mhurhangee/ep-ind-claims huggingface dataset:
A film or sheet composed of a resin composition comprising: a poly lactic acid; an acidic functional group-modified olefinic polymer including an acidic functional group and having an acid value of 10 to 70 mg KOH/g and a weight average molecular weight of 10,000 to 80,000, wherein the acid value of the acidic functional group-modified olefinic polymer is determined by neutralization titration in accordance with Japanese Industrial Standard K0070-1992, and the weight average molecular weight of the acidic functional group-modified olefinic polymer is determined as described in the specification; a tetrafluoroethylene polymer; and an aromatic phosphoric acid ester-containing flame retardant including a compound of General Formula, where each of n 1 pieces of X 1 s, n 2 pieces of X 2 s, and n 3 pieces of X 3 s is independently an alkyl group having 1 to 14 carbon atoms, an aryl group having 6 to 18 carbon atoms, an oxyalkyl group having 1 to 8 carbon atoms, or an oxyaryl group having 6 to 18 carbon atoms, and each of n 1, n 2, and n 3 is independently an integer of 0 to 4, the acidic functional group-modified olefinic polymer being included in an amount of 0.1 to 10.0 parts by weight based on 100 parts by weight of the poly lactic acid, the tetrafluoroethylene polymer being included in an amount of 0.5 to 15.0 parts by weight based on 100 parts by weight of the poly lactic acid, and the aromatic phosphoric acid ester-containing flame retardant being included in an amount of 15 to 55 parts by weight based on 100 parts by weight of the poly lactic acid. a poly lactic acid; an acidic functional group-modified olefinic polymer including an acidic functional group and having an acid value of 10 to 70 mg KOH/g and a weight average molecular weight of 10,000 to 80,000, wherein the acid value of the acidic functional group-modified olefinic polymer is determined by neutralization titration in accordance with Japanese Industrial Standard K0070-1992, and the weight average molecular weight of the acidic functional group-modified olefinic polymer is determined as described in the specification; a tetrafluoroethylene polymer; and an aromatic phosphoric acid ester-containing flame retardant including a compound of General Formula, where each of n 1 pieces of X 1 s, n 2 pieces of X 2 s, and n 3 pieces of X 3 s is independently an alkyl group having 1 to 14 carbon atoms, an aryl group having 6 to 18 carbon atoms, an oxyalkyl group having 1 to 8 carbon atoms, or an oxyaryl group having 6 to 18 carbon atoms, and each of n 1, n 2, and n 3 is independently an integer of 0 to 4, the acidic functional group-modified olefinic polymer being included in an amount of 0.1 to 10.0 parts by weight based on 100 parts by weight of the poly lactic acid, the tetrafluoroethylene polymer being included in an amount of 0.5 to 15.0 parts by weight based on 100 parts by weight of the poly lactic acid, and the aromatic phosphoric acid ester-containing flame retardant being included in an amount of 15 to 55 parts by weight based on 100 parts by weight of the poly lactic acid.
A system for communicating between at least two welding components (12, 14, 18, 36), comprising: - a welding cable, - a transmitter circuit configured to send a first set of data via the welding cable configured to couple the at least two welding components (12, 14, 18, 36); - a receiver circuit configured to receive a second set of data via the welding cable; and - a coupling transformer configured to couple to the welding cable, the transmitter circuit, and the receiver circuit, wherein the first set of data is sent and the second set of data is received via the coupling transformer, characterized in that the coupling transformer comprises a mechanical plier-like clamp having an inner diameter that matches the outer diameter of the welding cable and having handles to be gripped for attaching the mechanical clamp around the surface of the welding cable, the mechanical clamp having an adjustable diameter configured to fit around variously sized welding cables and, wherein the mechanical clamp includes the secondary windings of the coupling transformer. - a welding cable, - a transmitter circuit configured to send a first set of data via the welding cable configured to couple the at least two welding components (12, 14, 18, 36); - a receiver circuit configured to receive a second set of data via the welding cable; and - a coupling transformer configured to couple to the welding cable, the transmitter circuit, and the receiver circuit, wherein the first set of data is sent and the second set of data is received via the coupling transformer,
A mattress topper for fitting to a mattress, comprising: a lower layer including a lower layer peripheral portion; a side layer including an upper portion and a lower edge, the side layer configured to be positioned adjacent to side edges of the mattress and to extend down along the side edges of the mattress; an upper layer overlaying the lower layer and including an upper layer peripheral portion; and a seam comprising threads and extending along peripheral edges of the lower layer and the upper layer and extending through the lower layer, upper layer, and side layer, the upper layer peripheral portion being disposed between the lower layer peripheral portion and the upper portion of the side layer and the threads secure the lower layer peripheral portion, the upper layer peripheral portion, and the upper portion of the side layer, with outer portions of the threads of the seam bearing against fabric of the lower layer peripheral portion and fabric of the upper portion of the side layer, the threads of the seam simply passing through the upper layer, and the side layer being folded back on the seam; and a deformable support layer disposed between the upper layer and the lower layer. a lower layer including a lower layer peripheral portion; a side layer including an upper portion and a lower edge, the side layer configured to be positioned adjacent to side edges of the mattress and to extend down along the side edges of the mattress; an upper layer overlaying the lower layer and including an upper layer peripheral portion; and a seam comprising threads and extending along peripheral edges of the lower layer and the upper layer and extending through the lower layer, upper layer, and side layer, the upper layer peripheral portion being disposed between the lower layer peripheral portion and the upper portion of the side layer and the threads secure the lower layer peripheral portion, the upper layer peripheral portion, and the upper portion of the side layer, with outer portions of the threads of the seam bearing against fabric of the lower layer peripheral portion and fabric of the upper portion of the side layer, the threads of the seam simply passing through the upper layer, and the side layer being folded back on the seam; and a deformable support layer disposed between the upper layer and the lower layer.
