mhurhangee/ep-ind-claims huggingface dataset:
A protective cover for use with a portable electronic device, wherein the portable electronic device comprises a touch sensitive display for accepting user input and the cover comprises: a flap having a size and shape in accordance with the touch sensitive display, the flap comprising a first surface and a second surface opposite the first surface; a capacitively linked user interface comprising: capacitive elements (208, 912) arranged in a capacitive pattern and embedded within the flap between the first and second surfaces; a button on the first surface, the button having terminals connected to at least two of the capacitive elements such that the terminals can be shorted when the button is pressed, thereby altering the capacitive pattern of the capacitive elements when pressed, such that the alteration of the pattern can be detected as user input at the touch sensitive display of the portable electronic device when the cover overlies the touch sensitive display. a flap having a size and shape in accordance with the touch sensitive display, the flap comprising a first surface and a second surface opposite the first surface; a capacitively linked user interface comprising: capacitive elements (208, 912) arranged in a capacitive pattern and embedded within the flap between the first and second surfaces; a button on the first surface, the button having terminals connected to at least two of the capacitive elements such that the terminals can be shorted when the button is pressed, thereby altering the capacitive pattern of the capacitive elements when pressed, such that the alteration of the pattern can be detected as user input at the touch sensitive display of the portable electronic device when the cover overlies the touch sensitive display. capacitive elements (208, 912) arranged in a capacitive pattern and embedded within the flap between the first and second surfaces; a button on the first surface, the button having terminals connected to at least two of the capacitive elements such that the terminals can be shorted when the button is pressed, thereby altering the capacitive pattern of the capacitive elements when pressed, such that the alteration of the pattern can be detected as user input at the touch sensitive display of the portable electronic device when the cover overlies the touch sensitive display.
A microfluidic device suitable for the controlled generation and/or culture and/or maturation of a three-dimensional cell and/or tissue construct comprising a culture chamber comprising: a) confinement means defining at least one compartment suitable for containing a cellular matrix and at least one compartment suitable for containing a culture medium, said confinement means being hydrophobic and pervious to said culture medium; and b) at least one counter element; wherein said confinement means and the at least one counter element are reciprocally mobile between a resting position and a compression position of the cellular matrix; and wherein in the compression position, said confinement means and said at least one counter element are in a closer position with respect to the resting position. a) confinement means defining at least one compartment suitable for containing a cellular matrix and at least one compartment suitable for containing a culture medium, said confinement means being hydrophobic and pervious to said culture medium; and b) at least one counter element;
A wind powered apparatus having a front for orientation into the wind and a rear, the apparatus comprising: a) a front nose piece; b) a first set of blades rearward of the nose piece that rotates in a first direction about a horizontal axis; c) a second set of blades rearward of the first set of blades that rotates in a second direction about the horizontal axis, the second direction opposite to the first direction; d) an electricity generating means located within the front nose piece concentric with the horizontal axis and operatively connected to both the first and second sets of blades (10, 20); and, e) a vertical pivot axis between the first set of blades and the electricity generating means, wherein the apparatus further comprises a central shaft concentric with the horizontal axis and connecting the first set of blades, the second set of blades and the electricity generating means, the central shaft comprising a first shaft that has a hollow cross-sectional shape and a second shaft journaled within the first shaft, the first shaft rotatable in the first direction and the second shaft rotatable in the second direction, the first set of blades connected to the first shaft and the second set of blades connected to the second shaft, wherein the electricity generating means is connected to both the first and second shafts (13, 23), the electricity generating means comprising a stator and a rotor, each of which is mutually exclusively connected to either the first or second shafts (13, 23) for concentric rotational movement in opposite directions relative to one another, wherein the apparatus further comprises a synchronizer for maintaining a 1:1 speed ratio between the first and second shafts (13, 23), wherein the synchronizer is located forward of the vertical pivot axis within the front nose piece. a) a front nose piece; b) a first set of blades rearward of the nose piece that rotates in a first direction about a horizontal axis; c) a second set of blades rearward of the first set of blades that rotates in a second direction about the horizontal axis, the second direction opposite to the first direction; d) an electricity generating means located within the front nose piece concentric with the horizontal axis and operatively connected to both the first and second sets of blades (10, 20); and, e) a vertical pivot axis between the first set of blades and the electricity generating means,
A method for stereoselective synthesis of a β-anomer of a nucleoside, the method comprising: providing a compound having a structure and stereochemistry according to Formula I wherein R 1 is optionally substituted -(CH 2) n -aryl, or -(CH 2) n -alkyl where n is 0, 1, or 2; and R 2 is a protecting group having a formula -Si(R a)(R b)-O- Si(R a)(R b)- where each R a and R b independently is alkyl, cycloalkyl, or aryl; combining the compound according to Formula I with N -bromosuccinimide and a silylated pyrimidine under reaction conditions effective to produce a mixture of α- and β-anomers of a protected pyrimidine-based nucleoside; separating the β-anomer from the α-anomer of the protected nucleoside; and removing the protecting group from the β-anomer of the protected pyrimidine-based nucleoside to provide a β-anomer of a pyrimidine-based nucleoside. providing a compound having a structure and stereochemistry according to Formula I wherein R 1 is optionally substituted -(CH 2) n -aryl, or -(CH 2) n -alkyl where n is 0, 1, or 2; and R 2 is a protecting group having a formula -Si(R a)(R b)-O- Si(R a)(R b)- where each R a and R b independently is alkyl, cycloalkyl, or aryl; combining the compound according to Formula I with N -bromosuccinimide and a silylated pyrimidine under reaction conditions effective to produce a mixture of α- and β-anomers of a protected pyrimidine-based nucleoside; separating the β-anomer from the α-anomer of the protected nucleoside; and removing the protecting group from the β-anomer of the protected pyrimidine-based nucleoside to provide a β-anomer of a pyrimidine-based nucleoside.
