mhurhangee/ep-ind-claims huggingface dataset:
A mechanism for reversing a tubular textile with an open-end comprising: a vertically extending air suction hose, an air suction means connected to the air suction hose for generating air suction and a drive source for moving the air suction hose up and down, characterized in that the mechanism comprises a guide means mounted inside of the air suction hose and protruding down beneath the lower end of the air suction hose as a passage for guiding the reversed textile between the air suction hose and the guide means, and a vertical extending hold means disposed below the air suction hose for receiving the textile with a closed end from the guide means.
A mold module (55, 540, 541, 542, 543) for use in an electric power steering apparatus, formed by molding with a molding resin a plurality of lead frames (5410, 5510) forming wiring leads and a plurality of electronic components (541a, 541b, 542a, 542b, 543a, 543b, 541c,542c, 543c, 541d, 542d, 543d) mounted on the respective lead frames (5410, 5510), wherein the plurality of lead frames (5410, 5510) include a lead frame power line lead (5412, 5512) that is led out of the moldmodule (55, 540, 541, 542, 543) for connection with an external power source, the ground and a motor power line, a lead frame die pad (5411, 5511) formed integrally with the lead frame power line lead (5412, 5512), a lead frame terminal (5413, 5513) and a power terminal (5414, 5514), wherein the plurality of electronic components (541a, 541b, 542a, 542b, 543a, 543b, 541c, 542c, 543c, 541d, 542d, 543d) are mounted on the lead frame die pad (5411, 5511), wherein in the plurality of lead frames (5410, 5510), at least part of the plurality of lead frames (5410, 5510) are exposed at the rear side of the molding resin, wherein the lead frame die pad (5411, 5511) is exposed at the rear side of the molding resin, wherein the plurality of electronic components include a power semiconductor chip (541a, 542a, 543a) and a relay semiconductor chip (541c, 542c, 543c), wherein a power terminal connects the large current lines of the power semiconductor chip (541a, 542a, 543a) and the relay semiconductor chip (541c, 542c, 543c) with each other directly and forms part of the lead frame, and wherein the lead frame terminal (5413, 5513) is directly connected with an electronic component of the plurality of electric components, and is led out of the mold module (55, 540, 541, 542, 543) and is connected with a control substrate for outputting and inputting a signal to the outside, and is separated from the lead frame power line lead (5412, 5512). wherein the plurality of electronic components (541a, 541b, 542a, 542b, 543a, 543b, 541c, 542c, 543c, 541d, 542d, 543d) are mounted on the lead frame die pad (5411, 5511), wherein in the plurality of lead frames (5410, 5510), at least part of the plurality of lead frames (5410, 5510) are exposed at the rear side of the molding resin, wherein the lead frame die pad (5411, 5511) is exposed at the rear side of the molding resin, wherein the plurality of electronic components include a power semiconductor chip (541a, 542a, 543a) and a relay semiconductor chip (541c, 542c, 543c),
A volatile material dispenser, comprising: a housing; a dispensing mechanism disposed within the housing for emitting a volatile material; and a faceplate attached to the housing, wherein the faceplate includes a plurality of openings creating an open area that forms at least 20% of a total surface are of the faceplate, wherein the faceplate is attached to the dispenser by one or more arms such that the entire faceplate is spaced from and does not contact the dispenser, characterized in that the faceplate is rotatably attached to the housing such that the faceplate may be rotated upwardly in an opening direction to access a refill when a refill is disposed within the housing and downwardly in a closing direction to cover the housing and refill when a refill is disposed within the housing, and further including a first stop for stopping rotational movement of the faceplate in the opening direction and a second stop for stopping rotational movement of the faceplate in the closing direction. a housing; a dispensing mechanism disposed within the housing for emitting a volatile material; and a faceplate attached to the housing, wherein the faceplate includes a plurality of openings creating an open area that forms at least 20% of a total surface are of the faceplate, wherein the faceplate is attached to the dispenser by one or more arms such that the entire faceplate is spaced from and does not contact the dispenser, characterized in that the faceplate is rotatably attached to the housing such that the faceplate may be rotated upwardly in an opening direction to access a refill when a refill is disposed within the housing and downwardly in a closing direction to cover the housing and refill when a refill is disposed within the housing, and further including a first stop for stopping rotational movement of the faceplate in the opening direction and a second stop for stopping rotational movement of the faceplate in the closing direction.
