mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a memory cell, comprising: providing a substrate of semiconductor material of a first conductivity type; forming first and second spaced-apart regions (14, 16) in the substrate of a second conductivity type, with a channel region therebetween; forming a conductive floating gate over and insulated from the substrate; forming a conductive control gate over and insulated from the floating gate; forming a conductive erase gate laterally to one side of, and insulated from, the floating gate; forming a conductive select gate laterally to an opposite side of the one side of, and insulated from, the floating gate; and implanting, after the forming of the floating gate and the select gate, a dopant into a portion of the channel region underneath the select gate using an implant process that injects the dopant at an angle with respect to a surface of the substrate that is less than ninety degrees and greater than zero degrees. providing a substrate of semiconductor material of a first conductivity type; forming first and second spaced-apart regions (14, 16) in the substrate of a second conductivity type, with a channel region therebetween; forming a conductive floating gate over and insulated from the substrate; forming a conductive control gate over and insulated from the floating gate; forming a conductive erase gate laterally to one side of, and insulated from, the floating gate; forming a conductive select gate laterally to an opposite side of the one side of, and insulated from, the floating gate; and implanting, after the forming of the floating gate and the select gate, a dopant into a portion of the channel region underneath the select gate using an implant process that injects the dopant at an angle with respect to a surface of the substrate that is less than ninety degrees and greater than zero degrees.
A device in a wide area monitoring system, comprising: a processor configured to initiate a synchro-command when a triggering event is detected; a synchro-command manager configured to encode a control command on the synchro-command, wherein the control command is based at least in part on the triggering event; and an output handler configured to encode a time stamp, an application ID, a sender ID, and a receiver ID on the synchro-command, and to output the synchro-command to enable sending the synchro-command to a second device in the wide area monitoring, characterised in that the output handler is further configured to encode a scheduler time on the synchro-command. a processor configured to initiate a synchro-command when a triggering event is detected; a synchro-command manager configured to encode a control command on the synchro-command, wherein the control command is based at least in part on the triggering event; and an output handler configured to encode a time stamp, an application ID, a sender ID, and a receiver ID on the synchro-command, and to output the synchro-command to enable sending the synchro-command to a second device in the wide area monitoring, characterised in that the output handler is further configured to encode a scheduler time on the synchro-command.
A method of expanding human hepatocytes in vivo, comprising: (i) allowing human hepatocytes to expand in a Fah-deficient pig into which the human hepatocytes have been transplanted; or (ii) allowing human hepatocytes to expand, following birth, in a Fah-deficient pig from a Fah-deficient pig fetus into which the human hepatocytes have been transplanted, thereby expanding the human hepatocytes, wherein the Fah-deficient pig has a genome homozygous for a disruption in the Fah gene such that the disruption results in loss of expression of functional FAH protein, wherein the pig exhibits decreased liver function.
A remote maintenance method for a smart television, the method comprising: starting a remote access session between the smart television and a remote server connected to the smart television; submitting, to the server, an issue relating to the smart television; assigning a category to the submitted issue, the assigned category indicating whether an instant maintenance or a deferred maintenance is to be performed on the smart television; if the assigned category indicates a deferred maintenance, creating, at the server, at least one deferred maintenance routine by setting parameters for the routine; sending said parameters from the server to the smart television; triggering the at least one deferred maintenance routine on the smart television according to received parameters; notifying user of the smart television about the results; and reporting log files obtained during the routine to the server when the routine is complete; wherein a deferred maintenance category is assigned to the issue if the issue requires monitoring the smart television for an extended time. starting a remote access session between the smart television and a remote server connected to the smart television; submitting, to the server, an issue relating to the smart television; assigning a category to the submitted issue, the assigned category indicating whether an instant maintenance or a deferred maintenance is to be performed on the smart television; if the assigned category indicates a deferred maintenance, creating, at the server, at least one deferred maintenance routine by setting parameters for the routine; sending said parameters from the server to the smart television; triggering the at least one deferred maintenance routine on the smart television according to received parameters; notifying user of the smart television about the results; and reporting log files obtained during the routine to the server when the routine is complete; wherein a deferred maintenance category is assigned to the issue if the issue requires monitoring the smart television for an extended time.
