mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a microelectromechanical device having a mechanical structure and a periphery area which are both disposed over or in a substrate, wherein the periphery area surrounds the mechanical structure and comprises a border area and in predetermined portions a getter area, wherein the border area forms outer walls of a sealed chamber in which the mechanical structure is integrated, wherein within the predetermined portions the respective getter area extends from the outer wall towards the mechanical structure such, that the getter area is positioned between the outer wall and the mechanical structure with the edge of the getter area being adjacent to the mechanical structure, wherein the getter area is also integrated in the sealed chamber, and wherein the sealed chamber is formed, at least in part, by a thin film encapsulation structure, the method comprising: forming the mechanical structure; forming the periphery area, wherein for forming the getter area predetermined portions of the periphery area are etched, patterned and/or removed to form a plurality of gaps and/or trenches within the periphery area; and depositing the thin film encapsulation structure over the mechanical structure and the periphery area to partially define and seal the chamber. forming the mechanical structure; forming the periphery area, wherein for forming the getter area predetermined portions of the periphery area are etched, patterned and/or removed to form a plurality of gaps and/or trenches within the periphery area; and depositing the thin film encapsulation structure over the mechanical structure and the periphery area to partially define and seal the chamber.
An apparatus, comprising: a memory configured to receive a data clock from a host via a link and to synchronize the data clock with the host, further comprising: a clock tree buffer configured to toggle based on the data clock to capture write data or to output read data; and a command decoder configured to detect a data clock suspend command while the data clock is synchronized between the host and the memory, wherein the clock tree buffer is configured to disable toggling based on the data clock in response to the command decoder detecting the data clock suspend command. a clock tree buffer configured to toggle based on the data clock to capture write data or to output read data; and a command decoder configured to detect a data clock suspend command while the data clock is synchronized between the host and the memory, wherein the clock tree buffer is configured to disable toggling based on the data clock in response to the command decoder detecting the data clock suspend command.
A system, comprising: a breast pump that, during operation, collects milk from an individual during one or more breast-pumping sessions; a lactation sensor that, during operation, measures a volume of the collected milk as a function of time; an interface circuit that, during operation, communicates with a consumption sensor associated with a bottle, wherein the communication includes receiving information specifying milk consumption by a second individual as a function of time; a control circuit, electrically coupled to the lactation sensor and the interface circuit, which, during operation, determines a need for milk based on a temporal pattern of the volume of the collected milk and a temporal pattern of the milk consumption, and provides feedback based on the determined need for milk that synchronizes the one or more breast-pumping sessions and the milk consumption. a breast pump that, during operation, collects milk from an individual during one or more breast-pumping sessions; a lactation sensor that, during operation, measures a volume of the collected milk as a function of time; an interface circuit that, during operation, communicates with a consumption sensor associated with a bottle, wherein the communication includes receiving information specifying milk consumption by a second individual as a function of time; a control circuit, electrically coupled to the lactation sensor and the interface circuit, which, during operation, determines a need for milk based on a temporal pattern of the volume of the collected milk and a temporal pattern of the milk consumption, and provides feedback based on the determined need for milk that synchronizes the one or more breast-pumping sessions and the milk consumption.
Electronic biasing circuit, the electronic biasing circuit arranged to provide a DC bias voltage (Vg) to a circuit (AMPL; AMPLdiff) to be biased, the biasing circuit comprising a first transistor pair (TP1a) comprising a first transistor (M1a) and a second transistor (M2a) both being of a first MOSFET type, a gate of said first transistor (M1a) being connected to a gate of said second transistor (M2a), a source of said first transistor (M1a) being connected to a supply reference voltage, a source of said second transistor (M2a) being connected to said supply reference voltage via a resistor element (Rb), in use a first current flowing through said first transistor (M1a) and a second current flowing through said second transistor (M2a), the electronic biasing circuit comprising circuit components (CM1; CM3) arranged to cause said first current and said second current to be substantially equal, wherein the electronic biasing circuit comprises a second transistor pair comprising a third transistor (M1b) and a fourth transistor (M2b) of said same first MOSFET type, which third transistor (M1b) is, at one side, connected in series with said first transistor (M1a) at a first common node, and a gate of said third transistor (M1b) being connected to a gate of said fourth transistor (M2b), a source of said fourth transistor (M2b) being connected to a drain of said second transistor (M2a) at a second common node, in use a third current flowing through said third transistor (M1b) and a fourth current flowing through said fourth transistor (M2b), said circuit components (CM1; CM3) also being arranged to cause said third current and said fourth current to be substantially equal characterized in that said resistor element is a variable resistor element (Rbv) wherein the variable resistor element is controllable by a plurality of different control voltages.
