mhurhangee/patent-ind-claim-en huggingface dataset:
A production method for a separator integrated gasket for fuel cells comprising: stacking a pair of separators having adjacent portions approaching each other and separation portions separating from each other in a stacked state and manifold holes opened in the separation portions , and a spacer between the separation portions in the separators , wherein the manifold holes are opened via the spacer in which an inner peripheral hole is opened and which enables circulation of a fluid in a direction orthogonal to a stacking direction so that the manifold holes and the inner peripheral hole are continuous to each other; disposing a stacked object of the separators and the spacer in a mold ; and charging a rubber molding material into a gasket molding cavity defined between a surface opposite to the spacer in the separator and the mold and curing the rubber molding material. stacking a pair of separators having adjacent portions approaching each other and separation portions separating from each other in a stacked state and manifold holes opened in the separation portions , and a spacer between the separation portions in the separators , wherein the manifold holes are opened via the spacer in which an inner peripheral hole is opened and which enables circulation of a fluid in a direction orthogonal to a stacking direction so that the manifold holes and the inner peripheral hole are continuous to each other; a pair of separators having adjacent portions approaching each other and separation portions separating from each other in a stacked state and manifold holes opened in the separation portions , and a spacer between the separation portions in the separators , wherein the manifold holes are opened via the spacer in which an inner peripheral hole is opened and which enables circulation of a fluid in a direction orthogonal to a stacking direction so that the manifold holes and the inner peripheral hole are continuous to each other; disposing a stacked object of the separators and the spacer in a mold ; and charging a rubber molding material into a gasket molding cavity defined between a surface opposite to the spacer in the separator and the mold and curing the rubber molding material.
A catheter system comprising: a first wire delivery catheter having a distal end configured to be positioned at a first location and a first wire disposed within the first wire delivery catheter ; a translatable catheter separate from the first wire delivery catheter and having an open distal end configured to be positioned at a second location laterally spaced from the first location and to be movable between a first position at which the open distal end of the translatable catheter is at or proximate the first location and a second position at which the open distal end of the translatable catheter is at the second location ; and a tether configured to move the open distal end of the translatable catheter from the first position to the second position in a substantially linear fashion, while the distal end of the first wire delivery catheter is maintained at the first location , wherein the tether is coupled at a fixed end to the first wire delivery catheter and passes through a lumen of the translatable catheter and at a free end is accessible to a user to permit manipulation of the tether to cause the open distal end of the translatable catheter to move between the first and second positions, wherein the first wire delivery catheter and the translatable catheter are slidingly contained within respective lumens formed in a delivery sheath . a first wire delivery catheter having a distal end configured to be positioned at a first location and a first wire disposed within the first wire delivery catheter ; a translatable catheter separate from the first wire delivery catheter and having an open distal end configured to be positioned at a second location laterally spaced from the first location and to be movable between a first position at which the open distal end of the translatable catheter is at or proximate the first location and a second position at which the open distal end of the translatable catheter is at the second location ; and a tether configured to move the open distal end of the translatable catheter from the first position to the second position in a substantially linear fashion, while the distal end of the first wire delivery catheter is maintained at the first location , wherein the tether is coupled at a fixed end to the first wire delivery catheter and passes through a lumen of the translatable catheter and at a free end is accessible to a user to permit manipulation of the tether to cause the open distal end of the translatable catheter to move between the first and second positions, wherein the first wire delivery catheter and the translatable catheter are slidingly contained within respective lumens formed in a delivery sheath .
An information processing program to be executed by a computer of an information processing apparatus which executes an information process on the basis of user's operation to an operation section and displays an image on a display section , the information processing program causing the computer to execute: a first image generation step (S8, S40) of generating a first image by imaging a first three-dimensional virtual space including a predetermined object by a first virtual camera; a map object generation step (Si) of generating a map object representing the first three-dimensional virtual space and formed by a three-dimensional model corresponding to the first three-dimensional virtual space, and placing the map object in a second three-dimensional virtual space; an indicator object placing step (S32) of placing, on the map object, an indicator object indicating a position of the predetermined object in the first three-dimensional virtual space; a second image generation step (S41) of generating a second image by imaging the second three-dimensional virtual space including the map object on which the indicator object is placed, by a second virtual camera; and a display control step (S9, S42) of displaying the first image and the second image on the display section, wherein in the second image generation step, the second image is generated such that the indicator object placed on the map object is displayed in a manner such that a part hidden by the map object and a part not hidden by the map object as seen from the second virtual camera are different from each other. a first image generation step (S8, S40) of generating a first image by imaging a first three-dimensional virtual space including a predetermined object by a first virtual camera; a map object generation step (Si) of generating a map object representing the first three-dimensional virtual space and formed by a three-dimensional model corresponding to the first three-dimensional virtual space, and placing the map object in a second three-dimensional virtual space; an indicator object placing step (S32) of placing, on the map object, an indicator object indicating a position of the predetermined object in the first three-dimensional virtual space; a second image generation step (S41) of generating a second image by imaging the second three-dimensional virtual space including the map object on which the indicator object is placed, by a second virtual camera; and a display control step (S9, S42) of displaying the first image and the second image on the display section, wherein in the second image generation step, the second image is generated such that the indicator object placed on the map object is displayed in a manner such that a part hidden by the map object and a part not hidden by the map object as seen from the second virtual camera are different from each other.