Node element for a furniture system having a three-dimensional load-bearing tubular structure, wherein the node element comprises a plurality of connection points (110, 120, 130) for the mechanical fastening of two or more tubes and wherein the node element has two regions (101, 102) which are electrically insulated from each other, characterized in that the two mutually electrically insulated regions (101, 102) are arranged such that two electrical polarities can be coaxially tapped at the connection points (110, 120, 130) for the tubes, in such a way that the inner insulated region is wholly enclosed by the outer insulated region.
A wound dressing device for securing a dressing in position on a wound, wherein the wound dressing device comprises: a. a retaining device for encompassing a portion of the body; b. a dressing, and; c. a fastening element that can secure the dressing in position; the fastening element being configured at least substantially external to the retaining device, the dressing being configured at least substantially internal to the retaining device, wherein: i) the retaining device comprises a perforated element defining at least one opening therethrough, thereby permitting the fastening element and the dressing to be configured to at least partially cover at least one opening in the perforated element such that the dressing and the fastening element can adhere together through the at least one opening such that the dressing can be secured to the fastening element through the retaining device, or ii) when in such a configuration the dressing may be secured to the fastening element through the retaining device by magnetic attraction. a. a retaining device for encompassing a portion of the body; b. a dressing, and; c. a fastening element that can secure the dressing in position; i) the retaining device comprises a perforated element defining at least one opening therethrough, thereby permitting the fastening element and the dressing to be configured to at least partially cover at least one opening in the perforated element such that the dressing and the fastening element can adhere together through the at least one opening such that the dressing can be secured to the fastening element through the retaining device, or ii) when in such a configuration the dressing may be secured to the fastening element through the retaining device by magnetic attraction.
A cascaded refrigeration system comprising: (a) a plurality of low temperature refrigeration circuits, with each low temperature refrigeration circuit comprising: (i) a flammable low temperature refrigerant having a GWP of about 150 or less; (ii) a compressor having a horse power rating of about 2 horse power (about 1.49 kilowatts) or less; and (iii) a heat exchanger in which said flammable low temperature refrigerant condenses; and (b) a medium temperature refrigeration circuit comprising a non-flammable medium temperature refrigerant evaporating at a temperature below said low temperature refrigerant condensing temperature, wherein said medium temperature refrigerant evaporates in said heat exchanger by absorbing heat from said flammable refrigerant in said low temperature refrigeration circuit. (a) a plurality of low temperature refrigeration circuits, with each low temperature refrigeration circuit comprising: (i) a flammable low temperature refrigerant having a GWP of about 150 or less; (ii) a compressor having a horse power rating of about 2 horse power (about 1.49 kilowatts) or less; and (iii) a heat exchanger in which said flammable low temperature refrigerant condenses; and (i) a flammable low temperature refrigerant having a GWP of about 150 or less; (ii) a compressor having a horse power rating of about 2 horse power (about 1.49 kilowatts) or less; and (iii) a heat exchanger in which said flammable low temperature refrigerant condenses; and (b) a medium temperature refrigeration circuit comprising a non-flammable medium temperature refrigerant evaporating at a temperature below said low temperature refrigerant condensing temperature, wherein said medium temperature refrigerant evaporates in said heat exchanger by absorbing heat from said flammable refrigerant in said low temperature refrigeration circuit.
A process for the production of a bouillon and/or seasoning tablet and/or cube, which comprises, in total % in weight, 0.5-10 % oil, and/or 0-5 % fat, binders, salt, between 1 and 5 % of total water, as well as between 0.5 and 8 % of cereal, vegetable and/or fruit fibers, as well as optionally sugar, spices, flavors, taste enhancers, dehydrated vegetables, herb leaves and/or plant extracts, wherein the fibres are wetted with a saturated salt solution by spraying said saturated solution on the fibres, the wetted fibres are then mixed with all the other ingredients and the obtained mixture is tabletted.
