mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a home automation installation, the installation including pieces of home automation equipment (18, 20) and a central control member, the method including a step for: - providing a desired operation of the installation, - providing a first operation of each piece of home automation equipment (18, 20), - optimizing the operation of the installation by modifying the first operation of at least one piece of home automation equipment (18, 20), to obtain a second operation of said at least one piece of home automation equipment (18, 20), and an operation of the installation according to the desired operation, characterized in that the method includes a step for installing a virtual machine (36, 46) in said at least one piece of home automation equipment (18, 20), the virtual machine (36, 46) being able to impose the second operation on said at least one piece of home automation equipment (18, 20). - providing a desired operation of the installation, - providing a first operation of each piece of home automation equipment (18, 20), - optimizing the operation of the installation by modifying the first operation of at least one piece of home automation equipment (18, 20), to obtain a second operation of said at least one piece of home automation equipment (18, 20), and an operation of the installation according to the desired operation,
A tissue anchor comprising a generally flexible anchor member (14, 74, 74', 74", 114) capable of being inserted through tissue and moving between an elongate configuration and a shortened configuration suitable for anchoring against at least one side of the tissue, said anchor member (14, 74, 74', 74", 114) having a proximal end portion (14a, 74a, 75), a distal end portion (14b, 74b, 77), and a compressible intermediate portion between said proximal end portion (14a, 74a, 75) and said distal end portion (14b, 74b, 77), and a tensioning member (12, 72, 103) operatively connected to said anchor member (14, 74, 74', 74", 114) such that said anchor member (14, 74, 74', 74", 114) can slide relative to said tensioning member, said tensioning member (12, 72, 103) capable of being pulled to cause said anchor member (14, 74, 74', 74", 114) to move relative to said tensioning member (12, 72, 103) from said elongate configuration to said shortened configuration wherein the compressible intermediate portion can compress and thereby adjust to the thickness of the tissue between the proximal and distal end portions, characterized in that said tensioning member (12, 72, 103) extends through the proximal end portion (14a, 74a, 75) to the distal end portion (14b, 74b, 77) and back to a stop member (16, 94) at the proximal end portion (14a, 74a, 75) engageable with said anchor member (14, 74, 74', 74", 114).
A downlight having: - a light source for generating a light to be emitted downwards by the downlight; - a mounting ring for retaining the downlight on a ceiling element; - a reflector for reflecting the light generated by the light source, wherein the reflector is retained on the mounting ring by a retaining device, wherein the retaining device is constructed in such a way that the reflector is retained merely by resting on the mounting ring, wherein the mounting ring has a bearing unit, and the reflector has a supporting unit, and wherein the bearing unit and the supporting unit are parts of the retaining device, and the reflector is retained on the mounting ring as a result of the fact that the supporting unit rests on the bearing unit, characterised in that the mounting ring has an introducing groove which permits introduction of the supporting unit from below. - a light source for generating a light to be emitted downwards by the downlight; - a mounting ring for retaining the downlight on a ceiling element; - a reflector for reflecting the light generated by the light source, wherein the reflector is retained on the mounting ring by a retaining device, wherein the retaining device is constructed in such a way that the reflector is retained merely by resting on the mounting ring, wherein the mounting ring has a bearing unit, and the reflector has a supporting unit, and wherein the bearing unit and the supporting unit are parts of the retaining device, and the reflector is retained on the mounting ring as a result of the fact that the supporting unit rests on the bearing unit, characterised in that the mounting ring has an introducing groove which permits introduction of the supporting unit from below.
Short-circuit shutdown switch having a load current path provided to carry a load current, a central section arranged between a first predetermined cutting zone (210, 2210) and a second predetermined cutting zone (220, 2220) in the load current path, and a cutting plunger (300, 3300) provided to cut the first predetermined cutting zone (210, 2210) and the second predetermined cutting zone (220, 2220), characterised in that the central section has a hole, wherein the cutting plunger has a pin, wherein the pin is arranged inside the hole.
