mhurhangee/ep-ind-claims huggingface dataset:
Water outlet housing for a cooling circuit of an internal combustion engine, made of plastic material, comprising a thermostat, a temperature sensor, an inlet for water coming from the engine, and three water outlets (3, 4, 5), the first outlet being intended for supplying water to a fan heater, the second outlet being intended for supplying a radiator and the third outlet being intended for redirecting the water when the outlet that is intended for supplying the radiator with water is closed by the thermostat, characterized in that it is obtained by a manufacturing method according to which the temperature sensor is permanently integrated into the housing, in such a way that the temperature sensor cannot be separated from the housing without destroying either the housing or the temperature sensor, by means of a step of overmoulding the housing around the sensor or of welding said sensor.
A component mounting system comprising: a printed-circuit-board conveyance section that includes conveyance lanes (31, 32) which convey a plurality of different types of printed circuit boards; a component supply section that supplies components to be mounted on the plurality of printed circuit boards; a mounting head that includes suction nozzles which suck the components supplied from the component supply section, and mounts the components sucked by the suction nozzles on the printed circuit boards; a bulk feeder that is integrally held by the mounting head, and mounts at least one type of bulk component sucked by the suction nozzles; and characterized in that a bulk component determining section that is configured to perform a simulation in which operation times when the components supplied from the component supply section are moved on the printed circuit boards on the conveyance lane (31, 32) are calculated for all the components, and to determine a bulk component to be mounted on the bulk feeder based on the calculated operation times. a printed-circuit-board conveyance section that includes conveyance lanes (31, 32) which convey a plurality of different types of printed circuit boards; a component supply section that supplies components to be mounted on the plurality of printed circuit boards; a mounting head that includes suction nozzles which suck the components supplied from the component supply section, and mounts the components sucked by the suction nozzles on the printed circuit boards; a bulk feeder that is integrally held by the mounting head, and mounts at least one type of bulk component sucked by the suction nozzles; and characterized in that a bulk component determining section that is configured to perform a simulation in which operation times when the components supplied from the component supply section are moved on the printed circuit boards on the conveyance lane (31, 32) are calculated for all the components, and to determine a bulk component to be mounted on the bulk feeder based on the calculated operation times.
Gearshift lever device for the actuation of a vehicle gearbox, having a bracket, having a gearshift lever which is mounted movably on the bracket and which can be moved into predefined gearshift lever positions (P, R, N, D) which include a first gearshift lever position, having a blocking element which can be moved into predefined blocking element positions which include a first blocking element position in which the gearshift lever can be locked to the bracket in the first gearshift lever position by way of the blocking element, and having a release device which comprises, as components, a magnetic field-sensitive switch and a magnet, the spacing of which to one another can, by movement of the blocking element, be varied such that, in the first gearshift lever position of the gearshift lever, the switch can be switched by way of the magnetic field of the magnet in the first blocking element position of the blocking element, characterized by at least one shielding element which can be at least manually or automatically positioned between the magnet and the switch and which can be moved out of said position and by means of which the switch can be shielded from the magnetic field of the magnet in at least one other gearshift lever position of the predefined gearshift lever positions (P, R, N, D) of the gearshift lever.
A method of managing identifiers in a portable data medium having an integrated circuit, such as a smart card, suitable for communicating with a terminal, the integrated circuit being arranged to respond to a request from the terminal by executing at least one file specified by a main identifier and by at least one secondary identifier, the method comprising the steps of: · associating a single reference with all of the identifiers of the file in a table of identifiers; · consulting the table of identifiers on each occasion that an identifier is called by a terminal dialoging with the integrated circuit and selecting from the table of identifiers the file having its reference associated with the called identifier; the method being characterized in a step of memorizing the identifier used by the terminal for calling the file and the exclusive use of that identifier in the exchanges between the integrated circuit and said terminal, and wherein, when a terminal seeks to create in the integrated circuit a new application directory dedicated to a file of said integrated circuit, the integrated circuit verifies, prior to creating said directory, whether the main identifier of the file has been stored correctly in the table of identifiers, with creation of the file directory being refused in the event of the main identifier of the file being incorrectly stored in the table of identifiers or if the identifier already exists in the table of identifiers. · associating a single reference with all of the identifiers of the file in a table of identifiers; · consulting the table of identifiers on each occasion that an identifier is called by a terminal dialoging with the integrated circuit and selecting from the table of identifiers the file having its reference associated with the called identifier;
An article of footwear, comprising: a midsole; and a foot stabilizer, including a longitudinally extending spine portion and a plurality of ribs extending laterally from each opposing lateral and medial side of the spine portion, said plurality of ribs being positioned to partially underlie a foot of a user and contoured to partially enclose the foot of the user; wherein each of the plurality of ribs includes an eyelet opening at a distal end of the ribs to receive a lace and further wherein at least one of the ribs extending laterally from the lateral side is able to be coupled to at least one of the ribs extending laterally from an opposing medial side via said lace. a midsole; and a foot stabilizer, including a longitudinally extending spine portion and a plurality of ribs extending laterally from each opposing lateral and medial side of the spine portion, said plurality of ribs being positioned to partially underlie a foot of a user and contoured to partially enclose the foot of the user; wherein each of the plurality of ribs includes an eyelet opening at a distal end of the ribs to receive a lace and further wherein at least one of the ribs extending laterally from the lateral side is able to be coupled to at least one of the ribs extending laterally from an opposing medial side via said lace.
