mhurhangee/ep-ind-claims huggingface dataset:
A method for replicating data of a time series database in a database system, including a master node and one or more data nodes, said method performed by a node apparatus being the master node or one of the data nodes, and comprising the steps of: storing, in said node apparatus, data of the time series and indices for said data in a first table region including a plurality of data regions (310; 312; 314) and a plurality of index regions (320; 322; 324), the plurality of index regions (320; 322; 324) being stored in a respective plurality of index files; merging the plurality of index regions (320; 322; 324) with one another to be one index region stored in one merged index file in said node apparatus; and after said merging, replicating a second table region in said node apparatus, said second table region including the plurality of data regions (310; 312; 314) and the one index region to a target node of the database system using the merged one index region in the merged index file. storing, in said node apparatus, data of the time series and indices for said data in a first table region including a plurality of data regions (310; 312; 314) and a plurality of index regions (320; 322; 324), the plurality of index regions (320; 322; 324) being stored in a respective plurality of index files; merging the plurality of index regions (320; 322; 324) with one another to be one index region stored in one merged index file in said node apparatus; and after said merging, replicating a second table region in said node apparatus, said second table region including the plurality of data regions (310; 312; 314) and the one index region to a target node of the database system using the merged one index region in the merged index file.
Cosmetic use of a preparation obtained from an in vitro dedifferentiated non-elicited argan cell culture, in the non-therapeutic treatment of skin ageing.
A system for transcutaneously treating a waste evacuation dysfunction, comprising: at least four electrodes comprising a first pair of electrodes and a second pair of electrodes; a stimulation device configured to provide electrical stimulation signals to the at least four electrodes for a treatment regime of at least one treatment period per day over a treatment term of at least one week, wherein the electrical stimulation signals are arranged to administer transcutaneous electrical stimulation, and wherein the TES comprises interferential electrical stimulation; wherein the first pair of electrodes is suitable for being positioned one on each lateral side of the spine or sacrum in the sacral region and the second pair of electrodes is suitable for being positioned laterally across the lower pelvic region; and characterized in that the stimulation device comprises means to assess patient compliance with the treatment regime based on information collected and stored on the stimulation device regarding patient usage of the stimulation device. at least four electrodes comprising a first pair of electrodes and a second pair of electrodes; a stimulation device configured to provide electrical stimulation signals to the at least four electrodes for a treatment regime of at least one treatment period per day over a treatment term of at least one week, wherein the electrical stimulation signals are arranged to administer transcutaneous electrical stimulation, and wherein the TES comprises interferential electrical stimulation; wherein the first pair of electrodes is suitable for being positioned one on each lateral side of the spine or sacrum in the sacral region and the second pair of electrodes is suitable for being positioned laterally across the lower pelvic region; and characterized in that the stimulation device comprises means to assess patient compliance with the treatment regime based on information collected and stored on the stimulation device regarding patient usage of the stimulation device.
A data processing method, comprising: sending, by a client, a data digest for a stored data set to a server, wherein the data digest is generated by the client and is used to trigger the server to determine, according to the data digest, feedback information for the client; receiving, by the client, the feedback information sent by the server, wherein the feedback information comprises a target data selection policy and a target policy parameter,_the target data selection policy is a sampling selection policy, a selection policy based on a confidence level or a clustering-based selection policy, the selection policy based on a confidence level or the clustering-based selection policy is determined based on a variance of the stored data and the confidence level, and the target policy parameter is determined according to the target data selection policy and the data digest; determining, by the client, a data subset from the data set according to the target data selection policy and the target policy parameter, wherein the target policy parameter is used to limit a quantity of pieces of data in the data subset; and sending, by the client, the data subset to the server. sending, by a client, a data digest for a stored data set to a server, wherein the data digest is generated by the client and is used to trigger the server to determine, according to the data digest, feedback information for the client; receiving, by the client, the feedback information sent by the server, wherein the feedback information comprises a target data selection policy and a target policy parameter,_the target data selection policy is a sampling selection policy, a selection policy based on a confidence level or a clustering-based selection policy, the selection policy based on a confidence level or the clustering-based selection policy is determined based on a variance of the stored data and the confidence level, and the target policy parameter is determined according to the target data selection policy and the data digest; determining, by the client, a data subset from the data set according to the target data selection policy and the target policy parameter, wherein the target policy parameter is used to limit a quantity of pieces of data in the data subset; and sending, by the client, the data subset to the server.
