mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic pump, comprising: a microchannel defined by (a) a groove (1, 40) in a first surface of a first substrate, and (b) a second surface of a second substrate; and an actuator configured to compress a portion of the second substrate into the groove of the first substrate without substantially deforming the groove (1, 40), characterised in that the actuator is configured to translate along an axis of the groove (1, 40). a microchannel defined by (a) a groove (1, 40) in a first surface of a first substrate, and (b) a second surface of a second substrate; and an actuator configured to compress a portion of the second substrate into the groove of the first substrate without substantially deforming the groove (1, 40), characterised in that the actuator is configured to translate along an axis of the groove (1, 40).
A method performed by a parent circuit of an apparatus for providing virtual channelization of un-channelized media, the method comprising: configuring the parent circuit to expect traffic from dynamic Internet Protocol over Ethernet, IPoE, Clientless Internet Protocol Service, CLIPS, clients, wherein configuring the parent circuit to expect the traffic from the dynamic IPoE CLIPS clients comprises providing a new rule to an existing service-policy framework that allows source IP address ranges to be configured on the parent circuit; receiving traffic having a source address from an access point; performing a circuit lookup based on the source address; and upon a determination from the circuit lookup that a circuit corresponding to the received traffic from the source address does not exist and upon determining that the source address of the received traffic falls within a predefined range of addresses, notifying a control plane of the parent circuit that a new IP address has been detected for dynamic IPoE CLIPS, wherein the notifying comprises requesting the control plane to dynamically create a subscriber circuit. configuring the parent circuit to expect traffic from dynamic Internet Protocol over Ethernet, IPoE, Clientless Internet Protocol Service, CLIPS, clients, wherein configuring the parent circuit to expect the traffic from the dynamic IPoE CLIPS clients comprises providing a new rule to an existing service-policy framework that allows source IP address ranges to be configured on the parent circuit; receiving traffic having a source address from an access point; performing a circuit lookup based on the source address; and upon a determination from the circuit lookup that a circuit corresponding to the received traffic from the source address does not exist and upon determining that the source address of the received traffic falls within a predefined range of addresses, notifying a control plane of the parent circuit that a new IP address has been detected for dynamic IPoE CLIPS, wherein the notifying comprises requesting the control plane to dynamically create a subscriber circuit.
A wiper arm for a windscreen wiper system of a motor vehicle, with a receiving region for a wiper blade adapter (55; 55a) consisting of several wiper blade adapter elements (56; 56a, 57; 57a, 58), wherein the wiper arm has a securing element (65; 65a) which at least partially covers the receiving region, wherein the securing element (65; 65a) is constructed such that it is movable between a dismantling position, in which the wiper blade adapter (55; 55a) is removed from the receiving region, and a locking position, in which the wiper blade adapter (55; 55a) is held in the receiving region, wherein in the receiving region an adapter element is arranged for the supplying of washing fluid and/or for the current supply, and wherein the adapter element is able to be connected on the one hand with a supply line for the washing fluid and/or with an electric line, and on the other hand has an outlet for the washing fluid and/or a plug connection for the electric line, wherein the outlet and/or the plug connection is able to be connected with a first wiper blade adapter element (56; 56a), characterized in that the first wiper blade adapter element (56; 56a), connectable with the adapter element, is coupled with the securing element (65; 65a) such that according to the position of the securing element (65; 65a) in the locking position the adapter element is connected with the first wiper blade adapter element (56; 56a) and in the dismantling position the adapter element is separated from the first wiper blade adapter element (56; 56a).
