mhurhangee/ep-ind-claims huggingface dataset:
A method of compiling code in a data processing system comprising a block computation engine including an address generation accelerator for generating read and write requests by reference to at least one operand data structure and a computation engine that applies an operation indicated by an operation data structure, wherein the operand data structure and operation data structure ( reside in dedicated storage in the block computation engine, said method comprising: in response to receiving pre-processed code, a compiler identifying a code section in the pre-processed code that is not a candidate for acceleration and identifying a code block in the pre-processed code that is a candidate for acceleration, wherein the code block specifies an iterated operation; in response to identifying the code section, the compiler generating post-processed code containing one or more lower level instructions corresponding to the identified code section; in response to identifying the code block, the compiler creating and outputting the operation data structure separate from the post-processed code, wherein the operation data structure identifies the iterated operation, the iterated operation having at least first (SA, SB) and second operands; the compiler creating and outputting the operand data structure that defines a first addressing relationship between effective addresses of the multiple first operands and a second addressing relationship between effective addresses of multiple second operands; the compiler placing a block computation command in the post-processed code that invokes processing of the operation data structure to perform the iterated operation; and the compiler outputting the post-processed code. in response to receiving pre-processed code, a compiler identifying a code section in the pre-processed code that is not a candidate for acceleration and identifying a code block in the pre-processed code that is a candidate for acceleration, wherein the code block specifies an iterated operation; in response to identifying the code section, the compiler generating post-processed code containing one or more lower level instructions corresponding to the identified code section; in response to identifying the code block, the compiler creating and outputting the operation data structure separate from the post-processed code, wherein the operation data structure identifies the iterated operation, the iterated operation having at least first (SA, SB) and second operands; the compiler creating and outputting the operand data structure that defines a first addressing relationship between effective addresses of the multiple first operands and a second addressing relationship between effective addresses of multiple second operands; the compiler placing a block computation command in the post-processed code that invokes processing of the operation data structure to perform the iterated operation; and the compiler outputting the post-processed code.
A composition for use in reversing Type-1 diabetes in a mammal having new onset diabetes, the composition comprising microspheres comprising oligonucleotides that are antisense to and targeted to bind to primary transcripts selected from the group consisting of CD40, CD80 and CD86 primary transcripts, and combinations thereof.
A composition consisting essentially of: (a) Z-1,1,1,4,4,4-hexafluoro-2-butene; and (b) methyl perfluoropropyl ether; wherein the methyl perfluoropropyl ether is present in an effective amount to form an azeotrope-like combination with the Z-1,1,1,4,4,4-hexafluoro-2-butene; wherein said azeotrope-like composition exhibits a difference in dew point pressure and bubble point pressure of less than or equal to 5 percent based upon the bubble point pressure. (a) Z-1,1,1,4,4,4-hexafluoro-2-butene; and (b) methyl perfluoropropyl ether; wherein the methyl perfluoropropyl ether is present in an effective amount to form an azeotrope-like combination with the Z-1,1,1,4,4,4-hexafluoro-2-butene;
Apparatus for unloading material, comprising a frame and a hooking device mounted on said frame for hooking said material, said hooking device comprising a plurality of rows of curved hooks, each row of hooks being pivotable about a respective axis of rotation between a non-operating position, in which said hooks are retracted, and an operating position, in which said hooks are extended so as to hook said material, wherein all the rows of hooks of said hooking device can oscillate from said non-operating position into said operating position along a hooking path, said rows of hooks rotating in the same direction of rotation about the respective axes of rotation, said hooking device further comprising an abutment element that is positioned on the outside of said rows of hooks, substantially perpendicular to said hooking path, the apparatus being characterised in that said abutment element is configured so as to block the material when driven by said hooks and to assist the penetration of the hooks in the material.
A method implemented by a user equipment in a wireless communication network, said method comprising: transmitting, to a base station (110, 300), a dedicated random access preamble on a random access channel as a first part of a random access message; and transmitting, to the base station (110, 300), a second part of the random access message using dedicated resources on an uplink shared channel, wherein the dedicated resources are associated with the dedicated random access preamble. transmitting, to a base station (110, 300), a dedicated random access preamble on a random access channel as a first part of a random access message; and transmitting, to the base station (110, 300), a second part of the random access message using dedicated resources on an uplink shared channel, wherein the dedicated resources are associated with the dedicated random access preamble.
