mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 200, 300, 1100), comprising: an advancement mechanism (120, 220, 320) to drive print media into a stacking region; a movable media guide arrangement, comprising: a pair of opposing media guides (140, 230, 240, 330, 340, 810, 910) to receive opposing edges (316a, 316b) of a print medium therein; and a translation mechanism (150, 800, 900) to move the opposing media guides (140, 230, 240, 330, 340, 810, 910) between at least two positions, the at least two positions including a deployed position and a retracted position; and characterized by a controller to actuate the translation mechanism (150, 800, 900) to move the opposing media guides (140, 230, 240, 330, 340, 810, 910) into the deployed position when the advancement mechanism (120, 220, 320) transports a print medium into the stacking region and to actuate the translation mechanism (150, 800, 900) to move the opposing media guides (140, 230, 240, 330, 340, 810, 910) to the retracted position to release the print medium while the print medium remains engaged by the advancement mechanism (120, 220, 320). an advancement mechanism (120, 220, 320) to drive print media into a stacking region; a movable media guide arrangement, comprising: a pair of opposing media guides (140, 230, 240, 330, 340, 810, 910) to receive opposing edges (316a, 316b) of a print medium therein; and a translation mechanism (150, 800, 900) to move the opposing media guides (140, 230, 240, 330, 340, 810, 910) between at least two positions, the at least two positions including a deployed position and a retracted position; and characterized by a pair of opposing media guides (140, 230, 240, 330, 340, 810, 910) to receive opposing edges (316a, 316b) of a print medium therein; and a translation mechanism (150, 800, 900) to move the opposing media guides (140, 230, 240, 330, 340, 810, 910) between at least two positions, the at least two positions including a deployed position and a retracted position; and characterized by a controller to actuate the translation mechanism (150, 800, 900) to move the opposing media guides (140, 230, 240, 330, 340, 810, 910) into the deployed position when the advancement mechanism (120, 220, 320) transports a print medium into the stacking region and to actuate the translation mechanism (150, 800, 900) to move the opposing media guides (140, 230, 240, 330, 340, 810, 910) to the retracted position to release the print medium while the print medium remains engaged by the advancement mechanism (120, 220, 320).
A method for accessing data or at least one service from a first device relating to a first user, a set of at least one identifier relating each to a second device being predefined, each of the at least one second device being related to a second user, each second device identifier allowing to access the concerned second device, comprising: - a) receiving, by a server, from the first device, a request for accessing the data or the at least one service from a current location relating to the first user; - b) sending, from the server, to at least one selected second device, a request to determine whether the first user is or is not locally present, the at least one selected second device being identified within the second device identifier set; - c) requesting, from each of the at least one selected second device to the second device user, whether the first user is or is not locally present, as a presence request; - d) getting, from the second user to each of the at least one selected second device, a presence response to the presence request; - e) sending, from each of the at least one selected second device to the server, the presence response; - f) verifying, by the server, whether the received at least one presence response does or does not include a predefined positive presence response; and - g) authorizing, by the server, only if at least one of the received at least one presence response includes the positive presence response, the first device to access the data or the at least one service. - a) receiving, by a server, from the first device, a request for accessing the data or the at least one service from a current location relating to the first user; - b) sending, from the server, to at least one selected second device, a request to determine whether the first user is or is not locally present, the at least one selected second device being identified within the second device identifier set; - c) requesting, from each of the at least one selected second device to the second device user, whether the first user is or is not locally present, as a presence request; - d) getting, from the second user to each of the at least one selected second device, a presence response to the presence request; - e) sending, from each of the at least one selected second device to the server, the presence response; - f) verifying, by the server, whether the received at least one presence response does or does not include a predefined positive presence response; and - g) authorizing, by the server, only if at least one of the received at least one presence response includes the positive presence response, the first device to access the data or the at least one service.
A method for measuring reactive hyperemia in a subject, comprising performing a first segmental cuff plethysmography to generate a baseline arterial compliance curve and/or a baseline pressure-area (P-A) curve on a portion of the body of the subject, wherein the cuff pressure is increased to a first peak cuff pressure and immediately reduced from the first peak cuff pressure; performing a second segmental cuff plethysmography to generate a hyperemic arterial compliance curve and/or a hyperemic P-A curve, wherein the cuff pressure is increased to a second peak level, maintained at the second peak cuff pressure for a predetermined period of time, and then reduced from the second peak cuff pressure; and calculating the difference between the baseline arterial compliance curve and the hyperemic arterial compliance curve as an area between the arterial compliance curves, and/or the difference between the baseline P-A curve and the hyperemic P-A curve as an area between the P-A curves, measuring a level of reactive hyperemia based on the area between the arterial compliance curves and/or the area between the P-A curves, wherein a first cuff compliance curve is generated during the first segmental cuff plethysmography and a second cuff compliance curve is generated during the second segmental cuff plethysmography, wherein said first and second cuff compliance curves are generated using a metering pump to measure the volume change in a cuff, and a pressure transducer to measure pressure change for each known volume change, wherein the baseline arterial compliance curve or the baseline pressure-area (P-A) curve is generated based on the first cuff compliance curve, and the hyperemic arterial compliance curve or the hyperemic P-A curve is generated based on the second cuff compliance curve.
