mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a silicon interposer; a communication fabric; an accelerator die comprising a plurality of computing elements to simultaneously perform operations on a plurality of matrix data elements; a plurality of dot-product engines, the plurality of dot product engines to compute a plurality of dot-products on the matrix data elements to generate a plurality of result matrix data elements; a buffer or cache to store a plurality of matrix data elements; a memory controller coupled to the communication fabric; and a stacked DRAM that stacks a plurality of DRAM dies vertically via an interface layer on the silicon interposer coupled to the accelerator die, wherein connections between the stacked DRAM and the accelerator die via the communication fabric are running through the silicon interposer and the interface layer. a silicon interposer; a communication fabric; an accelerator die comprising a plurality of computing elements to simultaneously perform operations on a plurality of matrix data elements; a plurality of dot-product engines, the plurality of dot product engines to compute a plurality of dot-products on the matrix data elements to generate a plurality of result matrix data elements; a buffer or cache to store a plurality of matrix data elements; a memory controller coupled to the communication fabric; and a stacked DRAM that stacks a plurality of DRAM dies vertically via an interface layer on the silicon interposer coupled to the accelerator die, wherein connections between the stacked DRAM and the accelerator die via the communication fabric are running through the silicon interposer and the interface layer.
A medical instrument end effector comprising: a first joint comprising a first member and a second member, the first member configured to be repositionable with respect to the second member in a first degree of freedom; a second joint operatively coupled to the first joint, the second joint comprising a third member and a fourth member, the third member configured to be repositionable with respect to the fourth member in a second degree of freedom; and, a pair of repositionable jaws (240, 250) operatively coupled to the first joint and the second joint by a folding support, characterised in that the folding support includes a first pair of links (140, 150) mounted at terminal ends to a stationary first pivot of the second joint and respective stationary pivots of the pair of repositionable jaws (240, 250), and a second pair of links (180, 190) mounted at terminal ends to a stationary second pivot of the second joint and respective stationary pivots of the pair of repositionable jaws: wherein the jaws (240, 250) are maintained in a parallel relationship in the open and closed positions. a first joint comprising a first member and a second member, the first member configured to be repositionable with respect to the second member in a first degree of freedom; a second joint operatively coupled to the first joint, the second joint comprising a third member and a fourth member, the third member configured to be repositionable with respect to the fourth member in a second degree of freedom; and, a pair of repositionable jaws (240, 250) operatively coupled to the first joint and the second joint by a folding support,
A method for processing dynamic scheduling information based on multicast/broadcast services, comprising: network side allocating multicast resources, wherein, in a scheduling period, for performing the allocation the network side transmits the dynamic scheduling information according to the allocated multicast resources; the method being characterised by allocating a single frequency network multicast/broadcast subframe number having a special value to the un-scheduled multicast service channel, said special value being a value beyond available SFN multicast subframe numbers, wherein, when the scheduling period is 2 n × 320 ms, the special value is a value beyond (6× 2 n × 32 -1), n ∈ [-5, N], n ≠ 0. network side allocating multicast resources, wherein, in a scheduling period, for performing the allocation the network side transmits the dynamic scheduling information according to the allocated multicast resources; the method being characterised by allocating a single frequency network multicast/broadcast subframe number having a special value to the un-scheduled multicast service channel, said special value being a value beyond available SFN multicast subframe numbers, wherein, when the scheduling period is 2 n × 320 ms, the special value is a value beyond (6× 2 n × 32 -1), n ∈ [-5, N], n ≠ 0.