A method, executed by a wireless device, for wireless access to a network that uses network-oriented measurement, where-in association between the wireless device and physical transmit point, TP, is determined by the network according to uplink transmission-based measurement,, the method comprising: receiving a logical entity identifier, ID, from a controller in a radio access network, wherein the logical ID identifies a logical entity covering a group of transmit points, TPs, and is carried in a synchronization channel; and communicating with a TP in the logical entity based on the logical entity ID, characterized by comprising: obtaining a dedicated connection ID, the dedicated connection ID being generated from a wireless device ID and the logical entity ID; and communicating with at least two TPs of the group of TPs in the logical entity based on the dedicated connection ID. receiving a logical entity identifier, ID, from a controller in a radio access network, wherein the logical ID identifies a logical entity covering a group of transmit points, TPs, and is carried in a synchronization channel; and communicating with a TP in the logical entity based on the logical entity ID, characterized by comprising: obtaining a dedicated connection ID, the dedicated connection ID being generated from a wireless device ID and the logical entity ID; and communicating with at least two TPs of the group of TPs in the logical entity based on the dedicated connection ID. obtaining a dedicated connection ID, the dedicated connection ID being generated from a wireless device ID and the logical entity ID; and communicating with at least two TPs of the group of TPs in the logical entity based on the dedicated connection ID.
A gymnastics balance beam comprising a rigid elongate member of specific cross-section covered with a cover, the elongate member of specific cross-section comprising a planar upper surface on which is provided an elastic multilayer composite. characterized in that the elastic multilayer composite is constituted by two layers, namely: an upper layer, and a lower layer in contact with the planar surface of the elongate member of specific cross-section, the upper layer being a layer of rubbery material and the lower layer being a layer of an elastic material of stiffness less than the stiffness of said rubbery material of the upper layer. an upper layer, and a lower layer in contact with the planar surface of the elongate member of specific cross-section, the upper layer being a layer of rubbery material and the lower layer being a layer of an elastic material of stiffness less than the stiffness of said rubbery material of the upper layer.
Refrigeration appliance having an evaporator (4, 24), a storage zone that is cooled by air flowing across the evaporator (4, 24) and a control element (10, 34) which comprises at least one plate (11, 35, 41) which guides the flow of air, wherein the flow path of the air downstream of the evaporator (4, 24) runs through a compartment that is divided off from the storage zone, characterised in that the compartment is embodied for accommodating at least one beverage bottle, wherein the control element (10, 34) can be moved between two positions and can be placed in contact with a bottle inserted into the compartment in one position in which the plate (11, 35, 41) boosts the flow of air through the divided-off compartment more strongly than in the absence of the bottle.
A sealing ring for a turbocharger, the sealing ring comprising: a main body portion extending from one end to another end in a circumferential direction of a ring hole; and a pair of facing portions (22a, 23a) separately provided on the one end side and the other end side of the main body portion, the pair of facing portions (22a, 23a) being in contact with each other while facing each other in a direction of a central axis of the ring hole, characterized in that the pair of facing portions (22a, 23a) are each subjected to energizing force acting in axial direction toward the other and thus providing a self-closing force. a main body portion extending from one end to another end in a circumferential direction of a ring hole; and a pair of facing portions (22a, 23a) separately provided on the one end side and the other end side of the main body portion, the pair of facing portions (22a, 23a) being in contact with each other while facing each other in a direction of a central axis of the ring hole, characterized in that the pair of facing portions (22a, 23a) are each subjected to energizing force acting in axial direction toward the other and thus providing a self-closing force.
System for establishing the spatial positioning of jaws during dental treatments, comprising: - a screw with a self-tapping end and a head, and - an abutment with a series of characterizing points, said points allowing to combine different images of the jaw captured over time, wherein both the screw and the abutment comprise coupling means for coupling to one another, wherein said coupling means in turn comprise: - a removable retention system (11, 11') between the screw and the abutment, and - an unequivocal positioning system (12, 12') such that the screw and the abutment are always positioned exactly the same with respect to one another when they are coupled and such that it prevents relative movements from occurring between them once they are coupled, characterized in that the abutment comprises: - a smaller base having a cavity inside which the coupling means for coupling to the screw are located, and - a larger base, wherein said larger base: - has an area which is at least twice the area enclosed by the perimeter of the smaller base; and - comprises at least three notches on its perimetral edge such that two of them are located at the two points of said perimetral edge farthest away from one another. - a screw with a self-tapping end and a head, and - an abutment with a series of characterizing points, said points allowing to combine different images of the jaw captured over time, - a removable retention system (11, 11') between the screw and the abutment, and - an unequivocal positioning system (12, 12') such that the screw and the abutment are always positioned exactly the same with respect to one another when they are coupled and such that it prevents relative movements from occurring between them once they are coupled, - a smaller base having a cavity inside which the coupling means for coupling to the screw are located, and - a larger base, wherein said larger base: - has an area which is at least twice the area enclosed by the perimeter of the smaller base; and - comprises at least three notches on its perimetral edge such that two of them are located at the two points of said perimetral edge farthest away from one another. - has an area which is at least twice the area enclosed by the perimeter of the smaller base; and - comprises at least three notches on its perimetral edge such that two of them are located at the two points of said perimetral edge farthest away from one another.
