mhurhangee/ep-ind-claims huggingface dataset:
Banding machine, comprising a band guide, a band drive, a rotary encoder and a controller, wherein a) the band guide is provided with at least one distance sensor (1a,b,c,d,f) and b) a wrapping circumference can be estimated with the aid of at least one measured value of the at least one distance sensor (1a,b,c), in particular in that a distance (2a-d) from a packaged good lying within the band guide can be determined from the measured value, and c) a band can be retracted with the aid of the band drive, and d) with the aid of the rotary encoder i) a retracted length of the band or ii) the difference length, which is the difference between the inserted and the retracted length of the band, can be detected characterized in that e) the controller is adapted to determine a desired value taking into account the at least one measured value of the at least one distance sensor (1a,b,c), and f) the controller is designed to control the band drive in such a way that, during retraction, the band is initially retracted at a first retraction speed and, as soon as i) the retracted length or ii) the difference in length corresponds to the desired value, the band is retracted at a second retraction speed, which is lower than the first retraction speed. a) the band guide is provided with at least one distance sensor (1a,b,c,d,f) and b) a wrapping circumference can be estimated with the aid of at least one measured value of the at least one distance sensor (1a,b,c), in particular in that a distance (2a-d) from a packaged good lying within the band guide can be determined from the measured value, and c) a band can be retracted with the aid of the band drive, and d) with the aid of the rotary encoder i) a retracted length of the band or ii) the difference length, which is the difference between the inserted and the retracted length of the band, can be detected i) a retracted length of the band or ii) the difference length, which is the difference between the inserted and the retracted length of the band, e) the controller is adapted to determine a desired value taking into account the at least one measured value of the at least one distance sensor (1a,b,c), and f) the controller is designed to control the band drive in such a way that, during retraction, the band is initially retracted at a first retraction speed and, as soon as i) the retracted length or ii) the difference in length i) the retracted length or ii) the difference in length
A process of purifying a polycarbonate from an interfacial polymerization product mixture comprising an aqueous phase and an organic phase comprising a first organic solvent, the polycarbonate, a catalyst, and ions, the process comprising: separating the aqueous phase and the organic phase to form a separated aqueous feed stream and a separated organic stream; extracting the catalyst and the ions from the separated organic stream to form a purified polycarbonate stream and an extracted aqueous feed stream, wherein at least one of the separated aqueous feed stream and the extracted aqueous feed stream comprise an organic portion and an aqueous portion; purifying an aqueous stream comprising one or both of the separated aqueous feed stream and the extracted aqueous feed stream by adjusting a pH of the aqueous portion to 1.0 to 10.0 by adding an aqueous solvent; adjusting a viscosity of the organic portion to be less than or equal to 40 mPa.s (40 centipoise), measured according to ASTM D5225-09 or ISO 1628-5, by adding a second organic solvent to the aqueous stream to form a combined stream; adjusting a volumetric ratio of the aqueous portion to the organic portion to 1.0 to 20.0 by adding an aqueous solution to the aqueous stream; and separating the combined stream via a high shear rate centrifuge to form a purified aqueous stream, wherein less than or equal to 2 vol% of the purified aqueous stream is the organic portion. separating the aqueous phase and the organic phase to form a separated aqueous feed stream and a separated organic stream; extracting the catalyst and the ions from the separated organic stream to form a purified polycarbonate stream and an extracted aqueous feed stream, wherein at least one of the separated aqueous feed stream and the extracted aqueous feed stream comprise an organic portion and an aqueous portion; purifying an aqueous stream comprising one or both of the separated aqueous feed stream and the extracted aqueous feed stream by adjusting a pH of the aqueous portion to 1.0 to 10.0 by adding an aqueous solvent; adjusting a viscosity of the organic portion to be less than or equal to 40 mPa.s (40 centipoise), measured according to ASTM D5225-09 or ISO 1628-5, by adding a second organic solvent to the aqueous stream to form a combined stream; adjusting a volumetric ratio of the aqueous portion to the organic portion to 1.0 to 20.0 by adding an aqueous solution to the aqueous stream; and separating the combined stream via a high shear rate centrifuge to form a purified aqueous stream, wherein less than or equal to 2 vol% of the purified aqueous stream is the organic portion.
