mhurhangee/patent-ind-claim-en huggingface dataset:
Guide for a liftable sliding leaf , comprising at least two guide bars , a first guide bar connected movably to a fixed support of the guide , fixed with respect to the liftable sliding leaf , the fixed support being able to be connected to the top edge of a counterframe for the liftable sliding leaf , and a second guide bar being able to be connected to a top part of the liftable sliding leaf and being movable integrally with said liftable sliding leaf , characterized in that both said guide bars are liftable in a vertical plane from a lowered position, in which the liftable sliding leaf rests on the ground and the movement thereof is locked, to a lifted position, in which the liftable sliding leaf is free to slide laterally; wherein the first guide bar is pivotable between the lowered position and the lifted position, wherein the first guide bar and the second guide bar arc parallel to each other in the sliding direction of the liftable sliding leaf , wherein said first guide bar engages the second guide bar , and wherein the second guide bar can slide on the first guide bar in the sliding direction of the liftable sliding leaf . a first guide bar connected movably to a fixed support of the guide , fixed with respect to the liftable sliding leaf , the fixed support being able to be connected to the top edge of a counterframe for the liftable sliding leaf , and a second guide bar being able to be connected to a top part of the liftable sliding leaf and being movable integrally with said liftable sliding leaf , characterized in that both said guide bars are liftable in a vertical plane from a lowered position, in which the liftable sliding leaf rests on the ground and the movement thereof is locked, to a lifted position, in which the liftable sliding leaf is free to slide laterally; wherein the first guide bar is pivotable between the lowered position and the lifted position, wherein the first guide bar and the second guide bar arc parallel to each other in the sliding direction of the liftable sliding leaf , wherein said first guide bar engages the second guide bar , and wherein the second guide bar can slide on the first guide bar in the sliding direction of the liftable sliding leaf .
A knitted fabric comprising a crimped fiber having a torque of 30 T/m or less, characterized in that the knitted fabric has a density of not less than 60 courses/2.54 cm and not less than 45 wales/2.54 cm, and the knitted fabric has a thickness of 0.45 mm or less; characterised in that the crimped fiber is a composite yarn including a false-twist crimped yarn having a torque in the S-direction and a false-twist crimped yarn having a torque in the Z-direction; wherein the fibre forming the crimper fiber is a polyester fibre containing a delusterant in an amount of 0.2 to 4.0 wt % relative to the polyester weight.
An apparatus comprising: processing circuitry to perform vector processing operations on vectors comprising a plurality of data elements; and an instruction decoder to decode program instructions to control the processing circuitry to perform the vector processing operations; wherein in response to a replicate elements instruction specifying segment information defining positions of a plurality of variable size segments within a result vector, each segment comprising at least one data element of the result vector and at least one segment comprising a plurality of adjacent elements of the result vector, the instruction decoder is configured to control the processing circuitry to generate a result vector in which, in each respective segment, the encoding of the replicate elements instruction constrains the processing circuitry to repeat a repeating value throughout that segment of the result vector, the repeating value comprising a data value at a selected data element position of the corresponding segment of a source vector or an element index indicating said selected data element position. processing circuitry to perform vector processing operations on vectors comprising a plurality of data elements; and an instruction decoder to decode program instructions to control the processing circuitry to perform the vector processing operations; wherein in response to a replicate elements instruction specifying segment information defining positions of a plurality of variable size segments within a result vector, each segment comprising at least one data element of the result vector and at least one segment comprising a plurality of adjacent elements of the result vector, the instruction decoder is configured to control the processing circuitry to generate a result vector in which, in each respective segment, the encoding of the replicate elements instruction constrains the processing circuitry to repeat a repeating value throughout that segment of the result vector, the repeating value comprising a data value at a selected data element position of the corresponding segment of a source vector or an element index indicating said selected data element position.
