mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sequencing a polypeptide comprising: (a) conjugating a probe to an N-terminal amino acid of the polypeptide wherein the probe comprises a xanthene derivative that exhibits different fluorescent spectral properties when conjugated to different N-terminal amino acids; (b) detecting one or more fluorescent spectral properties of the probe conjugated to the N-terminal amino acid by detecting fluorescence of the probe bound to the N-terminal amino acid of the polypeptide; (c) identifying the corresponding N-terminal amino acid of the polypeptide by comparing the fluorescent spectral properties of the probe to a plurality of reference fluorescent spectral properties, wherein each reference fluorescent spectral property is representative of the probe conjugated to a different N-terminal amino acid; (d) cleaving the N-terminal amino acid of the polypeptide; and (e) sequentially repeating steps (a) to (d) with the same probe to determine the sequence of at least a portion of the polypeptide. (a) conjugating a probe to an N-terminal amino acid of the polypeptide wherein the probe comprises a xanthene derivative that exhibits different fluorescent spectral properties when conjugated to different N-terminal amino acids; (b) detecting one or more fluorescent spectral properties of the probe conjugated to the N-terminal amino acid by detecting fluorescence of the probe bound to the N-terminal amino acid of the polypeptide; (c) identifying the corresponding N-terminal amino acid of the polypeptide by comparing the fluorescent spectral properties of the probe to a plurality of reference fluorescent spectral properties, wherein each reference fluorescent spectral property is representative of the probe conjugated to a different N-terminal amino acid; (d) cleaving the N-terminal amino acid of the polypeptide; and (e) sequentially repeating steps (a) to (d) with the same probe to determine the sequence of at least a portion of the polypeptide.
An electroporation device for injecting a product into a ciliary muscle of an eye, said device comprising: - a support having a spherical support contact surface extending along a virtual sphere (S) having a radius between 10 and 15 mm, - a first electrode comprising an invasive electrode needle , - a second electrode having an electrically conductive electrode contact surface , - an injection needle, wherein the support comprises a rectilinear insertion guide extending along an insertion axis (Δ 28 ) axis, said electroporation device being characterized in that the insertion axis defines an angle (ω) less than 40° with a plane (P S ) tangential to the virtual sphere at the insertion point (P i ) where said insertion axis crosses said virtual sphere. - a support having a spherical support contact surface extending along a virtual sphere (S) having a radius between 10 and 15 mm, - a first electrode comprising an invasive electrode needle , - a second electrode having an electrically conductive electrode contact surface , - an injection needle, wherein the support comprises a rectilinear insertion guide extending along an insertion axis (Δ 28 ) axis, said electroporation device being characterized in that the insertion axis defines an angle (ω) less than 40° with a plane (P S ) tangential to the virtual sphere at the insertion point (P i ) where said insertion axis crosses said virtual sphere.
Electrical flat-conductor arrangement for a vehicle, having at least one substantially dimensionally stable or flexurally rigid flat-conductor rail , which is sheathed at least in certain portions with a plastics sheath , in that at least one line receptacle for receiving at least one flexurally rigid conductor , guided parallel to the flat-conductor rail at least in certain portions, is also shaped on the plastics sheath , characterized in that the plastics sheath , at least in certain portions, has a cutting groove for separating, at least in certain portions, a part receiving the conductor from a part receiving the flat-conductor rail , or in that the plastics sheath , at least in certain portions, has a predetermined breaking point between a part receiving the flat-conductor rail and a part receiving the conductor . in that at least one line receptacle for receiving at least one flexurally rigid conductor , guided parallel to the flat-conductor rail at least in certain portions, is also shaped on the plastics sheath , characterized in that the plastics sheath , at least in certain portions, has a cutting groove for separating, at least in certain portions, a part receiving the conductor from a part receiving the flat-conductor rail , or in that the plastics sheath , at least in certain portions, has a predetermined breaking point between a part receiving the flat-conductor rail and a part receiving the conductor .