A computer-implemented method of a vehicle safety system, comprising: receiving, by one or more processors of a vehicle, future vehicle trajectory data from a vehicle computing platform (102, 302, 830) of the vehicle; determining, by the one or more processors, that the vehicle computing platform (102, 302, 830) has failed; iterating, by the one or more processors, through a vehicle safety response control level hierarchy to determine a highest vehicle safety response control level in the hierarchy that is supported by a current operational status of the vehicle; selecting, by the one or more processors, the highest vehicle safety response control level in the hierarchy that is supported by the current operational status of the vehicle as a current vehicle safety response control level; determining, by the one or more processors, a set of vehicle safety response control commands corresponding to the current vehicle safety response control level; and sending, by the one or more processors, the set of vehicle safety response control commands to one or more actuators of the vehicle to initiate a safety response measure for the vehicle in response to failure of the vehicle computing platform (102, 302, 830). receiving, by one or more processors of a vehicle, future vehicle trajectory data from a vehicle computing platform (102, 302, 830) of the vehicle; determining, by the one or more processors, that the vehicle computing platform (102, 302, 830) has failed; iterating, by the one or more processors, through a vehicle safety response control level hierarchy to determine a highest vehicle safety response control level in the hierarchy that is supported by a current operational status of the vehicle; selecting, by the one or more processors, the highest vehicle safety response control level in the hierarchy that is supported by the current operational status of the vehicle as a current vehicle safety response control level; determining, by the one or more processors, a set of vehicle safety response control commands corresponding to the current vehicle safety response control level; and sending, by the one or more processors, the set of vehicle safety response control commands to one or more actuators of the vehicle to initiate a safety response measure for the vehicle in response to failure of the vehicle computing platform (102, 302, 830).
A support system for a body part comprising: a plenum including a gas therein, said plenum configured to a shape to fit underneath a patient and support the lower back and hips of the patient, the plenum comprising: a series of markings indicating to a caregiver proper use of the plenum, characterized in that the markings comprise anatomical markings of a pelvis and vertebral column, wherein the plenum comprises a main body and a lower extension, and wherein the markings comprise tail markings illustrating how to tuck the lower extension underneath the main body.
A neural network dual in-line memory module, NN-DIMM (10a, 10b), comprising: a module card having a plurality of parallel edge contacts adjacent an edge of a slot connector thereof and configured to have the same command and signal interface as a standard dual in-line memory module, DIMM; a deep neural network, DNN, accelerator affixed to the module card; and a bridge configured to transfer information between the DNN accelerator and the plurality of parallel edge contacts via a DIMM external interface, wherein the bridge includes control registers and on-chip memory, and wherein the bridge is further configured such that the DNN accelerator is to be seen as a standard DRAM to a host CPU and to map the control registers and the on-chip memory to one row of banks of the NN-DIMM, so that accessing the control registers and the on-chip memory always leads to an access of the same one row in said banks of the NN-DIMM. a module card having a plurality of parallel edge contacts adjacent an edge of a slot connector thereof and configured to have the same command and signal interface as a standard dual in-line memory module, DIMM; a deep neural network, DNN, accelerator affixed to the module card; and a bridge configured to transfer information between the DNN accelerator and the plurality of parallel edge contacts via a DIMM external interface, wherein the bridge includes control registers and on-chip memory, and wherein the bridge is further configured such that the DNN accelerator is to be seen as a standard DRAM to a host CPU and to map the control registers and the on-chip memory to one row of banks of the NN-DIMM, so that accessing the control registers and the on-chip memory always leads to an access of the same one row in said banks of the NN-DIMM.
Simulator for positioning seats in a bus, said simulator comprising a frame provided with fixing means for at least a first seat, a driving device provided with fixing means for at least a second seat, a control device configured to control said driving device, said driving device being movable relatively to said frame in at least one direction to vary a distance between said first seat and said second seat wherein the control device comprises a computer unit and a remote command device configured to send input signals to said computer unit to set a predetermined distance between said first and second seats, according to a selected configuration of the seats, wherein said remote command device comprises a graphical interface configured for selecting different possible configurations of the seats, said graphical interface being configured to select the distance between seats, as well as some of the following parameters, as a configuration option: - seat model; - bus model; - bus dimensions; said graphical interface being configured to provide a preview of possible configurations of said seats into said bus. - seat model; - bus model; - bus dimensions;
Dust bag, wherein the dust bag comprises microcapsules, with a capsule casing and a micro-encapsulated active ingredient or an active ingredient mixture, characterised in that an active ingredient or an active ingredient mixture is completely encapsulated in the microcapsules by an encapsulating material and is liberated only when the encapsulating material is at least partly removed by mechanical action of movable dust particles.
