mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, comprising: an upper assembly comprising an outer braided structure (120, 712, 820, 1400, 1600) and an inner braided structure (140, 220, 702, 822, 1410, 1602), wherein: the outer braided structure (120, 712, 820, 1400, 1600) includes a first portion, having a jacquard braid pattern; the inner braided structure (140, 220, 702, 822, 1410, 1602) includes a second portion having a non-jacquard braid pattern; and a first tensile strand (125, 202, 204, 210) of the outer braided structure (120, 712, 820, 1400, 1500, 1600) is intertwined with a second tensile strand (145, 206, 208) of the inner braided structure (140, 220, 702, 822, 1410, 1602); and a sole structure, wherein: a toe portion (162, 830) comprises a portion of the outer braided structure (120, 712, 820, 1400, 1600) and a portion of the inner braided structure (140, 220, 702, 822, 1410, 1602) which are layered together, wherein the outer braided structure (120, 712, 820, 1400, 1600) has a first opening and the inner braided structure has a second opening; a collar portion of the inner braided structure (140, 220, 702, 822, 1410, 1602) extends through the first opening of the outer braided structure (120, 712, 820, 1400, 1500, 1600) and wherein the second opening of the inner braided structure (140, 220, 702, 822, 1410, 1602) is configured to receive a foot; the collar portion comprises a single braided structure; and the sole structure is disposed against the outer braided structure (120, 712, 820, 1400, 1600).
A method of genetically altering Akkermansia bacteria, the method comprising: (a) introducing a exogenous transposon vector of SEQ ID NO:1 into Akkermansia to produce a plurality of altered Akkermansia bacteria; and (b) culturing the plurality of altered Akkermansia to select for bacterium having incorporated the transposon of the vector into the genome to produce a plurality of genetically altered Akkermansia bacteria. (a) introducing a exogenous transposon vector of SEQ ID NO:1 into Akkermansia to produce a plurality of altered Akkermansia bacteria; and (b) culturing the plurality of altered Akkermansia to select for bacterium having incorporated the transposon of the vector into the genome to produce a plurality of genetically altered Akkermansia bacteria.
An electrode material containing sulfur, and a carbon material having a co-continuous structure portion in which a carbon skeleton and voids form a continuous structure and having fine pores having a diameter of 0.01 nm to 10 nm present at the surface; wherein a structural period L of the co-continuous structure portion of the carbon material is 0.002 μm to 3 μm; a pore volume of the carbon material is 0.5 cm 3 /g or more; and a BET specific surface area of the carbon material is 300 m 2 /g or more; wherein the pore diameter, the structural period, the pore volume and the BET specific surface area are each measured for the carbon material according to the methods of the description.
An infant and/or toddler nutrition comprising a non-digestible oligosaccharide A and/or B, said non-digestible oligosaccharide having a degree of polymerisation of 2 to 200 and non-viable Bifidobacterium breve in an amount equivalent to 10 3 to 10 13 cfu B. breve per g dry weight of the infant and/or toddler nutrition, and comprising less than 10 3 cfu viable Bifidobacterium breve per g dry weight of the infant and/or toddler nutrition.
An open wedge implant for open wedge osteotomies, comprising: a wedge body comprising a first expandable portion and a second expandable portion connected together by way of an intervening distal attachment; an expander configured to separate the first and second expandable portions (124, 128) so as to increase a proximal thickness and a wedge angle of the wedge body, the expander having a recess configured to loosely retain a smooth portion of a proximal screw; a first and second taper located on the expander; and the proximal screw configured to move the expander within the wedge body. a wedge body comprising a first expandable portion and a second expandable portion connected together by way of an intervening distal attachment; an expander configured to separate the first and second expandable portions (124, 128) so as to increase a proximal thickness and a wedge angle of the wedge body, the expander having a recess configured to loosely retain a smooth portion of a proximal screw; a first and second taper located on the expander; and the proximal screw configured to move the expander within the wedge body.
A shaping process for making pellets of a thermoplastic extrudable resin composition, which comprises pressing, calendaring and/or compaction of a composition comprising a thermoplastic polymer, plasticiser and optionally further additives, the plasticiser comprising a component which is solid at room temperature, wherein said pressing, calendaring and/or compaction is carried out at a temperature above the melting point of said solid component of the plasticiser and below the melting / plastification temperature of the thermoplastic polymer.
