mhurhangee/ep-ind-claims huggingface dataset:
Detection sensor, comprising: - a pulse generator, - an electrode connected to an output of the pulse generator, the electrode being connected to the pulse generator via an inductive circuit, - a detector adapted to detect a change in the amplitude of the signal being present at the electrode, and - a control unit operatively connected to the output of the detector and adapted to detect the presence of a person interacting with the sensor based on the detector output signal, wherein the control unit is adapted to compare the detector output signal with a first threshold value (V tht) lower than a rest value (V rest) maintained in conditions of absence of an interaction between a person and the electrode, characterized in that the pulse generator is adapted to generate a pulse train with repetition rate equal to the resonance frequency of the inductive circuit or to an integer multiple of an octave of said resonance frequency, and in that the control unit is further adapted to compare the detector output signal with a second threshold value (V thp) higher than the rest value (V rest), and to output a control signal indicative of: - a user touching the electrode, if the detector output signal is lower than the first threshold value (V tht), or - the user being in proximity of the electrode, if else the detector output signal is higher than the second threshold value (V thp). - a pulse generator, - an electrode connected to an output of the pulse generator, the electrode being connected to the pulse generator via an inductive circuit, - a detector adapted to detect a change in the amplitude of the signal being present at the electrode, and - a control unit operatively connected to the output of the detector and adapted to detect the presence of a person interacting with the sensor based on the detector output signal, - a user touching the electrode, if the detector output signal is lower than the first threshold value (V tht), or - the user being in proximity of the electrode, if else the detector output signal is higher than the second threshold value (V thp).
LED luminaire comprising a plurality of LEDs which are connected in series, wherein current conductors which are arranged between the LEDs form elastic holding elements for the LEDs, characterized in that the holding elements form reflector sections.
A separation device for separating solid and/or liquid particles out of a gas flow, - with a raw chamber, into which the contaminated gas enters, - with a clean chamber, out of which the cleaned gas exits, - with a dividing wall, which divides the raw chamber from the clean chamber, - wherein the dividing wall comprises a perforated region with multiple passage openings, through which the gas can flow from the raw chamber into the clean chamber, - wherein on a wall outlet side of the dividing wall facing the clean chamber a gas-permeable separation structure covering the perforated region is arranged, which when subjected to through-flow separates the particles out of the gas flow, - wherein the separation structure is fastened to the dividing wall, characterized in - that the dividing wall comprises welding ribs to which the separation structure is welded, - that the passage openings on the wall outlet side are each surrounded by a collar, which projects from the dividing wall in the direction of the clean chamber, - that a structure inlet side of the separation structure facing the dividing wall is spaced from freestanding face ends of the collars. - with a raw chamber, into which the contaminated gas enters, - with a clean chamber, out of which the cleaned gas exits, - with a dividing wall, which divides the raw chamber from the clean chamber, - wherein the dividing wall comprises a perforated region with multiple passage openings, through which the gas can flow from the raw chamber into the clean chamber, - wherein on a wall outlet side of the dividing wall facing the clean chamber a gas-permeable separation structure covering the perforated region is arranged, which when subjected to through-flow separates the particles out of the gas flow, - wherein the separation structure is fastened to the dividing wall, characterized in - that the dividing wall comprises welding ribs to which the separation structure is welded, - that the passage openings on the wall outlet side are each surrounded by a collar, which projects from the dividing wall in the direction of the clean chamber, - that a structure inlet side of the separation structure facing the dividing wall is spaced from freestanding face ends of the collars.
