mhurhangee/ep-ind-claims huggingface dataset:
An articulated arm CMM comprising: an articulated arm comprising a plurality of articulated arm members (20, 30-36), a coordinate acquisition member at a distal end, and a base at a proximal end; and a gas spring counterbalance system, which is placed on said base, and which is supporting the articulated arm at a rotational point between two adjacent articulated arm members, wherein the gas spring counterbalance system connects to an articulated arm member closest to the base at a point nearer to said rotational point than to the base, wherein the gas spring counterbalance system comprises a first linkage and a second linkage connected by means of a pivot, and a gas spring counterbalance which connects to one connection point on the first linkage, which is further from the base, and to one connection point on the second linkage, which is nearer to the base, and wherein the connection point on the second linkage, which is nearer to the base, is closer to the pivot than to the base. an articulated arm comprising a plurality of articulated arm members (20, 30-36), a coordinate acquisition member at a distal end, and a base at a proximal end; and a gas spring counterbalance system, which is placed on said base, and which is supporting the articulated arm at a rotational point between two adjacent articulated arm members, wherein the gas spring counterbalance system connects to an articulated arm member closest to the base at a point nearer to said rotational point than to the base, wherein the gas spring counterbalance system comprises a first linkage and a second linkage connected by means of a pivot, and a gas spring counterbalance which connects to one connection point on the first linkage, which is further from the base, and to one connection point on the second linkage, which is nearer to the base, and wherein the connection point on the second linkage, which is nearer to the base, is closer to the pivot than to the base.
A method of operating a data processing system including a data processor and a memory, wherein the memory is an intelligent memory comprising circuitry for performing computations as well as data storage functions, the method comprising: Issuing a data processing instruction by the data processor; determining if the data processing instruction is a decorated access instruction with cache bypass, wherein the decorated access instruction has a corresponding decoration value which provides a command to the memory to perform a function in addition to a primary function of the decorated access instruction; determining (106, 114) if the data processing instruction generates a cache hit to a cache; and when the data processing instruction is determined to be a decorated access instruction with cache bypass and the data processing instruction is determined to generate a cache hit, the method further comprising: invalidating a cache entry of the cache associated with the cache hit; and providing, by an interface circuit, the decorated access instruction via a system interconnect to a memory controller of a memory; performing by a memory controller of the memory, a decoration operation specified by the data processor instruction on a location in the memory designated by a target address of the data processor instruction, wherein the performing the decorated access includes the memory controller performing a read of a value of the location in memory, modifying the value to generate a modified value, and writing the modified value to the location; and not storing the modified value in the cache entry. Issuing a data processing instruction by the data processor; determining if the data processing instruction is a decorated access instruction with cache bypass, wherein the decorated access instruction has a corresponding decoration value which provides a command to the memory to perform a function in addition to a primary function of the decorated access instruction; determining (106, 114) if the data processing instruction generates a cache hit to a cache; and when the data processing instruction is determined to be a decorated access instruction with cache bypass and the data processing instruction is determined to generate a cache hit, the method further comprising: invalidating a cache entry of the cache associated with the cache hit; and invalidating a cache entry of the cache associated with the cache hit; and providing, by an interface circuit, the decorated access instruction via a system interconnect to a memory controller of a memory; performing by a memory controller of the memory, a decoration operation specified by the data processor instruction on a location in the memory designated by a target address of the data processor instruction, wherein the performing the decorated access includes the memory controller performing a read of a value of the location in memory, modifying the value to generate a modified value, and writing the modified value to the location; and not storing the modified value in the cache entry.
A culture comprising L. acidophilus and B. lactis for use in reducing or preventing flu-like symptoms in a child affected by a respiratory tract infection.
An isolated human monoclonal antibody which binds to human CD20 comprising the CDR1, CDR2, CDR3 heavy chain sequences and the CDR1, CDR2, CDR3 light chain sequences shown in SEQ ID NOs: 25, 26, 27, 28, 29, and 30.
