mhurhangee/patent-ind-claim-en huggingface dataset:
Dispenser for taking up and dispensing fluid volumes, to which dispenser a piston-cylinder unit , which is realized as an exchangeable part and has a piston and a cylinder , is releasably attachable, wherein the dispenser comprises a housing and an incremental distance measuring device which is constructed such that when there is a relative movement between the piston and the cylinder , the distance traveled by the piston relative to the housing of the dispenser is determinable in an incremental manner, wherein the dispenser comprises a piston actuator which is releasably connectable to the piston in such a manner that the piston is linear movable by means of the piston actuator for taking up and/or dispensing fluid volumes, wherein the incremental distance measuring device has a rotary measuring device by means of which the revolutions of a motor of the dispenser operating the piston actuator can be determined and thus the length of the linear displacement path of the pistons in the cylinder can be determined incrementally when the piston actuator is adjusted, characterized in that the dispenser comprises a position determining device which has a first position element and a second position element , the first position element is arranged rigidly in and/or on the housing of the dispenser and the second position element is motionally coupled with the piston actuator and the position determining device is constructed for continuous detection of the absolute displacement position of the second position element .
A contact member comprising: a surface comprising a fluororesin fiber layer comprising a fluororesin fiber, characterized in that the surface is configured to contact a contact-target member having an area to which a liquid composition is applied, and the fluororesin fiber layer has a thickness of 500 μm or more.
Method for the operation of a motorized flap arrangement of a motor vehicle , wherein the flap arrangement has a flap which is pivotable relative to a car body , wherein the flap arrangement has a reversible drive arrangement for motorized adjustment of the flap and a control arrangement for controlling the drive arrangement , wherein a predetermined flap deflection, in particular caused by gravity, from a deenergized intermediate position of the flap is detected by means of the control arrangement in a monitoring routine and on detection of the predetermined flap deflection a holding routine is triggered, in which the drive arrangement is controlled to a holding flap position in a holding control circuit.
Device , in particular a aptop, at least comprising a housing, a screen unit for outputting visual information and/or a keyboard , at least one port for mechanically coupling with an external device for inputting and/or outputting of data and/or signals and/or energy, at least one detection means for detecting the presence of a human body part in a defined area in front of the at least one port, wherein the detection means and the at least one port are coupled to said housing, illumination means actuated in dependency of detection of the presence of the human body part, characterized in that the illumination means projects light for identifying the position of the respective port into the periphery of the device .
A method, comprising: receiving training electrical signals from a plurality of sensors arranged at different locations on a wearable device , the training electrical signals transmitted from a wrist or arm of a user; extracting training features from the training electrical signals; training a machine learning model using the extracted training features to determine a hand position of a hand of the wrist or arm of the user; receiving electrical signals from the plurality of sensors , the electrical signals transmitted from the wrist or arm of a user; extracting features from the electrical signals; transmitting the features to the machine learning model to compute an output that describes a hand position of the hand of the wrist or arm of the user; and transmitting the output to a host system , characterized in that the sensors include electrodes to generate inputs used to determine the hand position of the user's hand by electrical impedance tomography. receiving training electrical signals from a plurality of sensors arranged at different locations on a wearable device , the training electrical signals transmitted from a wrist or arm of a user; extracting training features from the training electrical signals; training a machine learning model using the extracted training features to determine a hand position of a hand of the wrist or arm of the user; receiving electrical signals from the plurality of sensors , the electrical signals transmitted from the wrist or arm of a user; extracting features from the electrical signals; transmitting the features to the machine learning model to compute an output that describes a hand position of the hand of the wrist or arm of the user; and transmitting the output to a host system , characterized in that the sensors include electrodes to generate inputs used to determine the hand position of the user's hand by electrical impedance tomography.