A device for aligning substrates (2o, 2u), comprising: - a first substrate holder (1o, 1o', 1o'', 1o′′′, 1u) for mounting a first substrate (2o, 2u), wherein the first substrate (2o, 2u) comprises at least two alignment marks (5, 5ol, 5or, 5ul, Sur), - a second substrate holder (1o, 1o', 1o'', 1o′′′, 1u) for mounting a second substrate (2o, 2u), wherein the second substrate (2o, 2u) comprises at least two further alignment marks (5, 5ol, 5or, 5ul, Sur), - at one least alignment lens system (6ol, 6or, 6ul, 6ur) for the detection of alignment marks (5, 5ol, 5or, 5ul, 5ur), characterised in that - the device further comprises: - at least one position lens system (7ul, 7ur, 7uv, 7uh) for the detection of position marks (4, 4o, 4ol, 4or, 4oh, 4ov), wherein the alignment marks (5, 5ol, 5or, 4ul, 4ur) of the first substrate (2o, 2u) and the further alignment marks (5, 5ol, 5or, 5ul, 5ur) of the second substrate (2o, 2u) are aligned with one another depending on the position marks (4, 4o, 4ol, 4or, 4oh, 4ov). - a first substrate holder (1o, 1o', 1o'', 1o′′′, 1u) for mounting a first substrate (2o, 2u), wherein the first substrate (2o, 2u) comprises at least two alignment marks (5, 5ol, 5or, 5ul, Sur), - a second substrate holder (1o, 1o', 1o'', 1o′′′, 1u) for mounting a second substrate (2o, 2u), wherein the second substrate (2o, 2u) comprises at least two further alignment marks (5, 5ol, 5or, 5ul, Sur), - at one least alignment lens system (6ol, 6or, 6ul, 6ur) for the detection of alignment marks (5, 5ol, 5or, 5ul, 5ur), characterised in that - the device further comprises: - at least one position lens system (7ul, 7ur, 7uv, 7uh) for the detection of position marks (4, 4o, 4ol, 4or, 4oh, 4ov),
A sealing device for sealing an annular gap formed between a reciprocating shaft and a housing in a fuel pump, comprising: a first sealing part including a resin sealing member that can come into slidable sealing contact with the surface of the shaft, and an urging member for urging the resin sealing member toward the surface of the shaft, the first sealing part for sealing the side to be sealed where fuel exists, a second sealing part that can come into sliding sealing contact with the surface of the shaft, wherein the second sealing part is disposed on the side of the first sealing part opposite from the side to be sealed for sealing fuel depressurized at the first sealing part, and a seal retaining member, characterized in that the seal retaining member comprises a U-shaped profile, the seal retaining member being fittable to a mounting groove of the housing, the mounting groove for accommodating the first sealing part, the first sealing part being fittable in the mounting groove, the retainer forming a side wall of the mounting groove on the side of the mounting groove opposite from the side to be sealed when installed, and wherein the U-shaped profile of the seal retaining member forms a second mounting groove on the inner periphery for accommodating the second sealing part, the second sealing part being fitted in the second mounting groove. a first sealing part including a resin sealing member that can come into slidable sealing contact with the surface of the shaft, and an urging member for urging the resin sealing member toward the surface of the shaft, the first sealing part for sealing the side to be sealed where fuel exists, a second sealing part that can come into sliding sealing contact with the surface of the shaft, wherein the second sealing part is disposed on the side of the first sealing part opposite from the side to be sealed for sealing fuel depressurized at the first sealing part, and a seal retaining member, characterized in that the seal retaining member comprises a U-shaped profile, the seal retaining member being fittable to a mounting groove of the housing, the mounting groove for accommodating the first sealing part, the first sealing part being fittable in the mounting groove, the retainer forming a side wall of the mounting groove on the side of the mounting groove opposite from the side to be sealed when installed, and wherein the U-shaped profile of the seal retaining member forms a second mounting groove on the inner periphery for accommodating the second sealing part, the second sealing part being fitted in the second mounting groove.
A method performed by an electronic device, comprising: receiving an indication of an incoming voice communication request; in response to the indication and before requesting another device connected to the electronic device to output a notification indicating the incoming voice communication request: identifying one or more devices connected to the electronic device, each of the one or more devices comprising an audio input device and an audio output device; requesting each of the one or more identified devices to detect audio signals using its respective audio input device; receiving from one or more of the identified devices a voice based on the audio signals detected by one or more of the one or more identified devices; selecting a first device of the one or more identified devices based on the voice received from one or more of the identified devices; and providing a signal to the first device to output a notification indicating the incoming voice communication request. receiving an indication of an incoming voice communication request; in response to the indication and before requesting another device connected to the electronic device to output a notification indicating the incoming voice communication request: identifying one or more devices connected to the electronic device, each of the one or more devices comprising an audio input device and an audio output device; requesting each of the one or more identified devices to detect audio signals using its respective audio input device; identifying one or more devices connected to the electronic device, each of the one or more devices comprising an audio input device and an audio output device; requesting each of the one or more identified devices to detect audio signals using its respective audio input device; receiving from one or more of the identified devices a voice based on the audio signals detected by one or more of the one or more identified devices; selecting a first device of the one or more identified devices based on the voice received from one or more of the identified devices; and providing a signal to the first device to output a notification indicating the incoming voice communication request.