Arrangement of fingerprint sensing and/or fingerprint verification, comprising: a sensor system comprising an array of plural sensor capacitors , the plural sensor capacitors including a plurality of central electrodes ; and a plurality of peripheral electrodes corresponding to the central electrodes and annularly surrounding the central electrodes, formed in an array, and being connected to a ground potential; wherein the arrangement is configured to detect changes of the electric fields between each of the central electrode and the peripheral electrode of the plural sensor capacitors upon positioning a finger close to the sensor system to detect the fingerprint topology, the arrangement further comprising: a readout system adapted to selectively generate an output signal indicative of a capacity of each of the plural sensor capacitors , the readout system further comprising: a capacitance-to-voltage converter adapted to convert a capacity of each of the plural sensor capacitors to a voltage being proportional to the capacity, the capacitance-to-voltage converter comprising: an operational amplifier , in particular operational transconductance amplifier, having its non-inverting input terminal connected to ground potential or reference potential, wherein each of the sensor capacitors is selectively connectable to an inverting input terminal of the operational amplifier ; a readout capacitor (C4) connected between the inverting input terminal of the operational amplifier and an output terminal of the operational amplifier; and a switching system adapted to selectively, in particular successively, convert the capacitance of one or more of the plural sensor capacitors to a respective voltage at the output terminal of the operational amplifier. a sensor system comprising an array of plural sensor capacitors , the plural sensor capacitors including a plurality of central electrodes ; and a plurality of peripheral electrodes corresponding to the central electrodes and annularly surrounding the central electrodes, formed in an array, and being connected to a ground potential; an operational amplifier , in particular operational transconductance amplifier, having its non-inverting input terminal connected to ground potential or reference potential, wherein each of the sensor capacitors is selectively connectable to an inverting input terminal of the operational amplifier ; a readout capacitor (C4) connected between the inverting input terminal of the operational amplifier and an output terminal of the operational amplifier; and a switching system adapted to selectively, in particular successively, convert the capacitance of one or more of the plural sensor capacitors to a respective voltage at the output terminal of the operational amplifier.
A method of preparing a sequencing library comprising nucleic acids from a plurality of single cells, the method comprising: (a) providing isolated nuclei from a plurality of cells; (b) subjecting the isolated nuclei to a chemical treatment to generate nucleosome-depleted nuclei, while maintaining integrity of the isolated nuclei; (c) distributing subsets of the nucleosome-depleted nuclei into a first plurality of compartments and contacting each subset with a transposome complex, wherein the transposome complex in each compartment comprises a transposase and a first index sequence that is different from first index sequences in the other compartments; (d) fragmenting nucleic acids in the subsets of nucleosome-depleted nuclei into a plurality of nucleic acid fragments and incorporating the first index sequences into at least one strand of the nucleic acid fragments to generate indexed nuclei comprising indexed nucleic acid fragments, wherein the indexed nucleic acid fragments remain attached to the transposases; (e) combining the indexed nuclei to generate pooled indexed nuclei; (f) distributing subsets of the pooled indexed nuclei into a second plurality of compartments; (g) incorporating into the indexed nucleic acid fragments in each compartment a second index sequence to generate dual-index fragments, wherein the second index sequence in each compartment is different from second index sequences in the other compartments; (h) combining the dual-index fragments, thereby producing a sequencing library comprising whole genome nucleic acids from the plurality of single cells. (a) providing isolated nuclei from a plurality of cells; (b) subjecting the isolated nuclei to a chemical treatment to generate nucleosome-depleted nuclei, while maintaining integrity of the isolated nuclei; (c) distributing subsets of the nucleosome-depleted nuclei into a first plurality of compartments and contacting each subset with a transposome complex, wherein the transposome complex in each compartment comprises a transposase and a first index sequence that is different from first index sequences in the other compartments; (d) fragmenting nucleic acids in the subsets of nucleosome-depleted nuclei into a plurality of nucleic acid fragments and incorporating the first index sequences into at least one strand of the nucleic acid fragments to generate indexed nuclei comprising indexed nucleic acid fragments, wherein the indexed nucleic acid fragments remain attached to the transposases; (e) combining the indexed nuclei to generate pooled indexed nuclei; (f) distributing subsets of the pooled indexed nuclei into a second plurality of compartments; (g) incorporating into the indexed nucleic acid fragments in each compartment a second index sequence to generate dual-index fragments, wherein the second index sequence in each compartment is different from second index sequences in the other compartments; (h) combining the dual-index fragments, thereby producing a sequencing library comprising whole genome nucleic acids from the plurality of single cells.
