mhurhangee/ep-ind-claims huggingface dataset:
Installation box for a hollow wall, wherein the hollow wall comprises a front plate with a hole for insertion of the installation box from the front side of the front plate, and wherein the installation box comprises a bottom wall and a circumferential wall with an circumferential edge that bounds an installation opening of the installation box, wherein the installation box comprises a guide channel in the circumferential wall that extends parallel to the center line of the circumferential wall and in which an anchoring strip is slidably confined, wherein the anchoring strip comprises an elongate tensioning section that is guided through the guide channel in a tensioning direction, and an anchoring section for engagement of the back side of the front plate, wherein the installation box comprises a first barb that is connected with the circumferential wall and that engages the tensioning section to prevent movement of the anchoring strip with the anchoring section away from the circumferential edge of the circumferential wall, characterized in that the tensioning section comprises multiple elongate tensioning segments that are connected to each other in series along their elongate sides by means of first living hinges that form selectable target fractures in the tensioning section.
An electromagnetic contactor, including: a contact device in which are installed a pair of fixed contacts and a movable contact disposed so as to be connectable to and detachable from the pair of fixed contacts; and an electromagnet unit including an exciting coil that drives a movable plunger connected via a connecting shaft to the movable contact of the contact device, wherein the contact device has a configuration such that L-shaped portions having a contact portion and extending to a predetermined length in mutually facing directions are formed in the pair of fixed contacts disposed and fixed maintaining a predetermined interval, and the two ends of the movable contact are disposed so as to be connectable to and detachable from the contact portions of the L-shaped portion on the side opposite to that of the electromagnet unit, and the electromagnet unit includes a magnetic yoke (201, 210) enclosing a plunger drive portion, a movable plunger whose leading end protrudes through an aperture formed in the magnetic yoke and which is biased by a return spring, and characterised by a ring-form permanent magnet, magnetized in the movable direction of the movable plunger, disposed and fixed so as to enclose a peripheral flange portion formed on the protruding end side of the movable plunger. a contact device in which are installed a pair of fixed contacts and a movable contact disposed so as to be connectable to and detachable from the pair of fixed contacts; and an electromagnet unit including an exciting coil that drives a movable plunger connected via a connecting shaft to the movable contact of the contact device, wherein the contact device has a configuration such that L-shaped portions having a contact portion and extending to a predetermined length in mutually facing directions are formed in the pair of fixed contacts disposed and fixed maintaining a predetermined interval, and the two ends of the movable contact are disposed so as to be connectable to and detachable from the contact portions of the L-shaped portion on the side opposite to that of the electromagnet unit, and the electromagnet unit includes a magnetic yoke (201, 210) enclosing a plunger drive portion, a movable plunger whose leading end protrudes through an aperture formed in the magnetic yoke and which is biased by a return spring, and characterised by a ring-form permanent magnet, magnetized in the movable direction of the movable plunger, disposed and fixed so as to enclose a peripheral flange portion formed on the protruding end side of the movable plunger.
A cooking appliance comprising: a body including a cooking compartment; a door link-coupled with the body and configured to open or close the cooking compartment; a door moving connector (30, 40) comprising a link member (31, 33, 35, 36) which connects the door with the body and configured to allow the door to pivot upwards and downwards in front of the cooking compartment while remaining parallel to a front side of the body; and wherein the body comprises a link moving opening formed on the front side of the body and configured to allow the link member (31, 33, 35, 36) to move into and out of the body, and characterised by a cover (50, 60) configured to close the link moving opening when the door is opened. a body including a cooking compartment; a door link-coupled with the body and configured to open or close the cooking compartment; a door moving connector (30, 40) comprising a link member (31, 33, 35, 36) which connects the door with the body and configured to allow the door to pivot upwards and downwards in front of the cooking compartment while remaining parallel to a front side of the body; and wherein the body comprises a link moving opening formed on the front side of the body and configured to allow the link member (31, 33, 35, 36) to move into and out of the body, and characterised by a cover (50, 60) configured to close the link moving opening when the door is opened.
Decoupling sheet with a carrier plate and a plurality of nubs protruding from the carrier plate plane, wherein a plurality of projections and/or recesses is provided on the side of the nub bottom of at least one nub facing the nub interior and/or that a plurality of projections and/or recesses is provided on the side of the carrier plate facing the nub interior, in particular wherein the projection and/or the recess on the nub bottom and/or the projection and/or the recess on the carrier plate have a height and/or a depth greater than 1 μm, preferably greater than 100 μm, more preferably between 100 to 1000 μm and in particular at least substantially between 300 to 500 μm, characterized in that, more than 20 projections (21a, 21c) and/or recesses (21b, 21d) are provided, wherein the projections (21a, 21c) and/or recesses (21b, 21d) are arranged in an irregular and/or disordered manner.