A system for deploying at least a portion of a stent, the system including: a cannula having an outer surface; an auger including proximal and distal ends and a plurality of turns disposed therebetween, wherein the auger is coupled to the outer surface of the cannula; a stent to be deployed including a portion dimensioned to be disposable within a valley of the auger, wherein rotation of the cannula and the auger advances the portion of the stent in a predetermined longitudinal direction; characterised by an enclosure encircling the auger, wherein the enclosure includes a plurality of struts separated by a plurality of slots, and wherein the portion of the stent extends through one of the plurality of slots in a delivery state. a cannula having an outer surface; an auger including proximal and distal ends and a plurality of turns disposed therebetween, wherein the auger is coupled to the outer surface of the cannula; a stent to be deployed including a portion dimensioned to be disposable within a valley of the auger, wherein rotation of the cannula and the auger advances the portion of the stent in a predetermined longitudinal direction; characterised by an enclosure encircling the auger, wherein the enclosure includes a plurality of struts separated by a plurality of slots, and wherein the portion of the stent extends through one of the plurality of slots in a delivery state.
An apparatus (100; 200) for estimating a blood pressure, the apparatus comprising: a sensor configured to obtain a photoplethysmogram, PPG, signal from an object; and a processor configured to: determine pairs of local maximum points (M1, M2, M3) and local minimum points (L1, L2, L3) of a second-order derivative signal of the PPG signal; detect a position of a dicrotic notch based on, for each pair of the pairs of the local maximum points and the local minimum points, a difference (D1, D2, D3) between a second-order derivative value at the local maximum point and a second-order derivative value at the local minimum point; obtain a first value (A1; Tdic; Pa) and a second value (A2, Tp-Tdic; Pb) from a first section and a second section of the PPG signal divided based on the dicrotic notch of the PPG signal; obtain a pulse pressure feature value based on the first value and the second value; and estimate a blood pressure based on a variation in the obtained pulse pressure feature value compared to a reference pulse pressure feature value. a sensor configured to obtain a photoplethysmogram, PPG, signal from an object; and a processor configured to: determine pairs of local maximum points (M1, M2, M3) and local minimum points (L1, L2, L3) of a second-order derivative signal of the PPG signal; detect a position of a dicrotic notch based on, for each pair of the pairs of the local maximum points and the local minimum points, a difference (D1, D2, D3) between a second-order derivative value at the local maximum point and a second-order derivative value at the local minimum point; obtain a first value (A1; Tdic; Pa) and a second value (A2, Tp-Tdic; Pb) from a first section and a second section of the PPG signal divided based on the dicrotic notch of the PPG signal; obtain a pulse pressure feature value based on the first value and the second value; and estimate a blood pressure based on a variation in the obtained pulse pressure feature value compared to a reference pulse pressure feature value. determine pairs of local maximum points (M1, M2, M3) and local minimum points (L1, L2, L3) of a second-order derivative signal of the PPG signal; detect a position of a dicrotic notch based on, for each pair of the pairs of the local maximum points and the local minimum points, a difference (D1, D2, D3) between a second-order derivative value at the local maximum point and a second-order derivative value at the local minimum point; obtain a first value (A1; Tdic; Pa) and a second value (A2, Tp-Tdic; Pb) from a first section and a second section of the PPG signal divided based on the dicrotic notch of the PPG signal; obtain a pulse pressure feature value based on the first value and the second value; and estimate a blood pressure based on a variation in the obtained pulse pressure feature value compared to a reference pulse pressure feature value.
A wireless communication device which has a MIMO, Multi-Input Multi-Output, function conforming to a predetermined wireless standard and comprises a plurality of communication terminals adapted to communicate with a base station incorporating the MIMO function wherein the wireless communication device comprises: a master communication terminal which is any one of the plurality of communication terminals; and a slave communication terminal which is connected to the master communication terminal via predetermined connection means and is one of the one or more communication terminals other than the master communication terminal among the plurality of communication terminals, means for using a configuration in which a part of or all signal processing functions that relate to transmission and reception of one or more antennas incorporated in the slave communication terminal can be controlled from the master communication terminal, means for implementing a configuration in which a number of the one or more antennas can be arbitrarily increased and means for performing a protocol for call connection only between the base station and the master communication terminal, characterized in that the wireless communication device further comprises means for changing the master communication terminal to the slave communication terminal or the slave communication terminal to the master communication terminal during a call connection or when a call is connected and disconnected. a master communication terminal which is any one of the plurality of communication terminals; and a slave communication terminal which is connected to the master communication terminal via predetermined connection means and is one of the one or more communication terminals other than the master communication terminal among the plurality of communication terminals, means for using a configuration in which a part of or all signal processing functions that relate to transmission and reception of one or more antennas incorporated in the slave communication terminal can be controlled from the master communication terminal, means for implementing a configuration in which a number of the one or more antennas can be arbitrarily increased and means for performing a protocol for call connection only between the base station and the master communication terminal, characterized in that the wireless communication device further comprises means for changing the master communication terminal to the slave communication terminal or the slave communication terminal to the master communication terminal during a call connection or when a call is connected and disconnected.