Radically polymerisable silane according to the general Formula I in which R 1 is a linear or branched aliphatic C 1 -C 9 alkyl group, phenyl or alkylated phenyl group, R 2, R 3 independently of each other in each case are absent or are a linear or branched aliphatic C 1 -C 20 alkylene group that can be interrupted by S or O atoms, R 4, R 5, R 6 independently of each other in each case are -Cl, -OCH 3, -OC 2 H 5, -CH 3 or -C 2 H 5, X is CH 2 or O, Y is absent, or is O or NR', wherein R' is H or a C 1-5 alkyl group, and Z is absent, or is O, NR", -CO-O-, -CO-NR"-, -O-CO-O-, -O-CO-NR"-, or -NR"-CO-NR"-, wherein R" is H or a C 1-5 alkyl group and wherein the groups R 2 and R 3 cannot be absent at the same time and Z is absent if R 2 or R 3 is absent. R 1 is a linear or branched aliphatic C 1 -C 9 alkyl group, phenyl or alkylated phenyl group, R 2, R 3 independently of each other in each case are absent or are a linear or branched aliphatic C 1 -C 20 alkylene group that can be interrupted by S or O atoms, R 4, R 5, R 6 independently of each other in each case are -Cl, -OCH 3, -OC 2 H 5, -CH 3 or -C 2 H 5, X is CH 2 or O, Y is absent, or is O or NR', wherein R' is H or a C 1-5 alkyl group, and Z is absent, or is O, NR", -CO-O-, -CO-NR"-, -O-CO-O-, -O-CO-NR"-, or -NR"-CO-NR"-, wherein R" is H or a C 1-5 alkyl group
A combination for use with a medical pen injector which requires shaking to prepare a medicament contained therein for administration to a patient, said combination comprising: a pen needle assembly including: a hub; and, a needle fixed to said hub, and, a shell configured for releasable retainment on said hub, said shell being retainable on said hub with said shell covering at least a portion of said needle, characterized in that the hub includes one or more resilient snaps received within snap recesses of the shell to releasably retain the shell on the hub unless a predetermined force is applied to the shell.
A device for sorting spherical objects, the device comprising: - a feeder (2, 2', 2") for feeding the spherical objects; and - a sorting plate (3, 3′, 3ʺ, 3′′′) comprising a receiving region for receiving the spherical objects and a sorting region, the sorting region comprising a good objects transferring region for transferring good spherical objects and a defective objects transferring region for transferring defective spherical objects; characterized in that - the sorting plate (3, 3′, 3ʺ, 3′′′) comprises a sorting surface that ascends between the receiving region and the good objects transferring region. - a feeder (2, 2', 2") for feeding the spherical objects; and - a sorting plate (3, 3′, 3ʺ, 3′′′) comprising a receiving region for receiving the spherical objects and a sorting region, the sorting region comprising a good objects transferring region for transferring good spherical objects and a defective objects transferring region for transferring defective spherical objects; - the sorting plate (3, 3′, 3ʺ, 3′′′) comprises a sorting surface that ascends between the receiving region and the good objects transferring region.
A receiving system for receiving wireless signals from a plurality of transmitting systems (11,22-65), said receiving system being configured to: - for each transmitting system of a plurality of transmitting systems (11,22-65), determine reception antenna weights for a plurality of antennas and/or antenna elements for receiving wireless signals from said transmitting system using receive beamforming characterized in that the receiving system is configured to: - determine a schedule for receiving wireless signals from said plurality of transmitting systems (11,22-65), said schedule indicating a resource allocation for each of said plurality of transmitting systems, said resource allocation specifying an allocated time period, - inform each transmitting system of said plurality of transmitting systems (11,22-65) of said resource allocation to said transmitting system, and - for each resource allocation in said schedule, receive a plurality of instances of a wireless signal via said plurality of antennas and/or antenna elements and combine said instances by using an antenna configuration which is based on at least reception antenna weights determined in relation to a transmitting system associated with said resource allocation. - for each transmitting system of a plurality of transmitting systems (11,22-65), determine reception antenna weights for a plurality of antennas and/or antenna elements for receiving wireless signals from said transmitting system using receive beamforming characterized in that the receiving system is configured to: - determine a schedule for receiving wireless signals from said plurality of transmitting systems (11,22-65), said schedule indicating a resource allocation for each of said plurality of transmitting systems, said resource allocation specifying an allocated time period, - inform each transmitting system of said plurality of transmitting systems (11,22-65) of said resource allocation to said transmitting system, and - for each resource allocation in said schedule, receive a plurality of instances of a wireless signal via said plurality of antennas and/or antenna elements and combine said instances by using an antenna configuration which is based on at least reception antenna weights determined in relation to a transmitting system associated with said resource allocation. - determine a schedule for receiving wireless signals from said plurality of transmitting systems (11,22-65), said schedule indicating a resource allocation for each of said plurality of transmitting systems, said resource allocation specifying an allocated time period, - inform each transmitting system of said plurality of transmitting systems (11,22-65) of said resource allocation to said transmitting system, and - for each resource allocation in said schedule, receive a plurality of instances of a wireless signal via said plurality of antennas and/or antenna elements and combine said instances by using an antenna configuration which is based on at least reception antenna weights determined in relation to a transmitting system associated with said resource allocation.