A conveyance facility for conveying an article along a conveyance path , comprising: a conveyance unit comprising a traveling wheel traveling on the conveyance path, and a support traveling with the traveling wheel and supporting the article being suspended, the conveyance unit conveying the article along the conveyance path; and a traveling rail supporting the traveling wheel so as to be travelable, wherein the traveling rail forms a first conveyance path , and a second conveyance path branching from somewhere in a middle of the first conveyance path , wherein a switching device for switching the conveyance path of the conveyance unit from the first conveyance path to the second conveyance path is provided at a branch portion between the first conveyance path and the second conveyance path , and wherein the switching device comprises a guide member which is capable of directing the support from the first conveyance path to the second conveyance path , characterized in that the support has a head portion above the traveling wheel , the traveling rail comprises a first guide rail guiding the head portion along the first conveyance path , and a second guide rail guiding the head portion along the second conveyance path ; and the guide member supports and guides the head portion , and is capable of switching the direction of guiding the support , from the first guide rail to the second guide rail . a conveyance unit comprising a traveling wheel traveling on the conveyance path, and a support traveling with the traveling wheel and supporting the article being suspended, the conveyance unit conveying the article along the conveyance path; and a traveling rail supporting the traveling wheel so as to be travelable, wherein the traveling rail forms a first conveyance path , and a second conveyance path branching from somewhere in a middle of the first conveyance path , wherein a switching device for switching the conveyance path of the conveyance unit from the first conveyance path to the second conveyance path is provided at a branch portion between the first conveyance path and the second conveyance path , and wherein the switching device comprises a guide member which is capable of directing the support from the first conveyance path to the second conveyance path , the support has a head portion above the traveling wheel , the traveling rail comprises a first guide rail guiding the head portion along the first conveyance path , and a second guide rail guiding the head portion along the second conveyance path ; and the guide member supports and guides the head portion , and is capable of switching the direction of guiding the support , from the first guide rail to the second guide rail .
A station for inspecting rolled strips wound in coils, comprising: - a first pair of mutually opposed pinch rolls , adapted to receive a rolled strip from a coil ; - a carriage sliding between a first start position, near said first pair of pinch rolls , and a second end position, said sliding carriage comprising a gripping member to grasp said rolled strip coming from said first pair of pinch rolls . - a first pair of mutually opposed pinch rolls , adapted to receive a rolled strip from a coil ; - a carriage sliding between a first start position, near said first pair of pinch rolls , and a second end position, said sliding carriage comprising a gripping member to grasp said rolled strip coming from said first pair of pinch rolls .
A mains voltage-operated refrigerator device, in particular an ultra-low temperature refrigerator device, comprising a refrigerator door comprising a locking lever hinged thereto, said locking lever being pivotable between an open position and a locked position, and blocking means assigned to the locking lever and comprising an electromotively and/or electromagnetically actuated blocking element which blocks or releases the pivoting of the locking lever as a function of a code actuation that can be entered by an operator by means of a code entry unit , characterized in that an electronic control unit and mains voltage-independent battery buffering means are assigned to the blocking means and to the code entry unit in such a manner that in response to a mains voltage outage, code actuation and release are enabled for a predetermined minimum period without mains voltage supply, wherein display means assigned to the control unit and in particular provided on the refrigerator door are configured in such a manner that a current internal temperature of the refrigerator device can be displayed during the mains voltage outage and at least for the predetermined minimum period.