Distance measuring method for a point to be measured on an object, comprising • performing a measuring process comprising □ emission of measurement radiation, wherein, when an optical measurement axis of the measurement radiation is aligned with the point to be measured, an optical measurement point region is defined by the beam cross section of said radiation on the object, in particular by a cross section corresponding to a maximum of ten times, in particular a maximum of eight times, the standard deviation σ of a Gaussian beam profile of the measurement radiation, and □ reception of measurement radiation reflected at the object, and • determining the distance to the point on the object from the received measurement radiation of the measuring process, characterized in that in the context of the measuring process, this involves carrying out, at least once, alteration of a measurement direction as emission direction of the measurement radiation with respective emission and reception of the measurement radiation, wherein the alteration of the measurement direction is carried out in each case such that respective area centroids (20, 20') defined by the beam cross section on the object lie within the measurement point region. • performing a measuring process comprising □ emission of measurement radiation, wherein, when an optical measurement axis of the measurement radiation is aligned with the point to be measured, an optical measurement point region is defined by the beam cross section of said radiation on the object, in particular by a cross section corresponding to a maximum of ten times, in particular a maximum of eight times, the standard deviation σ of a Gaussian beam profile of the measurement radiation, and □ reception of measurement radiation reflected at the object, and □ emission of measurement radiation, wherein, when an optical measurement axis of the measurement radiation is aligned with the point to be measured, an optical measurement point region is defined by the beam cross section of said radiation on the object, in particular by a cross section corresponding to a maximum of ten times, in particular a maximum of eight times, the standard deviation σ of a Gaussian beam profile of the measurement radiation, and □ reception of measurement radiation reflected at the object, and • determining the distance to the point on the object from the received measurement radiation of the measuring process,
Desktop device for cleaning, disinfecting and lubricating dental handpieces (3, 4, 5) comprising connectors for the insertion of said handpieces placed inside an openable chamber, wherein said connectors are provided with a Midwest connection; said device comprising an adapter for contrangles to be interposed between said contrangles and said connectors; said adapter being provided with a cylindrical shape; at a first end of said adapter there being provided a connector for a contrangle, while at a second end of said adaptor there being provided a Midwest connector; characterized in that said adapter comprises the following components - a shaft coaxially inserted in - an axially mobile cylindrical portion in its turn surrounded by - a spring, said components (93, 94, 95) being surrounded by the outside housing of said adapter and wherein - said shaft rotates with respect to the cylindrical portion; - said cylindrical portion and said shaft are engaged through a threaded rod-lead screw connection; - said shaft can be rotatably coupled with gears of a contrangle when said adapter is coupled to said contrangle. said adapter comprises the following components - a shaft coaxially inserted in - an axially mobile cylindrical portion in its turn surrounded by - a spring, - a shaft coaxially inserted in - an axially mobile cylindrical portion in its turn surrounded by - a spring, said components (93, 94, 95) being surrounded by the outside housing of said adapter and wherein - said shaft rotates with respect to the cylindrical portion; - said cylindrical portion and said shaft are engaged through a threaded rod-lead screw connection; - said shaft can be rotatably coupled with gears of a contrangle when said adapter is coupled to said contrangle. - said shaft rotates with respect to the cylindrical portion; - said cylindrical portion and said shaft are engaged through a threaded rod-lead screw connection; - said shaft can be rotatably coupled with gears of a contrangle when said adapter is coupled to said contrangle.
A method of fabricating a polishing pad, the method comprising: mixing a pre-polymer and a chain extender or cross-linker with a plurality of unexpanded microelements and a plurality of pre-expanded microelements to form a mixture, each of the plurality of unexpanded microelements having an initial size; and heating the mixture in a formation mold to provide a molded polishing body comprising a thermoset polyurethane material and a first plurality of closed cell pores and a second plurality of closed cell pores dispersed in the thermoset polyurethane material, the first plurality of closed cell pores formed by expanding each of the plurality of unexpanded microelements to a final, larger size during the heating, wherein the heating is performed at a temperature sufficiently low such that a size of each of the plurality of pre-expanded microelements is essentially the same before and after the heating to provide the second plurality of closed cell pores in the molded polishing body. mixing a pre-polymer and a chain extender or cross-linker with a plurality of unexpanded microelements and a plurality of pre-expanded microelements to form a mixture, each of the plurality of unexpanded microelements having an initial size; and heating the mixture in a formation mold to provide a molded polishing body comprising a thermoset polyurethane material and a first plurality of closed cell pores and a second plurality of closed cell pores dispersed in the thermoset polyurethane material, the first plurality of closed cell pores formed by expanding each of the plurality of unexpanded microelements to a final, larger size during the heating, wherein the heating is performed at a temperature sufficiently low such that a size of each of the plurality of pre-expanded microelements is essentially the same before and after the heating to provide the second plurality of closed cell pores in the molded polishing body.
