mhurhangee/ep-ind-claims huggingface dataset:
A block copolymer represented by the following Chemical Formula 6: in Chemical Formula 6, R' is C 1-3 alkoxy, X' is C 1-3 alkylene, n is an integer of 1 to 10,000, R 4 is C 6-20 aryl, or -COO-(C 1-4 alkylene)-(C 6-20 aryl), and m is an integer of 1 to 10,000. R' is C 1-3 alkoxy, X' is C 1-3 alkylene, n is an integer of 1 to 10,000, R 4 is C 6-20 aryl, or -COO-(C 1-4 alkylene)-(C 6-20 aryl), and m is an integer of 1 to 10,000.
A fluid control system, comprising: an apparatus comprising a first and second fluid port (14, 15); first and second control lines (16, 17) used in a first state and a bypass line providing communication of the first control line with the second fluid port, used in a second state; a valve arrangement being configurable between: the first state in which the first fluid port is in fluid communication with the first control line and the second fluid port is in fluid communication with the second control line, wherein when the valve arrangement is configured in the first state, the apparatus is switchable between first and second configurations responsive to pressure differentials between the first and second control lines (16, 17); and the second state in which the second fluid port is in fluid communication with a source of pressurized fluid via the bypass line and the first fluid port is in fluid communication with a vent arrangement to thereby permit venting of pressure at the first fluid port, and configure the apparatus into the second configuration; and a control arrangement for reconfiguring the valve arrangement between the first and second states in response to an actuation signal. an apparatus comprising a first and second fluid port (14, 15); first and second control lines (16, 17) used in a first state and a bypass line providing communication of the first control line with the second fluid port, used in a second state; a valve arrangement being configurable between: the first state in which the first fluid port is in fluid communication with the first control line and the second fluid port is in fluid communication with the second control line, wherein when the valve arrangement is configured in the first state, the apparatus is switchable between first and second configurations responsive to pressure differentials between the first and second control lines (16, 17); and the second state in which the second fluid port is in fluid communication with a source of pressurized fluid via the bypass line and the first fluid port is in fluid communication with a vent arrangement to thereby permit venting of pressure at the first fluid port, and configure the apparatus into the second configuration; and the first state in which the first fluid port is in fluid communication with the first control line and the second fluid port is in fluid communication with the second control line, wherein when the valve arrangement is configured in the first state, the apparatus is switchable between first and second configurations responsive to pressure differentials between the first and second control lines (16, 17); and the second state in which the second fluid port is in fluid communication with a source of pressurized fluid via the bypass line and the first fluid port is in fluid communication with a vent arrangement to thereby permit venting of pressure at the first fluid port, and configure the apparatus into the second configuration; and a control arrangement for reconfiguring the valve arrangement between the first and second states in response to an actuation signal.
An electronic device comprising: an enclosure; a flexible touchscreen display deployable from the enclosure; a torqued hinge, wherein an angle of the flexible touchscreen display with respect to the enclosure is adjustable via the torqued hinge; a mechanism to autonomously deploy and retract the flexible touchscreen display within the enclosure; and a supporting structure arranged to reinforce the flexible touchscreen display when deployed from the enclosure, wherein the mechanism comprises a spool, wherein the flexible touchscreen display is wound on the spool when the mechanism is to retract the flexible touchscreen display within the enclosure, wherein the axis of rotation of the torqued hinge for providing adjustability coincides with the spool, and wherein the supporting structure comprises a scissorlike structure, having crossing parts, that expands and compresses when the flexible touchscreen display deploys and retracts, respectively, wherein the scissorlike structure is attached to the torqued hinge. an enclosure; a flexible touchscreen display deployable from the enclosure; a torqued hinge, wherein an angle of the flexible touchscreen display with respect to the enclosure is adjustable via the torqued hinge; a mechanism to autonomously deploy and retract the flexible touchscreen display within the enclosure; and a supporting structure arranged to reinforce the flexible touchscreen display when deployed from the enclosure, wherein the mechanism comprises a spool, wherein the flexible touchscreen display is wound on the spool when the mechanism is to retract the flexible touchscreen display within the enclosure, wherein the axis of rotation of the torqued hinge for providing adjustability coincides with the spool, and wherein the supporting structure comprises a scissorlike structure, having crossing parts, that expands and compresses when the flexible touchscreen display deploys and retracts, respectively, wherein the scissorlike structure is attached to the torqued hinge.