A method of making a coated abrasive article, the method comprising: a) providing a web comprising a backing having a make layer precursor disposed thereon, wherein the web moves along a web path in a downweb direction, wherein the web has a crossweb direction that is perpendicular to the downweb direction, and wherein the make layer precursor comprises a first curable binder precursor; b) providing an applied magnetic field, wherein the applied magnetic field is provided by a rotating magnet having a rotational axis that is substantially parallel to the crossweb direction of at least a portion of the web path within the drop zone.; c) passing a mixture of magnetizable particles and non-magnetizable particles through at least a portion of the applied magnetic field and onto the make layer precursor such that the magnetizable particles and the non-magnetizable particles are predominantly deposited onto the web in a drop zone according to a predetermined order, wherein at least one of the magnetizable particles or the non-magnetizable particles comprises abrasive particles; and d) at least partially curing the make layer precursor to provide a make layer. a) providing a web comprising a backing having a make layer precursor disposed thereon, wherein the web moves along a web path in a downweb direction, wherein the web has a crossweb direction that is perpendicular to the downweb direction, and wherein the make layer precursor comprises a first curable binder precursor; b) providing an applied magnetic field, wherein the applied magnetic field is provided by a rotating magnet having a rotational axis that is substantially parallel to the crossweb direction of at least a portion of the web path within the drop zone.; c) passing a mixture of magnetizable particles and non-magnetizable particles through at least a portion of the applied magnetic field and onto the make layer precursor such that the magnetizable particles and the non-magnetizable particles are predominantly deposited onto the web in a drop zone according to a predetermined order, wherein at least one of the magnetizable particles or the non-magnetizable particles comprises abrasive particles; and d) at least partially curing the make layer precursor to provide a make layer.
An analogue system (200;300) for balancing a rechargeable electrical energy storage assembly comprising a plurality of capacitive-effect storage devices (DC 1,..., DC n) connected to one another in series, said system (200;300) comprising, for each storage device (DC i), a balancing device (202 i;302 i) including: - a bypass circuit (204 i; 304 i) for said storage device (DC i), able to be controlled between a closed state and an open state, and - a voltage comparator (106 i), called first comparator, arranged to control said bypass circuit (204 i; 304 i) into an open or closed state depending on the voltage at the terminals of said storage device (DC i) and on a predetermined voltage, called balancing voltage (V eq); said system (200;300) being characterized in that it further comprises, for each storage device (DC i), another voltage comparator (206 i), called second comparator, designed to control an open or closed state of the bypass circuit (204 i; 304 i) for said storage device (DC i) depending: - on the voltage on the terminals of said storage device (DC i), and - on a predetermined voltage (V dec), called switch-off voltage, representative of a closed state of the majority, or of all, of the bypass circuits (204 i; 304 i). - a bypass circuit (204 i; 304 i) for said storage device (DC i), able to be controlled between a closed state and an open state, and - a voltage comparator (106 i), called first comparator, arranged to control said bypass circuit (204 i; 304 i) into an open or closed state depending on the voltage at the terminals of said storage device (DC i) and on a predetermined voltage, called balancing voltage (V eq); - on the voltage on the terminals of said storage device (DC i), and - on a predetermined voltage (V dec), called switch-off voltage, representative of a closed state of the majority, or of all, of the bypass circuits (204 i; 304 i).
A system for treating a heart of a patient comprising: a guidewire insertable through a wall of the heart into a chamber of the heart; a delivery catheter having a first end, a second end, and a lumen extending between the first end and the second end; an anchor comprising a lumen configured to receive the guidewire so that the anchor is insertable over the guidewire; a tension member coupled with the anchor to urge the wall against a second wall, characterized in that: the delivery catheter is insertable over the guidewire through the wall; and the anchor is insertable through the wall via the delivery catheter, wherein with the guidewire inserted through the lumen, the anchor is oriented in a low profile configuration, and with the guidewire removed from the lumen, the anchor is rotatable relative to the tension member. a guidewire insertable through a wall of the heart into a chamber of the heart; a delivery catheter having a first end, a second end, and a lumen extending between the first end and the second end; an anchor comprising a lumen configured to receive the guidewire so that the anchor is insertable over the guidewire; a tension member coupled with the anchor to urge the wall against a second wall, the delivery catheter is insertable over the guidewire through the wall; and the anchor is insertable through the wall via the delivery catheter, wherein with the guidewire inserted through the lumen, the anchor is oriented in a low profile configuration, and with the guidewire removed from the lumen, the anchor is rotatable relative to the tension member.
