mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a transfer printer, the transfer printer comprising: first and second spool supports Z f each being configured to support a spool of ribbon; a ribbon drive configured to cause movement of ribbon from the first spool support to the second spool support along a predetermined ribbon path; and a printhead , the printhead being configured to selectively transfer ink from the ribbon to a substrate Z as the substrate is moved relative to the printhead in a direction of substrate movement, the method comprising: i) driving the ribbon in a direction parallel to the direction of substrate movement; ii) printing a first plurality of images onto a first respective plurality of substrates; iii) driving the ribbon in a direction opposite to the direction of substrate movement; iv) driving the ribbon in the direction parallel to the direction of substrate movement; and v) printing a second plurality of images onto a second respective plurality of substrates; wherein: printing each image of the first and second pluralities of images results in corresponding pluralities of first and second negative images being formed on the ribbon; each negative image of the first plurality of negative images is located adjacent a negative image of the second plurality of negative images on the ribbon; and each of the first plurality of images is offset from each of the other ones of the first plurality of images by a predetermined offset in the direction of substrate movement. i) driving the ribbon in a direction parallel to the direction of substrate movement; ii) printing a first plurality of images onto a first respective plurality of substrates; iii) driving the ribbon in a direction opposite to the direction of substrate movement; iv) driving the ribbon in the direction parallel to the direction of substrate movement; and v) printing a second plurality of images onto a second respective plurality of substrates; wherein: printing each image of the first and second pluralities of images results in corresponding pluralities of first and second negative images being formed on the ribbon; each negative image of the first plurality of negative images is located adjacent a negative image of the second plurality of negative images on the ribbon; and each of the first plurality of images is offset from each of the other ones of the first plurality of images by a predetermined offset in the direction of substrate movement. printing each image of the first and second pluralities of images results in corresponding pluralities of first and second negative images being formed on the ribbon; each negative image of the first plurality of negative images is located adjacent a negative image of the second plurality of negative images on the ribbon; and each of the first plurality of images is offset from each of the other ones of the first plurality of images by a predetermined offset in the direction of substrate movement.
Vibronic sensor designed to determine and/or monitor at least one process variable of a medium in a vessel , comprising at least a unit capable of vibrating mechanically , a drive/reception unit and an electronic unit , wherein the drive/reception unit is designed to excite the unit that is capable of vibrating mechanically to perform mechanical vibrations by means of an electrical excitation signal (U A ), and to receive the mechanical vibrations of the unit capable of vibrating mechanically and to convert them to an electrical reception signal (U E ), wherein the electronic unit is designed to generate the excitation signal (U A ) on the basis of the reception signal (U E ), and to determine the at least one process variable from the reception signal (U E ), wherein the electronic unit comprises at least an adaptive filter , characterized in that the electronic unit is designed to regulate the filter characteristic of the adaptive filter in such a way that a target phase shift (Ø soll ) occurs between the excitation signal (U A ) and the reception signal (U E ), in that the electronic unit is designed to regulate the target phase shift (Ø soll ) by setting the center frequency (f m ) of the adaptive filter , in that the electronic unit comprises a phase regulation unit, wherein said phase regulation unit is designed to regulate the center frequency of the adaptive filter in such a way that a predefinable value is present for a phase shift (Ø filter ) between an input signal and an output signal of the filter in such a way that results in the target phase shift (Ø soll ) between the excitation signal (U A ) and the reception signal (U E ), and in that the bandwidth (B) of the adaptive filter can be set in a measuring mode for the purpose of reducing interference signals.
An automatic dishwashing detergent, containing at least one zinc salt and at least one polymer which contains N-containing heterocycles, characterized in that the polymer which contains N-containing heterocycles is a polyvinylpyrrolidone, the polyvinylpyrrolidone being in particulate form, the polyvinylpyrrolidone particles preferably having an average particle diameter of from 100 to 150 μm.
Elevator car configured for traveling along a hoistway which extends between a plurality of landings , the elevator car comprising an apron , which is arranged at a bottom the elevator car , wherein the apron is movable between at least two positions including: a blocking position in which the apron extends downward from the bottom of the elevator car such as to block access to the hoistway through an area below the elevator car ; and an access position, in which the apron is configured for allowing access to the hoistway through the area below the elevator car characterized in that the apron is movable into the access position only when the elevator car is positioned not more than a predetermined distance apart from the lowest landing . a blocking position in which the apron extends downward from the bottom of the elevator car such as to block access to the hoistway through an area below the elevator car ; and an access position, in which the apron is configured for allowing access to the hoistway through the area below the elevator car characterized in that the apron is movable into the access position only when the elevator car is positioned not more than a predetermined distance apart from the lowest landing .
