mhurhangee/patent-ind-claim-en huggingface dataset:
A method for parallel alignment of a plane of rotation of a laser beam of a rotating laser parallel to a reference plane , in particular a non-horizontal reference plane, with a holding and adjusting apparatus for the rotating laser , which has a first fastening device for fastening the holding and adjusting apparatus to a fastening base and a second fastening device for fastening the rotating laser to the holding and adjusting apparatus , wherein the two fastening devices can be pivoted relative to one another about two pivot axes parallel to the plane of rotation of the rotating laser and intersecting one another, wherein the first fastening device of the holding and adjusting apparatus is fastened to the fastening base and subsequently the plane of rotation of the rotating laser is set parallel to the reference plane by pivoting the second fastening device exclusively about a first of the two pivot axes until a second of the two pivot axes runs parallel to the reference plane and thereafter the second fastening device is pivoted exclusively about the second pivot axis until the first pivot axis also runs parallel to the reference plane of the rotating laser , characterized in that the two pivot axes intersect in an axis of rotation about which the laser beam of the rotating laser rotates.
A method for demodulating a frequency modulated signal of a PMA, Power Matters Alliance, standard wireless charging device, wherein the method comprises following steps: 1) reading coil signals, sampling the coil signals, and counting sampling points in each cycle; 2) extracting a frequency change according to a change in a cycle count; 3) determining data according to the frequency change and a frequency duration and outputting the data; and 4) splicing the outputted data, wherein the step 2) specifically comprises following steps: 2-1) calculating a sum of numbers of sampling points in latest 24 cycles according to a count value of the latest cycle; 2-2) filtering the sum of the numbers of the sampling points in the 24 cycles, and eliminating frequency jitter caused by sampling; 2-3) determining a value sum_Fop corresponding to the operation frequency Fop; 2-4) calculating sum_delta by the following formula: sum_delta = out_IIR − sum_Fop , where sum_delta is a differential result between the filtered outputted value and a currently determined Fop value sum_Fop, out_IIR is the filtered outputted value, and sum_Fop is a count value of the Fop points; and 2-5) performing processing on sum_delta in order to eliminate jitter and offset and to output a modified sum_delta for use in determining data. 1) reading coil signals, sampling the coil signals, and counting sampling points in each cycle; 2) extracting a frequency change according to a change in a cycle count; 3) determining data according to the frequency change and a frequency duration and outputting the data; and 4) splicing the outputted data, 2-1) calculating a sum of numbers of sampling points in latest 24 cycles according to a count value of the latest cycle; 2-2) filtering the sum of the numbers of the sampling points in the 24 cycles, and eliminating frequency jitter caused by sampling; 2-3) determining a value sum_Fop corresponding to the operation frequency Fop; 2-4) calculating sum_delta by the following formula: sum_delta = out_IIR − sum_Fop , where sum_delta is a differential result between the filtered outputted value and a currently determined Fop value sum_Fop, out_IIR is the filtered outputted value, and sum_Fop is a count value of the Fop points; and 2-5) performing processing on sum_delta in order to eliminate jitter and offset and to output a modified sum_delta for use in determining data.
Vagina and/or cervix sampling device , in which the sampling device comprises: • a tube having an open proximal tube end and an open distal tube end ; • a sample-collecting member ; • a plunger having a proximal plunger end and a distal plunger end ; in which the plunger is inserted in the tube , with the distal plunger end protruding from the distal tube end , and carries the sample-collecting member at the proximal tube end ; in which the plunger is displaceable in the proximal direction (P) in the tube from a retracted introduction position to an extended sampling position; in which, in the introduction position, the sample-collecting member is situated inside the tube and protrudes from the tube in the sampling position; in which, in the sampling position, the sample collection member is rotatable a number of revolutions by rotating the plunger with respect to the tube ; and in which the sampling device is provided with an extension limiter which defines a maximum extension length (Z) over which the sample-collecting member can be extended from the proximal tube end ; characterized, in that the extension limiter comprises an extension lock which, viewed in the axial direction of the plunger , fixes the relative position of the plunger with respect to the tube at the maximum extension length (Z); and in that the extension lock comprises: either • a rib provided inside the tube and extending in the peripheral direction of the tube ; and • a locking lug provided on the plunger and protruding in the radial direction (R); the locking lug being resilient and flexible in the radial direction (R) in order to pass the rib in the axial direction. or • a lip which runs at an angle with respect to the axial direction and has a free end and a fixed end which is attached to one of either the tube or the plunger ; and • an internal obstacle in the tube which obstacle the free end of said lip can pass when the plunger is pushed in proximal direction whilst the lip catches behind the obstacle when pushed in distal direction and which obstacle is provided in the other of either the plunger or the tube . • a tube having an open proximal tube end and an open distal tube end ; • a sample-collecting member ; • a plunger having a proximal plunger end and a distal plunger end ; • a rib provided inside the tube and extending in the peripheral direction of the tube ; and • a locking lug provided on the plunger and protruding in the radial direction (R); the locking lug being resilient and flexible in the radial direction (R) in order to pass the rib in the axial direction. or • a lip which runs at an angle with respect to the axial direction and has a free end and a fixed end which is attached to one of either the tube or the plunger ; and • an internal obstacle in the tube which obstacle the free end of said lip can pass when the plunger is pushed in proximal direction whilst the lip catches behind the obstacle when pushed in distal direction and which obstacle is provided in the other of either the plunger or the tube .