Footrest designed to be installed between a part of a bulkhead and a floor of a motor vehicle, comprising a bearing wall designed to receive the foot or feet of a passenger of the motor vehicle and opposite at least one part of which there is capable of extending a sound insulation mat attached to the floor of the motor vehicle comprising an insulating layer interposed between the floor and a covering layer attached to said insulating layer, the bearing wall further comprising at least one storage compartment, the bearing wall comprising an internal face designed to be positioned opposite an external face of the covering layer during the installation of the footrest and the storage compartment extending between said internal face of the bearing face and the external face of the covering layer, characterized in that the storage compartment has a bottom wall fixed permanently and non removably to the internal face of the bearing wall by first (161 to 164), (301 to 304) and second (171 to 174), (181 to 184) connecting members and comprising housings (32, 44, 52, 62), the contents thereof being directly accessible without dismantling the storage compartment, the first connecting members (161 to 164), (301 to 304) being fixed clips (161 to 164) borne by the internal face of the bearing wall and capable of cooperating with complementary means (301 to 304) formed in the bottom wall of the compartment.
A variant, recombinant human β-glucocerebrosidase protein comprising one of the following amino acid sequences: SEQ ID NO: 2, SEQ ID NO: 4, SEQ ID NO: 5, SEQ ID NO: 6, SEQ ID NO: 7, SEQ ID NO: 8, SEQ ID NO:9, SEQ ID NO: 10, SEQ ID NO: 11, SEQ ID NO: 12, SEQ ID NO: 13, SEQ ID NO: 14, SEQ ID NO: 15, and SEQ ID NO: 16, or a functional fragment thereof.
An electronic apparatus, comprising: an image sensor including a plurality of pixels which light from an optical system enters, wherein adjacent pixels are grouped to form unit regions arranged two-dimensionally over the image sensor, wherein the pixels included in one unit region each include a transfer transistor, a reset transistor, and a selection transistor, wherein the transfer transistors of the pixels included in one unit region are connected to a common control line, the reset transistors included in one unit region are connected to a common reset line, and the selection transistors included in one unit region are connected to independent selection lines, wherein the pixels included in one unit region are connected to a common output line via which signals of the pixels included in the unit region are output; a drive unit that drives the image sensor; and a control unit that calculates a defocus amount of the optical system based on signals that are output from pixels included in a first unit region, and, based on signals that are output from pixels included in a second unit region, performs generation of an image data to be displayed on a display unit and exposure calculation, wherein the control unit sends an instruction to the drive unit so that reading out from the pixels included in the first unit region and reading out from the pixels included in the second unit region are performed at a different frame rate. an image sensor including a plurality of pixels which light from an optical system enters, wherein adjacent pixels are grouped to form unit regions arranged two-dimensionally over the image sensor, wherein the pixels included in one unit region each include a transfer transistor, a reset transistor, and a selection transistor, wherein the transfer transistors of the pixels included in one unit region are connected to a common control line, the reset transistors included in one unit region are connected to a common reset line, and the selection transistors included in one unit region are connected to independent selection lines, wherein the pixels included in one unit region are connected to a common output line via which signals of the pixels included in the unit region are output; a drive unit that drives the image sensor; and a control unit that calculates a defocus amount of the optical system based on signals that are output from pixels included in a first unit region, and, based on signals that are output from pixels included in a second unit region, performs generation of an image data to be displayed on a display unit and exposure calculation, wherein the control unit sends an instruction to the drive unit so that reading out from the pixels included in the first unit region and reading out from the pixels included in the second unit region are performed at a different frame rate.
A paper sheets pre-processing apparatus comprising: a large band remover configured to convey a bundle in which a plurality of paper sheets are bound by small bands (SBw) and a predetermined number of small bundles are bound by a large band (Bw), and remove the large band (Bw) from the bundle; and a small band remover; characterized by a small bundle coupler configured to convey the predetermined number of small bundles included in the bundle from which the large band (Bw) is removed by the large band remover along a conveyance path, and couple the predetermined number of small bundles to each other; wherein the small band remover is configured to separate a single small bundle from the plurality of small bundles coupled by the small bundle coupler and remove the small band (SBw) from the small bundle; and an accumulator configured to accumulate the plurality of paper sheets from which the small band (SBw) is removed by the small band remover in a thickness direction of the paper sheets and wherein the large band remover comprises: a deformer configured to deform a positional relation between the predetermined number of small bundles; a large band cutter configured to cut the large band (Bw) in a state in which the positional relation is deformed by the deformer; and a remover configured to remove the large band (Bw) cut by the large band cutter. a large band remover configured to convey a bundle in which a plurality of paper sheets are bound by small bands (SBw) and a predetermined number of small bundles are bound by a large band (Bw), and remove the large band (Bw) from the bundle; and a small band remover; characterized by a small bundle coupler configured to convey the predetermined number of small bundles included in the bundle from which the large band (Bw) is removed by the large band remover along a conveyance path, and couple the predetermined number of small bundles to each other; wherein the small band remover is configured to separate a single small bundle from the plurality of small bundles coupled by the small bundle coupler and remove the small band (SBw) from the small bundle; and an accumulator configured to accumulate the plurality of paper sheets from which the small band (SBw) is removed by the small band remover in a thickness direction of the paper sheets and wherein the large band remover comprises: a deformer configured to deform a positional relation between the predetermined number of small bundles; a large band cutter configured to cut the large band (Bw) in a state in which the positional relation is deformed by the deformer; and a remover configured to remove the large band (Bw) cut by the large band cutter. a deformer configured to deform a positional relation between the predetermined number of small bundles; a large band cutter configured to cut the large band (Bw) in a state in which the positional relation is deformed by the deformer; and a remover configured to remove the large band (Bw) cut by the large band cutter.