Arrangement of an electric apparatus module with an attached member comprising: an upper casing; a connector comprising a shield member having a cylindrical shape for covering the connector; a lower casing attached to the attached member having a first through hole, the lower casing has a second through hole, and the lower casing is attached to the upper casing; an electronic device unit, accommodated in the upper casing and the lower casing, and coupled to the connector; a conductive shield shell covering the electronic device unit; and a conductive ground shell, including a flat plate portion, a contact piece and a contact member, wherein the conductive ground shell is provided between the lower casing and the attached member, wherein the flat plate portion is piled on the attached member, the contact piece is erected from an outer edge of the flat plate portion and contacts with the shield shell through the second through hole, and the contact member protrudes from the flat plate portion and contacts with the cylindrical shield member through the first through hole. an upper casing; a connector comprising a shield member having a cylindrical shape for covering the connector; a lower casing attached to the attached member having a first through hole, the lower casing has a second through hole, and the lower casing is attached to the upper casing; an electronic device unit, accommodated in the upper casing and the lower casing, and coupled to the connector; a conductive shield shell covering the electronic device unit; and a conductive ground shell, including a flat plate portion, a contact piece and a contact member, wherein the conductive ground shell is provided between the lower casing and the attached member, wherein the flat plate portion is piled on the attached member, the contact piece is erected from an outer edge of the flat plate portion and contacts with the shield shell through the second through hole, and the contact member protrudes from the flat plate portion and contacts with the cylindrical shield member through the first through hole.
A Cu-Co-Si alloy material consisting of 1.5 to 2.5 wt% of Co and 0.3 to 0.7 wt% of Si and the balance of Cu and unavoidable impurities, having a Co/Si element ratio of 3.5 to 5.0, wherein the said alloy material contains 3,000 to 150,000 second phase particles per mm 2 having diameters of from 0.20 μm or more to less than 1.00 μm, and has an electrical conductivity EC of 60% IACS or more, a grain size of 10 μm or less, and good bending workability, wherein the 0.2% yield strength YS is 600 MPa or more.
An apparatus, comprising: a scheduling module configured to determine a packet transmission time offset of a timing packet in a substantially random manner based on a seed derived from a predetermined identifier associated with a client device; and a transmission module operably coupled to the scheduling module and configured to delay transmission to the client device of the timing packet such that a packet transmission time of the timing packet is separated from a reference time by the packet transmission time offset. a scheduling module configured to determine a packet transmission time offset of a timing packet in a substantially random manner based on a seed derived from a predetermined identifier associated with a client device; and a transmission module operably coupled to the scheduling module and configured to delay transmission to the client device of the timing packet such that a packet transmission time of the timing packet is separated from a reference time by the packet transmission time offset.
A wire guided device, comprising: a sheath, a working assembly, comprising: a working portion configured to contact an intended tissue, a connector, connecting the working portion and the sheath, and a wire guide, disposed at and connected to the working assembly, wherein the wire guide is configured to allow a guide wire to pass through, wherein the wire guide is disposed at a predetermined distance from a distal end of the working assembly, wherein the wire guide and the guide wire do not interfere with an operation of the working portion, characterised in that an internal surface of the wire guide is configured and sized to limit potential movements of the guide wire to be nonparallel to an axis direction of the working assembly. a sheath, a working assembly, comprising: a working portion configured to contact an intended tissue, a connector, connecting the working portion and the sheath, and a working portion configured to contact an intended tissue, a connector, connecting the working portion and the sheath, and a wire guide, disposed at and connected to the working assembly, wherein the wire guide is configured to allow a guide wire to pass through, wherein the wire guide is disposed at a predetermined distance from a distal end of the working assembly, wherein the wire guide and the guide wire do not interfere with an operation of the working portion, characterised in that an internal surface of the wire guide is configured and sized to limit potential movements of the guide wire to be nonparallel to an axis direction of the working assembly.
