mhurhangee/ep-ind-claims huggingface dataset:
An optoelectronic device module, comprising: a substrate having a polymer layer, wherein the substrate include a top surface; a silicon photonics transmitter "STX" die having a bottom surface and a hybrid silicon laser on the bottom surface, wherein the bottom surface of the STX die faces the top surface of the substrate; and a silicon interposer between the hybrid silicon laser and the substrate, wherein the silicon interposer includes a plurality of through silicon vias "TSVs", and wherein the STX die is electrically connected to the substrate through the TSVs, and wherein the silicon interposer comprises a thermal bridge including a plurality of dummy interconnects coupled to the substrate. a substrate having a polymer layer, wherein the substrate include a top surface; a silicon photonics transmitter "STX" die having a bottom surface and a hybrid silicon laser on the bottom surface, wherein the bottom surface of the STX die faces the top surface of the substrate; and a silicon interposer between the hybrid silicon laser and the substrate, wherein the silicon interposer includes a plurality of through silicon vias "TSVs", and wherein the STX die is electrically connected to the substrate through the TSVs, and wherein the silicon interposer comprises a thermal bridge including a plurality of dummy interconnects coupled to the substrate.
A tool case comprising: a base having a lower surface, the lower surface defining a plurality of guides; and a tool holder insert supported by the base, the tool holder insert including a base portion, an insert portion extending from the base portion in a first direction, the insert portion engaging one of the plurality of guides, a main body portion extending from the base portion in a second direction that is opposite the first direction, the main body portion configured to receive an oscillating multi tool blade, and a wing extending outwardly from the base portion, characterised by the wing having a detent that engages another of the plurality of guides. a base having a lower surface, the lower surface defining a plurality of guides; and a tool holder insert supported by the base, the tool holder insert including a base portion, an insert portion extending from the base portion in a first direction, the insert portion engaging one of the plurality of guides, a main body portion extending from the base portion in a second direction that is opposite the first direction, the main body portion configured to receive an oscillating multi tool blade, and a wing extending outwardly from the base portion, characterised by the wing having a detent that engages another of the plurality of guides. a base portion, an insert portion extending from the base portion in a first direction, the insert portion engaging one of the plurality of guides, a main body portion extending from the base portion in a second direction that is opposite the first direction, the main body portion configured to receive an oscillating multi tool blade, and a wing extending outwardly from the base portion, characterised by the wing having a detent that engages another of the plurality of guides.
A cooling device for a hot rolled steel sheet in which spray headers are disposed above and below a hot rolled steel sheet moving in a conveyance direction to be opposed to each other, each of the spray headers including a spray plate having a plurality of cooling water ejection holes and a box-shaped main body covering the spray plate, the cooling device configured to cool the hot rolled steel sheet by spraying cooling water from the cooling water ejection holes to the hot rolled steel sheet, characterized in that the spray header internally includes a guide rail (222A U,L) provided to an inner peripheral face of the main body and extending in a sheet width direction of the hot rolled steel sheet, and a mask member (203A L,R) configured to move along the guide rail (222A U,L), the mask member (203A L,R) includes a support body and a shield body, the support body being provided movably in the sheet width direction of the hot rolled steel sheet along the guide rail (222A U,L), the shield body being supported by the support body with an elastic body inserted between the shield body and the support body, the elastic body being elastically deformable in at least an up-down direction, and when water pressure does not act on the shield body, the shield body is located away from the spray plate and, when water pressure acts on the shield body, compression and deformation of the elastic body causes the shield body to be pressed against the spray plate, and desired ones of cooling liquid ejection holes are thereby closed.