A display device for a hybrid vehicle including: a motor that drives a wheel with electric power supplied from a battery ; an engine that consumes fuel supplied from a fuel tank , and drives the wheel or generates electricity for the motor ; a fuel gauge that displays the amount of the fuel remaining in the fuel tank ; and a non-traveling·non-power generating mode in which the engine is forced to run to consume the fuel for a purpose other than travelling and power generation, characterized in that the display device is configured to display a region corresponding to the amount of fuel to be consumed in the non-traveling·non-power generating mode, of the fuel displayed in the fuel gauge , such that the region is distinguishable by color from another region of the fuel . a motor that drives a wheel with electric power supplied from a battery ; an engine that consumes fuel supplied from a fuel tank , and drives the wheel or generates electricity for the motor ; a fuel gauge that displays the amount of the fuel remaining in the fuel tank ; and a non-traveling·non-power generating mode in which the engine is forced to run to consume the fuel for a purpose other than travelling and power generation, characterized in that the display device is configured to display a region corresponding to the amount of fuel to be consumed in the non-traveling·non-power generating mode, of the fuel displayed in the fuel gauge , such that the region is distinguishable by color from another region of the fuel .
A heat exchanger comprising: a plurality of heat exchange modules arranged and spaced apart from each other in a first direction; a header connected to end portions of the plurality of heat exchange modules , the end portions being located at ends of the plurality of heat exchange modules in a second direction crossing perpendicularly to the first direction, the plurality of heat exchange modules each including a heat transfer tube extending in the second direction, and a fin extending from an edge portion of the heat transfer tube in a third direction crossing perpendicularly to a plane parallel to the first direction and the second direction, the fin being positioned on both sides of the heat transfer tube across the heat transfer tube in the third direction, and including on its surface a plurality of convex parts each protruding in the first direction, and, the plurality of convex parts each being provided to define a surface inclined relative to the second direction and the third direction, wherein in each of the plurality of heat exchange modules , at least one convex part of the plurality of convex parts provided to the fin positioned on one side of the heat transfer tube has a top portion that is positioned outside the heat transfer tube in the first direction, and the plurality of convex parts provided to the fin positioned on an other side of the heat exchange module are positioned within a width of the heat transfer tube in the first direction. a plurality of heat exchange modules arranged and spaced apart from each other in a first direction; a header connected to end portions of the plurality of heat exchange modules , the end portions being located at ends of the plurality of heat exchange modules in a second direction crossing perpendicularly to the first direction, the plurality of heat exchange modules each including a heat transfer tube extending in the second direction, and a fin extending from an edge portion of the heat transfer tube in a third direction crossing perpendicularly to a plane parallel to the first direction and the second direction, the fin being positioned on both sides of the heat transfer tube across the heat transfer tube in the third direction, and including on its surface a plurality of convex parts each protruding in the first direction, and, the plurality of convex parts each being provided to define a surface inclined relative to the second direction and the third direction, wherein in each of the plurality of heat exchange modules , at least one convex part of the plurality of convex parts provided to the fin positioned on one side of the heat transfer tube has a top portion that is positioned outside the heat transfer tube in the first direction, and the plurality of convex parts provided to the fin positioned on an other side of the heat exchange module are positioned within a width of the heat transfer tube in the first direction.