A rotor flux estimator comprising: an estimation module that generates a first rotor flux vector expressed in a phase voltage reference frame derived from a Clarke transformation and a second rotor flux vector expressed in the phase voltage reference frame, from a stator voltage vector expressed in a phase voltage reference frame, a rotational speed of a rotor, and a stator current vector expressed in the phase voltage reference frame; the estimation module including at least one processor; and the estimation module including a rotor flux current model and a rotor flux voltage model, and an estimator regulator that provides an estimation correction factor for the rotor flux voltage model, and further comprising: a stator flux calculator that generates a stator flux vector expressed in the phase voltage reference frame from the second rotor flux vector expressed in the phase voltage reference frame and the stator current vector expressed in the phase voltage reference frame and a rotor current calculator that generates a rotor current vector expressed in the phase voltage reference frame from the first rotor flux vector expressed in the phase voltage reference frame and the stator flux vector expressed in the phase voltage reference frame. an estimation module that generates a first rotor flux vector expressed in a phase voltage reference frame derived from a Clarke transformation and a second rotor flux vector expressed in the phase voltage reference frame, from a stator voltage vector expressed in a phase voltage reference frame, a rotational speed of a rotor, and a stator current vector expressed in the phase voltage reference frame; the estimation module including at least one processor; and the estimation module including a rotor flux current model and a rotor flux voltage model, and an estimator regulator that provides an estimation correction factor for the rotor flux voltage model, and further comprising: a stator flux calculator that generates a stator flux vector expressed in the phase voltage reference frame from the second rotor flux vector expressed in the phase voltage reference frame and the stator current vector expressed in the phase voltage reference frame and a rotor current calculator that generates a rotor current vector expressed in the phase voltage reference frame from the first rotor flux vector expressed in the phase voltage reference frame and the stator flux vector expressed in the phase voltage reference frame. a stator flux calculator that generates a stator flux vector expressed in the phase voltage reference frame from the second rotor flux vector expressed in the phase voltage reference frame and the stator current vector expressed in the phase voltage reference frame and a rotor current calculator that generates a rotor current vector expressed in the phase voltage reference frame from the first rotor flux vector expressed in the phase voltage reference frame and the stator flux vector expressed in the phase voltage reference frame.
A fish tape assembly comprising: a housing; a chamber defined in the housing; a motor supported by the housing, the motor configured to rotate in a first direction and a second direction that is opposite the first direction; characterized in that the fish tape assembly further comprises: an output reel disposed in the chamber and rotatable in response to receiving torque from the motor; and a drum (30, 182) containing a fish tape (32, 196) and including a rotatable drum portion (138, 186) having an inner wall that is engaged by the output reel when the drum is inserted into the chamber of the housing, wherein when the drum is in the chamber and the motor is rotated in the first direction, the drum portion is rotated by the output reel in the first direction, such that the fish tape is dispensed from the drum, and wherein when the drum is in the chamber and the motor is rotated in the second direction, the drum portion is rotated by the output reel in the second direction, such that the fish tape is retracted into the drum. a housing; a chamber defined in the housing; a motor supported by the housing, the motor configured to rotate in a first direction and a second direction that is opposite the first direction; characterized in that the fish tape assembly further comprises: an output reel disposed in the chamber and rotatable in response to receiving torque from the motor; and a drum (30, 182) containing a fish tape (32, 196) and including a rotatable drum portion (138, 186) having an inner wall that is engaged by the output reel when the drum is inserted into the chamber of the housing, wherein when the drum is in the chamber and the motor is rotated in the first direction, the drum portion is rotated by the output reel in the first direction, such that the fish tape is dispensed from the drum, and wherein when the drum is in the chamber and the motor is rotated in the second direction, the drum portion is rotated by the output reel in the second direction, such that the fish tape is retracted into the drum. an output reel disposed in the chamber and rotatable in response to receiving torque from the motor; and a drum (30, 182) containing a fish tape (32, 196) and including a rotatable drum portion (138, 186) having an inner wall that is engaged by the output reel when the drum is inserted into the chamber of the housing, wherein when the drum is in the chamber and the motor is rotated in the first direction, the drum portion is rotated by the output reel in the first direction, such that the fish tape is dispensed from the drum, and wherein when the drum is in the chamber and the motor is rotated in the second direction, the drum portion is rotated by the output reel in the second direction, such that the fish tape is retracted into the drum.
A method for managing a response generated by an application embedded in a secure token acting as an UICC, in response to a first command requesting opening a proactive session, an applicative server relying on an OTA server to send the first command to the secure token, said first command being secured with a security layer provided by the OTA server, characterized in that said method comprises the steps: - the applicative server sends a second command to the secure token, said second command requesting the sending of said response and being secured by the security layer provided by the OTA server, - in response to the second command, the secure token builds a secured response packet (R2S) comprising the response secured with the security layer provided by the OTA server and sends the secured response packet (R2S) to the OTA server which in turn sends the response to the applicative server. - the applicative server sends a second command to the secure token, said second command requesting the sending of said response and being secured by the security layer provided by the OTA server, - in response to the second command, the secure token builds a secured response packet (R2S) comprising the response secured with the security layer provided by the OTA server and sends the secured response packet (R2S) to the OTA server which in turn sends the response to the applicative server.