Motor vehicle having a vehicle installation, which is fastened to the floor of the motor vehicle or to the passenger seat, having a traffic monitoring device, wherein the vehicle installation has an adjustment unit in order to position the traffic monitoring device from a first position of rest to a second measurement position that differs from the latter, wherein the motor vehicle has a first side and a second side, and the adjustment unit positions the traffic monitoring device from the position of rest on the first side to the second measurement position that differs from the latter in the direction of the second side, wherein a passenger area is arranged on the first side and a driver area is arranged on the second side.
Brake lining retainer for a disc brake of a motor vehicle, in particular a commercial vehicle, wherein brake linings associated on both sides with a brake disc are in each case fitted under spring load into a lining slot of a positionally fixed brake carrier with brake carrier horns (11, 12) that hold the brake linings laterally, wherein each of the brake linings has at least one friction pad and a lining carrier plate that supports the friction pad and at least one lining retention spring which is held, secured against loss and so that it can be deflected radially, on an edge of the lining carrier plate that faces away from a bridge of the brake carrier, wherein on a side of the brake lining that faces toward the brake carrier horn on the leading-edge side the lining carrier plate has a projection which, in the assembled state of the brake lining, fits with interlock into a recess on the inside of the brake carrier horn that faces toward the brake lining and thus, in the fitted condition, is held with interlock on a brake carrier horn on the leading-edge side, and for assembly, can be inserted with a first lateral end face into the lining slot and then, by virtue of a swivelling movement, can be moved completely into the lining slot, characterised in that in the assembled position a part-section of the lining retention spring extends over the edge of the lining carrier plate that faces toward the brake carrier horn on the trailing-edge side and into a gap between the brake carrier horn on the trailing-edge side and the lateral edge of the lining carrier plate facing toward the brake carrier horn on the trailing-edge side, in such manner that twisting out of the brake lining during a braking process is prevented by the clamping action of the said part-section of the lining retention spring.
A display device comprising: a display panel; a module cover at a rear of the display panel, the module cover being coupled to the display panel; a plate at a rear of the module cover; an adhesive member attached to at least a part of a front surface of the plate; a bracket between the module cover and the plate, the bracket being attached to the adhesive member; and a coupling unit between the module cover and the bracket, the coupling unit fixing the module cover to the bracket, wherein the coupling unit includes a fixing pin on a front surface of the bracket, and a fastening hole on a rear surface of the module cover, the fastening hole being coupled to the fixing pin; characterised in that the bracket includes an opening penetrating a portion of the bracket and a pipe wall protruding toward a front of the bracket around the opening; the fixing pin includes a pin neck facing the front surface of the bracket, and a pin head extended from the pin neck and spaced apart from the pin neck toward the front of the bracket; the pin neck is positioned outside the pipe wall, wherein a front end of the pipe wall is bent and is positioned between the pin head and the pin neck. a display panel; a module cover at a rear of the display panel, the module cover being coupled to the display panel; a plate at a rear of the module cover; an adhesive member attached to at least a part of a front surface of the plate; a bracket between the module cover and the plate, the bracket being attached to the adhesive member; and a coupling unit between the module cover and the bracket, the coupling unit fixing the module cover to the bracket, wherein the coupling unit includes a fixing pin on a front surface of the bracket, and a fastening hole on a rear surface of the module cover, the fastening hole being coupled to the fixing pin; the bracket includes an opening penetrating a portion of the bracket and a pipe wall protruding toward a front of the bracket around the opening; the fixing pin includes a pin neck facing the front surface of the bracket, and a pin head extended from the pin neck and spaced apart from the pin neck toward the front of the bracket; the pin neck is positioned outside the pipe wall, wherein a front end of the pipe wall is bent and is positioned between the pin head and the pin neck.