Braking force simulator for a motor vehicle, having a piston which is or can be operatively connected to an actuatable brake pedal and is axially displaceably guided in a cylinder , wherein the cylinder has arranged therein at least one spring element which counteracts the movement of the piston in one direction with a spring force, wherein the spring element is designed as an elastomer element which has a first end bearing flat against a bottom of the cylinder , characterized in that the elastomer element has, at its second end , a first and at least one second axial stop surface for the piston , and in that the piston has a first axial stop for the first stop surface and at least one second axial stop for the second stop surface of the elastomer element , wherein the first axial stop surface and the second axial stop surface and the first axial stop and the second axial stop are each designed to be axially spaced apart from one another, with the result that contact between the second axial stop and second axial stop surface occurs only at a determined displacement travel of the piston .
A polyoxazoline copolymer comprising at least 20 oxazoline units, including at least 4 non-terminal oxazoline units that contain a calcium binding group selected from bisphosphonate, citrate, ethylenediaminetetraacetic acid (EDTA) and combinations thereof.
A garment having a sleeve construction, the garment comprising: a torso covering portion defining at least a first sleeve opening , and a second sleeve opening ; a first sleeve extending from the first sleeve opening ; and a second sleeve extending from the second sleeve opening , the first and second sleeves each having a proximal end and a distal end defining a length therebetween, wherein: the first sleeve has a first pocket opening in communication with a first pocket space, the first pocket opening positioned on an anterior aspect of the first sleeve at a location superior to the midway point between the proximal end and the distal end of the first sleeve , the first pocket space extending in a lateral direction with respect to the first pocket opening, and the second sleeve has a second pocket opening in communication with a second pocket space, the second pocket opening positioned on a medial aspect of the second sleeve at a location superior to the midway point between the proximal end and the distal end of the second sleeve , the second pocket space extending in a lateral direction with respect to the second pocket opening.
A garden tool storage device for any of a first tool and a second tool for gardening, comprising: a body ; and one or more cavities defined in the body , wherein each of the one or more cavities 140 allow removable coupling of any of the first tool and the second tool ; wherein the one or more cavities comprise at least one first coupling and at least one second coupling adapted to removably couple therewith; whereby the one or more cavities is such that any force or bending moment from the first tool and the second tool is transferred to the first coupling and the second coupling respectively; characterized in that the first coupling is different from the second coupling . a body ; and one or more cavities defined in the body , wherein each of the one or more cavities 140 allow removable coupling of any of the first tool and the second tool ; wherein the one or more cavities comprise at least one first coupling and at least one second coupling adapted to removably couple therewith; whereby the one or more cavities is such that any force or bending moment from the first tool and the second tool is transferred to the first coupling and the second coupling respectively; characterized in that the first coupling is different from the second coupling .
A power conversion device comprising: a rectifier circuit configured to rectify an AC voltage to a DC voltage; an inverter circuit configured to convert, into an AC voltage, the DC voltage rectified by the rectifier circuit and output the converted AC voltage to a motor ; a DC link capacitor connected between the rectifier circuit and the inverter circuit ; a generator configured to generate a signal for controlling the inverter circuit to output, from the inverter circuit , an AC voltage corresponding to a designated phase; an estimator configured to estimate a first phase of a rotor of the motor based on a current flowing through the motor ; and a beat suppression controller configured to output a second phase to the generator as the designated phase so as to suppress a beat component superimposed on the current flowing through the motor , the second phase being obtained by adjusting the first phase, characterized in that the beat suppression controller includes a switch configured to switch between a first mode and a second mode, the first mode being a mode in which the second phase is output to the generator as the designated phase, the second mode being a mode in which the first phase is output to the generator as the designated phase. a rectifier circuit configured to rectify an AC voltage to a DC voltage; an inverter circuit configured to convert, into an AC voltage, the DC voltage rectified by the rectifier circuit and output the converted AC voltage to a motor ; a DC link capacitor connected between the rectifier circuit and the inverter circuit ; a generator configured to generate a signal for controlling the inverter circuit to output, from the inverter circuit , an AC voltage corresponding to a designated phase; an estimator configured to estimate a first phase of a rotor of the motor based on a current flowing through the motor ; and a beat suppression controller configured to output a second phase to the generator as the designated phase so as to suppress a beat component superimposed on the current flowing through the motor , the second phase being obtained by adjusting the first phase, characterized in that the beat suppression controller includes a switch configured to switch between a first mode and a second mode, the first mode being a mode in which the second phase is output to the generator as the designated phase, the second mode being a mode in which the first phase is output to the generator as the designated phase.