An execution flow protection module for a microcontroller with a memory and a microprocessor, said module configured to monitor the memory access of the microcontroller to identify instructions fetched by the microcontroller from the memory for execution by the microprocessor, said module comprising: an instruction decoder unit for determining a program counter value associated with the execution flow of the instructions fetched by the microcontroller; a program counter predictor unit for predicting the next program counter value of a next instruction to be fetched; and an interrupt module for responding if the next instruction fetched by the microcontroller does not match the predicted next program counter value; and characterized by: one or more registers for receiving a hint of the execution flow of the next instruction fetched; wherein the hint comprises a hint instruction; wherein the program counter predictor unit may predict more than one program counter value based on the hint instruction provided to the one or more registers. an instruction decoder unit for determining a program counter value associated with the execution flow of the instructions fetched by the microcontroller; a program counter predictor unit for predicting the next program counter value of a next instruction to be fetched; and an interrupt module for responding if the next instruction fetched by the microcontroller does not match the predicted next program counter value; and characterized by: one or more registers for receiving a hint of the execution flow of the next instruction fetched; wherein the hint comprises a hint instruction; wherein the program counter predictor unit may predict more than one program counter value based on the hint instruction provided to the one or more registers. one or more registers for receiving a hint of the execution flow of the next instruction fetched; wherein the hint comprises a hint instruction; wherein the program counter predictor unit may predict more than one program counter value based on the hint instruction provided to the one or more registers.
An apparatus for acquiring a system, the apparatus for use in a mobile communication terminal, the apparatus comprising: a Radio Frequency, RF, communication unit for transmitting and receiving a radio frequency signal; a location signal receiver for receiving a location signal; a system list storage unit for storing a Preferred Roaming List, PRL, of systems to be searched for acquiring a system, wherein the PRL includes coordinate information of system locations; and a control unit for acquiring the system by searching the PRL stored in the system list storage unit for a closest system to a current calculated location of the mobile communication terminal from the location signal received by the location signal receiver; wherein the control unit is configured to control arraying of the PRL in order of closeness of the systems to the current calculated location based on the location signal received by the location signal receiver and the coordinate information of the system in the PRL, and to search the PRL in order of the arrayed PRL. a Radio Frequency, RF, communication unit for transmitting and receiving a radio frequency signal; a location signal receiver for receiving a location signal; a system list storage unit for storing a Preferred Roaming List, PRL, of systems to be searched for acquiring a system, wherein the PRL includes coordinate information of system locations; and a control unit for acquiring the system by searching the PRL stored in the system list storage unit for a closest system to a current calculated location of the mobile communication terminal from the location signal received by the location signal receiver; wherein the control unit is configured to control arraying of the PRL in order of closeness of the systems to the current calculated location based on the location signal received by the location signal receiver and the coordinate information of the system in the PRL, and to search the PRL in order of the arrayed PRL.
Heat exchanger for vehicle arranged to allow an internal circulation of at least one fluid, comprising at least a heat exchanger bundle and at least a duct at least partially outside the heat exchanger bundle, the duct penetrating into the heat exchanger bundle by a hole arranged in a terminal plate of the heat exchanger bundle, the duct comprising at least a collar (40, 42) lining the hole, wherein the heat exchanger comprises a reinforcing mean in touch with the collar (40, 42) of the duct and with the terminal plate of the heat exchanger bundle in which the reinforcing mean comprises at least a first flat section and a second flat section, the first flat section being at least in touch with the collar (40, 42) the duct,, the second flat section being at least in contact of the terminal plate, characterized in that the second flat section includes at least two radial extensions separated by at least an interval.
A genetically modified yeast cell comprising - at least one recombinant promoter operably linked to at least one gene naturally occurring in the genome of the yeast cell and encoding a polypeptide or protein supporting the biosynthesis of polypeptides or proteins within said cell, said at least one gene being located at the native genomic locus of said at least one gene of the genetically unmodified wild-type yeast cell, wherein the naturally occurring promoter of the at least one gene encoding the biosynthesis supporting polypeptide or protein is inactivated by at least one mutation within said naturally occurring promoter and - an expression secretion cassette comprising a recombinant nucleic acid molecule encoding a protein or polypeptide of interest. - at least one recombinant promoter operably linked to at least one gene naturally occurring in the genome of the yeast cell and encoding a polypeptide or protein supporting the biosynthesis of polypeptides or proteins within said cell, said at least one gene being located at the native genomic locus of said at least one gene of the genetically unmodified wild-type yeast cell, wherein the naturally occurring promoter of the at least one gene encoding the biosynthesis supporting polypeptide or protein is inactivated by at least one mutation within said naturally occurring promoter and - an expression secretion cassette comprising a recombinant nucleic acid molecule encoding a protein or polypeptide of interest.