A method of wireless communication, comprising: receiving, at a user equipment, UE, a configuration of a plurality of uplink control channels for transmitting one or more uplink control signals by the UE; generating, by the UE, the plurality of uplink control channels based on the configuration, wherein each of the plurality of uplink control channels is generated for a corresponding one of a plurality of nodes in multiflow communication with the UE, wherein each of the plurality of nodes is non co-located with each other, and wherein the configuration designates one uplink component carrier for each node in the plurality of nodes as a primary component carrier, PCC; and transmitting, by the UE, each of the plurality of uplink control channels to the corresponding one of the plurality of nodes. receiving, at a user equipment, UE, a configuration of a plurality of uplink control channels for transmitting one or more uplink control signals by the UE; generating, by the UE, the plurality of uplink control channels based on the configuration, wherein each of the plurality of uplink control channels is generated for a corresponding one of a plurality of nodes in multiflow communication with the UE, wherein each of the plurality of nodes is non co-located with each other, and wherein the configuration designates one uplink component carrier for each node in the plurality of nodes as a primary component carrier, PCC; and transmitting, by the UE, each of the plurality of uplink control channels to the corresponding one of the plurality of nodes.
A network access method, comprising: generating a communication network identifier list corresponding to a communication network to which a cell belongs, wherein all communication network identifiers in the communication network identifier list are arranged in rotation order according to a rotation period and a weight parameter, and the communication network identifiers are corresponding to all communication networks; and sending the communication network identifier list, which is used by a user equipment UE for selecting a communication network corresponding to a communication network identifier at a fixed position in the communication network identifier list for access. generating a communication network identifier list corresponding to a communication network to which a cell belongs, wherein all communication network identifiers in the communication network identifier list are arranged in rotation order according to a rotation period and a weight parameter, and the communication network identifiers are corresponding to all communication networks; and sending the communication network identifier list, which is used by a user equipment UE for selecting a communication network corresponding to a communication network identifier at a fixed position in the communication network identifier list for access.
An insertion device for the minimally invasive insertion of an epicardial electrode into the body, wherein the epicardial electrode comprises an electrode body, which has a stimulation surface designed to be placed against the cardiac tissue and stimulate a section of the heart, and a fixing element designed to engage into the cardiac tissue for fixing the stimulation surface on the cardiac tissue, comprising an actuating mechanism, which has a rod, which is arranged in the interior of a hollow tube and can be displaced relative to the tube, characterized in that the fixing element comprises four claws, which are arranged opposite one another in pairs in the electrode body and are designed to move such that the claws, which are arranged opposite one another in pairs, are intended to be extended from a state in which said claws are retracted into the electrode body by moving actuating elements toward one another in order to establish an engagement with the cardiac tissue such that the claw tips extend past the stimulation surface in order to thereby anchor the electrodes in the cardiac tissue, and the actuating mechanism has four actuating elements (51, 52), which can be moved toward one another, for actuating the four claws, which are arranged opposite one another in pairs, such that the four claws, which are arranged opposite one another in pairs, engage into the cardiac tissue.
A display apparatus (20, 30), comprising: a transparent substrate (21, 31); a conductive patterned layer (24, 34) directly contacting the transparent substrate (21, 31); and a black matrix layer (25, 35) completely covering the conductive patterned layer (24, 34) such that the conductive patterned layer (24, 34) is disposed between the transparent substrate (21, 31) and the black matrix layer (25, 35) the display apparatus being characterized in that the conductive patterned layer (24, 34), directly contacts the black matrix layer and prevents electrostatic charges from accumulating on the transparent substrate (21, 31). a transparent substrate (21, 31); a conductive patterned layer (24, 34) directly contacting the transparent substrate (21, 31); and a black matrix layer (25, 35) completely covering the conductive patterned layer (24, 34) such that the conductive patterned layer (24, 34) is disposed between the transparent substrate (21, 31) and the black matrix layer (25, 35) the display apparatus being characterized in that the conductive patterned layer (24, 34), directly contacts the black matrix layer and prevents electrostatic charges from accumulating on the transparent substrate (21, 31).