An ultrasound device, comprising: a substrate; a plurality of capacitive micromachined ultrasonic transducers, CMUTs, integrated with the substrate and including a first group (104a-104h) of ultrasonic transducers and a second group (104a-104h) of ultrasonic transducers; and a plurality of individually electrically controllable bias electrodes including: a first bias electrode corresponding to the first group (104a-104h) of ultrasonic transducers; and a second bias electrode corresponding to the second group (104a-104h) of ultrasonic transducers; characterized in that the first bias electrode comprises a first common membrane of the first group of ultrasonic transducers and the second bias electrode comprises a second common membrane of the second group (104a-104h) of ultrasonic transducers. a substrate; a plurality of capacitive micromachined ultrasonic transducers, CMUTs, integrated with the substrate and including a first group (104a-104h) of ultrasonic transducers and a second group (104a-104h) of ultrasonic transducers; and a plurality of individually electrically controllable bias electrodes including: a first bias electrode corresponding to the first group (104a-104h) of ultrasonic transducers; and a second bias electrode corresponding to the second group (104a-104h) of ultrasonic transducers; a first bias electrode corresponding to the first group (104a-104h) of ultrasonic transducers; and a second bias electrode corresponding to the second group (104a-104h) of ultrasonic transducers;
Modular multilevel converter topologies, comprising: a Phase I module forming a first phase A, a Phase II module forming a second phase B, a Phase III module forming a third phase C, and a voltage self-balancing auxiliary circuit, said Phase I module, Phase II module and Phase III module respectively comprise two bridge arms, each of which comprises N bridge arm submodules SMs, wherein the SMs comprise category I SMs, category II SMs and special SMs; In a first topology, said voltage self-balancing auxiliary circuit comprises 6 N +5 clamped diodes and two auxiliary capacitors ( C 1 and C 2) and two auxiliary insulated gate bipolar transistor (IGBT) modules ( T 1 and T 2); or, in a second topology, said voltage self-balancing auxiliary circuit comprises 6 N -3 clamped diodes and 4 interphase clamped diodes, characterized in that the modular multilevel converter topologies have voltage self-balancing capability, wherein, in the first topology, the SMs contained in said Phase I module and Phase III module are Category I SMs, which are connected to each other and also to the positive and negative poles of the DC bus, said Category I SMs, via the port leading out from the positive pole of the capacitor contained therein, are connected to said voltage self-balancing auxiliary circuit, the SMs contained in said Phase II module are the Category II SMs, which are connected to each other and also to the positive and negative poles of the DC bus, said Category II SMs, via the port leading out from the negative pole of the capacitor contained therein, are connected to said voltage self-balancing auxiliary circuit; or, in the second topology, except the first SMs of upper bridge arm in Phase I module and Phase III module, which are the special SMs of Phases A and C, the rest SMs are Category I SMs, said Category I SMs, via the port leading out from the positive pole of the capacitor contained therein, are connected to said voltage self-balancing auxiliary circuit, except the last SM of lower bridge arm in Phase II module, which is the special SM of Phase B, the rest SMs are Category II SMs, via the port leading out from the negative pole of the capacitor contained therein, are connected to said voltage self-balancing auxiliary circuit.
Rechargeable battery for handheld, electromechanical tools, with a plurality of rechargeable battery cells, which are electrically connected to one another by means of electrical cell connectors, wherein at least one cell connector has an electrical insulation (22, 32, 42), and an electronic component is provided at least partially in the electrical insulation (22, 32, 42), characterized in that the electronic component is embedded in the electrical insulation (22, 32, 42) while in contact with the electrical cell connector, and the electrical insulation (22, 32, 42) consists of a plastic and is injection-moulded onto the electronic component.
A device insertable into a structure having a lumen comprising: a first housing; at least one functional element movably connected to the first housing, the functional element for use during a minimal access procedure, wherein the functional element comprises a camera element; a securing element associated with the insertable device for removably securing the insertable device to or against a wall of a structure having a lumen; the securing element comprising a needle protruding from the insertable device essentially inline with an elongated axis of the device, a magnet, a clamp, or an adhesive; and at least one actuating element connected to the first housing and the functional element, the actuating element capable of moving the camera element in relation to the first housing in at least a degree of rotational freedom essentially inline with the elongated axis. a first housing; at least one functional element movably connected to the first housing, the functional element for use during a minimal access procedure, wherein the functional element comprises a camera element; a securing element associated with the insertable device for removably securing the insertable device to or against a wall of a structure having a lumen; the securing element comprising a needle protruding from the insertable device essentially inline with an elongated axis of the device, a magnet, a clamp, or an adhesive; and at least one actuating element connected to the first housing and the functional element, the actuating element capable of moving the camera element in relation to the first housing in at least a degree of rotational freedom essentially inline with the elongated axis.