A container including: at least one first plastic surface, having a formation or step having a peripheral edge arranged around an area to be opened; and at least one second surface located in a region adjacent the first surface, and having a recess adjacent the formation on the plastic surface, wherein the first and second surfaces are sealed at an edge of the container for securing an object located therebetween, and wherein the plastic surface and the second surface are configured such that in cross-section a channel is formed between the formation and the recess, and said formation, or formation and recess, is configured to receive and/or guide a cutting edge for opening the container. at least one first plastic surface, having a formation or step having a peripheral edge arranged around an area to be opened; and at least one second surface located in a region adjacent the first surface, and having a recess adjacent the formation on the plastic surface, wherein the first and second surfaces are sealed at an edge of the container for securing an object located therebetween, and wherein the plastic surface and the second surface are configured such that in cross-section a channel is formed between the formation and the recess, and said formation, or formation and recess, is configured to receive and/or guide a cutting edge for opening the container.
A casing, notably intended to contain a telephone, comprising: - a first shell and a second shell closing onto each other such as to close the casing, making its contents inaccessible, - a slide mounted moveable in translation on the first shell, comprising at least one coupling member (41, 42), and able to be actuated from the outside of the closed casing such as to be positioned by translation according to a first, a second or a third position (P 1, P 2, P 3), wherein the first shell, the second shell and the coupling member or members are arranged such that when the casing is closed: - at least one coupling member (41, 42) is coupled to the second shell when the slide is in the first position (P 1), thereby opposing to the opening of the casing, - at least one coupling member (41, 42) is coupled to the second shell when the slide is in the second position (P 2), thereby opposing to the opening of the casing, - the coupling member or members (41, 42) are free when the slide is in the third position (P 3), thereby allowing for the opening of the casing, the casing further comprising: - a device for locking the slide on one of the shells in the first position (P 1), able to be actuated only by means of a dedicated tool from the outside of the casing when this casing is closed, - first means (12, 43) for reversibly immobilising the slide in the second position (P 2), - second means (13, 43) for reversibly immobilising the slide in the third position (P 3), and wherein, when the casing is unlocked, it is blocked in the closed state by the slide being in the second position and opposing to the opening of the casing, the slide being reversibly mobile, without the dedicated tool, between the second position (P 2) and the third position (P 3.) to freely block the casing in the closed state or unblock it by actuating the slide respectively towards its second position (P 2) or its third position (P 3). - a first shell and a second shell closing onto each other such as to close the casing, making its contents inaccessible, - a slide mounted moveable in translation on the first shell, comprising at least one coupling member (41, 42), and able to be actuated from the outside of the closed casing such as to be positioned by translation according to a first, a second or a third position (P 1, P 2, P 3), - at least one coupling member (41, 42) is coupled to the second shell when the slide is in the first position (P 1), thereby opposing to the opening of the casing, - at least one coupling member (41, 42) is coupled to the second shell when the slide is in the second position (P 2), thereby opposing to the opening of the casing, - the coupling member or members (41, 42) are free when the slide is in the third position (P 3), thereby allowing for the opening of the casing, - a device for locking the slide on one of the shells in the first position (P 1), able to be actuated only by means of a dedicated tool from the outside of the casing when this casing is closed, - first means (12, 43) for reversibly immobilising the slide in the second position (P 2), - second means (13, 43) for reversibly immobilising the slide in the third position (P 3),
Apparatus for treating containers with a plurality of treating units (2, 4) for treating the containers, which treating units (2, 4, 6) contain at least one filling device for filling the containers with a flowable medium, a closure device disposed downstream in a transport direction of the containers for closing the filled containers with closures, and with a labelling device for labelling the containers, and with a transport device for transporting the containers, wherein the apparatus has at least one information output device, which is configured in such a way that it outputs information (11, 12, 13) about the occurrence of malfunctions of the apparatus to a user, wherein the information output device has at least one first information output element (511...533), which outputs a first information item about a specific malfunction to the user in such a way that the first information item can be perceived in a first region and a second information output element (51, 52, 53) which outputs a second information item about the same specific malfunction to the user in such a way that the second information item can be perceived in a second region, wherein the first region and the second region are at least partially different, characterized in that the second region completely encloses the first region geometrically and that the apparatus has a third information output element which outputs a third information about the malfunction in such a way that the information in a predefined third region can be perceived, wherein the third region differs both from the first region and the second region and the third region completely encloses the first region of at least one first information output element (511...533) and the second region of the second information output element (51, 52, 53) geometrically.