An integrated circuit, comprising: a memory block operating at a first data rate; a second functional block operating at a second data rate that is greater than the first data rate; data rate concentration circuitry that receives stored data from the memory block at the first data rate and that outputs the stored data at the second data rate to the second functional block; wherein the data rate concentration circuitry comprises: a first register configured to receive a first group of data and a second group of data that is different than the first group of data from a memory array of said memory block; an second register configured to receive only the second group of data from the first register; a multiplexer having a first input that receives the first group of data from the first register and a second input that receives the second group of data from the second register; wherein the first register is controlled by a first clock pulse signal (CPa) toggling at the first data rate, and wherein the second register is controlled by a second clock pulse signal (CPb) that is out of phase with the first clock pulse signal (CPa) and that is also toggling at the first data rate. a memory block operating at a first data rate; a second functional block operating at a second data rate that is greater than the first data rate; data rate concentration circuitry that receives stored data from the memory block at the first data rate and that outputs the stored data at the second data rate to the second functional block; wherein the data rate concentration circuitry comprises: a first register configured to receive a first group of data and a second group of data that is different than the first group of data from a memory array of said memory block; an second register configured to receive only the second group of data from the first register; a multiplexer having a first input that receives the first group of data from the first register and a second input that receives the second group of data from the second register; wherein the first register is controlled by a first clock pulse signal (CPa) toggling at the first data rate, and wherein the second register is controlled by a second clock pulse signal (CPb) that is out of phase with the first clock pulse signal (CPa) and that is also toggling at the first data rate. a first register configured to receive a first group of data and a second group of data that is different than the first group of data from a memory array of said memory block; an second register configured to receive only the second group of data from the first register; a multiplexer having a first input that receives the first group of data from the first register and a second input that receives the second group of data from the second register; wherein the first register is controlled by a first clock pulse signal (CPa) toggling at the first data rate, and wherein the second register is controlled by a second clock pulse signal (CPb) that is out of phase with the first clock pulse signal (CPa) and that is also toggling at the first data rate.
A vehicle attitude control device including a provisional standard yaw rate calculator configured to obtain a standard yaw rate from a vehicle speed and a steering angle, a target yaw moment calculator configured to generate target yaw moment on the basis of a deviation between an actual yaw rate detected by a sensor and the standard yaw rate, and a braking/driving force allocator configured to apply braking force or driving force, required to achieve the target yaw moment, to each wheel, the vehicle attitude control device comprising: a detection speed processor configured to perform a process such that a vehicle speed detected by a vehicle speed detector slowly changes; a limit yaw rate calculator configured to determine a limit yaw rate by dividing lateral acceleration by the processed vehicle speed; and a standard yaw rate corrector configured to correct the standard yaw rate using the limit yaw rate when the standard yaw rate is higher than the limit yaw rate, wherein the target yaw moment calculator generates the target yaw moment on the basis of a deviation between the standard yaw rate corrected by the standard yaw rate corrector and the actual yaw rate. a detection speed processor configured to perform a process such that a vehicle speed detected by a vehicle speed detector slowly changes; a limit yaw rate calculator configured to determine a limit yaw rate by dividing lateral acceleration by the processed vehicle speed; and a standard yaw rate corrector configured to correct the standard yaw rate using the limit yaw rate when the standard yaw rate is higher than the limit yaw rate, wherein the target yaw moment calculator generates the target yaw moment on the basis of a deviation between the standard yaw rate corrected by the standard yaw rate corrector and the actual yaw rate.
A handover method, comprising the following steps in the given order: receiving (401, 501), by a target master base station, a handover request for a user equipment involved in dual connectivity communication from a source master base station, wherein the handover request is used to request to hand over the user equipment from the source master base station to the target master base station; sending (402, 502), by the target master base station, a handover request acknowledgment message to the source master base station based on the handover request, wherein the handover request acknowledgment message is used to indicate that the target master base station allows the user equipment to be handed over from the source master base station to the target master base station; sending (403, 503), by the source master base station, notification information to the user equipment, wherein the notification information comprises handover information for a handover from the source master base station to the target master base station; establishing (404, 505), by the target master base station, a communication connection to the user equipment before a secondary base station receives a release request from the source master base station, wherein the release request is used to instruct to release a connection related to the user equipment between the source master base station and the secondary base station; and adding (405, 506, 507), by the target master base station, the secondary base station for the user equipment. receiving (401, 501), by a target master base station, a handover request for a user equipment involved in dual connectivity communication from a source master base station, wherein the handover request is used to request to hand over the user equipment from the source master base station to the target master base station; sending (402, 502), by the target master base station, a handover request acknowledgment message to the source master base station based on the handover request, wherein the handover request acknowledgment message is used to indicate that the target master base station allows the user equipment to be handed over from the source master base station to the target master base station; sending (403, 503), by the source master base station, notification information to the user equipment, wherein the notification information comprises handover information for a handover from the source master base station to the target master base station; establishing (404, 505), by the target master base station, a communication connection to the user equipment before a secondary base station receives a release request from the source master base station, wherein the release request is used to instruct to release a connection related to the user equipment between the source master base station and the secondary base station; and adding (405, 506, 507), by the target master base station, the secondary base station for the user equipment.