Electroluminescent component with an encapsulating composition based on at least one transparent silicone or epoxy resin comprising inorganic phosphor particles and glass and/or silica particles on a UV or blue light-emitting diode, characterised in that the glass and/or silica particles are in flake form and have a diameter of 5 to 20 μm and a thickness of 0.1 to 5 μm.
A method of notifying a user terminal of multimedia broadcast multicast service MBMS service information of at least one neighboring cell of a cell of a base station where the user terminal camps, comprising: in a system information block SIB, which is independent with a SIB 13, transmitting, by the base station where the user terminal camps, to the user terminal the multimedia broadcast multicast service MBMS service information of the at least one neighboring cell, wherein the multimedia broadcast multicast service MBMS service information of the at least one neighboring cell comprises a carrier frequency; and a list of an identifier of an MBMS service supported at the carrier frequency; the base station where the user terminal camps indicating to the user terminal a change of the multimedia broadcast multicast service MBMS service information of the at least one neighboring cell included in the system information block by setting bits in a downlink control information DCI format 1C to be all zero.
A light source comprising: a plurality of discrete wavelength emitting LED chips, wherein the plurality of discrete wavelength emitting LED chips are configured to be switched on together in a Circadian Day (CDay) mode and emit a visible light spectrum across the 400-700nm range, and wherein one or more of the discrete wavelength LED chips is configured to be selectively switched off in a CNight mode, such that the remaining switched on discrete wavelength LED chips include at least a violet LED and wherein the in the Circadian Night (CNight) mode, the light emitted by the remaining switched on discrete wavelength LED chips has less than about six percent (6%) of the total irradiance from the light source in the 400 nm - 700 nm range in a wavelength band from 430 nm to 490 nm and has greater than about four percent (4%) of the total irradiance from the light source in the 400-700nm range in a wavelength band from 400 nm to 430 nm, and whereby day-night pattern lighting is achieved by switching between the CDay mode and the CNight mode.
Apparatus for actuating a lever of an electrical switch having electrical contacts (920, 921), wherein the apparatus comprises an arm for actuating the lever of the electrical switch, which arm is operatively connected to a mechanical bridge, which can execute a linear movement along a fixed axis, wherein the bridge is formed in two parts having a first part and a second part and said two parts (210, 220) can move along the fixed axis, the first part of the bridge is operatively connected to the arm and the second part is held on the first part by a spring, and wherein the second part of the bridge is driven along the fixed axis using a mechanism, in which, when the counterforce of the electrical switch during switching is exceeded by the arm driven by the bridge, the first part is separated from the second part counter to the spring force and the arm is not moved further in a first direction, in which the mechanism comprises a driven wheel having a pin, wherein the pin interacts with a protrusion on the second part of the bridge for the purpose of driving the bridge, characterized in that the energy that was stored in the spring is released when the first part is separated from the second part and the bridge is pushed in the second direction counter to the first direction along the fixed axis by virtue of the pin no longer interacting with the protrusion on the second part of the bridge since the pin has moved so far away spatially from the bridge on account of its circular movement of the driven wheel that interaction is no longer possible.