A LED module comprising: - a board, such as e.g. a printed circuit board, or a carrier, such as e.g. a SMD carrier, and - at least one LED chip with side emission, the LED chip being placed on a support being mounted on the board or carrier, wherein an optical element is arranged, i.e. dispensed or mounted, on top of the LED chip and of the area of the board or carrier surrounding the LED chip, wherein the LED module further comprises a reflective layer covering the surface of the board or carrier, i.e. the area of the board or carrier surrounding the LED chip on which said element is arranged, and contacting at least one side wall of the support, characterized in that the contours of the support near the surface of the board or carrier are smaller than the contours of the LED chip in a top view, and the reflective layer does not cover the lateral emitting surfaces of the LED chip. - a board, such as e.g. a printed circuit board, or a carrier, such as e.g. a SMD carrier, and - at least one LED chip with side emission,
An antibody specific for DD/E monomer and DD/E polymers or fragment thereof characterized in that the antibody or fragment thereof specifically reacts with DD/E monomer and DD/E polymers which are plasmin-digested products of stabilized human fibrin, and does not react with human fibrinogen or plasmin-digested products of human fibrinogen, which include fragment X, fragment Y, fragment D1, and fragment E3, and does not react with dissociation products of DD/E monomer, which include fragment DD, fragment E1, and fragment E2.
A power device comprising: an input configured to be coupled to a power source and to receive input power from the power source; power circuitry coupled to the input; a power output (103, 104, 105) coupled to the power circuitry; a network module configured to be coupled to a network; and a controller coupled to the power output (103, 104, 105), the power circuitry and the network module, the controller configured to: operate the power circuitry to provide output power to the power output (103, 104, 105) derived from the input power; attempt to communicate with a primary cloud service including at least one server via a network access device; in response to a determination that communication with the primary cloud service has failed, attempt to communicate with at least one third-party domain name server via the network access device; and in response to a determination that communication with the primary cloud service and the at least one third-party domain name server has failed, identify that the network has failed. an input configured to be coupled to a power source and to receive input power from the power source; power circuitry coupled to the input; a power output (103, 104, 105) coupled to the power circuitry; a network module configured to be coupled to a network; and a controller coupled to the power output (103, 104, 105), the power circuitry and the network module, the controller configured to: operate the power circuitry to provide output power to the power output (103, 104, 105) derived from the input power; attempt to communicate with a primary cloud service including at least one server via a network access device; in response to a determination that communication with the primary cloud service has failed, attempt to communicate with at least one third-party domain name server via the network access device; and in response to a determination that communication with the primary cloud service and the at least one third-party domain name server has failed, identify that the network has failed. operate the power circuitry to provide output power to the power output (103, 104, 105) derived from the input power; attempt to communicate with a primary cloud service including at least one server via a network access device; in response to a determination that communication with the primary cloud service has failed, attempt to communicate with at least one third-party domain name server via the network access device; and in response to a determination that communication with the primary cloud service and the at least one third-party domain name server has failed, identify that the network has failed.
A health monitoring system for monitoring the health of an electronic system, the health monitoring system comprising: a monitoring circuit within the electronic system, the monitoring circuit including fatigue life characterized electrical components (26, 28, 30) representative of electrical components in at least a portion of the balance of the electronic system, wherein the fatigue life characterized electrical components are employed solely to monitor the health of the electronic system; characterized in that: the health monitoring system further comprises an analog-to-digital converter; wherein an output of the monitoring circuit is electrically connected to the analog-to-digital converter; and the fatigue life characterized electrical components have a statistically significant shorter life expectancy under environmental stresses than the electrical components in at least a portion of the balance of the electronic system. a monitoring circuit within the electronic system, the monitoring circuit including fatigue life characterized electrical components (26, 28, 30) representative of electrical components in at least a portion of the balance of the electronic system, wherein the fatigue life characterized electrical components are employed solely to monitor the health of the electronic system; characterized in that: the health monitoring system further comprises an analog-to-digital converter; wherein an output of the monitoring circuit is electrically connected to the analog-to-digital converter; and the fatigue life characterized electrical components have a statistically significant shorter life expectancy under environmental stresses than the electrical components in at least a portion of the balance of the electronic system. the health monitoring system further comprises an analog-to-digital converter; wherein an output of the monitoring circuit is electrically connected to the analog-to-digital converter; and the fatigue life characterized electrical components have a statistically significant shorter life expectancy under environmental stresses than the electrical components in at least a portion of the balance of the electronic system.