Refrigerant separating device, in particular an air refrigerant separating device for a heat pump system, comprising a separating container, wherein the separating container is configured to separate a refrigerant, having at least one fluid inlet and at least one fluid outlet as well as a deflecting device, which is arranged and configured in such a way that a direct path for a fluid flowing in the separating container during operation is blocked at least partially, in particular completely, wherein the deflecting device is rotationally symmetrical, wherein a diameter of the deflecting device is larger than a diameter of the fluid outlet, wherein an axis of rotational symmetry of the deflecting device is aligned with an axis of rotational symmetry of the fluid outlet, wherein a distance between the fluid outlet and the deflecting device is at least 2 mm and at most 50 mm, wherein the distance between the fluid outlet and the deflecting device is at least 1% and at most 30%, preferably at most 12%, of a height of the separating container, wherein the fluid inlet is arranged laterally on a cylinder-jacket-shaped side wall and in the upper third of the separating container, wherein the fluid outlet is arranged on a lower side of the separating container, wherein a vent, in particular an automatic vent, is provided on the separating container, in particular on an upper side.
A communication method performed by a Terminating Access Domain Selection, T-ADS, that supports a packet-based voice service in a mobile communication system, comprising: if a call request message for a user equipment, UE, is received, transmitting, to a home subscriber server, HSS, a Sh-Pull request message; receiving, from the HSS, information on a voice over long term evolution, VoLTE, call or an emergency call over packet switched, PS, session, as a response to the Sh-pull request message; recognizing that the VoLTE call or the emergency call over the PS session is not supported at a current tracking area, TA, based on the information; determining whether there is an ongoing VoLTE call or an ongoing emergency call for the UE over a PS session; and in case that the UE has the ongoing VoLTE call or the ongoing emergency call over the PS session, selecting a PS domain for the call request message. if a call request message for a user equipment, UE, is received, transmitting, to a home subscriber server, HSS, a Sh-Pull request message; receiving, from the HSS, information on a voice over long term evolution, VoLTE, call or an emergency call over packet switched, PS, session, as a response to the Sh-pull request message; recognizing that the VoLTE call or the emergency call over the PS session is not supported at a current tracking area, TA, based on the information; determining whether there is an ongoing VoLTE call or an ongoing emergency call for the UE over a PS session; and in case that the UE has the ongoing VoLTE call or the ongoing emergency call over the PS session, selecting a PS domain for the call request message.
Output-side subassembly of a mill drive system, with - an output flange, connectable to a grinding dish, for absorbing forces occurring in a grinding process, - an annular basic element which is mountable on a foundation or carrier element and which comprises an annular element which projects beyond a basic body connectable to the foundation or carrier element, - a plurality of axial plain bearing segments, arranged essentially equidistantly with respect to one another on the annular basic element, for supporting the output flange, said axial plain bearing segments being mounted on the annular element of predeterminable rigidity, lubricating gaps being formed in each case between the output flange and the axial plain bearing segments, - a toothed ring which is connected to the output flange and which can be brought into engagement with at least one spur pinion of a drive module in each case, characterized in that an annular element of predeterminable rigidity is provided, which is hollow at least in sections. - an output flange, connectable to a grinding dish, for absorbing forces occurring in a grinding process, - an annular basic element which is mountable on a foundation or carrier element and which comprises an annular element which projects beyond a basic body connectable to the foundation or carrier element, - a plurality of axial plain bearing segments, arranged essentially equidistantly with respect to one another on the annular basic element, for supporting the output flange, said axial plain bearing segments being mounted on the annular element of predeterminable rigidity, lubricating gaps being formed in each case between the output flange and the axial plain bearing segments, - a toothed ring which is connected to the output flange and which can be brought into engagement with at least one spur pinion of a drive module in each case,
A trans-2-decenoic acid ester which is selected from trans-2-decenoic acid ethyl ester, trans-2-decenoic acid methyl ester, trans-2-decenoic acid-trans-2-decenyl ester, trans-2-decenoic acid cyclohexyl ester, trans-2-decenoic acid octyl ester or trans-2-decenoic acid isopropyl ester, for use in the prevention or treatment of a nervous disorder.