Apparatus for hydrodynamic cavitation generation, comprising - a vacuum pipe mounted on a vibration plate, the vibration plate connected to four springs and to two electric vibrators for generating vertical oscillations of the vacuum pipe, - a valve input at the right end of the vacuum pipe for feeding a liquid into the vacuum pipe, - a valve output at the left end of the vacuum pipe for conducting the liquid out of the vacuum pipe, - a metering valve with a control at the right end of the vacuum pipe for controlling the amount of liquid introduced into the vacuum pipe, and - a fluid pump at the left end of the vacuum pipe for pumping the liquid. - a vacuum pipe mounted on a vibration plate, the vibration plate connected to four springs and to two electric vibrators for generating vertical oscillations of the vacuum pipe, - a valve input at the right end of the vacuum pipe for feeding a liquid into the vacuum pipe, - a valve output at the left end of the vacuum pipe for conducting the liquid out of the vacuum pipe, - a metering valve with a control at the right end of the vacuum pipe for controlling the amount of liquid introduced into the vacuum pipe, and - a fluid pump at the left end of the vacuum pipe for pumping the liquid.
A power interface circuit for a contact integrated circuit card reader, comprising: a power control unit configured to invert and amplify a power control signal supplied from the outside; characterised in that it further comprises a switching diode unit configured to control on and off operations of a ground terminal transistor in a complementary transistor unit in response to an output power control signal output from the power control unit; the complementary transistor unit in which complementary transistors (Q1, Q2) either transfer a power supply terminal voltage to a power output unit or connect a card power supply terminal of the power output unit to a ground voltage level while operating inversely to each other in response to the output power control signal directly input from the power control unit and the control signal input through the switching diode unit; and the power output unit configured to output a voltage input through the complementary transistor unit to a card power supply terminal of an IC card or to maintain the card power supply terminal at the ground voltage level in response to operation of the complementary transistor unit
A dress cover configured to be attached to a connector position assurance attachment feature formed in a body of a connector of a wire harness, the connector being connected to a portion of a wire cable, the dress cover having a locking tab and surrounding beams that are adapted to engage the body and inhibit a rotation of the dress cover relative to the connector, the dress cover including an extension, the extension configured to guide the wire cable of the wiring harness in a predetermined direction, the extension further configured to be releasably retained by a robotic assembler, and inhibit the wire cable from becoming entangled or interfering with an end effector of the robotic assembler, wherein the dress cover is further configured to transmit an insertion force from the robotic assembler to the connector when a terminal face of the connector is inserted into a mating connector.
A method of identifying a selected phenotype associated with a synthetic modular polypeptide in a cell ex vivo / in vitro, the method comprising: a) introducing a barcoded library of nucleic acids into host cells, thereby generating a heterogeneous population of genetically modified host cells, wherein the barcoded library of nucleic acids comprises a plurality of members, each of which plurality of members comprises a nucleotide sequence encoding a different synthetic modular polypeptide, the nucleotide sequence comprising: a coding region comprising two or more coding sequences encoding two or more variable modules, wherein the two or more coding sequences are in-frame with each other; and a barcode region comprising two or more unique barcodes, wherein each variable module in the coding region is correlated with a specific unique barcode in the barcode region; b) identifying a genetically modified host cell within the heterogeneous population that displays the selected phenotype in response to a stimulus; and (c) from the identified host cell of (b), identifying and/or quantifying the barcode region by sequencing, thereby identifying the synthetic modular polypeptide and/or module thereof producing the selected phenotype. a) introducing a barcoded library of nucleic acids into host cells, thereby generating a heterogeneous population of genetically modified host cells, wherein the barcoded library of nucleic acids comprises a plurality of members, each of which plurality of members comprises a nucleotide sequence encoding a different synthetic modular polypeptide, the nucleotide sequence comprising: a coding region comprising two or more coding sequences encoding two or more variable modules, wherein the two or more coding sequences are in-frame with each other; and a barcode region comprising two or more unique barcodes, wherein each variable module in the coding region is correlated with a specific unique barcode in the barcode region; b) identifying a genetically modified host cell within the heterogeneous population that displays the selected phenotype in response to a stimulus; and (c) from the identified host cell of (b), identifying and/or quantifying the barcode region by sequencing, thereby identifying the synthetic modular polypeptide and/or module thereof producing the selected phenotype.