Device for automatically closing a hose and/or pipe line for transporting liquid or gaseous media, in particular water, comprising - a closure member , - a turbine or impeller flow meter positioned immediately downstream of the closure member in the flow direction, - an electronic control device that receives signals from the turbine or impeller flow meter during operation, - a servomotor , by means of which the closure member can be closed or opened on the basis of signals from the electronic control device when a predeterminable limit value is exceeded or fallen below, characterised in that the electronic control device and the closure member are designed in such a way that the transition value of the turbine or impeller flow meter is improved by increasing the tip velocity of the turbine or impeller, respectively, by at least temporarily closing only partially, i.e. not completely, the closure element in order to check for a small leakage in operating phases of the device in which no flow through the turbine or impeller flow meter is registered in the electronic control device . - a closure member , - a turbine or impeller flow meter positioned immediately downstream of the closure member in the flow direction, - an electronic control device that receives signals from the turbine or impeller flow meter during operation, - a servomotor , by means of which the closure member can be closed or opened on the basis of signals from the electronic control device when a predeterminable limit value is exceeded or fallen below,
A medical instrument for provisionally fastening a polyaxial pedicle screw having a threaded shank having a shank head formed proximally thereon, wherein a holding sleeve is rotatably and/or pivotally arranged on the shank head , wherein a clamping plunger acting on the shank head is mounted in the holding sleeve , in such a way that the holding sleeve can be positionally fixed on the shank head by relative tensioning the holding sleeve and the clamping plunger , the instrument having a coupling unit for releasably engaging the holding sleeve and a pressure tappet for applying a pressing force to the clamping plunger in the distal direction, the coupling unit and the pressure tappet being movable relative to each other in an axial direction, characterized in that the instrument has a sleeve in which the coupling unit is arranged so as to be movable in the axial direction such that the coupling unit can be coupled to or uncoupled from the holding sleeve in a first axial position and is non-detachably fastened to the holding sleeve in a second axial position in order to implement a provisional fastening of the pedicle screw together with the pressure tappet .
A monitoring device (M) for a sanitary installation , having a first sensor for monitoring the presence of people in a first spatial region in the vicinity of the sanitary installation and having a second sensor for monitoring a second spatial region (R) in the vicinity of the sanitary installation , the first sensor having an operating mode and a standby mode and the second sensor being designed to switch the first sensor from a standby mode to an operating mode in the event of a predetermined detection, characterised in that the first sensor is designed as a distance sensor, in particular as a TOF sensor, and in that a control unit for controlling the first sensor is provided and is designed to switch the first sensor from the operating mode to the standby mode on the basis of an output signal of the first and the second sensor .
A method for determining an estimated value of an arc voltage (û LB ) of an arc burning between a welding electrode and a workpiece , wherein a line voltage drop (us) of a welding line between a measurement point on the welding line and the arc is determined using a welding line model with model parameters (p M ), and the welding line model models the welding line as a transfer system with a welding current (is) flowing via the welding line or a measurement voltage (u M ) present at the measurement point as input variable u and the line voltage drop (us) as output variable y, in order to determine a current estimated value for the line voltage drop (us) for a current welding current (is) or a current measurement voltage (u M ), and the estimated value of the arc voltage (û LB ) is determined using a known relationship between line voltage drop (us) and arc voltage (u LB ), characterized in that for estimating the arc voltage (û LB ), the welding line is modeled using the welding line model in the form of a transfer system with an order greater than one, and in that the estimated value of the arc voltage (û LB ) is determined as the difference between the measurement voltage (u M ) at the measurement point and the determined line voltage drop (us).
A sports shoe with an inflatable tightening system, comprising: a bottom sole being provided with a compressible and stretchable air cushion ; an upper vamp being attached to the bottom sole , the upper vamp being provided with at least one airbag configured for covering and abutting against the foot; an air-charging valve being provided between the air cushion and the at least one airbag ; an air-intaking valve being provided between the air cushion and an external environment; and an air-discharging duct being provided between the at least one airbag and the external environment, the air-discharging duct being partially received in the air cushion and passing through the air cushion to communicate with the at least one airbag , the air-discharging duct being provided with an air-discharging valve , the air-intaking valve and the air-discharging valve are integrated into one valve assembly; wherein when the air cushion is compressed, the air-charging valve is opened and the air-intaking valve is closed, such that the air inside the air cushion is filled into the at least one airbag ; when the air cushion stretches and restores, the air-intaking valve is opened and the air-charging valve is closed, such that the air in the external environment enters into the air cushion ; when the air-discharging valve is activated to open, the air inside the at least one airbag is discharged out via the air-discharging duct ; when the air-discharging valve is closed, the air inside the at least one airbag is prevented from being discharged out via the air-discharging duct . a bottom sole being provided with a compressible and stretchable air cushion ; an upper vamp being attached to the bottom sole , the upper vamp being provided with at least one airbag configured for covering and abutting against the foot; an air-charging valve being provided between the air cushion and the at least one airbag ; an air-intaking valve being provided between the air cushion and an external environment; and an air-discharging duct being provided between the at least one airbag and the external environment, the air-discharging duct being partially received in the air cushion and passing through the air cushion to communicate with the at least one airbag , the air-discharging duct being provided with an air-discharging valve , the air-intaking valve and the air-discharging valve are integrated into one valve assembly; wherein when the air cushion is compressed, the air-charging valve is opened and the air-intaking valve is closed, such that the air inside the air cushion is filled into the at least one airbag ; when the air cushion stretches and restores, the air-intaking valve is opened and the air-charging valve is closed, such that the air in the external environment enters into the air cushion ; when the air-discharging valve is activated to open, the air inside the at least one airbag is discharged out via the air-discharging duct ; when the air-discharging valve is closed, the air inside the at least one airbag is prevented from being discharged out via the air-discharging duct .