A compound represented by the following formula: Q-L-CHR 2 (wherein, Q is a non-cationic aliphatic group that does not contain nitrogen but contains an oxy structure other than a -O- contained within a carboxylato group; L is a single bond or an aliphatic group containing no nitrogen, and contains an ester structure selected from the group consisting of -C(=O)-O-, -O-C(=O)-, -O-C(=O)-O-, -C(=S)-O-, - O-C(=S)-, -O-C(=S)-O-, -S-C(=O)-, -C(=O)-S-, and -OP(=O)OR'-O- (wherein R' is hydrogen, a non-cationic aliphatic group, or -CHR 2); Rs are C 12 -C 24 aliphatic groups, the same or different, represented by the following formula: -L C1 -C(=O)-O-L C2 (where, L C1 is alkylene; and L C2 is alkenyl)). Q is a non-cationic aliphatic group that does not contain nitrogen but contains an oxy structure other than a -O- contained within a carboxylato group; L is a single bond or an aliphatic group containing no nitrogen, and contains an ester structure selected from the group consisting of -C(=O)-O-, -O-C(=O)-, -O-C(=O)-O-, -C(=S)-O-, - O-C(=S)-, -O-C(=S)-O-, -S-C(=O)-, -C(=O)-S-, and -OP(=O)OR'-O- (wherein R' is hydrogen, a non-cationic aliphatic group, or -CHR 2); Rs are C 12 -C 24 aliphatic groups, the same or different, represented by the following formula: -L C1 -C(=O)-O-L C2 (where, L C1 is alkylene; and L C2 is alkenyl)). L C1 is alkylene; and L C2 is alkenyl)).
A polyethylene terephthalate resin composition, having a manganese element content of 30 to 60 ppm, a potassium element content of 2 to 10 ppm, and an antimony element content of 70 to 150 ppm with respect to the total weight of elements of the polyethylene terephthalate resin composition, wherein a molar ratio of metal elements to phosphorus element, (M/P = (M1 + M2 / 2) / P), satisfies the following formula: 0.6 ≤ M 1 + M 2 / 2 / P ≤ 1.3 (wherein M1 represents the content (mol/t) of a bivalent metal element selected from the group consisting of Mg, Mn, and Ca; M2 represents the content (mol/t) of a monovalent metal element selected from the group consisting of Li, Na, and K; and P represents the content (mol/t) of phosphorus element.); and wherein the composition has a gelation ratio of 5% by weight or less, wherein the manganese element content, the potassium element content, the antimony element content, the phosphorus element content and the gelation ratio are measured by methods as set out in the description respectively. (wherein M1 represents the content (mol/t) of a bivalent metal element selected from the group consisting of Mg, Mn, and Ca; M2 represents the content (mol/t) of a monovalent metal element selected from the group consisting of Li, Na, and K; and P represents the content (mol/t) of phosphorus element.); and wherein the composition has a gelation ratio of 5% by weight or less, wherein the manganese element content, the potassium element content, the antimony element content, the phosphorus element content and the gelation ratio are measured by methods as set out in the description respectively.
A security sheet comprising a sheet material, and a security element, wherein the security element is embedded in the sheet material, the security element includes a passive RFID tag comprising at least a chip with a memory and an antenna, and a universal unique identifier for uniquely identifying the security sheet is invariably stored in the memory, characterized in that the universal unique identifier comprises a unique code representing a unique random number generated during manufacturing of the security sheet and stored in a memory area which is protected by a one-time password for a single writing operation during manufacturing of the security sheet. a sheet material, and a security element, wherein the security element is embedded in the sheet material, the security element includes a passive RFID tag comprising at least a chip with a memory and an antenna, and a universal unique identifier for uniquely identifying the security sheet is invariably stored in the memory, characterized in that the universal unique identifier comprises a unique code representing a unique random number generated during manufacturing of the security sheet and stored in a memory area which is protected by a one-time password for a single writing operation during manufacturing of the security sheet.