A condensate lifting device, comprising: - a tank for receiving condensates, - a pump for lifting the condensates received in said tank, said pump being mounted on a first support carrying means for holding and/or guiding said tank or a second support carrying said tank, so that said tank or said second support are movable, in translation and/or in rotation, relative to said first support, so as to be able to take at least two positions: - a working position, wherein said tank is connected to said pump; and - a drainage position, wherein said tank is disconnected from said pump and moved relative to said first support, so as to allow an operation of cleaning and/or draining the condensates, said condensate lifting device comprising means for detecting (E1, E2, E3) at least one predetermined level of condensates in said tank, which are mounted on said first support and which, in said working position, extend outside said tank, close to the latter, said first support being formed by or comprising a printed circuit, this printed circuit grouping: - said pump, - a control and alarm system, as well as - said means (E1, E2, E3) for detecting at least one predetermined level of condensates, these means being constituted by a first electrode, a second electrode and a third electrode formed on said printed circuit so that each of said electrodes (E1, E2, E3) has a different height each corresponding to a specific level of condensates inside said tank. - a tank for receiving condensates, - a pump for lifting the condensates received in said tank, - a working position, wherein said tank is connected to said pump; and - a drainage position, wherein said tank is disconnected from said pump and moved relative to said first support, so as to allow an operation of cleaning and/or draining the condensates, said condensate lifting device comprising means for detecting (E1, E2, E3) at least one predetermined level of condensates in said tank, which are mounted on said first support and which, in said working position, extend outside said tank, close to the latter, said first support being formed by or comprising a printed circuit, this printed circuit grouping: - said pump, - a control and alarm system, as well as - said means (E1, E2, E3) for detecting at least one predetermined level of condensates, these means being constituted by a first electrode, a second electrode and a third electrode formed on said printed circuit so that each of said electrodes (E1, E2, E3) has a different height each corresponding to a specific level of condensates inside said tank. - said pump, - a control and alarm system, as well as - said means (E1, E2, E3) for detecting at least one predetermined level of condensates, these means being constituted by a first electrode, a second electrode and a third electrode formed on said printed circuit so that each of said electrodes (E1, E2, E3) has a different height each corresponding to a specific level of condensates inside said tank.
Device for transmitting a force between a chassis and a body of a rail vehicle, in which at least one first traction link buffer, having one first end face, and at least one second traction link buffer, having a second end face, can be fixed to the chassis, wherein the first end face is at a distance from the second end face in relation to a longitudinal direction of the rail vehicle, wherein the two end faces (16, 17) face in at least approximately opposite directions and wherein a stop plate is to be attached to the body, characterised in that the stop plate is provided with mutually spaced sliding portions protruding in the longitudinal direction, which the end faces (16, 17) of the traction link buffers (9, 10) abut at least in sections in a slidable manner.
A lipid A mimetic composition comprising CRX547 and CRX527 for use in raising an immune response in a human wherein TRIF- dependent cytokines are increased and MyD88-dependent cytokines are decreased compared to a lipid A mimetic composition comprising CRX527 in the absence of CRX547, wherein CRX527 has the formula: and CRX547 has the formula:
A control unit for a valve actuator, comprising a fluid line that is connectable to a pressure chamber of the valve actuator, a control valve configured to open and close the fluid line for activating the actuator when the control valve is in an activation mode and for de-activating the actuator when the control valve is in a de-activation mode, a pressure sensor configured to read a pressure in the fluid line, and a processing unit that is connected to the control valve and to the pressure sensor, the processing unit configured to set the control valve in the activation mode by sending an activation signal (Sact) to the control valve and to set the control valve in the de-activation mode by sending a de-activation signal (Sdeact) to the control valve, and to monitor a pressure obtained by the pressure sensor, characterised in that the processing unit is configured to, when the control valve is in the activation mode: initiate, if the pressure is above a first pressure value (Pref1) that is representative of activation of the valve actuator, a signal that is indicative of successful activation of the actuator, and initiate, if the pressure is equal to or below the first pressure value (Pref1), a signal that is indicative of unsuccessful activation of the actuator. initiate, if the pressure is above a first pressure value (Pref1) that is representative of activation of the valve actuator, a signal that is indicative of successful activation of the actuator, and initiate, if the pressure is equal to or below the first pressure value (Pref1), a signal that is indicative of unsuccessful activation of the actuator.