A method for the manufacture of a poly(aryl ether) comprising a step (i) where : - a monomer (M1) comprising at least 2 hydroxyl groups is reacted in a reaction medium with a monomer (M2) comprising at least 2 halogen groups, and/or - a monomer (M3) comprising at least one hydroxyl group and at least one halogen group is reacted in a reaction medium, in the presence of an organic base comprising C, N and H atoms, having a pKa of at least 10, and a number of proton acceptor sites [H + AS], wherein the ratio of the total number of moles of [H + AS] over the total number of moles of hydroxyl groups of the monomer (M1) and (M3) is of at least 1.05. - a monomer (M1) comprising at least 2 hydroxyl groups is reacted in a reaction medium with a monomer (M2) comprising at least 2 halogen groups, and/or - a monomer (M3) comprising at least one hydroxyl group and at least one halogen group is reacted in a reaction medium,
A method for repairing a dark spot of an organic light-emitting diode, OLED, array substrate of a display apparatus, the OLED array substrate comprising: a base substrate ; a power line and a connection component both disposed on the base substrate ; a pixel structure disposed in a pixel region, wherein the pixel structure comprises a driving transistor and an OLED device , wherein the driving transistor comprises a gate electrode , a first source/drain electrode and a second source/drain electrode , the first source/drain electrode connected with the OLED device and the second source/drain electrode connected to the power line , wherein the OLED device comprises a first electrode and a second electrode , the first electrode electrically connected with the first source/drain electrode of the driving transistor ; the method being characterized by: electrically connecting the power line with the first electrode by irradiating the connection component corresponding to the pixel structure to be repaired for a first time by laser to electrically connect the power line with the first electrode ; applying a voltage to the first electrode by the power line to cause the first electrode and the second electrode to be no longer electrically connected with each other due to an instantaneous current generated between the first electrode and the second electrode by short circuiting the driving transistor; electrically insulating the power line from the first electrode by the connection component by irradiating the connection component corresponding to the pixel structure to be repaired for a second time by laser to electrically insulate the power line from the first electrode . electrically connecting the power line with the first electrode by irradiating the connection component corresponding to the pixel structure to be repaired for a first time by laser to electrically connect the power line with the first electrode ; applying a voltage to the first electrode by the power line to cause the first electrode and the second electrode to be no longer electrically connected with each other due to an instantaneous current generated between the first electrode and the second electrode by short circuiting the driving transistor; electrically insulating the power line from the first electrode by the connection component by irradiating the connection component corresponding to the pixel structure to be repaired for a second time by laser to electrically insulate the power line from the first electrode .
A peptide D-Arg-2',6'-Dmt-Lys-Phe-NH 2 or a pharmaceutically acceptable salt thereof, for use in treating Leigh syndrome, Alpers' disease, ataxia-neuropathy disorders, or progressive external ophthalmoplegia in a subject in need thereof wherein-the peptide reduces or ameliorates at least one symptom of the disease.
Method for monitoring a loading space in a vehicle , using an optical sensor installed in the loading space , a computer system having image processing software and a graphical user interface (GUI), characterized in that a raster R of the loading space is stored in the computer system, in that an image I (t 1 ) captured by the optical sensor at a point in time t 1 is converted in the computer system into a raster image RI, which depicts the occupancy, non-occupancy or occupancy change of the loading space according to the stored raster R, and in that the raster image RI is displayed on the graphical user interface (GUI).
Park release valve for a trailer vehicle with pneumatic braking system and for controlling the pressure in spring brake cylinders , and having the following features: a) a first control piston , a second control piston , b) a supply pressure port , a reservoir pressure port , a vent port , a pressure outlet port , c) the first control piston can be moved into driving position and parking position, d) the second control piston can be moved into driving position and release position, characterized in that e) when both control pistons are in the driving position, the supply pressure port is connected to the pressure outlet port , f) when the first control piston is in the parking position and the second control piston is in the driving position, the pressure outlet port is connected to the vent port , g) when the first control piston is in the driving position and the second control piston is in the release position, the reservoir pressure port is connected to the pressure outlet port . a) a first control piston , a second control piston , b) a supply pressure port , a reservoir pressure port , a vent port , a pressure outlet port , c) the first control piston can be moved into driving position and parking position, d) the second control piston can be moved into driving position and release position, characterized in that e) when both control pistons are in the driving position, the supply pressure port is connected to the pressure outlet port , f) when the first control piston is in the parking position and the second control piston is in the driving position, the pressure outlet port is connected to the vent port , g) when the first control piston is in the driving position and the second control piston is in the release position, the reservoir pressure port is connected to the pressure outlet port .