A vehicle-mounted power supply apparatus comprising: a DC/DC converter that converts a first DC voltage outputted from a vehicle-mounted storage battery and that outputs the converted voltage as a second DC voltage; a switching section ; and a control section that controls the DC/DC converter and the switching section , characterized in that the switching section outputs the second DC voltage outputted from the DC/DC converter to any one of an auxiliary battery mounted on the vehicle and a DC voltage outlet through which the second DC voltage is outputted to an outside of the vehicle, and when the control section controls the switching section so that the second DC voltage is outputted to the DC voltage outlet, the control section controls the DC/DC converter so that the second DC voltage becomes equal to or below a predetermined voltage value which is smaller than a rated voltage value of the storage battery . a DC/DC converter that converts a first DC voltage outputted from a vehicle-mounted storage battery and that outputs the converted voltage as a second DC voltage; a switching section ; and a control section that controls the DC/DC converter and the switching section , characterized in that the switching section outputs the second DC voltage outputted from the DC/DC converter to any one of an auxiliary battery mounted on the vehicle and a DC voltage outlet through which the second DC voltage is outputted to an outside of the vehicle, and when the control section controls the switching section so that the second DC voltage is outputted to the DC voltage outlet, the control section controls the DC/DC converter so that the second DC voltage becomes equal to or below a predetermined voltage value which is smaller than a rated voltage value of the storage battery .
Connection fitting for a petroleum tanker vehicle with a housing comprising a housing wall and a support protruding inwards from the housing wall , wherein a first flow opening for a liquid and a second flow opening for the liquid are provided on the housing at two opposing end faces, with a valve module encompassed by the housing wall at least portion-wise and held on the support of the housing , said valve module comprising a valve rod held displaceably in an axial direction , a return spring gripping the valve rod and provided between the support and the valve head , and a valve carrier held in any case indirectly on the valve rod , wherein in a closing position of the valve module the valve rod is provided in a first axial position and the valve head closes the first flow opening , wherein in a filling position of the valve module the valve rod is provided in a second axial position, the return spring is pre-tensioned to pressure and the valve head is provided remote from the first flow opening for release thereof, and wherein the axial direction in the closing position and in the filling position is perpendicular to an extension plane of the valve head , and with an actuating module which is in operative connection with the valve module and is provided to bring the valve module into the closing position and/or into the filling position, characterised in that the valve head is held pivotably around an axis of rotation in relation to the valve rod and in that the valve head is provided in a removal position of the valve module remote from the first flow opening and releases it, wherein in the removal position the valve rod is arranged in the second axial position and an angle of 10° or less is provided between the axial direction and the extension plane of the valve head in the removal position.
A method, comprising: determining (S701), by a terminal, a priority of a first uplink channel and a priority of a second uplink channel based on information about a reference signal of the first uplink channel and information about a reference signal of the second uplink channel, wherein transmission of the first uplink channel overlaps with transmission of the second uplink channel in terms of time; and preferentially allocating (S702), by the terminal, transmission power to an uplink channel of a higher priority between the first uplink channel and the second uplink channel. determining (S701), by a terminal, a priority of a first uplink channel and a priority of a second uplink channel based on information about a reference signal of the first uplink channel and information about a reference signal of the second uplink channel, wherein transmission of the first uplink channel overlaps with transmission of the second uplink channel in terms of time; and preferentially allocating (S702), by the terminal, transmission power to an uplink channel of a higher priority between the first uplink channel and the second uplink channel.