An article of jewelry or costume jewelry , in particular a bracelet, necklace, earring or ring, comprising at least one elastic or flexible support element which extends along a direction (s) of development of the article, and a plurality of ornamental elements which are fitted in succession on said support element and coupled two by two along the development direction (s) of the article, wherein each ornamental element has a body which comprises a first face for coupling to a subsequent contiguous ornamental element along the development direction (s) of the article, which first coupling face has a raised formation , and, on the opposite side, a second face for coupling to a previous contiguous ornamental element along the development direction (s) of the article, which second coupling face has a recess that is complementary in shape to the raised formation of the previous contiguous ornamental element , and wherein two contiguous ornamental elements are coupled together by accommodating the raised formation of the first element within the complementary recess of the second element , characterized in that said two contiguous ornamental elements are coupled together with at least one shock-absorbing spacer element (24; 24a, 24b) arranged therebetween. wherein each ornamental element has a body which comprises a first face for coupling to a subsequent contiguous ornamental element along the development direction (s) of the article, which first coupling face has a raised formation , and, on the opposite side, a second face for coupling to a previous contiguous ornamental element along the development direction (s) of the article, which second coupling face has a recess that is complementary in shape to the raised formation of the previous contiguous ornamental element , and wherein two contiguous ornamental elements are coupled together by accommodating the raised formation of the first element within the complementary recess of the second element , characterized in that said two contiguous ornamental elements are coupled together with at least one shock-absorbing spacer element (24; 24a, 24b) arranged therebetween.
A pulse oximetry monitor having an input for signals from a pulse oximetry sensor , an evaluation unit for evaluating the incoming signals , and an output unit , wherein the signals comprise an "on" signal and an "off" signal, wherein the "on" signal signals that the pulse oximetry sensor is applied to a patient, and the "off" signal signals that the pulse oximetry sensor has been removed from the patient, wherein the evaluation unit comprises a time measurement unit that measures the time from receiving an "on" signal to receiving an "off" signal, and wherein the output unit is a visual display, characterised in that the visual display displays a numerical value of how many hours have elapsed within each hour elapsed after receiving the "on" signal, and in that the visual display does not change the displayed numerical value after a predetermined number of hours have elapsed after receiving the "on" signal, until receiving the "off" signal or until the pulse oximetry monitor is switched off. wherein the signals comprise an "on" signal and an "off" signal, wherein the "on" signal signals that the pulse oximetry sensor is applied to a patient, and the "off" signal signals that the pulse oximetry sensor has been removed from the patient, wherein the evaluation unit comprises a time measurement unit that measures the time from receiving an "on" signal to receiving an "off" signal, and wherein the output unit is a visual display, characterised in that the visual display displays a numerical value of how many hours have elapsed within each hour elapsed after receiving the "on" signal, and in that the visual display does not change the displayed numerical value after a predetermined number of hours have elapsed after receiving the "on" signal, until receiving the "off" signal or until the pulse oximetry monitor is switched off.
A display device, in particular for cooktops, comprising a glass ceramic body, in particular a glass ceramic pane, which forms a glass ceramic front side and a glass ceramic rear side, and a light source arranged in the region of the glass ceramic rear side, wherein the average transmission of the glass ceramic body is > 0.2 % in each case for each of the spectral ranges of 420-500 nm, 500-620 nm and 550-640 nm, and wherein the maximum transmission of the glass ceramic body is < 40 % in the spectral range of 400 to 700 nm, characterised in that the transmission of the glass ceramic body is on average < 4 % in the spectral range of 450 to 600 nm, an optical compensation filter is arranged between the glass ceramic front side and the light source, and the light source emits white light and the compensation filter is designed in such a way that coloured light with a colour saturation between 0.99 and 0.5 is emitted on the glass ceramic front side.