Safety confinement equipment for laser radiation comprising: - a safety confinement enclosure exhibiting at least two laterally opposite openings (O1, 02) through which at least one metal strip can pass, - the enclosure comprising first and second jaw devices (M11, M12, M12s; M21, M22, M22s) for clamping the strip arranged on the path of travel of the strip between the two openings, wherein said jaws are arranged transversely over at least the width of the strip, - a head of cutting or welding equipment emitting a burst of laser radiation to be confined, said burst being able to be moved transversely between a pair of jaws (M11, M12) positioned opposite each other on one side of a surface of the strip, - wherein, in the position in which the jaws clamp the strip, the engagement of the jaws (M11, M12, M12s; M21, M22, M22s) on the surfaces of the strip induces the formation of a physical screen (F1b) to the laser radiation, preventing said radiation from passing through the two openings of the enclosure. - a safety confinement enclosure exhibiting at least two laterally opposite openings (O1, 02) through which at least one metal strip can pass, - the enclosure comprising first and second jaw devices (M11, M12, M12s; M21, M22, M22s) for clamping the strip arranged on the path of travel of the strip between the two openings, wherein said jaws are arranged transversely over at least the width of the strip, - a head of cutting or welding equipment emitting a burst of laser radiation to be confined, said burst being able to be moved transversely between a pair of jaws (M11, M12) positioned opposite each other on one side of a surface of the strip, - wherein, in the position in which the jaws clamp the strip, the engagement of the jaws (M11, M12, M12s; M21, M22, M22s) on the surfaces of the strip induces the formation of a physical screen (F1b) to the laser radiation, preventing said radiation from passing through the two openings of the enclosure.
A guard rail system for installation at a lateral or median side of a road, said guard rail system comprises a series of supporting posts, that are preferably vertically oriented, at least one noise absorbing panel that is mounted to said supporting posts, and a series of longitudinal guard rails mounted on the side of the guard rail system facing the road, said noise absorbing panel comprising a noise absorbing material and an energy absorbing material provided with openings, characterised in that the energy absorbing material is a stretch-metal netting encasing said noise absorbing material.
Propulsive machine for a body of water having a propeller and a shaft which is coupled to the propeller, wherein the propeller can be driven by means of an electric machine in a housing, wherein the shaft is mounted inside the housing of a pod drive, wherein a bearing (7,8) for mounting the shaft is a magnetic bearing (30,31,32,33,34), wherein the bearing effect can be intensified, wherein a first bearing and a second bearing are provided for mounting the shaft, wherein the first bearing absorbs axial forces, wherein the second bearing absorbs radial forces.
Aerosol-generating device comprising: a heater casing housing a heating chamber, the heating chamber configured for receiving an aerosol-generating article comprising aerosol-forming substrate, an air-flow tube configured for providing air to the heating chamber, and a control element configured for controlling operation of the aerosol-generating device, wherein the heater casing, the air-flow tube and the control element are mounted to one another and form a self-supporting component of the aerosol-generating device. a heater casing housing a heating chamber, the heating chamber configured for receiving an aerosol-generating article comprising aerosol-forming substrate, an air-flow tube configured for providing air to the heating chamber, and a control element configured for controlling operation of the aerosol-generating device, wherein the heater casing, the air-flow tube and the control element are mounted to one another and form a self-supporting component of the aerosol-generating device.
