent to the mutual authentication and key agreement (315; 365); and exchanging NAS messages with the network (130-b-1; 130-b-2) over the secure connection.
A method for wireless communication, comprising: determining, by a user equipment, UE, that a voice over long term evolution, VoLTE, service has encountered a threshold quantity of consecutive failures within a particular period of time; and transferring, by the UE, from a VoLTE mode associated with the VoLTE service to another mode for a voice call based on determining that the VoLTE service has encountered the threshold quantity of consecutive failures within the particular period of time, wherein the other mode is a single radio long term evolution, SRLTE. determining, by a user equipment, UE, that a voice over long term evolution, VoLTE, service has encountered a threshold quantity of consecutive failures within a particular period of time; and transferring, by the UE, from a VoLTE mode associated with the VoLTE service to another mode for a voice call based on determining that the VoLTE service has encountered the threshold quantity of consecutive failures within the particular period of time, wherein the other mode is a single radio long term evolution, SRLTE.
Gas flow reversing element for the use of a gas supply under excess pressure, in particular oxygen, for selectively generating a gas flow from or to a line connector which can in particular be connected to an airway of a patient, said gas flow reversing element being designed as a main piece with a branching piece, the main piece connecting a pressure connector, for connection to the gas supply, to at least one closable outlet opening via a mixing channel, and the branching piece connecting the main piece to the line connector, characterized in that the mixing channel and a nozzle, particularly an injector nozzle, are configured and arranged in the main piece in such a way that, by a gas flow flowing from the pressure connector through the nozzle and through the mixing channel to the outlet opening, an underpressure is generated at the line connector, whereas in the main piece, with the outlet opening opened, a gas flow can also be generated in the branching piece in the direction of the outlet opening, specifically with a volumetric flow rate which, at an excess pressure of 1 to 5 bar above atmospheric pressure at the pressure connector, is at least 8 liters per minute; wherein, with the outlet opening closed an overpressure is generated at the line connector and a gas flow in direction to the patient is achievable.
Electron microscope, comprising a sample chamber, an electron source for generating an electron beam, an electron column, by means of which the electron beam impinges on a sample arranged on a sample table in the sample chamber, at least one pressure-limiting screen arranged at an end of the electron column, and a detector, arranged in the sample chamber, for detecting low-energy electrons, wherein the electron column is designed along its longitudinal axis with a free diameter which is constant or tapering towards the sample chamber, characterized in that the electron column is designed to be movable relative to the sample table and independently of the detector, so that the sample can be examined under atmospheric pressure and/or at room temperature.
An apparatus for energy expenditure estimation, the apparatus comprising: - a heart rate sensor (101, 201, 301) for producing a heart rate value indicative of a heart rate of an individual, - a processing system (102, 202, 302) communicatively connected to the heart rate sensor, and - a heat-flux sensor (103, 203, 303a, 303b) for producing a heat-flux value indicative of a heat-flux (q) flowing through a measurement area on a skin of the individual, wherein the processing system is communicatively connected to the heat-flux sensor and configured to produce an estimate of the energy expenditure based on the heart rate value and the heat-flux value, characterized in that the processing system is configured to increase a relative weight of the heart rate value on the estimate of the energy expenditure with respect to a relative weight of the heat-flux value on the estimate of the energy expenditure in response to an increase of the heart rate. - a heart rate sensor (101, 201, 301) for producing a heart rate value indicative of a heart rate of an individual, - a processing system (102, 202, 302) communicatively connected to the heart rate sensor, and - a heat-flux sensor (103, 203, 303a, 303b) for producing a heat-flux value indicative of a heat-flux (q) flowing through a measurement area on a skin of the individual,
Method for operating an electrical machine, in particular a sensorless synchronous machine, in which method a changeover is made from an operating mode with open-loop control to an operating mode with closed-loop control at a time, wherein the electrical machine is subjected to open-loop control based on a specified reference variable during the operating mode with open-loop control, wherein the reference variable of the operating mode with open-loop control plus a correction value is used as the reference variable of the operating mode with closed-loop control at the time, wherein an actual angle (φ) is used as the reference variable (8, 14) in each case, characterized in that a deviation in the angular position in the operating mode with open-loop control is taken into consideration by the reference variable by means of the correction value in such a way that no jumps within a rotation speed are to be expected during the changeover.
A waterproof structure for a conductive path, having a connector housing, an electric wire including a conductor and an insulator that covers the conductor, the electric wire being inserted from an electric-wire drawing part of the connector housing, an overmold part formed over the entire predetermined range such that the overmold part fills a groove, characterized in that the groove formed to be hollow by heat or cutting and provided to extend in a circumferential direction within a predetermined range on an outer circumferential surface of the insulator covering the conductor, and that the overmold part formed by pouring an elastomer between the connector housing and the electric wire and provided to be watertight with respect to the electric-wire drawing part of the connector housing.