A device configured to perform a biopsy of soft, especially human, tissue having a cutting system consisting of a cutting sleeve with a cutting edge located on a cutting bit which can be detached, on the internal surface of the cutting sleeve, close to the cutting bit, there is a circumferential channel which is connected by a pass-through hole with a longitudinal guiding groove which is formed on the external surface of the cutting sleeve, wherein in the circumferential channel, in the pass-through hole and in the longitudinal guiding groove there is a tie whose ends are led outside of the cutting system to the drive system wherein on the cutting sleeve there is a protective sleeve fitted and an expanding sleeve is inserted within the cutting sleeve, characterized in that the tie is flaccid and the expanding sleeve enables the formation of a cutting loop from the middle part of the flaccid tie.
A method of welding dissimilar metals, comprising: preparing a dissimilar metal bus bar comprising a plate-shaped first member made of a first metal and a plate-shaped second member made of a second metal disposed under the first member; folding one side of the dissimilar metal bus bar so that a portion of the second member is located on a portion of the first member; welding a lead made of the first metal on the first member; and welding a lead made of the second metal to the second member located on the portion of the first member, wherein the welding is performed using laser welding, wherein the laser welding is performed at a welding rate of 50 to 200 mm/s using a continuous wave laser having a laser energy density of 150 to 650 kJ/cm 2 and an optical system. preparing a dissimilar metal bus bar comprising a plate-shaped first member made of a first metal and a plate-shaped second member made of a second metal disposed under the first member; folding one side of the dissimilar metal bus bar so that a portion of the second member is located on a portion of the first member; welding a lead made of the first metal on the first member; and welding a lead made of the second metal to the second member located on the portion of the first member, wherein the welding is performed using laser welding, wherein the laser welding is performed at a welding rate of 50 to 200 mm/s using a continuous wave laser having a laser energy density of 150 to 650 kJ/cm 2 and an optical system.
A method for forming a bicycle frame component made of thermoplastic composite, characterized in that the method comprises: a shell forming step: turning multiple thermoplastic composite laminates into multiple shells that are capable of being symmetrically assembled together by compression molding, wherein each one of the multiple shells has an exterior surface; a cavity surrounded by the shell; and multiple connecting margins having a width that is about 2,5 to 6 mm from a symmetric line of the bicycle frame component, each one of the multiple connecting margins configured to be connected to a corresponding one of the multiple connecting margins of another one of the multiple shells; an overlapping step: overlapping two corresponding connecting margins of each two of the multiple shells to form an overlapping section having a width that is about 5 to 12 mm of the two of the multiple shells; and deploying a supporting unit within the multiple shells to support each one of the multiple shells; a hot compressing connection step: heating and compressing the multiple overlapping sections of the multiple shells by compression molding to diffuse polymers of the multiple shells, to turn the multiple overlapping sections into multiple fusion areas, and to connect the multiple shells to form the bicycle frame component; and a supporting unit removal step: removing the supporting unit disposed within the bicycle frame component accompanied with trimming the bicycle frame component to finish the bicycle frame component. a shell forming step: turning multiple thermoplastic composite laminates into multiple shells that are capable of being symmetrically assembled together by compression molding, wherein each one of the multiple shells has an exterior surface; a cavity surrounded by the shell; and multiple connecting margins having a width that is about 2,5 to 6 mm from a symmetric line of the bicycle frame component, an exterior surface; a cavity surrounded by the shell; and multiple connecting margins having a width that is about 2,5 to 6 mm from a symmetric line of the bicycle frame component, each one of the multiple connecting margins configured to be connected to a corresponding one of the multiple connecting margins of another one of the multiple shells; an overlapping step: overlapping two corresponding connecting margins of each two of the multiple shells to form an overlapping section having a width that is about 5 to 12 mm of the two of the multiple shells; and deploying a supporting unit within the multiple shells to support each one of the multiple shells; a hot compressing connection step: heating and compressing the multiple overlapping sections of the multiple shells by compression molding to diffuse polymers of the multiple shells, to turn the multiple overlapping sections into multiple fusion areas, and to connect the multiple shells to form the bicycle frame component; and a supporting unit removal step: removing the supporting unit disposed within the bicycle frame component accompanied with trimming the bicycle frame component to finish the bicycle frame component.