A method comprising: testing a sample of a human subject for a genetic or epigenetic change in one or more nucleic acids mutated in endometrial, fallopian tubal, or ovarian neoplasia or cancer, wherein the step of testing is performed by increasing the sensitivity of massively parallel sequencing instruments with an error reduction technique that includes: (i) assignment of a unique identifier (UID) to each template molecule to form barcoded template molecules; and (ii) redundant sequencing of the barcoded template molecules, and wherein the sample: (a) comprises cells or fragments from the endometrium, fallopian tube and/or ovary and (b) is an endocervical specimen. (i) assignment of a unique identifier (UID) to each template molecule to form barcoded template molecules; and (ii) redundant sequencing of the barcoded template molecules, and (a) comprises cells or fragments from the endometrium, fallopian tube and/or ovary and (b) is an endocervical specimen.
An antibody or antigen-binding fragment thereof, that specifically binds the hIL-4R of SEQ ID NO:1 comprising the HCVR and LCVR sequence of SEQ ID NO:51 and SEQ ID NO: 59.
An earphone socket , comprising: a housing , defining a mounting cavity ; a support bracket in the mounting cavity , the support bracket being provided with a first supporting passage ; and a plurality of pins located between the support bracket and inner walls of the mounting cavity , wherein the plurality of pins passes through a back wall of the mounting cavity to expose outer ends of the plurality of pins , the plurality of pins comprises at least one first pin snapped into the first supporting passage , the at least one first pin is provided with a first limiting groove , and the first supporting passage is provided with a first limiting protrusion fitted with the first limiting groove therein, the at least one first pin is provided with a flexed portion flexed at a head portion rearwards towards the back wall, the flexed portion is provided with a protruding portion protruding towards a longitudinal axis of the mounting cavity , and the first limiting groove defines the protruding portion on the opposite side of the at least one first pin . a housing , defining a mounting cavity ; a support bracket in the mounting cavity , the support bracket being provided with a first supporting passage ; and a plurality of pins located between the support bracket and inner walls of the mounting cavity , wherein the plurality of pins passes through a back wall of the mounting cavity to expose outer ends of the plurality of pins , the plurality of pins comprises at least one first pin snapped into the first supporting passage , the at least one first pin is provided with a first limiting groove , and the first supporting passage is provided with a first limiting protrusion fitted with the first limiting groove therein, the at least one first pin is provided with a flexed portion flexed at a head portion rearwards towards the back wall, the flexed portion is provided with a protruding portion protruding towards a longitudinal axis of the mounting cavity , and the first limiting groove defines the protruding portion on the opposite side of the at least one first pin .
Glass fibers, the chemical composition of which comprises the following constituents, in a weight content that varies within the limits defined below: SiO 2 50-70% Al 2 O 3 0-5% CaO+MgO 0-7% Na 2 O 5-15% K 2 O 0-10% BaO 2-10% SrO 2-10% ZnO < 2% B 2 O 3 5-15%.
A method of suppressing corrosion of a corrodible metal surface that contacts a water stream in a water system, the method comprising: introducing into the water stream a treatment composition including a Tin(II) corrosion inhibitor and a hydroxycarboxylic acid promoter, the hydroxycarboxylic acid promoter being glucaric acid, wherein the treatment composition is introduced so that a concentration of tin in the water stream is in the range of 0.3 to 1.25 ppm, and the treatment composition is introduced so that a concentration of the promoter in the water stream is in the range of 7.5 ppm to 20 ppm. introducing into the water stream a treatment composition including a Tin(II) corrosion inhibitor and a hydroxycarboxylic acid promoter, the hydroxycarboxylic acid promoter being glucaric acid, wherein the treatment composition is introduced so that a concentration of tin in the water stream is in the range of 0.3 to 1.25 ppm, and the treatment composition is introduced so that a concentration of the promoter in the water stream is in the range of 7.5 ppm to 20 ppm.
A compound that inhibits the activity of TGFβ for use in a method of treating, preventing or delaying the onset of bone marrow failure in a patient having Fanconi Anemia (FA), wherein the compound is an antibody specific for TGFβ or TGFβR1.