A method for calculating a carrier specific scale factor, CSSF, outside a measurement gap, applied to an evolved universal terrestrial radio access-new radio dual-connectivity, EN-DC, system, comprising: receiving (S410), by a terminal device, first measurement configuration information sent by an evolved universal terrestrial radio access, E-UTRAN, primary cell, wherein the first measurement configuration information comprises M1 first measurement objects, M1≥0, M1 is integer, the first measurement object is a new radio NR measurement object configured on a primary secondary component carrier, PSCC, or a secondary component carrier, SCC, and receiving (S410), by the terminal device, second measurement configuration information sent by a new radio NR primary secondary cell, wherein the second measurement configuration information comprises M3 third measurement objects, and M4 fourth measurement objects, 0≤M3≤1, M4≥0, M3, and M4 are integers, the third measurement object is an NR measurement object configured on the PSCC, the fourth measurement object is an NR measurement object configured on the SCC, and calculating (S430), by the terminal device, a CSSF outside a measurement gap of each measurement object in the M1 first measurement objects, the M3 third measurement objects, and the M4 fourth measurement objects. receiving (S410), by a terminal device, first measurement configuration information sent by an evolved universal terrestrial radio access, E-UTRAN, primary cell, wherein the first measurement configuration information comprises M1 first measurement objects, M1≥0, M1 is integer, the first measurement object is a new radio NR measurement object configured on a primary secondary component carrier, PSCC, or a secondary component carrier, SCC, and receiving (S410), by the terminal device, second measurement configuration information sent by a new radio NR primary secondary cell, wherein the second measurement configuration information comprises M3 third measurement objects, and M4 fourth measurement objects, 0≤M3≤1, M4≥0, M3, and M4 are integers, the third measurement object is an NR measurement object configured on the PSCC, the fourth measurement object is an NR measurement object configured on the SCC, and calculating (S430), by the terminal device, a CSSF outside a measurement gap of each measurement object in the M1 first measurement objects, the M3 third measurement objects, and the M4 fourth measurement objects.
A heating cosmetic or personal care packette comprising: a rigid insert having a hollow neck with an orifice , and front and back panels having: perimeter portions that are bonded to the rigid insert ; a reservoir for holding a cosmetic or personal care product between the two panels that may be accessed though the hollow neck ; a product applicator in retaining engagement with the neck ; at least one heating element that is in physical contact with at least one of the panels , wherein the heating element is a continuous resistive heating path of length, L, that has a positive terminal and a negative terminal located near the perimeter portion of that panel on which the heating element is located. a rigid insert having a hollow neck with an orifice , and front and back panels having: perimeter portions that are bonded to the rigid insert ; a reservoir for holding a cosmetic or personal care product between the two panels that may be accessed though the hollow neck ; perimeter portions that are bonded to the rigid insert ; a reservoir for holding a cosmetic or personal care product between the two panels that may be accessed though the hollow neck ; a product applicator in retaining engagement with the neck ; at least one heating element that is in physical contact with at least one of the panels , wherein the heating element is a continuous resistive heating path of length, L, that has a positive terminal and a negative terminal located near the perimeter portion of that panel on which the heating element is located.
A container assembly for storing a biological sample, comprising: a container comprising a first end, a second end, and a sidewall extending between the first end and the second end defining a container interior ; a first chamber defined within the container interior and having an opening adjacent the first end of the container ; a second chamber defined within the container interior and having an opening adjacent the first end of the container , the second chamber in fluid isolation from the first chamber ; a closure threadably engageable with the first end of the container ; a platform attached to the closure and rotatable with respect to the closure ; and a sample holder attachable to the platform for storing a biological sample therein, wherein the closure is adapted to engage the container in a first orientation in which the sample holder is received within the first chamber , and a second orientation in which the same sample holder is subsequently received within the second chamber , wherein, when the sample holder is received within at least one of the first chamber and the second chamber and the closure is threadably engaged to the container , the sample holder is rotatable with respect to the closure . a container comprising a first end, a second end, and a sidewall extending between the first end and the second end defining a container interior ; a first chamber defined within the container interior and having an opening adjacent the first end of the container ; a second chamber defined within the container interior and having an opening adjacent the first end of the container , the second chamber in fluid isolation from the first chamber ; a closure threadably engageable with the first end of the container ; a platform attached to the closure and rotatable with respect to the closure ; and a sample holder attachable to the platform for storing a biological sample therein, wherein the closure is adapted to engage the container in a first orientation in which the sample holder is received within the first chamber , and a second orientation in which the same sample holder is subsequently received within the second chamber , wherein, when the sample holder is received within at least one of the first chamber and the second chamber and the closure is threadably engaged to the container , the sample holder is rotatable with respect to the closure .
Sensor support for a vehicle, in particular for an arrangement behind a bumper of the vehicle, comprising at least one receiving area to receive a sensor and at least one attachment area with which the sensor bracket can be fixed with an additional element, in particular with a bumper , a connection area intended to be connected by attachment to the additional element being included on at least a part of the at least attachment area , the sensor support being such that, on at least one attachment area , at least one elastic suspension part is arranged between the connection area and the receiving area , characterized in that the connection area is designed as a raised surface in the attachment area , the raised surface being conformed as a welding surface, in particular as a welding pad, and in that the sensor holder is intended to be manufactured by an injection molding process. characterized in that the connection area is designed as a raised surface in the attachment area , the raised surface being conformed as a welding surface, in particular as a welding pad, and in that the sensor holder is intended to be manufactured by an injection molding process.