A driving-operation assist device in a vehicle comprising: a circumferential-state imaging means for imaging a circumferential state of a vehicle with at least one camera and generating a circumferential-state image which is an image viewed from a viewpoint of a virtual camera and is obtained by synthesizing video data imaged by the circumferential-state imaging means in real time, and storing the generated circumferential-state image; an assumed-movement pattern storing means for storing assumed-movement data including an assumed-movement pattern and including time-series data showing a relation between moving distance and steering angle of the vehicle; a synthetic-image generating means for generating a synthetic image by superimposing on the circumferential-state image the assumed-movement pattern which is video data showing an assumed movement of the vehicle along a predetermined series of driving operations between a starting point and an ending point when parking the vehicle; and displaying means for displaying the synthetic image. a circumferential-state imaging means for imaging a circumferential state of a vehicle with at least one camera and generating a circumferential-state image which is an image viewed from a viewpoint of a virtual camera and is obtained by synthesizing video data imaged by the circumferential-state imaging means in real time, and storing the generated circumferential-state image; an assumed-movement pattern storing means for storing assumed-movement data including an assumed-movement pattern and including time-series data showing a relation between moving distance and steering angle of the vehicle; a synthetic-image generating means for generating a synthetic image by superimposing on the circumferential-state image the assumed-movement pattern which is video data showing an assumed movement of the vehicle along a predetermined series of driving operations between a starting point and an ending point when parking the vehicle; and displaying means for displaying the synthetic image.
A medical device, comprising: an elongate body having a proximal end and a deflectable distal region; a handle coupled to the proximal end of the elongate body and including an actuator movable relative to the handle; and a resistance assembly (24, 38) adjacent the actuator, wherein the resistance assembly (24, 38) is configured to exert a force on the actuator that varies according to a direction in which the actuator is moving longitudinally relative to the handle. an elongate body having a proximal end and a deflectable distal region; a handle coupled to the proximal end of the elongate body and including an actuator movable relative to the handle; and a resistance assembly (24, 38) adjacent the actuator, wherein the resistance assembly (24, 38) is configured to exert a force on the actuator that varies according to a direction in which the actuator is moving longitudinally relative to the handle.
Air-jet type spinning device comprising - a body at least partially hollow, which delimits a spinning chamber - a fibre feeding device, facing said spinning chamber so as to feed the fibres into the spinning chamber, wherein the fibre feeding device is connected with the outside through a suction mouth, - a spinning spindle at least partially inserted in the spinning chamber and fitted with a spinning channel for the suction of yarn obtained from said fibres, the spinning channel defining a spinning direction (X-X), - at least one channel for sending a jet of compressed air to be sent inside the spinning chamber characterised in that - the body comprises a flow amplifier comprising an expansion chamber, in fluidic connection with the outside of the body, through the suction mouth which is fluidically connected to the spinning chamber through an air intake channel, - wherein the at least one channel comes out in an emission point inside the expansion chamber, to introduce compressed air at an inlet cross-section of the expansion chamber, measured in relation to a cross-section plane (S-S) perpendicular to said spinning direction (X-X), - wherein the expansion chamber comprises an outlet mouth, fluidically connected to the spinning chamber and having an outlet cross- section smaller than said inlet cross- section, said outlet cross-section being measured relative to a cross-section plane (S-S) perpendicular to said spinning direction(X-X), - said outlet mouth being shaped so as to present a profile shaped to create an outlet path of the air parallel to said profile by means of the Coand effect. - a body at least partially hollow, which delimits a spinning chamber - a fibre feeding device, facing said spinning chamber so as to feed the fibres into the spinning chamber, wherein the fibre feeding device is connected with the outside through a suction mouth, - a spinning spindle at least partially inserted in the spinning chamber and fitted with a spinning channel for the suction of yarn obtained from said fibres, the spinning channel defining a spinning direction (X-X), - at least one channel for sending a jet of compressed air to be sent inside the spinning chamber characterised in that - the body comprises a flow amplifier comprising an expansion chamber, in fluidic connection with the outside of the body, through the suction mouth which is fluidically connected to the spinning chamber through an air intake channel, - wherein the at least one channel comes out in an emission point inside the expansion chamber, to introduce compressed air at an inlet cross-section of the expansion chamber, measured in relation to a cross-section plane (S-S) perpendicular to said spinning direction (X-X), - wherein the expansion chamber comprises an outlet mouth, fluidically connected to the spinning chamber and having an outlet cross- section smaller than said inlet cross- section, said outlet cross-section being measured relative to a cross-section plane (S-S) perpendicular to said spinning direction(X-X), - said outlet mouth being shaped so as to present a profile shaped to create an outlet path of the air parallel to said profile by means of the Coand effect.