A wiping product comprising: a liquid absorbent substrate; and a wiping composition comprising a preservative composition, the preservative composition comprising a) a gluconolactone, b) a benzoic acid or salt thereof, and c) a preservative enhancing agent, the preservative enhancing agent comprising a phenolether, dehydroacetic acid, a metal salt of dehydroacetic acid, sorbic acid, a salt of sorbic acid, salicylic acid, or a salt of salicylic acid; and wherein the benzoic acid or salt thereof and the gluconolactone are present in the wiping composition at a weight ratio of from about 5:1 to about 1:5. a liquid absorbent substrate; and a wiping composition comprising a preservative composition, the preservative composition comprising a) a gluconolactone, b) a benzoic acid or salt thereof, and c) a preservative enhancing agent, the preservative enhancing agent comprising a phenolether, dehydroacetic acid, a metal salt of dehydroacetic acid, sorbic acid, a salt of sorbic acid, salicylic acid, or a salt of salicylic acid; and wherein the benzoic acid or salt thereof and the gluconolactone are present in the wiping composition at a weight ratio of from about 5:1 to about 1:5. a) a gluconolactone, b) a benzoic acid or salt thereof, and c) a preservative enhancing agent, the preservative enhancing agent comprising a phenolether, dehydroacetic acid, a metal salt of dehydroacetic acid, sorbic acid, a salt of sorbic acid, salicylic acid, or a salt of salicylic acid; and
Polyamide-based sliding material, having fillers that improve the tribological properties, characterized in that the fillers comprise at least one metal sulfide and calcium phosphate in that the portion of the at least one metal sulfide and calcium phosphate totals 1 - 30% w/w of the sliding material and in that the weight ratios of calcium phosphate to metal sulfide lie between 5:1 and 1:1.
Method for controlling, in a communications network , recommendation messages exchanged during a session between a first endpoint (100a-b), called the source entity, and a second endpoint (200a-c), called the recipient entity, said messages being exchanged via a tube grouping data packets of a communications protocol with no guarantee of the delivery of said data packets, which method comprises: - obtaining (P1) recommendations contained in said recommendation messages by a control entity located on a network path of said tube, said control entity being authorized by an operator of said communications network; - calculating (E16) a new recommendation message on the basis of said recommendations obtained and of at least one information item relating to conditions of said network provided by said control entity; and - sending said new recommendation message to at least one network entity located at one end of said tube. - obtaining (P1) recommendations contained in said recommendation messages by a control entity located on a network path of said tube, said control entity being authorized by an operator of said communications network; - calculating (E16) a new recommendation message on the basis of said recommendations obtained and of at least one information item relating to conditions of said network provided by said control entity; and - sending said new recommendation message to at least one network entity located at one end of said tube.
A method of a first access point arranged to provide wireless communication access for a wireless communication system, the method comprising determining that a first station is to transmit uplink data in an uplink transmission at a first frequency band in an unlicensed spectrum; assigning a second access point for receiving the uplink transmission, wherein the second access point is covering at least an overlapping area with a coverage area of the first access point; determining a second station targeted for downlink transmission, wherein the downlink transmission is scheduled for at least partly simultaneous transmission with the uplink transmission from the first station and at least partly overlapping the first frequency band, wherein a selection of the second station targeted for downlink transmission is based on a spatial relationship between the first and second stations; assigning antenna weights for an array antenna of the first access point to provide beamforming transmission of the downlink transmission towards the second station and a null towards the second access point; and transmitting the downlink transmission using the antenna weights. determining that a first station is to transmit uplink data in an uplink transmission at a first frequency band in an unlicensed spectrum; assigning a second access point for receiving the uplink transmission, wherein the second access point is covering at least an overlapping area with a coverage area of the first access point; determining a second station targeted for downlink transmission, wherein the downlink transmission is scheduled for at least partly simultaneous transmission with the uplink transmission from the first station and at least partly overlapping the first frequency band, wherein a selection of the second station targeted for downlink transmission is based on a spatial relationship between the first and second stations; assigning antenna weights for an array antenna of the first access point to provide beamforming transmission of the downlink transmission towards the second station and a null towards the second access point; and transmitting the downlink transmission using the antenna weights.