A control unit for an electric motor, the control unit having a signaling device for displaying at least two different operating states of the motor, with at least six electric illuminants (A1-A6) which are switched in a flashing manner when the motor is running, characterized in that the at least six illuminants (A1-A6) are provided, arranged in an annular manner, as a ring of illuminants which are switched in a flashing manner synchronously to one another but successively in a time-shifted manner in pairs in a clockwise or anticlockwise direction when the motor is running, wherein two of the illuminants (A1-A6), which are diametrically opposite in the ring, are switched on as an illuminant pair (A1, A4; A2, A5; A3, A6), wherein in case one illuminant fails, the whole display does not fail, but rather then still remains in operation for this illuminant pair using one illuminant.
Switchgear housing comprising: - an enclosure with a back panel ; - at least two busbars extending substantially parallel to each other through the enclosure , wherein each busbar has a first end for connection with a power supply; - a first length of each busbar proximal to the first end is exposed; - a second length of each busbar distal from the first end is covered with an insulation; - branched off sub-busbars arranged around an end of the first length of the busbars and adjacent to the second length of the busbars; characterized in that - a capturing enclosure arranged around the branched off sub-busbars , wherein the capturing enclosure comprises a venting opening , which connect to openings in the back panel of the enclosure , the openings being covered by at least one venting flap , which is urged open upon an overpressure in the capturing enclosure . - an enclosure with a back panel ; - at least two busbars extending substantially parallel to each other through the enclosure , wherein each busbar has a first end for connection with a power supply; - a first length of each busbar proximal to the first end is exposed; - a second length of each busbar distal from the first end is covered with an insulation; - branched off sub-busbars arranged around an end of the first length of the busbars and adjacent to the second length of the busbars; - a capturing enclosure arranged around the branched off sub-busbars , wherein the capturing enclosure comprises a venting opening , which connect to openings in the back panel of the enclosure , the openings being covered by at least one venting flap , which is urged open upon an overpressure in the capturing enclosure .
A multiple natural frequency coupling apparatus for connecting a rotatable driving member to a rotatable driven member of a drive line, comprising: a cylindrical housing having a longitudinal axis ; a cylindrical fluid chuck housing ; a cylindrical outer shaft having its outer diameter extend within and adjacent the inner diameter of the fluid chuck housing , the outer shaft coaxially aligned with said longitudinal axis and connected to said housing ; a cylindrical inner shaft disposed within the outer shaft and coaxially aligned with said longitudinal axis and having a torsional stiffness about said longitudinal axis different than said outer shaft ; the fluid chuck housing coaxially aligned with said longitudinal axis and connected to said inner shaft ; and a cylindrical collapsible sleeve coaxially aligned with said longitudinal axis and disposed between said fluid chuck housing and said outer shaft , wherein said collapsible sleeve is configured to move between a non-actuated position, wherein said collapsible sleeve does not engage said outer shaft thereby providing a first torsional stiffness of said coupling apparatus corresponding to a first natural frequency when said inner shaft is rotatably driven by the fluid chuck housing, and an actuated position, wherein said collapsible sleeve engages said outer shaft thereby providing a second torsional stiffness of said coupling apparatus corresponding to a second natural frequency when said outer shaft is rotatably driven by the fluid chuck housing. a cylindrical housing having a longitudinal axis ; a cylindrical fluid chuck housing ; a cylindrical outer shaft having its outer diameter extend within and adjacent the inner diameter of the fluid chuck housing , the outer shaft coaxially aligned with said longitudinal axis and connected to said housing ; a cylindrical inner shaft disposed within the outer shaft and coaxially aligned with said longitudinal axis and having a torsional stiffness about said longitudinal axis different than said outer shaft ; the fluid chuck housing coaxially aligned with said longitudinal axis and connected to said inner shaft ; and a cylindrical collapsible sleeve coaxially aligned with said longitudinal axis and disposed between said fluid chuck housing and said outer shaft , wherein said collapsible sleeve is configured to move between a non-actuated position, wherein said collapsible sleeve does not engage said outer shaft thereby providing a first torsional stiffness of said coupling apparatus corresponding to a first natural frequency when said inner shaft is rotatably driven by the fluid chuck housing, and an actuated position, wherein said collapsible sleeve engages said outer shaft thereby providing a second torsional stiffness of said coupling apparatus corresponding to a second natural frequency when said outer shaft is rotatably driven by the fluid chuck housing.