An electrode device comprising an internal electrode , an enclosing that houses the internal electrode , an internal solution that is housed in the enclosing and that electrically communicates through a liquid junction formed in the enclosing or through a response glass that forms a part or all of the enclosing with the internal electrode , and an antifouling mechanism that has a light source to irradiate ultraviolet rays on a sample contact surface of the enclosing as being a surface that makes contact with a sample and that prevents the sample contact surface of the enclosing from being polluted, wherein the light source is directly or indirectly mounted on an outside of the enclosing , or the light source is housed inside of the enclosing , the internal electrode is covered, except for a part thereof, by a covering material that intercepts or absorbs ultraviolet rays, and the internal electrode is arranged across the light source at a position nearer to the opposite side with respect to an end where the response glass or the liquid junction is arranged than a position where the length of the electrode enclosing is halved to restrain the ultraviolet rays emitted from the light source from being irradiated on the internal electrode. an internal electrode , an enclosing that houses the internal electrode , an internal solution that is housed in the enclosing and that electrically communicates through a liquid junction formed in the enclosing or through a response glass that forms a part or all of the enclosing with the internal electrode , and an antifouling mechanism that has a light source to irradiate ultraviolet rays on a sample contact surface of the enclosing as being a surface that makes contact with a sample and that prevents the sample contact surface of the enclosing from being polluted, wherein the light source is directly or indirectly mounted on an outside of the enclosing , or the light source is housed inside of the enclosing , the internal electrode is covered, except for a part thereof, by a covering material that intercepts or absorbs ultraviolet rays, and the internal electrode is arranged across the light source at a position nearer to the opposite side with respect to an end where the response glass or the liquid junction is arranged than a position where the length of the electrode enclosing is halved to restrain the ultraviolet rays emitted from the light source from being irradiated on the internal electrode.
A computer based method for monitoring activity of a nuclease using a biological sample of a subject including cell-free DNA, the method comprising: receiving sequence reads obtained from sequencing cell-free DNA fragments in the biological sample of the subject; determining, using the sequence reads, an amount of the cell-free DNA fragments that end with a particular base; and comparing the amount to a reference value to determine a first classification of an activity of the nuclease. receiving sequence reads obtained from sequencing cell-free DNA fragments in the biological sample of the subject; determining, using the sequence reads, an amount of the cell-free DNA fragments that end with a particular base; and comparing the amount to a reference value to determine a first classification of an activity of the nuclease.
A universal platform, wherein the universal platform comprising: a bottom base ; an upper cover , disposed on the bottom base , and having a through hole and a plurality of positioning posts ; a fixed base , disposed between the upper cover and the bottom base , and having a concave aligned to the through hole to form a receiving space, wherein the fixed base has a plurality of positioning holes for respectively accommodating the plurality of positioning posts so that an end of each positioning posts protrudes through each of the positioning holes ; a rotating base , disposed in the receiving space, and partially protruding outside of the through hole ; at least one locking member , connected to the upper cover through the fixed base ; and at least one elastic member , disposed between the fixed base and the at least one locking member ; wherein the universal platform is characterized by further comprising: a plurality of spacers respectively sleeved on the ends of the plurality of positioning posts . a bottom base ; an upper cover , disposed on the bottom base , and having a through hole and a plurality of positioning posts ; a fixed base , disposed between the upper cover and the bottom base , and having a concave aligned to the through hole to form a receiving space, wherein the fixed base has a plurality of positioning holes for respectively accommodating the plurality of positioning posts so that an end of each positioning posts protrudes through each of the positioning holes ; a rotating base , disposed in the receiving space, and partially protruding outside of the through hole ; at least one locking member , connected to the upper cover through the fixed base ; and at least one elastic member , disposed between the fixed base and the at least one locking member ; wherein the universal platform is characterized by further comprising: a plurality of spacers respectively sleeved on the ends of the plurality of positioning posts .
A formwork device to make a space adapted to the dimensions of a desired opening in a poured concrete wall, the device includes: - at least one main panel , - at least one complementary panel , - shims , and - connecting elements arranged to produce an assembly in the same plane of at least one main panel , of at least one complementary panel and shims , this assembly having an external contour comprising unperforated faces forming the formwork skin of the formwork of the space, certain shims being only arranged to maintain a determined spacing between two panels among the at least one main panel and the at least one complementary panel ; characterized in that the at least one main panel and the at least one complementary panel have the shape of a rectangular parallelepiped. - at least one main panel , - at least one complementary panel , - shims , and - connecting elements arranged to produce an assembly in the same plane of at least one main panel , of at least one complementary panel and shims ,