A prepreg laminate, comprising prepregs [a] having reinforcing fibers impregnated with a resin, and a base material [b] not impregnated with a resin, wherein at least two of the prepregs [a] are stacked in succession, and both sides of the base material [b] are sandwiched by the prepregs [a], wherein the basis weight of the base material [b] is 5 to 100 g/m 2 and wherein the thickness of the base material [b] is 0.1 to 1.5 mm. at least two of the prepregs [a] are stacked in succession, and both sides of the base material [b] are sandwiched by the prepregs [a], wherein the basis weight of the base material [b] is 5 to 100 g/m 2 and wherein the thickness of the base material [b] is 0.1 to 1.5 mm. wherein the basis weight of the base material [b] is 5 to 100 g/m 2 and wherein the thickness of the base material [b] is 0.1 to 1.5 mm.
A method for extracting a desired signal from a combined signal, wherein the combined signal exhibits a magnitude which comprises a sum of the magnitude of the desired signal and the magnitude of an additional signal, the method comprising the following steps: a) Within at least one time interval (134, 134', 134"), wherein the magnitude of the desired signal remains below a threshold, storing at least one value of the magnitude of the combined signal within the time interval (134, 134', 134") in a storage device as at least one stored value (170, 170', 170"); b) Subtracting the stored value from the magnitude of the combined signal, by which difference the magnitude of the desired signal is acquired outside the time interval (134, 134', 134"), wherein the magnitude of the desired signal stays at least partially above the threshold, wherein step a) and step b) are repeated in this order at least once, wherein the stored value is copied from the storage device into a second storage device, wherein, during a subsequent step a) and/or a subsequent step b), the stored value is taken from the second storage device and subtracted from the magnitude of the combined signal. a) Within at least one time interval (134, 134', 134"), wherein the magnitude of the desired signal remains below a threshold, storing at least one value of the magnitude of the combined signal within the time interval (134, 134', 134") in a storage device as at least one stored value (170, 170', 170"); b) Subtracting the stored value from the magnitude of the combined signal, by which difference the magnitude of the desired signal is acquired outside the time interval (134, 134', 134"), wherein the magnitude of the desired signal stays at least partially above the threshold,
A negative electrode active material for a non-aqueous electrolyte secondary battery, comprising: composite particles containing a lithium aluminate phase, and a silicon phase dispersed in the lithium aluminate phase.
A navigation device, comprising: a database storing first data (10; 40) defining, for a plurality of objects, respectively a three-dimensional representation of the object, and second data (20; 60; 70) including, for at least a subset of said plurality of objects, an icon representation (26; 31-34; 72, 77) of the respective object and coordinates of the respective object; and a processing device coupled to said database and configured to control an optical output device based on said first data (10; 40) and said second data (20; 60; 70), characterized in that said second data (20; 60; 70) include, for at least said subset of said plurality of objects, a pointer to a portion (11-15; 42) of said first data (10; 40) which is associated with the respective object, wherein said processing device is configured to access, for an object included in said subset, said first data (10; 40) using said pointer included in said second data (20; 60; 70), in order to retrieve data defining said three-dimensional representation, wherein said first data (10; 40) include an index structure having a plurality of nodes, and wherein said pointer is respectively a pointer to a node of said index structure which is different from a root node. wherein said index structure is an R-tree. a database storing first data (10; 40) defining, for a plurality of objects, respectively a three-dimensional representation of the object, and second data (20; 60; 70) including, for at least a subset of said plurality of objects, an icon representation (26; 31-34; 72, 77) of the respective object and coordinates of the respective object; and first data (10; 40) defining, for a plurality of objects, respectively a three-dimensional representation of the object, and second data (20; 60; 70) including, for at least a subset of said plurality of objects, an icon representation (26; 31-34; 72, 77) of the respective object and coordinates of the respective object; and a processing device coupled to said database and configured to control an optical output device based on said first data (10; 40) and said second data (20; 60; 70), characterized in that said second data (20; 60; 70) include, for at least said subset of said plurality of objects, a pointer to a portion (11-15; 42) of said first data (10; 40) which is associated with the respective object, wherein said processing device is configured to access, for an object included in said subset, said first data (10; 40) using said pointer included in said second data (20; 60; 70), in order to retrieve data defining said three-dimensional representation, wherein said first data (10; 40) include an index structure having a plurality of nodes, and wherein said pointer is respectively a pointer to a node of said index structure which is different from a root node. wherein said index structure is an R-tree.