A device for locating a moving object or person in a space, said space being equipped with at least one inductive surface, the device comprising: - magnetic detection means able to detect the presence of the object or of the person on or close to said at least one inductive surface, and able to measure a heading angle by way of two simultaneous measurement points and to generate dated reference heading angle data for the object or for the person; - inertial detection means able to generate estimated angular speed and acceleration data for the object or for the person; and - calculation means coupled to the magnetic and inertial detection means, able to combine the dated reference heading angle data with the estimated data in order to generate corrected position and orientation data for the object or for the person in said space. - magnetic detection means able to detect the presence of the object or of the person on or close to said at least one inductive surface, and able to measure a heading angle by way of two simultaneous measurement points and to generate dated reference heading angle data for the object or for the person; - inertial detection means able to generate estimated angular speed and acceleration data for the object or for the person; and - calculation means coupled to the magnetic and inertial detection means, able to combine the dated reference heading angle data with the estimated data in order to generate corrected position and orientation data for the object or for the person in said space.
A steering wheel decorative member that is configured to be attached corresponding to a resin member covering a periphery of a ring core of a steering wheel, the decorative member comprising: a base member constituting a design part; a heater provided on a back surface of the base member; and an attachment part that is configured to attach the base member to the resin member, wherein the attachment part is configured so as to electrically connect a terminal of the heater to a power supply side terminal provided in the resin member, characterized in that the power supply side terminal is provided in an attachment opening into which the attachment part is inserted and pushed a base member constituting a design part; a heater provided on a back surface of the base member; and an attachment part that is configured to attach the base member to the resin member, wherein the attachment part is configured so as to electrically connect a terminal of the heater to a power supply side terminal provided in the resin member, characterized in that the power supply side terminal is provided in an attachment opening into which the attachment part is inserted and pushed
A magnetic random access memory, MRAM, including an MRAM array, comprising: a plurality of bit cells, each of the plurality of bit cells comprising: a perpendicular magnetic tunnel junction, pMTJ, including a reference layer, a barrier layer supporting the reference layer, and a free layer supporting the barrier layer, the pMTJ being such that the reference layer and the free layer of the pMTJ have each a corresponding magnetisation which is perpendicular to the plane of the barrier layer; a spin-hall conductive material, SHM, layer supporting the free layer; a transistor; and two diodes (430, 432) coupled to the SHM layer, wherein each of the two diodes is connected to a corresponding control line, the SHM layer being connected between said diode and the transistor, and is configured to, during a corresponding write, carry a current given by the corresponding control line, toward the SHM layer and the transistor and, wherein one of the two diodes and the pMTJ are connected in parallel between the corresponding control line and the SHM layer; and the MRAM including further a driver operable to set a state of at least one of the plurality of bit cells by driving current through the corresponding pMTJ and through one of the corresponding two diodes, flowing through the corresponding SHM layer towards the corresponding transistor, such that the corresponding SHM layer generates a spin-orbit torque, SOT, via a spin-hall effect, SHE, and the SOT generates a spin current. a perpendicular magnetic tunnel junction, pMTJ, including a reference layer, a barrier layer supporting the reference layer, and a free layer supporting the barrier layer, the pMTJ being such that the reference layer and the free layer of the pMTJ have each a corresponding magnetisation which is perpendicular to the plane of the barrier layer; a spin-hall conductive material, SHM, layer supporting the free layer; a transistor; and two diodes (430, 432) coupled to the SHM layer, wherein each of the two diodes is connected to a corresponding control line, the SHM layer being connected between said diode and the transistor, and is configured to, during a corresponding write, carry a current given by the corresponding control line, toward the SHM layer and the transistor and, wherein one of the two diodes and the pMTJ are connected in parallel between the corresponding control line and the SHM layer; and the MRAM including further a driver operable to set a state of at least one of the plurality of bit cells by driving current through the corresponding pMTJ and through one of the corresponding two diodes, flowing through the corresponding SHM layer towards the corresponding transistor, such that the corresponding SHM layer generates a spin-orbit torque, SOT, via a spin-hall effect, SHE, and the SOT generates a spin current.
An edge protection system for use with concrete flooring, including a first part for coupling to an edge portion of a first concrete flooring panel and a second part for coupling to an opposed edge portion of a second, neighbouring, concrete flooring panel, wherein the protection system is provided in modular lengths, wherein each modular length includes a formwork length and an anchorage length; and wherein adjacent modular lengths are coupled by one or more bridging pins; characterised in that each anchorage length is formed of sheet material folded to form a series of spaced triangular apertures along the anchorage length, and wherein the bridging pins are aligned to extend through the triangular apertures of adjacent modular lengths so as to hold together the modules of the edges protection system in alignment. wherein the protection system is provided in modular lengths, wherein each modular length includes a formwork length and an anchorage length; and wherein adjacent modular lengths are coupled by one or more bridging pins; characterised in that each anchorage length is formed of sheet material folded to form a series of spaced triangular apertures along the anchorage length, and wherein the bridging pins are aligned to extend through the triangular apertures of adjacent modular lengths so as to hold together the modules of the edges protection system in alignment.