Reinforcing element, in particular for shoes, bags or orthopedic applications, comprising a support layer, and a reinforcing layer surface-connected with the support layer, wherein the support layer protrudes at least in parts laterally beyond the reinforcing layer to form an edge region (14, 16, 18), characterized in that the support layer and the reinforcing layer are produced from different powdery materials. a support layer, and a reinforcing layer surface-connected with the support layer, wherein the support layer protrudes at least in parts laterally beyond the reinforcing layer to form an edge region (14, 16, 18), characterized in that the support layer and the reinforcing layer are produced from different powdery materials.
A composite test coupon assembly comprising a test coupon comprising a plurality of plies made of fiber-reinforced plastic material laminated together to form a laminate, said test coupon having a geometry comprising: a first trapezoidal portion having first and second straight tapered sides (12a and 12b); a second trapezoidal portion having third and fourth straight tapered sides (12c and 12d); and a gauge area disposed between and connected to said first and second trapezoidal portions (16 and 18), and having first and second radiused sides (14a and 14b), said first radiused side being connected to said first and third straight tapered sides (12a and 12c), and said second radiused side being connected to said second and fourth straight tapered sides (12b and 12d), wherein the first and second trapezoidal portions and said gauge area form respective portions of a front face and respective portions of a rear face of the test coupon, said test coupon assembly further comprising first and second tabs adhered to the first trapezoidal portion on respective first portions of said front and rear faces, and third and fourth tabs adhered to said second trapezoidal portion on respective second portions of the front and rear faces, wherein the first, second, third and fourth tabs each have a trapezoidal shape and are made of fiber-reinforced plastic material, and wherein the test coupon has a minimum width in said gauge area and a constant thickness, and a height of said gauge area is no greater than 3% of a height of the test coupon. a first trapezoidal portion having first and second straight tapered sides (12a and 12b); a second trapezoidal portion having third and fourth straight tapered sides (12c and 12d); and a gauge area disposed between and connected to said first and second trapezoidal portions (16 and 18), and having first and second radiused sides (14a and 14b), said first radiused side being connected to said first and third straight tapered sides (12a and 12c), and said second radiused side being connected to said second and fourth straight tapered sides (12b and 12d), wherein the first and second trapezoidal portions and said gauge area form respective portions of a front face and respective portions of a rear face of the test coupon,
A method for weighing an object transported on a mover of an electromagnetic conveyor, the mover being moved along a stationary track of the electromagnetic conveyor in a direction of movement (x), the method comprising: lifting the object off the mover with a lifting device, whereby the object is separated from an object support of the mover; setting down the object onto at least one transport plane of a weighing station arranged in a weighing region of the stationary track so that the object is supported by the at least one transport plane, wherein the at least one transport plane, which is located on at least one weigh cell, extends in the direction of movement (x) to support the object when in the weighing station; actively driving the object while lifted off from the mover and while supported on the at least one transport plane with the mover that is moved along the track through the weighing region, wherein a driver is arranged on the mover to engage with the object; weighing the object with the at least one weigh cell while the object is supported by the at least one transport plane of the weighing station and while the object is moved through the weighing station with a certain speed; and setting down the object on the mover after weighing in the weighing station for onward movement of the object along the stationary track with the mover. lifting the object off the mover with a lifting device, whereby the object is separated from an object support of the mover; setting down the object onto at least one transport plane of a weighing station arranged in a weighing region of the stationary track so that the object is supported by the at least one transport plane, wherein the at least one transport plane, which is located on at least one weigh cell, extends in the direction of movement (x) to support the object when in the weighing station; actively driving the object while lifted off from the mover and while supported on the at least one transport plane with the mover that is moved along the track through the weighing region, wherein a driver is arranged on the mover to engage with the object; weighing the object with the at least one weigh cell while the object is supported by the at least one transport plane of the weighing station and while the object is moved through the weighing station with a certain speed; and setting down the object on the mover after weighing in the weighing station for onward movement of the object along the stationary track with the mover.
A data storage method for a distributed database, comprising: Receiving, by a first node, a record insertion request, wherein the record insertion request carries a first record; determining, by the first node according to a mapping relationship between a foreign key identifier and a storage node, a first storage node on which a first associated record that corresponds to the first record is located, wherein a primary key identifier of the first associated record is the same as a foreign key identifier of the first record; and inserting, by the first node, the first record to a second node in the first storage nodes. Receiving, by a first node, a record insertion request, wherein the record insertion request carries a first record; determining, by the first node according to a mapping relationship between a foreign key identifier and a storage node, a first storage node on which a first associated record that corresponds to the first record is located, wherein a primary key identifier of the first associated record is the same as a foreign key identifier of the first record; and inserting, by the first node, the first record to a second node in the first storage nodes.