A breathing apparatus comprising a breathing circuit provided with a patient interface, wherein the breathing circuit is configured to provide an inspiratory patient gas mixture to the patient interface, wherein the breathing apparatus comprises a control unit configured to control operation of the breathing apparatus based on at least a first input value and a second input value, wherein said first and second input values are physical parameters controllable by the breathing apparatus, and wherein the breathing apparatus comprises a graphical user interface connected to the control unit, characterised in that the control unit is configured to display a visual output on the graphical user interface comprising an area defined by a first axis and a second axis, wherein the first axis represents values of the first input value and the second axis represents values of the second input value, wherein the area comprises at least a first sub-area, wherein the first sub-area represents how a combined setting of the first and second input values (V1, V2) affects the operation of the breathing apparatus and represents a preferred operational area, wherein the preferred operational area comprises selectable portions at positions relative the first and second axis (A1, A2) representative of first and second input values (V1, V2) within the preferred operational area, and wherein the breathing apparatus further comprises an input unit (9.1) configured to provide selection of a portion of the area, wherein the control unit is configured to set the first input value in response to the position of the selected portion relative the first axis, and to set the second input value in response to the position of the selected portion relative the second axis. the control unit is configured to display a visual output on the graphical user interface comprising an area defined by a first axis and a second axis, wherein the first axis represents values of the first input value and the second axis represents values of the second input value, wherein the area comprises at least a first sub-area, wherein the first sub-area represents how a combined setting of the first and second input values (V1, V2) affects the operation of the breathing apparatus and represents a preferred operational area, wherein the preferred operational area comprises selectable portions at positions relative the first and second axis (A1, A2) representative of first and second input values (V1, V2) within the preferred operational area, and wherein the breathing apparatus further comprises an input unit (9.1) configured to provide selection of a portion of the area, wherein the control unit is configured to set the first input value in response to the position of the selected portion relative the first axis, and to set the second input value in response to the position of the selected portion relative the second axis.
A vertical growth tower (1, 30, 70) comprising at least one stack of growth trays (2, 72) and a lift mechanism (6, 36) configured to mechanically transfer growth trays from the at least one stack of growth trays (2, 32, 72) between a management position and a storage position, wherein the at least one stack of growth trays (2, 32, 72) comprises a plurality of growth trays, characterised in that the lift mechanism (6, 36) comprises an irrigation system comprising a watering head (22, 56) configured to deliver water from a reservoir to a growth tray within the plurality of growth trays in a vertical growth tower (1, 30, 70), the watering head (22, 56) being mounted onto the lift mechanism (6, 36) of the vertical growth tower (1, 30, 70) such that during use the watering head (22, 56) is lifted by the lift mechanism (6, 36) to a growth tray and water is delivered by the watering head (22, 56) to the growth tray.
A method for testing a turbo engine (11, 12, 13, 14), more especially a turbocharger (12, 13, 14), in a motor vehicle, - wherein, when the motor vehicle is at a standstill, the efficiency of the turbo engine is impaired in such a way that the turbo engine is operated in the charged state, and - wherein the charge pressure is measured. - wherein, when the motor vehicle is at a standstill, the efficiency of the turbo engine is impaired in such a way that the turbo engine is operated in the charged state, and - wherein the charge pressure is measured.
A turbine engine component comprising: an airfoil portion having a platform, a pressure side wall, a suction side wall and a root portion; at least one microcircuit cooling passage (32, 34, 36; 42; 60, 62) embedded within at least one of said pressure side wall and said suction side wall; and at least one central core, each said microcircuit cooling passage (60,62) having an inlet which communicates with said at least one central core; each said microcircuit cooling passage (32,34,36;42;60,62) providing cooling within an initial 10% span of said airfoil portion; said platform having an upper surface, a lower surface and a thickness; characterised in that: each said microcircuit cooling passage (32,34,36;42;60,62) terminates within any portion of said thickness between said upper surface and said lower surface of said platform, and in that said inlet is embedded within said platform. an airfoil portion having a platform, a pressure side wall, a suction side wall and a root portion; at least one microcircuit cooling passage (32, 34, 36; 42; 60, 62) embedded within at least one of said pressure side wall and said suction side wall; and at least one central core, each said microcircuit cooling passage (60,62) having an inlet which communicates with said at least one central core; each said microcircuit cooling passage (32,34,36;42;60,62) providing cooling within an initial 10% span of said airfoil portion; said platform having an upper surface, a lower surface and a thickness; characterised in that: each said microcircuit cooling passage (32,34,36;42;60,62) terminates within any portion of said thickness between said upper surface and said lower surface of said platform, and in that said inlet is embedded within said platform. each said microcircuit cooling passage (32,34,36;42;60,62) terminates within any portion of said thickness between said upper surface and said lower surface of said platform, and in that said inlet is embedded within said platform.
Roller compartment cladding for enclosing the roller compartment of a roller shutter casing in which a roller shutter shaft is rotatably mounted, with at least one first holder and at least one second holder of at least one insulating mat which encloses the roller compartment at least partially, wherein the first holder and/or the second holder sit on or at at least one support, which support rests on a top side of at least one window frame and extends along the longitudinal direction of the top side, characterized in that the support comprises at least one rail, on which, at which or in which at least one the first and/or the second holder (30, 50) is/are arranged horizontally displaceable.