A hybrid drill bit for use in drilling through subterranean formations, the hybrid drill bit comprising a shank disposed about a longitudinal centerline and adapted to be coupled to a drilling string; at least two fixed cutter legs coupled to the shank; at least two fixed blade cutters fixedly coupled to the cutter legs distally from the shank, comprising a plurality of cutting elements (60, 62) extending from a surface of the blades; at least two frusto-conical cutter legs coupled to the shank, comprising an axle having an axle centerline, the axle comprising: a journal disposed about the axle centerline, the journal having a journal diameter; a pilot pin coupled to the journal and extending along the axle centerline toward the longitudinal centerline, the pilot pin having a pilot pin diameter; a first thrust surface defined by an interface between the pilot pin and the journal; a second thrust surface defined by an end surface of the pilot pin; and at least two frusto-conical cutter assemblies coupled to the frustoconical cutter legs distally from the shank and adjacent the fixed blade cutters and adapted to rotate relative to the shank about the axle centerline on the journal and pilot pin, the cutter assemblies comprising cutting elements (74,75) extending from a surface of the assemblies characterized in that the pilot pin diameter to journal diameter has a ratio in the range of 0.71 to 0.95. a journal disposed about the axle centerline, the journal having a journal diameter; a pilot pin coupled to the journal and extending along the axle centerline toward the longitudinal centerline, the pilot pin having a pilot pin diameter; a first thrust surface defined by an interface between the pilot pin and the journal; a second thrust surface defined by an end surface of the pilot pin; and the pilot pin diameter to journal diameter has a ratio in the range of 0.71 to 0.95.
A composition comprising at least one functionalized olefin interpolymer wherein the interpolymer is a block interpolymer comprising at least 50 mole percent ethylene, and wherein the functionalized olefin interpolymer is formed from an olefin interpolymer having at least one melting point T m, in degrees Celsius, and a density d*, in grams/cubic centimeter, and wherein the numerical values of the variables correspond to the relationship: T m > − 2002.9 + 4538.5 d * − 2422.2 d * 2, and wherein the olefin interpolymer has a M w /M n from 1.7 to 3.5.
Securing device suitable for securing a heavy load, in particular a component of a wind turbine, on a transport frame (100, 102) or on a transport surface of a transport vehicle, in particular of a ship, with an abutment and a locking element, wherein the locking element is suitable for engaging in a receiving portion of the transport frame (100, 102) or of the transport surface and for producing a holding connection in conjunction with said receiving portion, characterized in that a securing element is provided for producing a holding connection with the load, and in that the securing element is arranged between the abutment and the locking element such that an arresting force can be exerted on the securing element via the abutment and the locking element.
A low-impact crash detection system for a vehicle comprising an accelerometer device from which horizontal components of acceleration are derived, a data processor comprising a bandpass filter, and a communication device for transmitting crash alert information, characterised in that the bandpass filter is configured to generate filtered horizontal components of acceleration in a frequency range 2.5 to 7.5 Hz and the data processor is configured to square the amplitude of the filtered horizontal components and combine them to generate an impact energy signal, to compare the impact energy signal with a threshold value greater than 0.09g 2 and up to 30g 2 to determine whether a crash has taken place, and to generate a crash alert for transmission by the communication device if the threshold value is exceeded.
A label suitable for use on a varnished cardboard, the label comprising: - a carrier layer, and - an adhesive layer, wherein the thickness (d 10) of the carrier layer, the material of the carrier layer, and the composition of the adhesive layer have been selected such that: - a minimum detaching force (F A) of the label is greater than a first breaking force (F C) needed to break the cardboard material of the varnished cardboard, wherein the first breaking force (F C) is a first pulling force which causes breaking of the cardboard material in a situation where the label is separated from the varnished cardboard by pulling the label with said first pulling force, and the minimum detaching force (F A) is a second pulling force which is needed to separate the adhesive layer of the label from the surface of the varnished cardboard in a situation where the label is pulled with said second pulling force, characterized in that the minimum detaching force (F A) is smaller than a second breaking force (F BRK) needed to break the label, the carrier layer is irreversibly stretchable, the minimum deformation force (F LIM) is a pulling force which causes 30% final elongation of the label, and the minimum deformation force (F LIM) of the label is smaller than the first breaking force (F C). - a carrier layer, and - an adhesive layer, - a minimum detaching force (F A) of the label is greater than a first breaking force (F C) needed to break the cardboard material of the varnished cardboard,