A sensor arrangement for detecting information indicative of a physiological substance in a body material of a physiological subject, the sensor arrangement comprising: a substrate; a first sensor structure connected to the substrate and being configured for sensing the physiological substance electrochemically; a second sensor structure connected to the substrate and being configured for sensing the physiological substance by a luminescence detection, wherein the first sensor structure comprises an electrode and an enzyme comprising structure, the electrode being configured for electrically detecting a product of an enzyme-catalyzed chemical reaction between the physiological substance and an educt substance, wherein the second sensor structure comprises a luminescent substance having luminescent properties which change upon change of an amount of an educt of a chemical reaction between the physiological substance and the educt, characterized in that the electrode is arranged directly on the substrate, the luminescent substance is arranged in a surface portion of the sensor arrangement in direct contact with the body material, and the enzyme comprising structure is arranged between the electrode and the luminescent substance. a substrate; a first sensor structure connected to the substrate and being configured for sensing the physiological substance electrochemically; a second sensor structure connected to the substrate and being configured for sensing the physiological substance by a luminescence detection, wherein the first sensor structure comprises an electrode and an enzyme comprising structure, the electrode being configured for electrically detecting a product of an enzyme-catalyzed chemical reaction between the physiological substance and an educt substance, wherein the second sensor structure comprises a luminescent substance having luminescent properties which change upon change of an amount of an educt of a chemical reaction between the physiological substance and the educt, characterized in that the electrode is arranged directly on the substrate, the luminescent substance is arranged in a surface portion of the sensor arrangement in direct contact with the body material, and the enzyme comprising structure is arranged between the electrode and the luminescent substance.
A terminal device, comprising: a housing accommodating a conductor and having an insertion hole through which a connection target may be inserted; a lock portion configured to hold the connection target inserted through the insertion hole into the housing between the lock portion and the conductor to restrict movement of the connection target in a direction opposite to an insertion direction of the connection target; and an indicator accommodated in the housing, located on an opposite side of the lock portion from the insertion hole in the insertion direction, and configured to be pushed by the connection target to move in a mode including linear movement from a first position to a second position, the housing further including a display section, part of the indicator being displayable through the display section to an outer side of the housing, a display mode of the display section being different between a case where the indicator is in the first position and a case where the indicator is in the second position, wherein the display section is a through hole penetrating through the housing, characterized in that a conductive portion of the conductor is exposed through the through hole when the indicator is in the second position. a housing accommodating a conductor and having an insertion hole through which a connection target may be inserted; a lock portion configured to hold the connection target inserted through the insertion hole into the housing between the lock portion and the conductor to restrict movement of the connection target in a direction opposite to an insertion direction of the connection target; and an indicator accommodated in the housing, located on an opposite side of the lock portion from the insertion hole in the insertion direction, and configured to be pushed by the connection target to move in a mode including linear movement from a first position to a second position, the housing further including a display section, part of the indicator being displayable through the display section to an outer side of the housing, a display mode of the display section being different between a case where the indicator is in the first position and a case where the indicator is in the second position, wherein the display section is a through hole penetrating through the housing, characterized in that a conductive portion of the conductor is exposed through the through hole when the indicator is in the second position.
A method of forming a fully dense colored ceramic body in the form of a dental article, the method comprising: (a) forming a body from a ceramic-containing powder; (b) shaping the body into a shape corresponding to the dental article; and (c) placing the shaped body adjacent to, but not contacting, a powder comprising at least one coloring agent and firing the shaped body, wherein the at least one coloring agent comprises one or more elements or compounds selected from (i) groups 5 to 11 of the periodic table, excluding synthetic or radioactive elements, and (ii) Sc and wherein the coloring agent diffuses into the shaped body during firing, imparting color to the shaped body. (a) forming a body from a ceramic-containing powder; (b) shaping the body into a shape corresponding to the dental article; and (c) placing the shaped body adjacent to, but not contacting, a powder comprising at least one coloring agent and firing the shaped body,
A pharmaceutical composition comprising a crystalline hydrochloride salt of 2-amino-2-(2-(4-octylphenyl)ethyl)propane-1,3-diol substantially in the form of a hydrate in substantially pure crystalline form, where substantially pure includes reference to the crystalline form of, or greater than, 90 % polymorphic purity, and wherein the hydrate in crystalline form is characterised by an X-ray powder diffraction pattern having at least two peaks selected from peaks at 2.9, 17.2, 30.6, 28.2, 24.4, 8.6 and 25.9 degrees 2-theta, each with a margin of error of ± 0.2 degrees 2-theta.