A pseudo force sense generation apparatus (1, 2, 3, 4, 5) comprising: a base (11, 35, 41, 51); first to nth vibrators (12-i, 31-i, 52-i) that make asymmetrical motions where relative positions of the vibrators (12-i, 31-i, 52-i) to the base (11, 35, 41, 51) are fixed; and an electronic device unit having a fixed relative position to the base, wherein an ith vibrator (12-i, 31-i, 52-i) included in the first to the nth vibrators is each capable of presenting pseudo force sense in an ith straight-line direction, where n is an integer of two or more, and i = 1,..., n, the ith straight-line direction is a straight-line direction along one of sides of a virtual polygon (P1, P2, P3, P4, P5) having three or more sides on a same plane, and the pseudo force sense generation apparatus (1, 2, 3, 4, 5) is configured to make a rotary motion by driving of the vibrators (12-i, 31-i, 52-i), wherein the rotary motion is centered at a center of gravity of the pseudo force sense generation apparatus (1, 2, 3, 4, 5) or its vicinity, so that an inertia moment around a rotation center of the rotary motion is minimized or reduced, characterized in that: the electronic device unit is arranged inside the virtual polygon (P1, P2, P3, P4, P5), a mass per unit volume of the electronic device unit is greater than the mass per unit volume of the base, and a weight distribution of the pseudo force sense generation apparatus (1, 2, 3, 4, 5) is biased toward the center of gravity. a base (11, 35, 41, 51); first to nth vibrators (12-i, 31-i, 52-i) that make asymmetrical motions where relative positions of the vibrators (12-i, 31-i, 52-i) to the base (11, 35, 41, 51) are fixed; and an electronic device unit having a fixed relative position to the base, wherein an ith vibrator (12-i, 31-i, 52-i) included in the first to the nth vibrators is each capable of presenting pseudo force sense in an ith straight-line direction, where n is an integer of two or more, and i = 1,..., n, the ith straight-line direction is a straight-line direction along one of sides of a virtual polygon (P1, P2, P3, P4, P5) having three or more sides on a same plane, and the pseudo force sense generation apparatus (1, 2, 3, 4, 5) is configured to make a rotary motion by driving of the vibrators (12-i, 31-i, 52-i), wherein the rotary motion is centered at a center of gravity of the pseudo force sense generation apparatus (1, 2, 3, 4, 5) or its vicinity, so that an inertia moment around a rotation center of the rotary motion is minimized or reduced, characterized in that: the electronic device unit is arranged inside the virtual polygon (P1, P2, P3, P4, P5), a mass per unit volume of the electronic device unit is greater than the mass per unit volume of the base, and a weight distribution of the pseudo force sense generation apparatus (1, 2, 3, 4, 5) is biased toward the center of gravity. the electronic device unit is arranged inside the virtual polygon (P1, P2, P3, P4, P5), a mass per unit volume of the electronic device unit is greater than the mass per unit volume of the base, and a weight distribution of the pseudo force sense generation apparatus (1, 2, 3, 4, 5) is biased toward the center of gravity.
Torsion bar spring for a vehicle, comprising a bent main body which forms a torsion spring and is composed of fibre-reinforced plastic, and at least one add-on part which is arranged on the end side of said main body for connecting the main body to a hinged support, and with a snap connection between the add-on part and the main body, wherein the add-on part has a connection region for a hinged support and a connection region protruding from said connection region for the main body, characterized in that the connection region for the main body has a receptacle with two securing elements, wherein the securing element is in each case designed in the form of a snap-action tongue which is assigned to the connection region and, in order to produce the snap connection, engages in a recess, which is formed on the main body, in order to prevent the add-on part from being detached from the main body, and the receptacle has an annular portion which surrounds the end region (5a, 5b) of the main body in regions and is connected to the connection region for the hinged support via a web region, wherein the web region comprises two axially extending webs which are distributed over the circumference of the add-on part, and a snap-action tongue is in each case arranged between the webs with respect to a circumferential direction.
A user equipment that is configured to communicate with a base station in a radio communication system including the base station and the user equipment, the user equipment comprising: an acquisition unit that is configured to acquire downlink control information from a downlink control channel by using a part of an identifier used for identifying a channel and to acquire a remaining part of the identifier from a predetermined resource; and an identification unit that is configured to identify the channel by using the identifier configured by the part and the remaining part acquired by the acquisition unit. an acquisition unit that is configured to acquire downlink control information from a downlink control channel by using a part of an identifier used for identifying a channel and to acquire a remaining part of the identifier from a predetermined resource; and an identification unit that is configured to identify the channel by using the identifier configured by the part and the remaining part acquired by the acquisition unit.