A text processing method, wherein the method comprises: displaying a row of text; acquiring an input of a user, wherein the acquiring an input of a user comprises acquiring a touch location of the user; and determining that the touch location of the user is on the row of the text, enlarging and displaying text in a first preset area of the row according to the touch location, and at the same time, reducing and displaying text in a second preset area of the row according to the touch location, to keep the row of text displayed in the original row; the enlarging and displaying text in a first preset area of the row comprises: enlarging and displaying a character and character spacing in the text in the first preset area of the row; and the reducing and displaying text in a second preset area of the row comprises: reducing and displaying a character and character spacing in the text in the second preset area of the row. displaying a row of text; acquiring an input of a user, wherein the acquiring an input of a user comprises acquiring a touch location of the user; and determining that the touch location of the user is on the row of the text, enlarging and displaying text in a first preset area of the row according to the touch location, and at the same time, reducing and displaying text in a second preset area of the row according to the touch location, to keep the row of text displayed in the original row; the enlarging and displaying text in a first preset area of the row comprises: enlarging and displaying a character and character spacing in the text in the first preset area of the row; and the reducing and displaying text in a second preset area of the row comprises: reducing and displaying a character and character spacing in the text in the second preset area of the row.
Pendulum damping device comprising: - a support which is rotatable about an axis and comprises a tab that is able to cooperate with elastic return members, - at least one pendulum body, which is able to move with respect to the support and comprises two pendulum masses that are respectively disposed axially on one side of the support, these two pendulum masses being secured together by a connecting member, and - two rolling members that guide the movement of the pendulum body with respect to the support, each rolling member cooperating with a first raceway that is as one with the support and with a second raceway that is as one with the pendulum body, each first raceway being defined by an edge of one and the same window provided in the support radially on the inside with respect to the tab, and each second raceway being defined by an edge of one and the same spacer of the connecting member, the window provided in the support defining a maximum angular sector (α) from the axis of rotation of the support, and the tab being disposed entirely or partially in this angular sector (α), the tab being situated angularly elsewhere than between the two first raceways. - a support which is rotatable about an axis and comprises a tab that is able to cooperate with elastic return members, - at least one pendulum body, which is able to move with respect to the support and comprises two pendulum masses that are respectively disposed axially on one side of the support, these two pendulum masses being secured together by a connecting member, and - two rolling members that guide the movement of the pendulum body with respect to the support, each rolling member cooperating with a first raceway that is as one with the support and with a second raceway that is as one with the pendulum body, each first raceway being defined by an edge of one and the same window provided in the support radially on the inside with respect to the tab, and each second raceway being defined by an edge of one and the same spacer of the connecting member, the window provided in the support defining a maximum angular sector (α) from the axis of rotation of the support, and the tab being disposed entirely or partially in this angular sector (α), the tab being situated angularly elsewhere than between the two first raceways.
Timepiece, in particular a wristwatch, having a housing, having a face arranged in the housing, having at least one endless conveyor, which is guided around two deflection guides having deflection spindles in parallel with the face and comprises two sides, for at least one hand, and having a drive for the endless conveyor, wherein the face is mounted on a mount, which is either provided laterally outside the sweep of the hand or is fastened laterally outside the sweep of the hand, characterised in that the face extends between the two sides of the endless conveyor.