A system on chip, SoC, comprising: a main controller comprising at least one module and a central processing unit, CPU; an event manager configured to receive an event from an external source; an event analyzer configured to analyze, before the main controller is started, the event received by the event manager to determine a voltage, a frequency, and power gating for performing an operation corresponding to the analyzed event; a power manager configured to set power on or off, and to set a starting voltage; a clock manager configured to set a starting clock frequency; a power gating, PG, manager configured to set a power gating; and a wakeup controller, wherein the wakeup controller is configured to control the power manager to set the starting voltage to the determined voltage, to control the clock manager to set the starting clock frequency to the determined frequency, to control the PG manager to set the power gating to the determined power gating, to transmit power having the starting voltage and a clock signal having the starting clock frequency to the main controller, and to transmit a power gating signal corresponding to the determined power gating to selectively apply power to the at least one module to start the main controller, characterized in that the wakeup controller is configured to determine whether the power transmitted to the main controller is stabilized with the starting voltage and, in response to determining that the power is stabilized with the starting voltage, transmit the clock signal having the starting clock frequency to the main controller. a main controller comprising at least one module and a central processing unit, CPU; an event manager configured to receive an event from an external source; an event analyzer configured to analyze, before the main controller is started, the event received by the event manager to determine a voltage, a frequency, and power gating for performing an operation corresponding to the analyzed event; a power manager configured to set power on or off, and to set a starting voltage; a clock manager configured to set a starting clock frequency; a power gating, PG, manager configured to set a power gating; and a wakeup controller, wherein the wakeup controller is configured to control the power manager to set the starting voltage to the determined voltage, to control the clock manager to set the starting clock frequency to the determined frequency, to control the PG manager to set the power gating to the determined power gating, to transmit power having the starting voltage and a clock signal having the starting clock frequency to the main controller, and to transmit a power gating signal corresponding to the determined power gating to selectively apply power to the at least one module to start the main controller, characterized in that the wakeup controller is configured to determine whether the power transmitted to the main controller is stabilized with the starting voltage and, in response to determining that the power is stabilized with the starting voltage, transmit the clock signal having the starting clock frequency to the main controller.
Filter device for an extractor hood, comprising at least two filter means (4, 5, 21) and at least one housing means having at least one receiving portion for the at least two filter means (4, 5, 21), each of the at least two filter means (4, 5, 21) having a frame portion and a filter portion, the filter means (4, 5, 21) forming a filter surface when inserted in the receiving portion, the filter device having at least one adjusting means which is provided on the receiving portion of the housing means, the adjusting means comprising at least one spring means which presses the at least one filter means (4, 5, 21) towards the adjacent filter means (4, 5, 21) so as to join the filter means (4, 5, 21) together to form a substantially closed filter surface, the receiving portion having at least one upper contact surface and at least one lateral contact surface for supporting the filter means (4, 5), the spring means being formed in one piece with the housing means, characterised in that the spring means is provided by a perforation in the housing means and the adjusting means comprises at least one spacer means which is received in the spring means and comprises at least one fastening portion and at least one spacer portion, the fastening portion being inserted into a receptacle in the spring means, the spacer portion having a thickness that corresponds to the greatest conceivable difference between the longitudinal extents (9, 10, 22), and at least two adjusting means being provided, the adjusting means being provided on opposite lateral contact surfaces.
A dispenser for selectively dispensing tinting pastes, the dispenser comprising a plurality of canisters with a dispense nozzle and a refill opening and cleaning means for neutralizing microorganisms and/or preservatives, wherein the cleaning means comprise at least one actinic UV-source directed to the refill opening of a canister and/or the inner walls of a headspace of a canister.