A dispensing container for viscous products comprising: a cream pot having an inner cylinder that defines a storage volume configured to store a viscous product; a cap configured to close the cream pot and having a dispensing outlet; a screw rod rotatably connected to the cream pot; a piston having an inner thread and being coupled to the screw rod such that rotation of the screw rod leads to movement of the piston in the inner cylinder along a longitudinal axis of the screw rod to reduce the storage volume of the inner cylinder and to dispense the product through the dispensing outlet; an indexing mechanism is provided that is configured to lock the screw rod in a plurality of rotational positions with respect to the cream pot, wherein the indexing mechanism comprises indexing spring elements located at the screw rod and indexing sections located at a bottom of the cream pot, wherein the indexing spring elements of the screw rod are configured to interact with the indexing sections of the cream pot in order to lock the screw rod with respect to the cream pot; characterized in that the dispensing container further comprises an outer decorative shell base member, wherein the outer decorative shell base member is configured to house the cream pot, wherein a bottom portion of the outer decorative shell base member comprises an actuating section that is configured to actuate rotational movement of the screw rod with respect to the cream pot in an actuation direction. a cream pot having an inner cylinder that defines a storage volume configured to store a viscous product; a cap configured to close the cream pot and having a dispensing outlet; a screw rod rotatably connected to the cream pot; a piston having an inner thread and being coupled to the screw rod such that rotation of the screw rod leads to movement of the piston in the inner cylinder along a longitudinal axis of the screw rod to reduce the storage volume of the inner cylinder and to dispense the product through the dispensing outlet; an indexing mechanism is provided that is configured to lock the screw rod in a plurality of rotational positions with respect to the cream pot, wherein the indexing mechanism comprises indexing spring elements located at the screw rod and indexing sections located at a bottom of the cream pot, wherein the indexing spring elements of the screw rod are configured to interact with the indexing sections of the cream pot in order to lock the screw rod with respect to the cream pot; characterized in that the dispensing container further comprises an outer decorative shell base member, wherein the outer decorative shell base member is configured to house the cream pot, wherein a bottom portion of the outer decorative shell base member comprises an actuating section that is configured to actuate rotational movement of the screw rod with respect to the cream pot in an actuation direction.
A compound semiconductor device, comprising: a GaN based carrier transit layer formed over a semiconductor substrate; a GaN based carrier supply layer formed on said carrier transit layer; a GaN based protective layer formed on said carrier supply layer; a source electrode, a drain electrode and a gate electrode (39 or 49) formed on said protective layer; a non-doped semiconductor AlN layer formed on said protective layer, and positioned between said gate electrode (39 or 49) and said source electrode, and between said gate electrode (39 or 49) and said drain electrode; and an insulator layer formed on said AlN layer; wherein said insulator layer is positioned between said gate electrode (39 or 49) and said AlN layer, and between said gate electrode (39 or 49) and said protective layer. a GaN based carrier transit layer formed over a semiconductor substrate; a GaN based carrier supply layer formed on said carrier transit layer; a GaN based protective layer formed on said carrier supply layer; a source electrode, a drain electrode and a gate electrode (39 or 49) formed on said protective layer; a non-doped semiconductor AlN layer formed on said protective layer, and positioned between said gate electrode (39 or 49) and said source electrode, and between said gate electrode (39 or 49) and said drain electrode; and an insulator layer formed on said AlN layer; wherein said insulator layer is positioned between said gate electrode (39 or 49) and said AlN layer, and between said gate electrode (39 or 49)
A header plateless heat exchanger, comprising a first plate and a second plate each bent and formed into a groove shape by press forming, the plates and respectively including side walls and each having a height on each longitudinal end of the plate to be formed higher than a height at a midpoint portion of the plate, the first plate and the second plate being joined with each other at the side walls and to form a flat tube having a bulging portion in a height direction on each longitudinal end of the flat tube, a plurality of the flat tubes being stacked at the bulging portion to form a core, and a casing being fitted over an outer periphery of the core and a header tank being disposed at both ends of the core, characterised in that tab parts located at the bulging portion and disposed so as to extend from the side walls of the first plate are folded back to lie over outer surfaces of the side walls of the first plate, and lower end surfaces of the side walls of the second plate sit on upper end surfaces of the tab parts, and lower end surfaces of the tab parts match an outer surface of a groove bottom of the first plate.