Installation device consisting of a device socket, comprising a supporting frame fastened to the device socket, and a front element, wherein cables can be connected to a rear side of the device socket and wherein the front element is fastened to a front side of the device socket, wherein a fastener, which is movable in the plane of the front element, is integrated in the front element, wherein the fastener has a number of fastener elements, characterized in that the fastener elements radially surround a receiving space and are respectively arranged movably around a fixed bearing, wherein the fastening elements can be moved inwardly and/or outwardly with respect to the midpoint of the front element.
A method for preventing a voice of at least one person (10a, 10b) in a vehicle from being intercepted, in which at least one loudspeaker (4, 6) in the vehicle is activated, wherein the at least one loudspeaker (4, 6) is used to generate sound signals which have at least one frequency which is higher than a cut-off frequency for sound audible to the at least one person (10a, 10b), wherein a signal reception of at least one microphone (14, 16) is disturbed with these sound signals when the at least one person (10a, 10b) articulates with their voice, wherein for at least one first microphone (14, 16) and at least one second microphone (14, 16) the voice of the at least one person (10a, 10b) is prevented from being intercepted with the sound signals when said at least one first microphone (14, 16) and said at least one second microphone (14, 16) are disturbed by sound signals, characterized in that, by compensation of the sound signals, the voice of the at least one person (10a, 10b) is nevertheless recorded with the at least one second microphone (14, 16) into which the at least one person (10a, 10b) intentionally speaks, if the prevention of interception for the at least one second microphone (14, 16) is deactivated by the at least one person (10a, 10b) by manual actuation of an activation switch.
A resistive heating circuit for a heated or ice protected aircraft structure, comprising: a flexible dielectric substrate; a resistive heating element supported by the substrate; and a bus bar electrically connected to the resistive heating element, wherein the bus bar includes a conductive ink printed onto the substrate such that the bus bar and resistive heating element flex freely, in use, with the heated or ice protected aircraft structure; and characterised in that the resistive heating element is conformally disposed onto the substrate; wherein the bus bar is conformally disposed onto the substrate; and wherein a portion of the bus bar overlays the resistive heating element, and wherein the bus bar is at least as flexible as the resistive heating element. a flexible dielectric substrate; a resistive heating element supported by the substrate; and a bus bar electrically connected to the resistive heating element, wherein the bus bar includes a conductive ink printed onto the substrate such that the bus bar and resistive heating element flex freely, in use, with the heated or ice protected aircraft structure; and characterised in that the resistive heating element is conformally disposed onto the substrate; wherein the bus bar is conformally disposed onto the substrate; and wherein a portion of the bus bar overlays the resistive heating element, and wherein the bus bar is at least as flexible as the resistive heating element.