A semicrystalline polyphenylsulfone, wherein the semicrystalline polyphenylsulfone has the structure wherein n is, on average, 30 to 200, and each occurrence of R is independently Ci-Cis alkyl or C 6 -C 18 aryl; and wherein the semicrystalline polyphenylsulfone exhibits a melting point in a range of 215 to 270 °C, determined according to ASTM D3418-15 by differential scanning calorimetry using a heating rate of 20 °C/minute. wherein the semicrystalline polyphenylsulfone has the structure wherein n is, on average, 30 to 200, and each occurrence of R is independently Ci-Cis alkyl or C 6 -C 18 aryl; and wherein the semicrystalline polyphenylsulfone exhibits a melting point in a range of 215 to 270 °C, determined according to ASTM D3418-15 by differential scanning calorimetry using a heating rate of 20 °C/minute.
A projection frame eyelid heater, comprising: a heating element having first and second heat producing areas separated by a distance corresponding to a separation of human eyes and having first and second ends, said heating element producing heat in response to an application of a voltage thereto; a frame including a left temple attachment portion and a right temple attachment portion each having a respective back portion (914/994) extending downward and inward, a left eyelid chassis portion, an intermediate chassis portion, and a right eyelid chassis portion, wherein said intermediate chassis portion connects said left eyelid chassis portion and said right eyelid chassis portion and a plurality of flexible standoffs for attaching the heating element to the frame such that the projection frame eyelid heater disposes said first and second heat producing areas adjacent to the surface of said human eyes while avoiding placing any significant pressure on the eyelids characterized in that the distance of each of said left eyelid portion and said right eyelid portion with respect to said intermediate chassis portion is adjustable in a direction from the user's nose toward the user's left and right eyes respectively a heating element having first and second heat producing areas separated by a distance corresponding to a separation of human eyes and having first and second ends, said heating element producing heat in response to an application of a voltage thereto; a frame including a left temple attachment portion and a right temple attachment portion each having a respective back portion (914/994) extending downward and inward, a left eyelid chassis portion, an intermediate chassis portion, and a right eyelid chassis portion, wherein said intermediate chassis portion connects said left eyelid chassis portion and said right eyelid chassis portion and a plurality of flexible standoffs for attaching the heating element to the frame such that the projection frame eyelid heater disposes said first and second heat producing areas adjacent to the surface of said human eyes while avoiding placing any significant pressure on the eyelids characterized in that the distance of each of said left eyelid portion and said right eyelid portion with respect to said intermediate chassis portion is adjustable in a direction from the user's nose toward the user's left and right eyes respectively
A dental self-tapping device (10,100) comprising a body having a longitudinal axis (t,T), the body (12, 110) having a proximal neck portion N, a proximal-central straight portion S of substantially constant diameter and a distal conical portion C of decreasing diameter, the body (12, 110) comprising a core (14, 114) and a thread provided thereon, a flute (20, 120) having a circular arc shape and the central angle of the circular arc being at most 180 degrees, the flute (20,120) formed in the thread, which flute (20, 120) runs spirally around the core (14, 114) and an axis of the flute (20, 120) is at an angle (α, β) with the longitudinal axis (t,T), characterized in that the angle (α, β) measured from a proximal end of the body (12, 110) is 45 to 70 degrees, preferably 50 to 60 degrees, and the diameter of the flute (20, 120) in at least a portion of the body (12, 110) is 25 to 35%, preferably 27 to 33%, of the diameter (d 2) of the body (12, 110).