A measurement device for measuring at least one physical parameter of an item disposed in a high voltage electric field, the device comprising: a sensor configured to be coupled to the item, the sensor having a first and a second antenna terminals (60, 65), the sensor characterized by an antenna (20, 50) electrically coupled to the sensor, characterized in that: the antenna comprises: a conductive coil having a proximal end and a distal end, the proximal end of the coil being electrically coupled to the first terminal; a stub having a proximal end and a distal end, the proximal end of the stub being electrically coupled to the second terminal, and the distal end of the stub being electrically coupled to the distal end of the coil; wherein the coil comprises wire having wire diameter sufficiently large to prevent forming corona discharge point electrode throughout the outer surface of the volume defined by the antenna, at the operating voltage to which the antenna is exposed in operation; and, wherein the coil diameter is smaller than one tenth of the free space wavelength of the resonant frequency of the antenna. a sensor configured to be coupled to the item, the sensor having a first and a second antenna terminals (60, 65), the sensor characterized by an antenna (20, 50) electrically coupled to the sensor, characterized in that: the antenna comprises: a conductive coil having a proximal end and a distal end, the proximal end of the coil being electrically coupled to the first terminal; a stub having a proximal end and a distal end, the proximal end of the stub being electrically coupled to the second terminal, and the distal end of the stub being electrically coupled to the distal end of the coil; wherein the coil comprises wire having wire diameter sufficiently large to prevent forming corona discharge point electrode throughout the outer surface of the volume defined by the antenna, at the operating voltage to which the antenna is exposed in operation; and, wherein the coil diameter is smaller than one tenth of the free space wavelength of the resonant frequency of the antenna. a conductive coil having a proximal end and a distal end, the proximal end of the coil being electrically coupled to the first terminal; a stub having a proximal end and a distal end, the proximal end of the stub being electrically coupled to the second terminal, and the distal end of the stub being electrically coupled to the distal end of the coil; wherein the coil comprises wire having wire diameter sufficiently large to prevent forming corona discharge point electrode throughout the outer surface of the volume defined by the antenna, at the operating voltage to which the antenna is exposed in operation; and, wherein the coil diameter is smaller than one tenth of the free space wavelength of the resonant frequency of the antenna.
Cleaning implement, which comprises a mop body, to which is articulated an arm, with which the mop body can be moved when cleaning, and which mop body comprises a rocking body, which is articulated to it and which is articulated to turn around a geometric axis (X 1), and which rocking body comprises a first rocking body-half (A 1), and that there are first attaching means (16a 1, 16a 2) and that the rocking body comprises a second rocking body-half (A 2) and that there are second attaching means (17a 1, 17a 2), whereby the rocking body can be placed in such a position, where a gap is formed in between the second rocking body half (A 2) and the mop body, into which gap a cleaning device can be placed, and which rocking body can be turned into a second position, in which the gap is closed, and that the first attaching means (16a 1, 16a 2) bring about the open position of the gap and the second attaching means (17a 1, 17a 2) bring about the closed position of the gap, whereby the rocking body at its body-half (A 2) will press the cleaning device against the mop body, characterized in that both first attaching means (16a 1, 16a 2) are magnetic attaching means, and that both second attaching means (17a 1, 17a 2) are also magnetic attaching means.
Method of predicting an imminent breakout situation of a rolled strip, particularly a metal strip, between a first and a successive second roll stand (Fi, Fi+1) of a rolling train with a looper installed between the two roll stands, comprising the steps: a) calculating a first strip storage length on the basis of looper angle and looper kinematics; b) calculating a second strip storage length on the basis of integration of the strip speed difference between the speed of the strip during exit from the first roll stand and the speed of the strip on entry into the second roll stand; c) comparing the results of the steps a) and b) and assessing differences between these two strip storage lengths so as to point to an imminent breakout situation. a) calculating a first strip storage length on the basis of looper angle and looper kinematics; b) calculating a second strip storage length on the basis of integration of the strip speed difference between the speed of the strip during exit from the first roll stand and the speed of the strip on entry into the second roll stand; c) comparing the results of the steps a) and b) and assessing differences between these two strip storage lengths so as to point to an imminent breakout situation.