A method of transmitting a frame by a station, STA, in a wireless local area network, LAN, system supporting transmission of a high efficiency physical layer protocol data unit, HE PPDU, the method comprising: setting a first duration field included in a HE signal A, HE-SIG A, field; and transmitting the frame including the HE-SIG A field and a media access control, MAC, header, wherein the first duration field is related to a transmission opportunity, TXOP, duration value, wherein the first duration field comprises a plurality of bits, wherein a number of the plurality of the bits is smaller than a number of bits of a second duration field included in the MAC header, wherein a front part of the plurality of the bits comprises information on whether a granularity of the TXOP duration value is 'A' micro-second or 'B' micro-second, wherein 'A' and 'B' are predetermined integers greater than 1, respectively, and wherein a granularity related to the second duration field is different from the granularity of the TXOP duration value. setting a first duration field included in a HE signal A, HE-SIG A, field; and transmitting the frame including the HE-SIG A field and a media access control, MAC, header, wherein the first duration field is related to a transmission opportunity, TXOP, duration value, wherein the first duration field comprises a plurality of bits, wherein a number of the plurality of the bits is smaller than a number of bits of a second duration field included in the MAC header, wherein a front part of the plurality of the bits comprises information on whether a granularity of the TXOP duration value is 'A' micro-second or 'B' micro-second, wherein 'A' and 'B' are predetermined integers greater than 1, respectively, and wherein a granularity related to the second duration field is different from the granularity of the TXOP duration value.
A foldable terminal, wherein the foldable terminal comprises a body, a display component, a processor, and a covering detection sensor, wherein the body comprises a first body part and a second body part that are connected in a foldable connection manner, the display component comprises two display parts, and the two display parts are fastened on the different body parts; the covering detection sensor is disposed on the first body part; the covering detection sensor disposed on the first body part is configured to detect whether the first body part is covered with a terminal protective case; and the processor is configured to: when the body is in a folded state, control, if the covering detection sensor disposed on the first body part detects that the first body part is not covered with the terminal protective case, a to-be-used display part in the two display parts is controlled by the processor to be completely or partially on without a user manually pressing a button to turn on the corresponding display part, wherein the to-be-used display part is a display part that is predicted based on status data of a user and/or an operation instruction entered by the user, and wherein the processor is configured to control the display part other than the to-be-used display part not to be on when the to-be-used display part is controlled to be completely or partially on based on the prediction. the body comprises a first body part and a second body part that are connected in a foldable connection manner, the display component comprises two display parts, and the two display parts are fastened on the different body parts; the covering detection sensor is disposed on the first body part; the covering detection sensor disposed on the first body part is configured to detect whether the first body part is covered with a terminal protective case; and the processor is configured to: when the body is in a folded state, control, if the covering detection sensor disposed on the first body part detects that the first body part is not covered with the terminal protective case, a to-be-used display part in the two display parts is controlled by the processor to be completely or partially on without a user manually pressing a button to turn on the corresponding display part, wherein the to-be-used display part is a display part that is predicted based on status data of a user and/or an operation instruction entered by the user, and wherein the processor is configured to control the display part other than the to-be-used display part not to be on when the to-be-used display part is controlled to be completely or partially on based on the prediction.
A tobacco filler for a non-combustion type heat smoking article comprising a tobacco material and an aerosol generating liquid, wherein: the aerosol generating liquid contains at least one of diacetin and monoacetin; the aerosol generating liquid contains 50% by weight or more in total of diacetin and monoacetin relative to the aerosol generating liquid; and the tobacco material has an acetic acid generation rate constant of 1.25 × 10 -8 s -1 or less and an added amount of the aerosol generating liquid is 50% by weight to 300% by weight relative to the weight of the tobacco material. the aerosol generating liquid contains at least one of diacetin and monoacetin; the aerosol generating liquid contains 50% by weight or more in total of diacetin and monoacetin relative to the aerosol generating liquid; and the tobacco material has an acetic acid generation rate constant of 1.25 × 10 -8 s -1 or less and an added amount of the aerosol generating liquid is 50% by weight to 300% by weight relative to the weight of the tobacco material.
Cleaning device comprising a chassis that can be moved over a ground surface, said cleaning device comprising a space in which a roller-shaped brush provided with bristles is arranged in a rotatable manner about an axle in such a way that said ground surface can be brushed therewith, said space being connected with an outlet channel for the removal of material brushed away by the bristles, characterised in that in the brush and coaxially with the axle an air channel is arranged, said air channel being provided with a series of openings which are directed towards the outlet channel and open between the bristles.