A method for selecting a sound input, the method comprising: determining a spectral standard deviation value for each of multiple microphones ; determining a microphone with a lowest spectral standard deviation value at least partially based on a comparison of the spectral standard deviation values for the multiple microphones ; and selecting the microphone with the lowest spectral standard deviation value as an input for providing sound to a user. determining a spectral standard deviation value for each of multiple microphones ; determining a microphone with a lowest spectral standard deviation value at least partially based on a comparison of the spectral standard deviation values for the multiple microphones ; and selecting the microphone with the lowest spectral standard deviation value as an input for providing sound to a user.
A memory access device which is adapted to calculate a number of pixels in one burst access by dividing a number of bits obtained in one burst access to a memory storing an image frame by number of bits per pixel and discarding fraction thereof, to arrange a rectangular area having a number of pixels equal to or less than the calculated number of pixels in the image frame as a cell, to access to the memory by using the cell, and to read a block of a part of the image frame, comprising: - a first look-up table adapted for outputting a result of dividing a horizontal component of a pixel address in the block by a number of pixels in a horizontal component of the cell; - a second look-up table adapted for outputting a result of dividing a vertical component of a pixel address in the block by a number of pixels in a vertical component of the cell; - a third look-up table adapted for outputting a residue as a result of dividing a horizontal component of a pixel address in the block by a number of pixels in a horizontal component of the cell; and - a fourth look-up table adapted for outputting a residue as a result of dividing a vertical component of a pixel address in the block by a number of pixels in a vertical component of the cell, - wherein the output value of the first look-up table and the output value of the second look-up table are addresses of the cell for burst access to the memory, and the output value of the third look-up table and the output value of the fourth look-up table are usable as pixel addresses in the cell. - a first look-up table adapted for outputting a result of dividing a horizontal component of a pixel address in the block by a number of pixels in a horizontal component of the cell; - a second look-up table adapted for outputting a result of dividing a vertical component of a pixel address in the block by a number of pixels in a vertical component of the cell; - a third look-up table adapted for outputting a residue as a result of dividing a horizontal component of a pixel address in the block by a number of pixels in a horizontal component of the cell; and - a fourth look-up table adapted for outputting a residue as a result of dividing a vertical component of a pixel address in the block by a number of pixels in a vertical component of the cell, - wherein the output value of the first look-up table and the output value of the second look-up table are addresses of the cell for burst access to the memory, and
. An antistatic flexible hose, comprising: a hose body which is formed of a soft material having flexibility; a conductive layer which is provided along an outer peripheral face of the hose body in a band shape or a linear shape that extends in an axial direction; a conductive wire which is wound in a spiral shape along the outer peripheral face of the hose body and an outer surface of the conductive layer and which is provided so as to be pressure-welded, in a radial direction, to the outer peripheral face of the hose body and the outer surface of the conductive layer ; and a reinforcing member which is provided in a spiral shape along the conductive wire so as to protrude from the outer peripheral face of the hose body and the outer surface of the conductive layer , wherein the reinforcing member is disposed so as to sandwich the conductive wire between the reinforcing member and the outer surface of the conductive layer so that a surface of the conductive wire is crimped to the outer surface of the conductive layer , the conductive layer contains particulates of a carbon material and/or metallic particulates, and the conductive layer is exposed between the spiral reinforcing member . a hose body which is formed of a soft material having flexibility; a conductive layer which is provided along an outer peripheral face of the hose body in a band shape or a linear shape that extends in an axial direction; a conductive wire which is wound in a spiral shape along the outer peripheral face of the hose body and an outer surface of the conductive layer and which is provided so as to be pressure-welded, in a radial direction, to the outer peripheral face of the hose body and the outer surface of the conductive layer ; and a reinforcing member which is provided in a spiral shape along the conductive wire so as to protrude from the outer peripheral face of the hose body and the outer surface of the conductive layer , wherein the reinforcing member is disposed so as to sandwich the conductive wire between the reinforcing member and the outer surface of the conductive layer so that a surface of the conductive wire is crimped to the outer surface of the conductive layer , the conductive layer contains particulates of a carbon material and/or metallic particulates, and the conductive layer is exposed between the spiral reinforcing member .