A charger holder supporting a personal digital assistant when a rechargeable battery included in the personal digital assistant is to be charged, characterized by a power source connecting section to which a voltage converter capable of varying a voltage value of an output voltage is connected and which transmits a determination signal to the voltage converter via a signal terminal connected to the voltage converter; a type determining section determining a type of the voltage converter in accordance with a response from the voltage converter according to the determination signal; a voltage value instructing section instructing a voltage value of the output voltage to the voltage converter based on determination result of the type determining section; and a terminal connecting section to which the personal digital assistant is connected for receiving a DC power from the voltage converter according to an instruction from the voltage value instructing section.
A mooring line having a length of at least 800 meters and connected at one end to a water floating system and at another end to a fixed anchoring point, wherein the mooring line comprises at least a first and a second module, at least the first and the second module have different compositions of synthetic fibers; said modules are provided at both ends with connectors, said connectors being used in joining an end of a module with an end of another module; the first module is provided at the free end with a connector suitable to anchor the mooring line to the water floating system; the second module is provided at the free end with a connector suitable to connect the mooring line to the anchoring point; said first module comprises at least 51% by weight polyester fibers and said second module comprises at least 51 % by weight high performance polyolefin fibers which are ultrahigh molecular weight polyethylene (UHMWPE) fibers.
A method for preparing a pancreatic juice component-containing sample, comprising a step of adding, to a pancreatic juice component-containing biological sample, PMSF and AEBSF as a sulfonyl fluoride group-containing protease inhibitor and TLCK as a trypsin-like serine protease inhibitor belonging to a group of amino acid chloromethyl ketones, thereby preparing the pancreatic juice component-containing sample.
Composition comprising A) from 80% by weight to 99% by weight of polycarbonate, B) from 0.01% by weight to 3.0% by weight of at least one flow aid selected from the group of the diglycerol esters, C) from 0.2% by weight to 7% by weight of an impact modifier, where the composition is free from flame retardant. A) from 80% by weight to 99% by weight of polycarbonate, B) from 0.01% by weight to 3.0% by weight of at least one flow aid selected from the group of the diglycerol esters, C) from 0.2% by weight to 7% by weight of an impact modifier,
A base station subsystem, BSS, (202 1) configured to interact with a Serving Mobile Location Center, SMLC, (206 1), the BSS comprising: a processor (248 1); and, a memory (250 1) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the BSS is to: transmit, to the SMLC, a Base Station Subsystem Mobile Application Part-Location Services Extension, BSSMAP-LE, PERFORM LOCATION REQUEST message which includes an Information Element, IE, which indicates a worst case synchronization accuracy of a mobile station, further characterized by the IE indicates the worst case synchronization accuracy of the mobile station by utilizing a multi-bit field which indicates that the mobile station has a capability to support one of a plurality of pre-defined multilateration symbol granularities. a processor (248 1); and, a memory (250 1) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the BSS is to: transmit, to the SMLC, a Base Station Subsystem Mobile Application Part-Location Services Extension, BSSMAP-LE, PERFORM LOCATION REQUEST message which includes an Information Element, IE, which indicates a worst case synchronization accuracy of a mobile station, further characterized by the IE indicates the worst case synchronization accuracy of the mobile station by utilizing a multi-bit field which indicates that the mobile station has a capability to support one of a plurality of pre-defined multilateration symbol granularities.