A drive rod lock for a drive rod fitting of a window, a window door or the like, having a positive-locking element provided for the connection with a drive rod of the drive rod fitting and having a locking element (12, 23), having a housing for guiding the locking element (12, 23) between a locked position engaged with the positive-locking element and a released position separated from the positive-locking element and having an actuating element for the movement of the locking element (12, 23), wherein the locking element (12, 23) is connected with a latching device, and the latching device has two latching positions for holding the locking elements (12, 23) in the locked position and in the released position, characterized in that the locking element protrudes into the movement region of a locking pin fastened on the drive rod.
A pharmaceutical composition for use in a method of treating or preventing non-alcoholic steatohepatitis, comprising as an active ingredient the pyrimidine-4-carboxamide compound of the Chemical Formula 1.
A grinding and cleaning tool for grinding and cleaning the inside of pipes, comprising a distal part to which a flexible shaft_ is attachable and a proximal part adapted to guide the flexible shaft through the center of the proximal part, at least two elongated and flexible linking members connecting the distal part with the proximal part, grinding elements attached to or being an integrated part of said flexible linking members, characterized by a resilient spacer member placed between the distal and proximal parts, whereby the flexible shaft can pass coaxially through it, thereby keeping the distal and proximal parts apart. a distal part to which a flexible shaft_ is attachable and a proximal part adapted to guide the flexible shaft through the center of the proximal part, at least two elongated and flexible linking members connecting the distal part with the proximal part, grinding elements attached to or being an integrated part of said flexible linking members,
A replaceable fluid container arranged to be removably seated in a dock to supply fluid associated with an engine, the replaceable fluid container comprising: a plurality of fluid reservoirs (9, 109), wherein each reservoir comprises a fluid port (90, 190) arranged to provide fluidic communication between the reservoir (9, 109) and a corresponding fluid circulation system (8, 108) associated with the engine when the replaceable fluid container is seated in the dock; the replaceable fluid container is characterised by further comprising: a controller configured to control the supply of fluid from one or more of the plurality of reservoirs (9, 109) to the corresponding fluid circulation system (8, 108); wherein controlling the supply of fluid is based on operational data related to the fluid or the fluid circulation system (8, 108). a plurality of fluid reservoirs (9, 109), wherein each reservoir comprises a fluid port (90, 190) arranged to provide fluidic communication between the reservoir (9, 109) and a corresponding fluid circulation system (8, 108) associated with the engine when the replaceable fluid container is seated in the dock; the replaceable fluid container is characterised by further comprising: a controller configured to control the supply of fluid from one or more of the plurality of reservoirs (9, 109) to the corresponding fluid circulation system (8, 108); wherein controlling the supply of fluid is based on operational data related to the fluid or the fluid circulation system (8, 108). a controller configured to control the supply of fluid from one or more of the plurality of reservoirs (9, 109) to the corresponding fluid circulation system (8, 108); wherein controlling the supply of fluid is based on operational data related to the fluid or the fluid circulation system (8, 108).
A cocrystal of piperacillin sodium and sulbactam sodium, comprising diffraction angles of 14.24°, 16.58°, 16.79°, 17.77°, 19.20°, 20.21°, 20.39°, 23.06°, 27.86° and 32.16° represented by 2θ in an X-ray powder diffraction analysis spectrum.
An antenna system comprising: an omni-directional vertically polarized co-linear antenna array that is configured to generate a vertically polarized field; and a plurality of linear polarization filters (24A, 24B, 24C) including layers of helical conductors concentrically surrounding the omni-directional vertically polarized co-linear antenna array and extending from a first end to a second end of the omni-directional vertically polarized co-linear antenna array, and configured to progressively rotate the vertically polarized field 90° to form a horizontally polarized field outside of the plurality of linear polarization filters (24A, 24B, 24C). an omni-directional vertically polarized co-linear antenna array that is configured to generate a vertically polarized field; and a plurality of linear polarization filters (24A, 24B, 24C) including layers of helical conductors concentrically surrounding the omni-directional vertically polarized co-linear antenna array and extending from a first end to a second end of the omni-directional vertically polarized co-linear antenna array, and configured to progressively rotate the vertically polarized field 90° to form a horizontally polarized field outside of the plurality of linear polarization filters (24A, 24B, 24C).