A radiation detector system comprising: (a) tubular radiation detector housing; and (b) radiation sensitive elements; wherein said tubular radiation detector housing comprises an outer cylindrical surface; said tubular radiation detector housing comprises one or more circumferential apertures located at approximately the midpoint between the distal ends of said outer cylindrical surface; said radiation sensitive elements are responsive to the presence of radiation; and said radiation sensitive elements are inset into said circumferential apertures; characterised in that said tubular radiation detector housing comprises end apertures located at said distal ends of said outer cylindrical surface, wherein said radiation sensitive elements are also inset into said end apertures; and further characterised in that said tubular radiation detector housing comprises an injection molded plastic material incorporating one or more metals selected from row 6 and 7 of the Periodic Table. (a) tubular radiation detector housing; and (b) radiation sensitive elements;
A plasticizer composition, comprising: a cyclohexane-1,2-diester-based material represented by the following Formula 1; and a trimellitate-based material represented by the following Formula 2: wherein in Formula 1 and Formula 2: R1 to R5 are isononyl group. a cyclohexane-1,2-diester-based material represented by the following Formula 1; and a trimellitate-based material represented by the following Formula 2: wherein in Formula 1 and Formula 2: R1 to R5 are isononyl group.
A camera apparatus, in particular for a rear area of a vehicle, comprising a drive which is in operative connection with a carriage via gear means, wherein the carriage holds a camera mechanically, and the carriage together with the camera can be moved at least between a rest position and a recording position along a movement direction by the drive, and a housing, in which the carriage is arranged at least partially movably via at least one guide (11.3, 11.4), and a movable cover, whereby an opening in the housing ca be locked in a closed position of the cover when the camera occupies its rest position, and a switching element, whereby a signal for a vehicle-specific function can be triggered, characterised in that in the closed position of the cover, a manual pressure on the cover causes a movement of the carriage with the camera, this can be transferred from its rest position into an additional position, and the switching element can be operated thereby to trigger the signal for a vehicle-specific function.
System arrangement having a first control device, to which a further control device is connected, wherein the first control device is connected to the further control device via a data connection and interchanges data via the latter, characterized in that the first control device is connected to the further control device via a current connection and supplies the further control device with energy from an energy source via said current connection, wherein the first control device has a measuring unit which can be used to measure a current flow via the current connection, and the further control device has a load unit which can be used to influence the current flow for transmitting data between the two control devices (2, 3) via the current connection.
A method for enriching digital photographs, said method comprising: receiving a digital photograph and audio video data captured before a time at which said digital photograph is captured until after said time, wherein said audio video data comprises video frames and audio samples; processing said digital photograph and said video frames to spatially decompose said digital photograph and said video frames into a plurality of layers; processing said audio samples to decompose said audio samples into a plurality of audio sources; creating a plurality of video layer sequences, wherein each video layer sequence of said plurality of video layer sequences comprises said decomposed digital photograph and video frames of a same layer; creating a plurality of audio source sequences, wherein each audio source sequence of said audio source sequences comprises said decomposed audio samples of a same source; defining an order of said plurality of video layer sequences; generating playback guidance, said playback guidance defining how to combine said video layer sequences during playback and how to combine said audio source sequences with said video layer sequences; and transmitting said order, said video layer sequences, said audio source sequences and said playback guidance to a display device for playback. receiving a digital photograph and audio video data captured before a time at which said digital photograph is captured until after said time, wherein said audio video data comprises video frames and audio samples; processing said digital photograph and said video frames to spatially decompose said digital photograph and said video frames into a plurality of layers; processing said audio samples to decompose said audio samples into a plurality of audio sources; creating a plurality of video layer sequences, wherein each video layer sequence of said plurality of video layer sequences comprises said decomposed digital photograph and video frames of a same layer; creating a plurality of audio source sequences, wherein each audio source sequence of said audio source sequences comprises said decomposed audio samples of a same source; defining an order of said plurality of video layer sequences; generating playback guidance, said playback guidance defining how to combine said video layer sequences during playback and how to combine said audio source sequences with said video layer sequences; and transmitting said order, said video layer sequences, said audio source sequences and said playback guidance to a display device for playback.