Manual dispense gun for mixing individual components and applying the resulting multicomponent compound, having a handle part for holding the manual dispense gun, having a feed-in arrangement which has, for each individual component, a channel (8, 10) associated therewith that has an inlet opening (12, 14) and an outlet opening (16, 18), each outlet opening (16, 18) being provided with a needle valve (20, 22) comprising a valve seat (24, 26) and a plug stem (28, 30) such that said opening can be closed and opened, having a mixing chamber unit which is detachably arranged on the feed-in arrangement and has a mixing chamber for mixing individual components flowing out of the outlet openings (16, 18) and a nozzle attached to the mixing chamber for the outlet of the multicomponent compound, and having an operating element by means of which the plug stems (28, 30) can be moved out of their valve seats (24, 26), the manual dispense gun additionally having at least one transmission element which individually adjustably transmits a movement of the operating element to each of the plug stems (28, 30), characterised in that the transmission element has a first driver connected to a pin bolt, a first stop element (58, 60) being arranged on each plug stem (28, 30), the positioning of the first driver and/or of at least one of the first stop elements (58, 60) being displaceable in the direction of longitudinal extension of the associated plug stem (28, 30) and the first stop elements (58, 60) being contactable by the first driver when the operating element is actuated, a further, non-displaceable driver being arranged on the pin bolt and a further, non-displaceable stop element (68, 70) being arranged on each plug stem (28, 30), it being possible for the non-displaceable stop elements (68, 70) to be contacted by means of the further driver, and it being possible to transmit the force of a return element to the plug stems (28, 30) in the direction of the valve seat (24, 26) thereof by means of the non-displaceable stop elements (68, 70).
Method for condition monitoring, condition assessment, and maintenance of locally widely spaced refrigeration equipment, comprising a measuring box which is assigned to the respective item of refrigeration equipment and which comprises a microcontroller and a transceiver unit, in which - the measuring box is installed between the mains connection of the refrigeration equipment and the power connector of the refrigeration equipment, - the measuring box detects the current and voltage characteristics of the refrigeration equipment, - the measuring box additionally detects the ambient temperature, - the measuring box identifies the model type of the refrigeration equipment, upon first start-up after installation, on the basis of stored pattern characteristics and the characteristics detected after start-up, and transmits said model type to a superordinate central server, - the identified characteristics are further processed by the microcontroller, to form compressed data packets, - the data packets are forwarded via the transceiver unit to the server, - the ambient temperature is provided to the server, - the measuring box transmits its location to the server, - the provided data packets are evaluated by means of software, - a condition assessment of the cooling equipment is carried out on the basis of the evaluation, and - the optimum timepoint for the next maintenance is ascertained by means of the software on the basis of the condition assessment, the location of the measuring box, and the model type, as well as a maintenance tour database and personnel database. - the measuring box is installed between the mains connection of the refrigeration equipment and the power connector of the refrigeration equipment, - the measuring box detects the current and voltage characteristics of the refrigeration equipment, - the measuring box additionally detects the ambient temperature, - the measuring box identifies the model type of the refrigeration equipment, upon first start-up after installation, on the basis of stored pattern characteristics and the characteristics detected after start-up, and transmits said model type to a superordinate central server, - the identified characteristics are further processed by the microcontroller, to form compressed data packets, - the data packets are forwarded via the transceiver unit to the server, - the ambient temperature is provided to the server, - the measuring box transmits its location to the server, - the provided data packets are evaluated by means of software, - a condition assessment of the cooling equipment is carried out on the basis of the evaluation, and - the optimum timepoint for the next maintenance is ascertained by means of the software on the basis of the condition assessment, the location of the measuring box, and the model type, as well as a maintenance tour database and personnel database.