A collimation lens system for converging the light from a light-emitting diode into a light beam, comprising: a central lens for use in alignment along an optical axis with a said light-emitting diode for converging inner light from a said light-emitting diode, the central lens comprising an aspheric collimation lens having an entrance surface and an aspheric exit surface; and a peripheral lens surrounding the central lens for converging outer light from a said light-emitting diode, the peripheral lens comprising a total internal reflection collimation lens having an entrance surface and an exit surface and including a total internal reflection surface for reflecting said outer light by way of total internal reflection; the central lens and the peripheral lens sharing a common focal point at which a said light-emitting diode may be positioned; characterised in that the entrance surface of said central lens is planar; in that the total internal reflection surface of the peripheral lens Is a high order aspheric surface; in that the total internal reflection surface of the peripheral lens has a focal point on the optical axis (x), with which an imaginary apex of the entrance surface of the peripheral lens coincides; and in that the exit surface of the peripheral lens is parabolic and has a focal point which coincides with the focal point of the total internal reflection surface of the peripheral lens. a central lens for use in alignment along an optical axis with a said light-emitting diode for converging inner light from a said light-emitting diode, the central lens comprising an aspheric collimation lens having an entrance surface and an aspheric exit surface; and a peripheral lens surrounding the central lens for converging outer light from a said light-emitting diode, the peripheral lens comprising a total internal reflection collimation lens having an entrance surface and an exit surface and including a total internal reflection surface for reflecting said outer light by way of total internal reflection; the central lens and the peripheral lens sharing a common focal point at which a said light-emitting diode may be positioned; characterised in that the entrance surface of said central lens is planar; in that the total internal reflection surface of the peripheral lens Is a high order aspheric surface; in that the total internal reflection surface of the peripheral lens has a focal point on the optical axis (x), with which an imaginary apex of the entrance surface of the peripheral lens coincides; and in that the exit surface of the peripheral lens is parabolic and has a focal point which coincides with the focal point of the total internal reflection surface of the peripheral lens.
Coordination complex comprising (i) a core consisting of one atom or a plurality of atoms forming a covalent cluster; (ii) a first coordination sphere consisting of at least four electropositive atoms M; and (iii) a second coordination sphere comprising a plurality of ligands, wherein the first coordination sphere is closer to the core than the second coordination sphere, all core atoms have a higher electronegativity according to Allen than any of the electropositive atoms comprised in the first coordination sphere, the ligands of the second coordination sphere are coordinated to the electropositive atoms of the first coordination sphere, and at least one ligand L of the plurality of ligands of the second coordination sphere has the following structure wherein R 1 and R 2 are independently selected from the group consisting of C 1 to C 30 hydrocarbyl groups and C 2 to C 30 heterocyclic groups, wherein R 1 and/or R 2 may optionally be substituted with at least one of CN, F, Cl, Br and I. (i) a core consisting of one atom or a plurality of atoms forming a covalent cluster; (ii) a first coordination sphere consisting of at least four electropositive atoms M; and (iii) a second coordination sphere comprising a plurality of ligands, wherein the first coordination sphere is closer to the core than the second coordination sphere, all core atoms have a higher electronegativity according to Allen than any of the electropositive atoms comprised in the first coordination sphere, the ligands of the second coordination sphere are coordinated to the electropositive atoms of the first coordination sphere, and at least one ligand L of the plurality of ligands of the second coordination sphere has the following structure wherein R 1 and R 2 are independently selected from the group consisting of C 1 to C 30 hydrocarbyl groups and C 2 to C 30 heterocyclic groups, wherein R 1 and/or R 2 may optionally be substituted with at least one of CN, F, Cl, Br and I. all core atoms have a higher electronegativity according to Allen than any of the electropositive atoms comprised in the first coordination sphere, the ligands of the second coordination sphere are coordinated to the electropositive atoms of the first coordination sphere, and at least one ligand L of the plurality of ligands of the second coordination sphere has the following structure wherein R 1 and R 2 are independently selected from the group consisting of C 1 to C 30 hydrocarbyl groups and C 2 to C 30 heterocyclic groups, wherein R 1 and/or R 2 may optionally be substituted with at least one of CN, F, Cl, Br and I.
An apparatus for an access node of a wireless network, comprising: means for determining to transmit frames on a frequency channel; means for determining a first sub-band of the frequency channel for wake-up radio transmissions according to a wake-up radio access technology and a second sub-band of the frequency channel, different from the first sub-band, for main radio transmissions according to another radio access technology; characterized in that the apparatus further comprises: means for performing an allocation of the first sub-band for the wake-up radio transmissions and a simultaneous allocation of the second sub-band for the main radio transmissions; means for transmitting by using a main radio interface of the access node operating according to said another radio access technology, a frame comprising a header indicating said allocations, and means for transmitting, after transmitting the header, a wake-up signal on the first sub-band by using a wake-up radio interface of the access node operating according to the wake-up radio access technology and, simultaneously, transmitting another radio signal on the second sub-band by using the main radio interface of the access node. means for determining to transmit frames on a frequency channel; means for determining a first sub-band of the frequency channel for wake-up radio transmissions according to a wake-up radio access technology and a second sub-band of the frequency channel, different from the first sub-band, for main radio transmissions according to another radio access technology; characterized in that the apparatus further comprises: means for performing an allocation of the first sub-band for the wake-up radio transmissions and a simultaneous allocation of the second sub-band for the main radio transmissions; means for transmitting by using a main radio interface of the access node operating according to said another radio access technology, a frame comprising a header indicating said allocations, and means for transmitting, after transmitting the header, a wake-up signal on the first sub-band by using a wake-up radio interface of the access node operating according to the wake-up radio access technology and, simultaneously, transmitting another radio signal on the second sub-band by using the main radio interface of the access node. means for performing an allocation of the first sub-band for the wake-up radio transmissions and a simultaneous allocation of the second sub-band for the main radio transmissions; means for transmitting by using a main radio interface of the access node operating according to said another radio access technology, a frame comprising a header indicating said allocations, and means for transmitting, after transmitting the header, a wake-up signal on the first sub-band by using a wake-up radio interface of the access node operating according to the wake-up radio access technology and, simultaneously, transmitting another radio signal on the second sub-band by using the main radio interface of the access node.