A passive volatile dispensing device, comprising: a housing having first and second curved walls (108, 110) and sidewalls (116a-d) therebetween; and a volatile-bearing substrate disposed within an internal cavity of the housing, wherein the first and second curved walls (108, 110) each include at least one aperture (114a, b), and at least two opposing sidewalls include a vent therein, characterised in that the sidewalls (116a-d) include at least one vent and the vents comprise a peripheral gap that extends substantially continuously about the sidewalls (116a-d) of the housing. a housing having first and second curved walls (108, 110) and sidewalls (116a-d) therebetween; and a volatile-bearing substrate disposed within an internal cavity of the housing, wherein the first and second curved walls (108, 110) each include at least one aperture (114a, b), and at least two opposing sidewalls include a vent therein, characterised in that the sidewalls (116a-d) include at least one vent and the vents comprise a peripheral gap that extends substantially continuously about the sidewalls (116a-d) of the housing.
A control apparatus for a vehicle with an automatic transmission, comprising: an idling stop control device for reducing consumed fuel of an internal combustion engine of a vehicle when predetermined conditions are satisfied, which include at least a condition that the vehicle is at rest; a road surface gradient detector for detecting the slope of the ground surface on which the vehicle is stopped; a standing time measuring unit for measuring the time that elapses after the vehicle is stopped; and an idling stop inhibition controller for regulating the consumed fuel reduction performed by the idling stop control device, characterized in that: the idling stop inhibition controller inhibits the idling stop control executed by the idle stop control device if the road surface gradient detector determines that the vehicle is on a slope way and if the stop time measured by the standing time measuring unit is more than predetermined time, and the predetermined time is designed to decrease along with increase in the road surface gradient detected by the road surface gradient detector. an idling stop control device for reducing consumed fuel of an internal combustion engine of a vehicle when predetermined conditions are satisfied, which include at least a condition that the vehicle is at rest; a road surface gradient detector for detecting the slope of the ground surface on which the vehicle is stopped; a standing time measuring unit for measuring the time that elapses after the vehicle is stopped; and an idling stop inhibition controller for regulating the consumed fuel reduction performed by the idling stop control device, characterized in that: the idling stop inhibition controller inhibits the idling stop control executed by the idle stop control device if the road surface gradient detector determines that the vehicle is on a slope way and if the stop time measured by the standing time measuring unit is more than predetermined time, and the predetermined time is designed to decrease along with increase in the road surface gradient detected by the road surface gradient detector. the idling stop inhibition controller inhibits the idling stop control executed by the idle stop control device if the road surface gradient detector determines that the vehicle is on a slope way and if the stop time measured by the standing time measuring unit is more than predetermined time, and the predetermined time is designed to decrease along with increase in the road surface gradient detected by the road surface gradient detector.
An aircraft turbomachine with reduction gear, comprising a first shaft and a second shaft having the same axis of rotation, the second shaft being driven in rotation via a reduction gear by the first shaft, the first shaft comprising first elastically deformable means giving it a certain flexibility in operation, said first deformable means comprising at least one first annular bellows extending around said axis, characterised in that the first shaft comprises a portion coupled to the reduction gear by a connecting system comprising an input shaft, the input shaft comprising first splines for coupling to the reduction gear and second splines for coupling to third splines complementary to said portion of said first shaft, the portion of said first shaft having a generally tubular shape around said axis, and comprising a downstream part comprising said at least one first bellows and a cylindrical upstream part which is surrounded by said input shaft, said input shaft comprising at least one annular part which extends around said axis and which has a U- or C-shaped cross-section and defines an annular opening around said axis, said annular part forming second elastically deformable means giving it a certain flexibility in operation.
A bismuth-vanadate-laminate manufacturing method comprising the step of: arranging a substrate heatable with microwaves in a precursor solution containing a vanadium salt and a bismuth salt, and forming a bismuth-vanadate layer on the substrate by microwave-activated chemical bath deposition (MW-CBD).