A solid electrolyte battery, comprising: (i) a positive electrode which can accept and release a first metal ion; (ii) a negative electrode which can accept and release the first metal ion; (iii) a first solid electrolyte layer which is provided in contact with the positive electrode between the positive electrode and the negative electrode and contains an oxide of the first metal, the oxide of the first metal includes at least a first metal, which generates the first metal ion, boron, and oxygen as constituent elements; wherein the first solid electrolyte layer does not contain nitrogen as a constituent element; and (iv) a second solid electrolyte layer which is provided in contact with the negative electrode between the positive electrode and the negative electrode and contains an oxynitride of the first metal, the oxynitride of the first metal includes at least the first metal, nitrogen, boron, and oxygen as constituent elements; wherein the first metal is constituted by at least one or more metal elements selected from the group consisting of alkali metal elements and alkaline earth metal elements. (i) a positive electrode which can accept and release a first metal ion; (ii) a negative electrode which can accept and release the first metal ion; (iii) a first solid electrolyte layer which is provided in contact with the positive electrode between the positive electrode and the negative electrode and contains an oxide of the first metal, the oxide of the first metal includes at least a first metal, which generates the first metal ion, boron, and oxygen as constituent elements; wherein the first solid electrolyte layer does not contain nitrogen as a constituent element; and (iv) a second solid electrolyte layer which is provided in contact with the negative electrode between the positive electrode and the negative electrode and contains an oxynitride of the first metal, the oxynitride of the first metal includes at least the first metal, nitrogen, boron, and oxygen as constituent elements;
An on-board device comprising: a voice output unit mounted on a vehicle; a determiner configured to determine whether or not voice information generated in connection with a traveling of the vehicle and output from the voice output unit is information for which an output point of the voice information is specified, wherein the output point corresponds to a guide point to be reached by the vehicle; a musical piece interval detector configured to detect a time point at which there arrives an interval between musical pieces being reproduced, which are output from the voice output unit; and an output controller configured to cause the voice output unit to output therefrom the voice information determined by the determiner as being information for which the output point is specified, when the vehicle arrives at the output point of the voice information for which the output point is specified, during reproduction of a musical piece, and to change an output time to an arrival time of the interval between musical pieces, when the output time, which is specified for the voice information determined by the determiner as not being information for which the output point is specified, arrives at a time point other than the interval between musical pieces. a voice output unit mounted on a vehicle; a determiner configured to determine whether or not voice information generated in connection with a traveling of the vehicle and output from the voice output unit is information for which an output point of the voice information is specified, wherein the output point corresponds to a guide point to be reached by the vehicle; a musical piece interval detector configured to detect a time point at which there arrives an interval between musical pieces being reproduced, which are output from the voice output unit; and an output controller configured to cause the voice output unit to output therefrom the voice information determined by the determiner as being information for which the output point is specified, when the vehicle arrives at the output point of the voice information for which the output point is specified, during reproduction of a musical piece, and to change an output time to an arrival time of the interval between musical pieces, when the output time, which is specified for the voice information determined by the determiner as not being information for which the output point is specified, arrives at a time point other than the interval between musical pieces.
A method for a station STA to perform a channel availability query procedure in an IEEE 802.11 wireless local area network, WLAN, the method comprising: transmitting, at a first STA corresponding to a channel availability query requesting STA for TV white space spectrum, a channel availability query request message to a database, wherein the channel availability query request message comprises device location information of one or more locations for the channel availability query; and receiving, at the first STA from the database, a channel availability query response message comprising channel availability information and a reason result code, wherein when the device location information of the channel availability query request message is for multiple locations within a White Space Zone, WSZ, and the reason result code of the channel availability query response message indicates that the channel availability information is commonly applicable to the multiple locations, the channel availability information is commonly applicable to the multiple locations within the WSZ, wherein when the device location information of the channel availability query request message is for the multiple locations within the WSZ and the reason result code of the channel availability query response message indicates that there is no channel availability information commonly applicable to the multiple locations, the channel availability information is applicable to a first location among the multiple locations. transmitting, at a first STA corresponding to a channel availability query requesting STA for TV white space spectrum, a channel availability query request message to a database, wherein the channel availability query request message comprises device location information of one or more locations for the channel availability query; and receiving, at the first STA from the database, a channel availability query response message comprising channel availability information and a reason result code, wherein when the device location information of the channel availability query request message is for multiple locations within a White Space Zone, WSZ, and the reason result code of the channel availability query response message indicates that the channel availability information is commonly applicable to the multiple locations, the channel availability information is commonly applicable to the multiple locations within the WSZ, wherein when the device location information of the channel availability query request message is for the multiple locations within the WSZ and the reason result code of the channel availability query response message indicates that there is no channel availability information commonly applicable to the multiple locations, the channel availability information is applicable to a first location among the multiple locations.