A potable and non-potable water system which is configured as a cold water system, having: a connection to the public water supply mains, via which at least one supply line which leads to at least one consumer is fed with fresh water, a circulation line and a circulation pump arranged in the circulation line for returning unconsumed water, a cooling means for cooling the unconsumed water, and a flushing valve which is located downstream from the consumer in the direction of flow for discharging water from the potable and non-potable water system, characterised in that the cooling means is configured to be adapted for cooling by evaporation of water discharged from the potable and non-potable water system. a connection to the public water supply mains, via which at least one supply line which leads to at least one consumer is fed with fresh water, a circulation line and a circulation pump arranged in the circulation line for returning unconsumed water, a cooling means for cooling the unconsumed water, and a flushing valve which is located downstream from the consumer in the direction of flow for discharging water from the potable and non-potable water system, characterised in that the cooling means is configured to be adapted for cooling by evaporation of water discharged from the potable and non-potable water system.
A method for assessing tack of a material contacting a surface, comprising the following steps: - providing a sample of said material, the sample consisting of a sheet with a first end and a second end; - laying the sample on a support surface of a plate facing upwards; - compacting the sample against the support surface of the plate; - attaching a weight to the first end of the sample; - reversing the plate to cause the support surface to face downwards; and - measuring detachment of the sample from the support surface, in terms of detachment distance (d) from the first end of the sample, as a function of time, said method being characterized in that the width (w) of the sheet increases from a narrow first end of the sample to a wide second end of the sample. - providing a sample of said material, the sample consisting of a sheet with a first end and a second end; - laying the sample on a support surface of a plate facing upwards; - compacting the sample against the support surface of the plate; - attaching a weight to the first end of the sample; - reversing the plate to cause the support surface to face downwards; and - measuring detachment of the sample from the support surface, in terms of detachment distance (d) from the first end of the sample, as a function of time,
A vent filter for a waste tank, comprising: a vent filter housing having a first axial end and a second axial end; said vent filter housing being defined by a wall which is rigid; a flow path extending between said first axial end and said second axial end; said first axial end and said second axial end having at least a first cross-sectional dimension; an intermediate location between said first axial end and said second axial end, said intermediate location between said first axial end and said second axial end having a second cross-sectional dimension, said second cross-sectional dimension being less than said first cross-sectional dimension; and a filter material disposed in said flow path and fully covering said flow path at said intermediate location when the vent filter is mounted in a horizontal position; the vent filter further comprising a first fitting for tubing connection located at said first axial end of said housing and a second fitting for tubing connection located at said second axial end of said housing, wherein said first and second fittings (40, 42) are engaged by caps (50, 52), wherein said housing having a curved sidewall between said first axial end and said second axial end, or wherein said housing having a linear sidewall extending between said first axial end and said second axial end. a vent filter housing having a first axial end and a second axial end; said vent filter housing being defined by a wall which is rigid; a flow path extending between said first axial end and said second axial end; said first axial end and said second axial end having at least a first cross-sectional dimension; an intermediate location between said first axial end and said second axial end, said intermediate location between said first axial end and said second axial end having a second cross-sectional dimension, said second cross-sectional dimension being less than said first cross-sectional dimension; and a filter material disposed in said flow path and fully covering said flow path at said intermediate location when the vent filter is mounted in a horizontal position; the vent filter further comprising a first fitting for tubing connection located at said first axial end of said housing and a second fitting for tubing connection located at said second axial end of said housing, wherein said first and second fittings (40, 42) are engaged by caps (50, 52), wherein said housing having a curved sidewall between said first axial end and said second axial end, or wherein said housing having a linear sidewall extending between said first axial end and said second axial end.
An uninterruptible power supply, in short UPS (100; 200; 400; 600), comprising: an AC output; an inverter (120; 230; 430) coupled to the AC output and configured to provide power at the AC output; characterised by a switch (110; 220; 420) configured to selectively couple a generator (10; 14) to the AC output in parallel to the inverter (120; 230; 430); and a control circuit (130; 250; 450) configured to variably modulate the switch (110; 220; 420) to gradually increase power flow from the generator (10; 14) to the AC output while causing the inverter (120; 230; 430) to concurrently provide power to the AC output. an AC output; an inverter (120; 230; 430) coupled to the AC output and configured to provide power at the AC output; characterised by a switch (110; 220; 420) configured to selectively couple a generator (10; 14) to the AC output in parallel to the inverter (120; 230; 430); and a control circuit (130; 250; 450) configured to variably modulate the switch (110; 220; 420) to gradually increase power flow from the generator (10; 14) to the AC output while causing the inverter (120; 230; 430) to concurrently provide power to the AC output.