A method for producing a liquid developer comprising toner particles comprising a resin comprising a polyester and a pigment, and an insulating liquid, wherein the toner particles are dispersed in the insulating liquid, comprising: step 1: melt-kneading the resin and the pigment, and pulverizing a melt-kneaded mixture to provide toner particles; step 2: dispersing the toner particles obtained in the step 1 in the insulating liquid in the presence of a basic dispersant to provide a dispersion of toner particles; and step 3: wet-milling the dispersion of toner particles obtained in the step 2 to provide a liquid developer, wherein the basic dispersant is an amide compound obtained by a reaction between a polyethyleneimine and a polyester obtained by self-condensation of 12-hydroxystearic acid, wherein the polyethyleneimine has a number-average molecular weight of 1,000 or more and 2,600 or less, as measured according to the description, the polyester has a number-average molecular weight of 1,000 or more and 2,500 or less, the measurement method according to the description, a molar ratio of the polyethyleneimine to the polyester, i.e. the polyethyleneimine/the polyester, is from 1/1 to 1/5, and the amide compound has a weight-average molecular weight of 2,000 or more and 7,500 or less, as measured according to the description. step 1: melt-kneading the resin and the pigment, and pulverizing a melt-kneaded mixture to provide toner particles; step 2: dispersing the toner particles obtained in the step 1 in the insulating liquid in the presence of a basic dispersant to provide a dispersion of toner particles; and step 3: wet-milling the dispersion of toner particles obtained in the step 2 to provide a liquid developer,
A method for wireless communication, comprising: receiving a transmission comprising a first codeword received over a first set of spatial layers and a second codeword received over a second set of spatial layers, the first codeword comprising a first plurality of code blocks and the second codeword comprising a second plurality of code blocks; performing a decoding operation on the first and second pluralities of code blocks of the transmission; determining an association between a set of feedback bits for the transmission and the first and second pluralities of code blocks based at least in part on a code block group configuration for the first and second codewords, wherein a number of bits of the set of feedback bits correspond to a number of code blocks for a single layer transmission; and wherein the code block group configuration comprises: assigning the first and second pluralities of code blocks to code block groups according to time-frequency resource boundaries for the first and second codewords, wherein code blocks on the time-frequency resource boundary between two adjacent code block groups are included in both of adjacent code block groups, transmitting a message comprising the set of feedback bits based at least in part on a result of the decoding operation and the determined association. receiving a transmission comprising a first codeword received over a first set of spatial layers and a second codeword received over a second set of spatial layers, the first codeword comprising a first plurality of code blocks and the second codeword comprising a second plurality of code blocks; performing a decoding operation on the first and second pluralities of code blocks of the transmission; determining an association between a set of feedback bits for the transmission and the first and second pluralities of code blocks based at least in part on a code block group configuration for the first and second codewords, wherein a number of bits of the set of feedback bits correspond to a number of code blocks for a single layer transmission; and wherein the code block group configuration comprises: assigning the first and second pluralities of code blocks to code block groups according to time-frequency resource boundaries for the first and second codewords, wherein code blocks on the time-frequency resource boundary between two adjacent code block groups are included in both of adjacent code block groups, transmitting a message comprising the set of feedback bits based at least in part on a result of the decoding operation and the determined association. assigning the first and second pluralities of code blocks to code block groups according to time-frequency resource boundaries for the first and second codewords, wherein code blocks on the time-frequency resource boundary between two adjacent code block groups are included in both of adjacent code block groups, transmitting a message comprising the set of feedback bits based at least in part on a result of the decoding operation and the determined association.
A method for degrading or converting a cellulosic material, comprising: treating the cellulosic material with an enzyme composition in the presence of a polypeptide having catalase activity; wherein the polypeptide having catalase activity is selected from the group consisting of: i) a polypeptide having at least 60% sequence identity to the mature polypeptide of SEQ ID NO: 2; ii) a polypeptide encoded by a polynucleotide having at least 60% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1; or the cDNA sequence thereof; and iii) a fragment of the polypeptide of (i) or (ii) that has catalase activity. i) a polypeptide having at least 60% sequence identity to the mature polypeptide of SEQ ID NO: 2; ii) a polypeptide encoded by a polynucleotide having at least 60% sequence identity to the mature polypeptide coding sequence of SEQ ID NO: 1; or the cDNA sequence thereof; and iii) a fragment of the polypeptide of (i) or (ii) that has catalase activity.
A method implemented by one or more processors, comprising: receiving voice input provided by a user at an input component of a client device (106 1-N) in a first language, wherein the voice input contains a command, query, or request; generating speech recognition output from the voice input, wherein the speech recognition output is in the first language; identifying a first language intent of the user based on the speech recognition output; determining a first confidence measure of the first language intent; based on the first confidence measure, selectively using the first language intent or a second language intent identified from an at least partial translation of the speech recognition output into the second language to fulfil the command, query, or request. receiving voice input provided by a user at an input component of a client device (106 1-N) in a first language, wherein the voice input contains a command, query, or request; generating speech recognition output from the voice input, wherein the speech recognition output is in the first language; identifying a first language intent of the user based on the speech recognition output; determining a first confidence measure of the first language intent; based on the first confidence measure, selectively using the first language intent or a second language intent identified from an at least partial translation of the speech recognition output into the second language to fulfil the command, query, or request.