A system comprising - a plan sifter, - sifting boxes inserted into the plan sifter in mills, wherein the individual sifting box consists substantially of a sifting area and a collection tray receiving the sifted ground material, - a sieve cleaner for sifting boxes inserted into the plan sifter, wherein the individual sieve cleaner in the sifting box consists of a cleaning body, which assumes a flat shape and is produced from flexible plastic material, wherein the upper side, facing the sifting area underside, of the cleaning body is provided with nubs and/or brushes in the inserted state in the sifting box, and wherein the underside, facing the bottom of the sifting box, of the sieve cleaner has a peg-shaped foot for generating a tilting and wobbling movement when the sifting box oscillates in the plan sifter, characterised in that the sieve cleaner is provided with at least one electrical or magnetic signalling device, wherein the system comprises a receiving device, which is provided outside or inside the plan sifter and by means of which signals of the signalling device can be sensed, wherein the signalling device allows data relating to the movement of the sieve cleaner in the sifting box to be collected, wherein the system comprises a device by means of which the signals can be read out and evaluated to monitor the individual sieve cleaners arranged in the sifting boxes in the oscillating plan sifter and to control the sifting process. - a plan sifter, - sifting boxes inserted into the plan sifter in mills, wherein the individual sifting box consists substantially of a sifting area and a collection tray receiving the sifted ground material, - a sieve cleaner for sifting boxes inserted into the plan sifter, wherein the individual sieve cleaner in the sifting box consists of a cleaning body, which assumes a flat shape and is produced from flexible plastic material, wherein the upper side, facing the sifting area underside, of the cleaning body is provided with nubs and/or brushes in the inserted state in the sifting box, and wherein the underside, facing the bottom of the sifting box, of the sieve cleaner has a peg-shaped foot for generating a tilting and wobbling movement when the sifting box oscillates in the plan sifter, characterised in that the sieve cleaner is provided with at least one electrical or magnetic signalling device, wherein the system comprises a receiving device, which is provided outside or inside the plan sifter and by means of which signals of the signalling device can be sensed, wherein the signalling device allows data relating to the movement of the sieve cleaner in the sifting box to be collected, wherein the system comprises a device by means of which the signals can be read out and evaluated to monitor the individual sieve cleaners arranged in the sifting boxes in the oscillating plan sifter and to control the sifting process.
A method for acquiring marine seismic data with a vibrator towed by a vessel, the method comprising: obtaining data comprising a plurality of nominal and regularly spaced pre-plot positions; monitoring the speed of the vessel and a position of the vibrator, characterised in that the method comprises: based on the speed of the vessel, setting an initial sweep, comprising an active sweep period and zero or more silent portions, wherein the total length of the sweep is equal to the time taken for the vibrator to travel from one nominal pre-plot position to the next nominal pre-plot position; driving the vibrator with the initial sweep parameters; at the start of every N th sweep, where N is equal to or greater than one, determining an offset between the actual vibrator position and the nominal pre-plot position in the inline direction; and if the offset is above a threshold distance, adjusting the length of the sweep so that the subsequent sweep is started within a predetermined distance of its nominal pre-plot position. obtaining data comprising a plurality of nominal and regularly spaced pre-plot positions; monitoring the speed of the vessel and a position of the vibrator, characterised in that the method comprises: based on the speed of the vessel, setting an initial sweep, comprising an active sweep period and zero or more silent portions, wherein the total length of the sweep is equal to the time taken for the vibrator to travel from one nominal pre-plot position to the next nominal pre-plot position; driving the vibrator with the initial sweep parameters; at the start of every N th sweep, where N is equal to or greater than one, determining an offset between the actual vibrator position and the nominal pre-plot position in the inline direction; and if the offset is above a threshold distance, adjusting the length of the sweep so that the subsequent sweep is started within a predetermined distance of its nominal pre-plot position. based on the speed of the vessel, setting an initial sweep, comprising an active sweep period and zero or more silent portions, wherein the total length of the sweep is equal to the time taken for the vibrator to travel from one nominal pre-plot position to the next nominal pre-plot position; driving the vibrator with the initial sweep parameters; at the start of every N th sweep, where N is equal to or greater than one, determining an offset between the actual vibrator position and the nominal pre-plot position in the inline direction; and if the offset is above a threshold distance, adjusting the length of the sweep so that the subsequent sweep is started within a predetermined distance of its nominal pre-plot position.