A method for estimating the brake wear of a brake installed in a vehicle, comprising acquiring an initial mass of said brake; quantifying the amount of energy that is being dissipated by the brake over a first time period, measuring a temperature increase of the brake over said first time period; estimating the brake mass based on the amount of dissipated energy and the temperature increase; and characterised by comparing said initial mass of said brake with said estimated brake mass and estimating the brake wear based on this comparison. quantifying the amount of energy that is being dissipated by the brake over a first time period, measuring a temperature increase of the brake over said first time period; estimating the brake mass based on the amount of dissipated energy and the temperature increase; and characterised by comparing said initial mass of said brake with said estimated brake mass and estimating the brake wear based on this comparison.
A method for defining a downlink and uplink subframe association in a wireless communication system, the method comprising: determining a feedback association associating a subframe acknowledgement in an uplink subframe with a plurality of downlink subframes; and modifying the feedback association by discounting from the ACK/NACK feedback process at least one of the plurality of downlink subframes to prevent said at least one downlink subframe from affecting the subframe acknowledgement, wherein said at least one downlink subframe is determined to not contain a Physical Downlink Control Channel, PDCCH, indicating Semi-Persistent Scheduling, SPS, release. determining a feedback association associating a subframe acknowledgement in an uplink subframe with a plurality of downlink subframes; and modifying the feedback association by discounting from the ACK/NACK feedback process at least one of the plurality of downlink subframes to prevent said at least one downlink subframe from affecting the subframe acknowledgement, wherein said at least one downlink subframe is determined to not contain a Physical Downlink Control Channel, PDCCH, indicating Semi-Persistent Scheduling, SPS, release.
A polycarbodiimide composition comprising: a carbodiimide modified product of a reaction product of a straight-chain aliphatic diisocyanate and alcohols, wherein the alcohols include a polyol and a monool; in the alcohols, a mole ratio of the amount of hydroxyl groups derived from the polyol to the amount of hydroxyl groups derived from the monool is below 2.0; and a carbodiimide equivalent of the polycarbodiimide composition is 300 g/mol or more and below 550 g/mol, measured as described in the section "Carbodiimide Equivalent of Polycarbodiimide composition" of the description. a carbodiimide modified product of a reaction product of a straight-chain aliphatic diisocyanate and alcohols, wherein the alcohols include a polyol and a monool; in the alcohols, a mole ratio of the amount of hydroxyl groups derived from the polyol to the amount of hydroxyl groups derived from the monool is below 2.0; and a carbodiimide equivalent of the polycarbodiimide composition is 300 g/mol or more and below 550 g/mol, measured as described in the section "Carbodiimide Equivalent of Polycarbodiimide composition" of the description.
A patient information device comprising: a controller adapted to receive physiological and/or laboratory data about a current patient from a patient monitoring device; a unit adapted to determine a time of stay indicative of a time that the current patient has been under care; and a prediction unit adapted to predict an outcome variable by applying an outcome variable estimation algorithm to the current patient's physiological and/or laboratory data using the determined time of stay, wherein the outcome variable includes at least one of a probability of mortality, a need for intervention, and severity of illness, wherein the outcome variable estimation algorithm is generated by accessing at least one of a plurality of past patients' data fields including physiological and/or laboratory data, and a time of stay indicating how long each patient had been under care at the time the physiological and/or laboratory data were generated and associated outcome variables from a clinical database; and generating the outcome variable estimation algorithm from the plurality of past patients' physiological and/or laboratory data, corresponding time of stay, and associated outcome variables. a controller adapted to receive physiological and/or laboratory data about a current patient from a patient monitoring device; a unit adapted to determine a time of stay indicative of a time that the current patient has been under care; and a prediction unit adapted to predict an outcome variable by applying an outcome variable estimation algorithm to the current patient's physiological and/or laboratory data using the determined time of stay, wherein the outcome variable includes at least one of a probability of mortality, a need for intervention, and severity of illness, wherein the outcome variable estimation algorithm is generated by accessing at least one of a plurality of past patients' data fields including physiological and/or laboratory data, and a time of stay indicating how long each patient had been under care at the time the physiological and/or laboratory data were generated and associated outcome variables from a clinical database; and generating the outcome variable estimation algorithm from the plurality of past patients' physiological and/or laboratory data, corresponding time of stay, and associated outcome variables.