A multi-RET actuator, comprising: a. a plurality of linear actuators , each including an actuator spur gear ; characterized in b. a carriage assembly, including an actuator drive motor mounted on a car , and a nut attached to the car ; c. a positioning motor coupled to a positioning lead screw , the nut threaded onto the lead screw ; and d. at least one guide on which the car can travel; wherein the positioning motor and positioning lead screw are operable to drive the actuator drive motor of the carriage assembly into engagement with the actuator spur gear of a desired linear actuator of the plurality of linear actuators . a. a plurality of linear actuators , each including an actuator spur gear ; characterized in b. a carriage assembly, including an actuator drive motor mounted on a car , and a nut attached to the car ; c. a positioning motor coupled to a positioning lead screw , the nut threaded onto the lead screw ; and d. at least one guide on which the car can travel;
An acoustic measurement system for an industrial process asset , the acoustic measurement system comprising: an acoustic transmitter mounted on the industrial process asset , said acoustic transmitter including a first acoustic sensor ; a process control device for providing a value representative of an acoustic signal at the industrial process asset based on an acoustic value from the first acoustic sensor positioned at the industrial process asset ; a second acoustic sensor mounted on a process structure connected to the industrial process asset for providing an acoustic value representative of an acoustic signal at the second acoustic sensor ; the system being characterized in that it further comprises a noise reduction component adapted to reduce a magnitude of the acoustic value from the second acoustic sensor to approximate acoustic signal attenuation along the process structure between the second acoustic sensor and the first acoustic sensor to form an attenuated acoustic value, and which is adapted to use the reduced acoustic value from the second acoustic sensor to adjust the value provided by the process control device so that the value provided by the process control device is substantially only representative of an acoustic signal generated by the industrial process asset . an acoustic transmitter mounted on the industrial process asset , said acoustic transmitter including a first acoustic sensor ; a process control device for providing a value representative of an acoustic signal at the industrial process asset based on an acoustic value from the first acoustic sensor positioned at the industrial process asset ; a second acoustic sensor mounted on a process structure connected to the industrial process asset for providing an acoustic value representative of an acoustic signal at the second acoustic sensor ; the system being characterized in that it further comprises a noise reduction component adapted to reduce a magnitude of the acoustic value from the second acoustic sensor to approximate acoustic signal attenuation along the process structure between the second acoustic sensor and the first acoustic sensor to form an attenuated acoustic value, and which is adapted to use the reduced acoustic value from the second acoustic sensor to adjust the value provided by the process control device so that the value provided by the process control device is substantially only representative of an acoustic signal generated by the industrial process asset .
Hinge arrangement for doors, windows and the like, having a fixed frame (R) and having a leaf (F), the frame and leaf being connected to one another by means of hinges so as to be pivotable about a hinge axis (S), the hinges each comprising a frame hinge part fastened to a fastening wall of the fixed frame (R) and a leaf hinge part fastened to a fastening wall of the leaf (F), the fastening walls being the walls perpendicular to the frame and/or leaf plane, i.e. the walls of the frame (R) and of the leaf (F) which face one another when the leaf (F) is closed, a projection which is encompassed by the frame hinge part and/or the leaf hinge part in a recess of the leaf and/or frame hinge part projecting from each of the fastening walls of the frame (R) and/or of the leaf (F), which projection has a surface which is perpendicular with respect to the fastening wall , a threaded bore of the hinge part opening into the recess , the frame hinge part and/or the leaf hinge part comprising a fastening leg which engages into a folding region formed between the frame (R) and the leaf (F), and the recess being provided on the fastening leg , the hinge arrangement comprising fastening means for fastening the frame hinge part and/or the leaf hinge part to the relevant fastening wall , which means comprise at least one clamping screw which is provided on the frame hinge part and/or the leaf hinge part , can be screwed into the threaded bore, is designed as a stud bolt, and can be brought into operative connection with the projection , characterized in that the fastening means further comprise cap screws which are screwed into the fixed frame (R) and/or the leaf frame (F) through the frame hinge parts and/or leaf hinge parts transversely with respect to the fastening walls , and the clamping screw , which is designed as a stud bolt, is supported, at the end thereof which is at the front in the screwing-in direction, on the surface of the projection which is perpendicular with respect to the fastening wall by engaging behind a bend of the projection .