Method for determining an emergency braking situation of a first subject vehicle, with which the subject vehicle determines at least the following state variables: its own speed of travel, its own longitudinal acceleration, its relative distance (dx) to an object ahead, and a second speed and second acceleration of the object ahead, wherein it is determined from the state variables (v1, a1, dx, v2, a2) by means of an assessment method (BV1, BV2) whether an emergency braking situation exists, characterized in that depending on the state variables (v1, a1, dx, v2, a2) at least two different assessment methods (BV1, BV2) are used for assessing whether an emergency braking situation exists, wherein depending on the state variables (v1, a1, dx, v2, a2) it is determined which of the at least two different assessment methods (BV1, BV2) is used. its own speed of travel, its own longitudinal acceleration, its relative distance (dx) to an object ahead, and a second speed and second acceleration of the object ahead, wherein it is determined from the state variables (v1, a1, dx, v2, a2) by means of an assessment method (BV1, BV2) whether an emergency braking situation exists, characterized in that depending on the state variables (v1, a1, dx, v2, a2) at least two different assessment methods (BV1, BV2) are used for assessing whether an emergency braking situation exists, wherein depending on the state variables (v1, a1, dx, v2, a2) it is determined which of the at least two different assessment methods (BV1, BV2) is used.
A vacuum cleaner comprising: a cleaner body; a suction unit connected to the cleaner body, sucking dust and air and guiding the sucked dust and air, and having a handle; a moving unit including a wheel (11,12) and a motor (101,102) to drive the wheel to move the cleaner body automatically; and a clutch unit to connect the motor and the wheel or release the connection between the motor and the wheel according to an operation state of the cleaner body, characterized in that the clutch unit includes a sun gear connected to the motor, a ring gear connected to the wheel, a plurality of fixed planetary gears (150,152,154) disposed to be spaced apart from each other between the sun gear and the ring gear, and a moving planetary gear to transmit a rotational force transmitted to the sun gear to one gear of the plurality of fixed planetary gears. a cleaner body; a suction unit connected to the cleaner body, sucking dust and air and guiding the sucked dust and air, and having a handle; a moving unit including a wheel (11,12) and a motor (101,102) to drive the wheel to move the cleaner body automatically; and a clutch unit to connect the motor and the wheel or release the connection between the motor and the wheel according to an operation state of the cleaner body, characterized in that the clutch unit includes a sun gear connected to the motor, a ring gear connected to the wheel, a plurality of fixed planetary gears (150,152,154) disposed to be spaced apart from each other between the sun gear and the ring gear, and a moving planetary gear to transmit a rotational force transmitted to the sun gear to one gear of the plurality of fixed planetary gears.
Atomizing nozzle arrangement comprising a housing (2, 3) having an inlet, a valve seat, a valve element interacting with the valve seat, restoring means acting on the valve element, and an orifice, wherein the valve element is fixed in a guidance element which is guided in a bore of the housing (2,3), wherein the bore has a circular cross section and the guidance element has a form adapted to the circular cross section with a predetermined tolerance, characterized in that the guidance element has at least one flattened section on its circumference, the flattened section extending over the axial length of the guidance element.
An optical sensor for monitoring a protective field, having a transmitter/receiver unit with at least one transmitter emitting light beams and at least one receiver receiving light beams, which are designed to scan the protective field in each case with scans following one another in time, and having an evaluation unit in which an object detection signal is generated as a function of received signals, the protective field being divided into areas, characterised in that an object detection signal is then generated, if protective field violations are registered in the areas of the protective field in at least two temporally successive scans, wherein, when a protective field violation is registered during a first scan in at least one of the areas of the protective field, this forms an output area, starting from which one or more of the areas are defined as expectation areas which are in close spatial association with the output area, and wherein an object detection signal is generated only if a protective field violation is registered in at least one of these expectation areas in the following scan.