A beta-lactamase comprising an amino acid sequence having at least 80% sequence identity with SEQ ID NO:1, characterized in that the beta-lactamase has a hydrophilic amino acid residue other than aspartic acid at a position corresponding to position 276 according to Ambler classification and said hydrophilic amino acid is selected from arginine, histidine, lysine, asparagine, glutamine, serine, and threonine, and hydrolyses penicillins and/or cephalosporins.
A system comprising: a docking guide comprising a first alignment guide configured to couple with a first mobile unit that supports a turbine engine and a second alignment guide configured to couple with a second mobile unit that supports a generator, wherein the first and second alignment guides (16,18) are configured to guide a coupling between the first and second mobile units (20,26) to help align the turbine engine with the generator; characterized in that the system is further comprising: an alignment system configured to help align the coupling between the first mobile unit and the second mobile unit, wherein the alignment system comprises a laser configured to emit a beam of light to a target and a camera (42,50) configured to capture a visual of the target (12,48).
Portable apparatus comprising - a central unit of a bus system for locating bus participants, and - a light sensor which is connected, preferably unidirectionally connected, to the central unit, and which is designed to detect the lighting condition of each bus participant, - wherein the central unit comprises - a memory in which an address list is stored with the addresses of the bus participants, and - a control unit that controls the bus participants sequentially in accordance with the stored addresses in a picking mode by sending sequential control commands to the bus participants according to the address list. - wherein the control unit is designed to send such sequential control commands to the bus participants any time a selected bus participant adopts a first lighting state that is different from a second lighting state of all the other bus participants, - wherein the central unit is designed to delay a change of the lighting state of a bus participant from the second to the first lighting state by means of a transmitted control command to locate the address of the bus participant, - wherein the first lighting state is a first light power state and is detected by the light sensor for a bus user when its light power reaches a certain threshold, or its light power differs from the light power of each other bus device by at least one defined threshold, characterized in that the central unit is designed to adaptively set the threshold value after the throughput of sequential control commands according to all the addresses of the address list. - a central unit of a bus system for locating bus participants, and - a light sensor which is connected, preferably unidirectionally connected, to the central unit, and which is designed to detect the lighting condition of each bus participant, - wherein the central unit comprises - a memory in which an address list is stored with the addresses of the bus participants, and - a control unit that controls the bus participants sequentially in accordance with the stored addresses in a picking mode by sending sequential control commands to the bus participants according to the address list. - wherein the control unit is designed to send such sequential control commands to the bus participants any time a selected bus participant adopts a first lighting state that is different from a second lighting state of all the other bus participants, - wherein the central unit is designed to delay a change of the lighting state of a bus participant from the second to the first lighting state by means of a transmitted control command to locate the address of the bus participant, - wherein the first lighting state is a first light power state and is detected by the light sensor for a bus user when its light power reaches a certain threshold, or its light power differs from the light power of each other bus device by at least one defined threshold,
Regulating member for a mechanical watch movement comprising an escapement wheel; a vibrating oscillator constituting the time base of the regulating member provided with at least two vibrating arms (31', 32') and an anchor part (4,4') comprising members arranged to cooperate directly with the teeth of the escapement wheel, so as to maintain periodic alternations of the vibrating oscillator and to advance the escapement wheel at each alternation of oscillations, characterised in that the anchor part (4,4') is secured to said vibrating arms (31', 32').
A load transfer for a leaf of a window, of a door or the like, having a load reception part at the frame side which can be fastened to a frame and a coupling part at the leaf side which can be fastened to the leaf, the load reception part and the coupling part being connected to one another via a load transfer element such that at least some of the weight of the leaf is transferred from the coupling part via the load transfer element to the load reception part in the assembled state, wherein the load reception part and the coupling part are fixed in a defined spacing (d) from one another by the load transfer element and are rotatably connected to one another, wherein the spacing (d) is variable with the angle of rotation between the load reception part and the coupling part, characterised in that the load transfer has a rotary connection section for a spacing change, with the rotary connection section comprising a sleeve having an internal thread and a pin which is rotatably received in the sleeve and has an external thread, with the sleeve and the pin forming a screw transmission.
An aqueous composition suitable for use for intradialytic parenteral nutrition (IDPN), comprising: a) between 0.05 and 0.07 g/ml of dextrose; and b) between 0.15 and 0.17 g/ml of amino acids; wherein the aqueous composition comprises a solution containing both the dextrose and the amino acids. a) between 0.05 and 0.07 g/ml of dextrose; and b) between 0.15 and 0.17 g/ml of amino acids;