A component-securing device comprising a strip-shaped joining pin that comprises a pair of wide faces (a) and a pair of narrow faces (b) and that has a large number of to-be-engaged portions formed on at least one of the pair of wide faces (a), and a clip that is detachably engaged with the joining pin to secure a component, wherein the clip comprises a ring-shaped outer peripheral portion, a pair of support post portions that extend inward from two mutually opposing first positions (c) of the outer peripheral portion, a pair of joining pin insertion portions that are provided on mutually opposing extremity parts of the pair of support post portions and into which the joining pin can be fitted, an engagement portion that is provided on at least one of the pair of joining pin insertion portions and that is capable of engaging with the to-be-engaged portion of the joining pin, and a pair of pressing portions that are provided on two second positions (d) sandwiched by the two first positions (c) of the outer peripheral portion; the pair of joining pin insertion portions oppose each other in parallel across a gap; and characterised in that pushing the pair of pressing portions in a direction of approaching each other makes the outer peripheral portion deform and the pair of joining pin insertion portions move in a direction of moving away from each other with their opposing faces being kept in parallel with each other, and engagement between the engagement portion and the to-be-engaged portion is released.
Converter having an intermediate voltage circuit for providing an intermediate circuit voltage (DC+, DC-), to which intermediate voltage circuit a plurality of half-bridges having TOP and BOT switches (8, 9) is connected, and having a control circuit for actuating the power switches (8, 9), which control circuit is divided into a primary-side circuit part and a secondary-side circuit part, wherein the primary-side circuit part comprises: - a primary-side supply device for generating one or more primary-side operating voltages for supplying power to the primary-side circuit part, - a checking member for checking for the presence of predeterminable setpoint values of the primary-side operating voltages and emitting a fault signal, wherein the secondary-side circuit part comprises: - a TOP driver circuit that can be controlled by TOP control signals for actuating the TOP switches, - a BOT driver circuit that can be controlled by BOT control signals for actuating the BOT switches, - a supplementary circuit having a control logic module connected to the BOT driver circuit, which control logic module is designed to output a BOT driver signal based on the fault signal, wherein all the BOT switches are switched on if at least one primary-side operating voltage deviates from the setpoint value, - a secondary-side supply device for generating at least one secondary-side operating voltage for supplying power to the BOT driver circuit and the supplementary circuit, - a DC/DC converter for converting the intermediate circuit voltage to a secondary-side equivalent voltage for supplying power to the BOT driver circuit and the supplementary circuit in the event of failure of the secondary-side operating voltage. - a primary-side supply device for generating one or more primary-side operating voltages for supplying power to the primary-side circuit part, - a checking member for checking for the presence of predeterminable setpoint values of the primary-side operating voltages and emitting a fault signal, - a TOP driver circuit that can be controlled by TOP control signals for actuating the TOP switches, - a BOT driver circuit that can be controlled by BOT control signals for actuating the BOT switches, - a supplementary circuit having a control logic module connected to the BOT driver circuit, which control logic module is designed to output a BOT driver signal based on the fault signal, wherein all the BOT switches are switched on if at least one primary-side operating voltage deviates from the setpoint value, - a secondary-side supply device for generating at least one secondary-side operating voltage for supplying power to the BOT driver circuit and the supplementary circuit, - a DC/DC converter for converting the intermediate circuit voltage to a secondary-side equivalent voltage for supplying power to the BOT driver circuit and the supplementary circuit in the event of failure of the secondary-side operating voltage.
A biomimetic flow apparatus that can be used to grow a kidney cell culture comprising: a microfluidic flow channel comprising a topographical pattern at a first region of a surface of the microfluidic flow channel; an inlet in fluid connection with the microfluidic flow channel for allowing fluid to flow into the microfluidic flow channel; and renal cells seeded on the topographical pattern; wherein the topographical pattern of the surface of the microfluidic flow channel comprises ridges parallel to the direction of the microfluidic flow channel and the ridges have a width of greater than 20 nm and less than 5 μm, and the topographical pattern is selected to cause the renal cells to form a cell layer disposed above the surface to achieve an arrangement, behavior, or morphology determined at least in part by the topographical pattern of the at least one surface. a microfluidic flow channel comprising a topographical pattern at a first region of a surface of the microfluidic flow channel; an inlet in fluid connection with the microfluidic flow channel for allowing fluid to flow into the microfluidic flow channel; and renal cells seeded on the topographical pattern; wherein the topographical pattern of the surface of the microfluidic flow channel comprises ridges parallel to the direction of the microfluidic flow channel and the ridges have a width of greater than 20 nm and less than 5 μm, and the topographical pattern is selected to cause the renal cells to form a cell layer disposed above the surface to achieve an arrangement, behavior, or morphology determined at least in part by the topographical pattern of the at least one surface.