A composition comprising at least one tPA (tissue plasminogen activator) mutated molecule devoid of serine protease activity that has the ability to increase permeability of the BBB (blood-brain-barrier) wherein said mutated molecule carries at least one point mutation located at any position of residues Ser481, His325, Asp374, Asp475 Ser500 and Gly502 of the wild type tPA molecule as denoted by SEQ ID NO. 2 or any combinations thereof and wherein said composition is for use in the treatment, amelioration or prophylaxis of a pathologic condition involving neurological injury or an ischemic disease or condition, said composition is for parenteral administration, wherein said parenteral administration is any one of intraperitoneal (i.p.), subcutaneous (s.c.), intramuscular (i.m.), intravenous (i.v.) and intradermal administration.
A method for controlling autothrottle of an engine for a turbopropeller-powered aircraft, the method comprising: obtaining, from an autothrottle controller, a digital power request, the digital power request based on an autothrottle input to the autothrottle controller; in response to obtaining the digital power request, terminating a manual input mode for the engine, the engine, when in the manual input mode, controlled based on a power request obtained from a manual input associated with the engine; engaging an autothrottle mode for controlling the engine based on the digital power request rather than on the power request obtained from the manual input; and adjusting a position of the manual input with the autothrottle controller based on the digital power request for controlling a transition of the engine out of the autothrottle mode. obtaining, from an autothrottle controller, a digital power request, the digital power request based on an autothrottle input to the autothrottle controller; in response to obtaining the digital power request, terminating a manual input mode for the engine, the engine, when in the manual input mode, controlled based on a power request obtained from a manual input associated with the engine; engaging an autothrottle mode for controlling the engine based on the digital power request rather than on the power request obtained from the manual input; and adjusting a position of the manual input with the autothrottle controller based on the digital power request for controlling a transition of the engine out of the autothrottle mode.
A method for manufacturing a micro pump, the micro pump comprising a bending transducer with a membrane and a drive means, wherein the membrane forms a pump membrane and is adapted to be moved between a first bulged position and a second less bulged position by the drive means; and a pump body connected to the pump membrane so as to define the pump chamber between the pump body and the pump membrane; the method being characterized in that it comprises: manufacturing the bending transducer (110, 210) by a method comprising: providing the membrane and the drive means; and applying a production signal (U production) to the drive means during the bonding of the drive means to the membrane such that the drive means is pre-stressed after the bonding, wherein the production signal is of a same kind as an operation signal to operate the bending transducer, such that the pump membrane assumes a pre-bulged shape in the first bulged position when the drive means is not actuated. manufacturing the bending transducer (110, 210) by a method comprising: providing the membrane and the drive means; and applying a production signal (U production) to the drive means during the bonding of the drive means to the membrane such that the drive means is pre-stressed after the bonding, wherein the production signal is of a same kind as an operation signal to operate the bending transducer, providing the membrane and the drive means; and applying a production signal (U production) to the drive means during the bonding of the drive means to the membrane such that the drive means is pre-stressed after the bonding, wherein the production signal is of a same kind as an operation signal to operate the bending transducer, such that the pump membrane assumes a pre-bulged shape in the first bulged position when the drive means is not actuated.
A display apparatus including a first non-folding area, a second non-folding area spaced apart from the first non-folding area, and a folding area between the first non-folding area and the second non-folding area, the display apparatus comprising: a flexible display panel; a metal plate supporting the flexible display panel and including a recess in the folding area, the metal plate having a first thickness in the first non-folding area and the second non-folding area, and a second thickness less than the first thickness in the folding area; a resin portion disposed in the recess; and a third adhesive layer disposed between the flexible display panel and the metal plate, wherein the metal plate further includes opening patterns in the folding area, wherein the resin portion includes a base and protrusions protruding from the base and disposed inside the opening patterns, and the protrusions are disposed between the base and the flexible display panel, characterised in that an air gap is formed in the opening pattern of the metal plate, wherein the air gap is defined by an upper surface of the protrusion of the resin portion and a lower surface of the third adhesive layer. a flexible display panel; a metal plate supporting the flexible display panel and including a recess in the folding area, the metal plate having a first thickness in the first non-folding area and the second non-folding area, and a second thickness less than the first thickness in the folding area; a resin portion disposed in the recess; and a third adhesive layer disposed between the flexible display panel and the metal plate, wherein the metal plate further includes opening patterns in the folding area, wherein the resin portion includes a base and protrusions protruding from the base and disposed inside the opening patterns, and the protrusions are disposed between the base and the flexible display panel, characterised in that an air gap is formed in the opening pattern of the metal plate, wherein the air gap is defined by an upper surface of the protrusion of the resin portion and a lower surface of the third adhesive layer.