A method performed in a calibration unit for calibrating a Time to Digital Converter, TDC , wherein the TDC is configured to receive a signal with reference frequency F REF and a signal from a Digital Controlled Oscillator, DCO , with frequency F DCO , the method comprising: receiving output data samples from the TDC for a predefined period of time; performing a de-wrapping process on the data samples; generating reference line segments from the data samples using a numerical fitting method; calculating an error value for each of the output data samples associated to a TDC output level by calculating a deviation of each output data sample from a corresponding reference level of at least one reference line segment; accumulating the error values of the data samples associated to a TDC output level in an accumulator of this TDC output level; increasing a counter value of a TDC output level by one when an error value of a data sample associated with this TDC output level is added to its accumulator; averaging the error values for each TDC output level by dividing the accumulated error value for each TDC output level in its accumulator by its counter value; generating a calibration lookup table comprising an error vector of the averaged error values for the TDC output levels. receiving output data samples from the TDC for a predefined period of time; performing a de-wrapping process on the data samples; generating reference line segments from the data samples using a numerical fitting method; calculating an error value for each of the output data samples associated to a TDC output level by calculating a deviation of each output data sample from a corresponding reference level of at least one reference line segment; accumulating the error values of the data samples associated to a TDC output level in an accumulator of this TDC output level; increasing a counter value of a TDC output level by one when an error value of a data sample associated with this TDC output level is added to its accumulator; averaging the error values for each TDC output level by dividing the accumulated error value for each TDC output level in its accumulator by its counter value; generating a calibration lookup table comprising an error vector of the averaged error values for the TDC output levels.
Rotor for an electrical machine , comprising - at least one electrical coil arrangement , - at least one winding carrier which mechanically carries the at least one coil arrangement and at least partially surrounds the said coil arrangement on a radially outer side of the coil arrangement, - characterized in that the rotor has an additional supporting element which is of skeleton-like design and supports the at least one winding carrier from a radially inner direction, - and in that the rotor has a plurality of inner cavities , in which a fluid coolant can circulate and which, on their radially inner side, adjoin the supporting element and, on their radially outer side, adjoin the at least one coil arrangement and/or the at least one winding carrier , in such a way that the at least one coil arrangement , at least on its radially inner side, can come into contact with the coolant . - at least one electrical coil arrangement , - at least one winding carrier which mechanically carries the at least one coil arrangement and at least partially surrounds the said coil arrangement on a radially outer side of the coil arrangement, - characterized in that the rotor has an additional supporting element which is of skeleton-like design and supports the at least one winding carrier from a radially inner direction, - and in that the rotor has a plurality of inner cavities , in which a fluid coolant can circulate and which, on their radially inner side, adjoin the supporting element and, on their radially outer side, adjoin the at least one coil arrangement and/or the at least one winding carrier , in such a way that the at least one coil arrangement , at least on its radially inner side, can come into contact with the coolant .
An RFID cap for a cryogenic vial , the RFID cap comprising: a cap body ; and an RFID tag attached to the cap body , the RFID tag comprising an RFID chip and an antenna connected to the chip wherein the RFID tag includes a support medium which encapsulates the RFID chip and antenna , characterised in that the support medium is an epoxy resin having a coefficient of expansion within the range of 95-105ppm/°Cbelow Tg. a cap body ; and an RFID tag attached to the cap body , the RFID tag comprising an RFID chip and an antenna connected to the chip wherein the RFID tag includes a support medium which encapsulates the RFID chip and antenna , characterised in that the support medium is an epoxy resin having a coefficient of expansion within the range of 95-105ppm/°Cbelow Tg.
A flexible dissolvable patch, comprising: a. A plurality of dissolvable microneedles made from a dissolving and hard material chosen among chitosans, hyaluronic acids and polysaccharides; and b. A flexible substrate made from a non-dissolving and soft material, wherein the plurality of dissolvable microneedles further comprising at least an undercut feature which is disposed at the base portions of each individual microneedles , such that the dissolvable microneedles are fastened onto the flexible substrate via the undercut features . a. A plurality of dissolvable microneedles made from a dissolving and hard material chosen among chitosans, hyaluronic acids and polysaccharides; and b. A flexible substrate made from a non-dissolving and soft material, wherein the plurality of dissolvable microneedles further comprising at least an undercut feature which is disposed at the base portions of each individual microneedles , such that the dissolvable microneedles are fastened onto the flexible substrate via the undercut features .