A hydraulic system for a vehicle transmission, comprising: a hydraulic circuit arranged for generating a pressure, a hydraulic actuator arranged for engaging a park lock system, wherein the hydraulic actuator is hydraulically connected to the hydraulic circuit for actuation of the hydraulic actuator using the pressure, and characterized by a back-up system configured to keep the pressure above a predetermined pressure threshold for maintaining an actuation of the hydraulic actuator for a predetermined period of time in case of an operational interruption of a transmission control unit of the vehicle. a hydraulic circuit arranged for generating a pressure, a hydraulic actuator arranged for engaging a park lock system, wherein the hydraulic actuator is hydraulically connected to the hydraulic circuit for actuation of the hydraulic actuator using the pressure, and characterized by a back-up system configured to keep the pressure above a predetermined pressure threshold for maintaining an actuation of the hydraulic actuator for a predetermined period of time in case of an operational interruption of a transmission control unit of the vehicle.
A detection device for active dental caries and/or tooth erosion, comprising a light detection means, fluid dispensing means, and an atomiser, wherein the fluid dispensing means and atomiser are in fluid communication such that a fluid contained within the fluid dispensing means is dispensed through the atomiser onto a surface of interest; wherein the detection device further comprises a body portion, comprising a proximal end and a distal end, and an applicator portion, wherein the applicator portion is reversibly removable and couples to the distal end of the body portion, wherein the reversibly removable applicator portion comprises the atomiser, wherein the atomiser has a plurality of fluid atomiser channels in fluid communication with a plurality of fluid outlets, wherein each of the plurality of fluid atomiser channels has a first diameter prior to a first outlet and a second diameter after the first outlet but prior to a second outlet, wherein the second diameter is smaller than the first diameter such that the plurality of fluid outlets are adapted to provide a substantially equal flow of fluid therefrom, wherein the atomiser comprises a light shield or skirt, and wherein the fluid outlets open into a cavity defined by the interior of the light shield or skirt.
A transmitting method for use by a transmitting apparatus for transmitting data and control information in a single carrier system, the method comprising: determining a first coding rate for the data based on a CQI, the CQI being transmitted from a base station; calculating a second coding rate for the control information; transmitting the data using the first coding rate for the data; and transmitting the control information using the second coding rate for the control information, wherein the second coding rate for the control information is calculated based on both the CQI and a CQI offset transmitted from the base station, and a value of the CQI offset is used to calculate the second coding rate for the control information. determining a first coding rate for the data based on a CQI, the CQI being transmitted from a base station; calculating a second coding rate for the control information; transmitting the data using the first coding rate for the data; and transmitting the control information using the second coding rate for the control information, wherein the second coding rate for the control information is calculated based on both the CQI and a CQI offset transmitted from the base station, and a value of the CQI offset is used to calculate the second coding rate for the control information.
A method, in a heterogeneous wireless telecommunications system, for managing switching of user equipment, UE, between a first network supporting circuit switched, CS, voice calling and packet switched, PS, services and a second PS-only network, comprising: modifying switch timing for redirection of the UE from the first network to the second network following completion of a CS voice call using a time delay value calculated in accordance with user specific parameters relating to UE CS voice call history data; and upon the expiration of the time delay value following completion of a CS voice call, determining whether to redirect the UE from the first network to the second network in accordance with system-specific parameters relating to network performance. modifying switch timing for redirection of the UE from the first network to the second network following completion of a CS voice call using a time delay value calculated in accordance with user specific parameters relating to UE CS voice call history data; and upon the expiration of the time delay value following completion of a CS voice call, determining whether to redirect the UE from the first network to the second network in accordance with system-specific parameters relating to network performance.