A three-way valve body defining a fluid flow path, comprising: a first port, a second port, and a third port, each port (18, 20, 22) in fluid communication with the flow path; a throat disposed between and in fluid communication with each of the first through third ports (18; 20; 22), the throat comprising a pair of opposing side wall portions (56a, 56b), a rear wall portion, and an opening disposed opposite the rear wall portion, the throat defining a generally cylindrical throat cavity disposed along a central axis; characterized by further comprising: at least one flow diverter carried by the valve body and extending into the throat cavity to interrupt the flow of fluid along the flow path and in the throat cavity, the at least one flow diverter comprising at least one rib (66; 68a, 68b) disposed within the throat cavity. a first port, a second port, and a third port, each port (18, 20, 22) in fluid communication with the flow path; a throat disposed between and in fluid communication with each of the first through third ports (18; 20; 22), the throat comprising a pair of opposing side wall portions (56a, 56b), a rear wall portion, and an opening disposed opposite the rear wall portion, the throat defining a generally cylindrical throat cavity disposed along a central axis; characterized by further comprising: at least one flow diverter carried by the valve body and extending into the throat cavity to interrupt the flow of fluid along the flow path and in the throat cavity, the at least one flow diverter comprising at least one rib (66; 68a, 68b) disposed within the throat cavity. at least one flow diverter carried by the valve body and extending into the throat cavity to interrupt the flow of fluid along the flow path and in the throat cavity, the at least one flow diverter comprising at least one rib (66; 68a, 68b) disposed within the throat cavity.
An internal combustion engine exhaust gas purification apparatus having a NOx storage-reduction catalyst unit provided in an exhaust gas passage _ and a NOx selective reduction catalyst unit provided downstream of the NOx storage-reduction catalyst unit in the exhaust gas passage, characterized by comprising: urea injecting means provided upstream of the NOx storage-reduction catalyst unit to inject urea into the exhaust gas passage; and urea injection controlling means that prohibits execution of urea injection from the urea injecting means 24 if at least one of the temperature of the NOx storage-reduction catalyst unit and the temperature of the NOx selective reduction catalyst unit is equal to or lower than a reference temperature, wherein the reference temperature corresponds to a catalyst temperature at and below which cyanic acid produced from urea is not converted into ammonia. urea injecting means provided upstream of the NOx storage-reduction catalyst unit to inject urea into the exhaust gas passage; and urea injection controlling means that prohibits execution of urea injection from the urea injecting means 24 if at least one of the temperature of the NOx storage-reduction catalyst unit and the temperature of the NOx selective reduction catalyst unit is equal to or lower than a reference temperature,
Spiral hose, comprising: - a tube with a first wall thickness (t I); - a first reinforcement package, arranged around the circumference of the tube, comprising a first rubber layer embedding at least one set of a first and second layer of wire (6; 7) wound in a helical path around the tube, wherein the winding direction of the first layer is opposite from the winding direction of the second layer, which first reinforcement package has a first package thickness (t R1); - a second reinforcement package, arranged around the circumference of the first reinforcement package, comprising a second rubber layer embedding at least a second set of a third and fourth layer of wire wound in a helical path around the first reinforcement package, wherein the winding direction of the third layer is opposite from the winding direction of the fourth layer, which second reinforcement package has a second package thickness (t R2); and - a cover layer, arranged around the circumference of the second reinforcement package, with a cover package thickness (tc) characterized in that the diameter of the wires (9; 10) in the second reinforcement package is smaller than the diameter of the wires (6; 7) in the first reinforcement package. - a tube with a first wall thickness (t I); - a first reinforcement package, arranged around the circumference of the tube, comprising a first rubber layer embedding at least one set of a first and second layer of wire (6; 7) wound in a helical path around the tube, wherein the winding direction of the first layer is opposite from the winding direction of the second layer, which first reinforcement package has a first package thickness (t R1); - a second reinforcement package, arranged around the circumference of the first reinforcement package, comprising a second rubber layer embedding at least a second set of a third and fourth layer of wire wound in a helical path around the first reinforcement package, wherein the winding direction of the third layer is opposite from the winding direction of the fourth layer, which second reinforcement package has a second package thickness (t R2); and - a cover layer, arranged around the circumference of the second reinforcement package, with a cover package thickness (tc)