A driving apparatus (1-1) for a hybrid vehicle comprising: an engine ; a transmission unit which is connected to the engine and is shifted by an engagement apparatus (CL1); a first rotary element connected to an output element of the transmission unit ; and a second rotary element connected to a first rotary machine (MG1); the driving apparatus (1-1) being characterized in that : the driving apparatus (1-1) comprises a differential unit which connects the transmission unit and a drive wheel ; and a control unit which is configured to cause the engagement apparatus (CL1) to slip and to change an operation point of the engine so as to increase torque of the engine at a time an output from the first rotary machine (MG1) is limited; the first rotary element and the second rotary element are part of the differential unit ; and the differential unit comprises a third rotary element connected to the drive wheel . an engine ; a transmission unit which is connected to the engine and is shifted by an engagement apparatus (CL1); a first rotary element connected to an output element of the transmission unit ; and a second rotary element connected to a first rotary machine (MG1); a differential unit which connects the transmission unit and a drive wheel ; and a control unit which is configured to cause the engagement apparatus (CL1) to slip and to change an operation point of the engine so as to increase torque of the engine at a time an output from the first rotary machine (MG1) is limited;
A conveyor comprising: a conveyance roller configured to convey a conveyed object; a pair of roller supports opposing to each other and supporting both ends of the conveyance roller in an axial direction of the conveyance roller ; a position sensor configured to detect a position of the conveyed object; and a sensor support supporting the position sensor , wherein each of the pair of roller supports has an insertion hole (25; 211) into which the sensor support is inserted, the insertion hole (25; 211) determining a position of the sensor support in a direction intersecting an insertion direction of the sensor support , and the sensor support includes a positioning portion determining the position of the sensor support with respect to at least one of the pair of roller supports , the positioning portion determining the position of the sensor support in the insertion direction, a direction opposite to the insertion direction, and a rotational direction about an axis along the insertion direction, characterized in that the position of the sensor support with respect to one of the pair of roller supports is determined only in the direction intersecting the insertion direction, and wherein the positioning portion of the sensor support is at an end of the sensor support and determines the position of the sensor support with respect to the other of the pair of roller supports in the insertion direction, the direction opposite to the insertion direction, and the rotational direction. a conveyance roller configured to convey a conveyed object; a pair of roller supports opposing to each other and supporting both ends of the conveyance roller in an axial direction of the conveyance roller ; a position sensor configured to detect a position of the conveyed object; and a sensor support supporting the position sensor , wherein each of the pair of roller supports has an insertion hole (25; 211) into which the sensor support is inserted, the insertion hole (25; 211) determining a position of the sensor support in a direction intersecting an insertion direction of the sensor support , and the sensor support includes a positioning portion determining the position of the sensor support with respect to at least one of the pair of roller supports , the positioning portion determining the position of the sensor support in the insertion direction, a direction opposite to the insertion direction, and a rotational direction about an axis along the insertion direction, characterized in that the position of the sensor support with respect to one of the pair of roller supports is determined only in the direction intersecting the insertion direction, and wherein the positioning portion of the sensor support is at an end of the sensor support and determines the position of the sensor support with respect to the other of the pair of roller supports in the insertion direction, the direction opposite to the insertion direction, and the rotational direction.
A method performed by a User Equipment, UE, for handling an invalid System Information, SI, signature in a communication system, the method comprising: obtaining , from an access node , SI and an associated SI signature for a cell served by the access node and which the UE can use; and characterized in : determining if the obtained SI signature is valid or invalid; if the signature is valid, determining to use the cell; if the SI signature is invalid, determining if the UE is configured to bar cells or not; if the SI signature is invalid and if the UE is not configured to bar cells with invalid SI signature, determining to use the cell; and if the SI signature is invalid and the UE is configured to bar cells with invalid SI signature, determining to bar the cell and select another cell to use. determining if the obtained SI signature is valid or invalid; if the signature is valid, determining to use the cell; if the SI signature is invalid, determining if the UE is configured to bar cells or not; if the SI signature is invalid and if the UE is not configured to bar cells with invalid SI signature, determining to use the cell; and if the SI signature is invalid and the UE is configured to bar cells with invalid SI signature, determining to bar the cell and select another cell to use.