A method performed by an electronic device (110; 210a-210z), the method comprising: accessing, by the electronic device (110; 210a-210z), data (211a-211z; 215a-215z) stored by the electronic device (110; 210a-210z) that identifies authentication keys the electronic device (110; 210a-210z) accepts as valid; sending , by the electronic device (110; 210a-210z) to a second electronic device (120; 220a-220n), an authentication request that identifies a set of authentication keys including at least some of the authentication keys the electronic device accepts as valid; receiving, by the electronic device (110; 210a-210z), response data that the second electronic device (120; 220a-220n) provides in response to the authentication request , wherein the response data i) identifies a particular authentication key from the set of authentication keys identified by the authentication request, and ii) includes a signature generated using the particular authentication key; and authenticating, by the electronic device (110; 210a-210z), the second electronic device (120; 220a-220n) by determining that the received signature was generated using the particular authentication key. accessing, by the electronic device (110; 210a-210z), data (211a-211z; 215a-215z) stored by the electronic device (110; 210a-210z) that identifies authentication keys the electronic device (110; 210a-210z) accepts as valid; sending , by the electronic device (110; 210a-210z) to a second electronic device (120; 220a-220n), an authentication request that identifies a set of authentication keys including at least some of the authentication keys the electronic device accepts as valid; receiving, by the electronic device (110; 210a-210z), response data that the second electronic device (120; 220a-220n) provides in response to the authentication request , wherein the response data i) identifies a particular authentication key from the set of authentication keys identified by the authentication request, and ii) includes a signature generated using the particular authentication key; and authenticating, by the electronic device (110; 210a-210z), the second electronic device (120; 220a-220n) by determining that the received signature was generated using the particular authentication key.
A device for determining the composition of a mixture of fluids that flow along a pipe, which comprises: - a radiation source for illuminating the mixture with radiation; - a detector for detecting radiation that has been attenuated by the mixture; - a device for monitoring the flow rate of fluid along the pipe and outputting a signal indicative of the flow rate; characterized in that it includes a device for adjusting the intensity of radiation emitted by the radiation source in response to the signal indicative of the flow rate so that the intensity of the radiation source is reduced if the flow rate reduces, so that the radiation source is never run at a power greater than the minimum required for illuminating the mixture with said radiation at a given flow rate. - a radiation source for illuminating the mixture with radiation; - a detector for detecting radiation that has been attenuated by the mixture; - a device for monitoring the flow rate of fluid along the pipe and outputting a signal indicative of the flow rate;
Sample injector for liquid chromatography comprising - an LC switching valve comprising a sample input port , an aspiration/dispensing pump port , an analytical sample loop input port and an analytical sample loop output port , and an LC pump port and an LC column port , - an aspiration pump fluidically connected to the aspiration/dispensing pump port via a buffer sample loop for aspirating a sample into the buffer sample loop when the aspiration/dispensing pump port is connected to the sample input port , - an analytical sample loop connected to the LC switching valve between the analytical sample loop input port and the analytical sample loop output port , for receiving at least part of the sample aspirated into the buffer sample loop when the analytical sample loop input port is connected to the aspiration/dispensing pump port , - an LC column fluidically connected to the LC column port , and - an LC pump fluidically connected to the LC pump port , for injecting the sample received into the analytical sample loop into the LC column when the LC pump port is fluidically connected to the analytical sample loop output port and the LC column port is fluidically connected to the analytical sample loop input port . - an LC switching valve comprising a sample input port , an aspiration/dispensing pump port , an analytical sample loop input port and an analytical sample loop output port , and an LC pump port and an LC column port , - an aspiration pump fluidically connected to the aspiration/dispensing pump port via a buffer sample loop for aspirating a sample into the buffer sample loop when the aspiration/dispensing pump port is connected to the sample input port , - an analytical sample loop connected to the LC switching valve between the analytical sample loop input port and the analytical sample loop output port , for receiving at least part of the sample aspirated into the buffer sample loop when the analytical sample loop input port is connected to the aspiration/dispensing pump port , - an LC column fluidically connected to the LC column port , and - an LC pump fluidically connected to the LC pump port , for injecting the sample received into the analytical sample loop into the LC column when the LC pump port is fluidically connected to the analytical sample loop output port and the LC column port is fluidically connected to the analytical sample loop input port .
Contact element system having a plurality of identically long, pin-shaped or needle-shaped and electrically conductive contact elements , each having two end regions (4',5' ,4", 5") for electrically contacting contact positions and each having an intermediate region between the end regions, wherein the contact elements are formed so that each are elastically bendable in the intermediate region in their longitudinal extension when a load is applied, overcoming their bending rigidity, and to this purpose, each have a lamellar shape in the intermediate region such that each comprises at least two strips that run parallel to each other and are spaced from each other, characterized in that at least two of contact elements of the plurality of contact elements , comparing the intermediate regions of the at least wo contact elements with each other, comprise different cross-section areas and differently shaped strips in their intermediate areas , wherein the shapes of the strips being chosen so that the contact elements have the same or almost the same bending rigidity.