A crawler (10, 50) comprising: an endless belt-shaped elastic body (12, 52); a main cord layer (30, 56) that is disposed within the elastic body (12, 52), that is configured by a plurality of main cords (32, 58) extending along an elastic body peripheral direction and arranged side-by-side in an elastic body width direction, and that is formed with an overlapping portion (36, 60) where both end sides of the main cord layer (30, 56) in the elastic body peripheral direction overlap one another in an elastic body thickness direction; and a stretching and contracting portion (38, 62) that is formed at the overlapping portion (36, 60) of the main cords (32, 58), and is capable of stretching and contracting more in the elastic body peripheral direction than other portions of the main cords (32, 58), wherein: the stretching and contracting portion (38, 62) includes a curved portion where the main cords (32, 58) are curved with an amplitude in the elastic body width direction as viewed along the elastic body thickness direction; one end side of each main cord (32, 58) is superimposed on another end side of the main cord (32, 58) from an elastic body outer peripheral side; and the stretching and contracting portion (38, 62) is formed on only the another end side of each main cord (32, 58). an endless belt-shaped elastic body (12, 52); a main cord layer (30, 56) that is disposed within the elastic body (12, 52), that is configured by a plurality of main cords (32, 58) extending along an elastic body peripheral direction and arranged side-by-side in an elastic body width direction, and that is formed with an overlapping portion (36, 60) where both end sides of the main cord layer (30, 56) in the elastic body peripheral direction overlap one another in an elastic body thickness direction; and a stretching and contracting portion (38, 62) that is formed at the overlapping portion (36, 60) of the main cords (32, 58), and is capable of stretching and contracting more in the elastic body peripheral direction than other portions of the main cords (32, 58), wherein: the stretching and contracting portion (38, 62) includes a curved portion where the main cords (32, 58) are curved with an amplitude in the elastic body width direction as viewed along the elastic body thickness direction; one end side of each main cord (32, 58) is superimposed on another end side of the main cord (32, 58) from an elastic body outer peripheral side; and the stretching and contracting portion (38, 62) is formed on only the another end side of each main cord (32, 58). the stretching and contracting portion (38, 62) includes a curved portion where the main cords (32, 58) are curved with an amplitude in the elastic body width direction as viewed along the elastic body thickness direction; one end side of each main cord (32, 58) is superimposed on another end side of the main cord (32, 58) from an elastic body outer peripheral side; and the stretching and contracting portion (38, 62) is formed on only the another end side of each main cord (32, 58).
A medical device for extracting blood from a person's finger and performing a diagnostic test, the device comprising a housing integrating a finger piercing assembly, a blood sampling assembly, and a blood testing assembly, said housing comprises a finger placement site for supporting the person's finger; said finger piercing assembly is located inside the housing being hidden from the patient by said housing thereby reducing the psychological factor of pain caused by the blood test procedure; and the device comprises a finger holder comprising a band configured with an open inoperative position and a closed operative position in which said band fits the finger; and wherein said finger holder comprises a locking member configured for engaging said band in its operative closed position to apply pressure in a range 30-75mBar to a circumferential part of the finger when placed in said finger placement site, and said locking member and said band being configured to succumb under excessive force thereby relieving the pressure to a predetermined optimal pressure range, thereby assisting in blood extraction during finger piercing and blood collecting modes and reducing physical effect of pain associated with the blood extraction procedure while avoiding application of excessive pressure to the finger.
Fully integrated air-guiding element of an aircraft gas turbine, including an external casing that is provided with an inflow opening, as well as a flow duct arranged inside the casing, characterized in that a tubular intermediate element made of an elastic material is arranged inside the inflow opening, said intermediate element connecting the inflow opening to the flow duct in a sealing and position-adjusting manner, wherein the intermediate element, at its front area as seen in the flow direction, is provided with a ring-like sealing bead, which is firmly connected to the front edge area of the external casing, and wherein at the back end area of the intermediate element, a ring-shaped seal is arranged that abuts against a bulging of the flow duct, said seal comprising at least one sealing lip.
A slide door device for a vehicle, comprising: a body side lower rail which is disposed below a door opening formed on a side of a vehicle body and extends in a front-rear direction of the vehicle; a body side rail which is disposed above the body side lower rail and behind the door opening and extends in the front-rear direction; a door side lower guide roller unit which is connected to a slide door, which opens and closes the door opening, and configured to slide on the body side lower rail; a door side guide roller unit which is connected to the slide door and configured to slide on the body side rail; a door side lower rail which is disposed in a lower portion of the slide door and extends in the front-rear direction; and a body side lower guide roller unit which is connected to the lower portion of the door opening and configured to slide on the door side lower rail, characterized in that the door slide lower rail is positioned below a floor surface in the door opening, wherein the door side lower rail is disposed below the body side lower rail. a body side lower rail which is disposed below a door opening formed on a side of a vehicle body and extends in a front-rear direction of the vehicle; a body side rail which is disposed above the body side lower rail and behind the door opening and extends in the front-rear direction; a door side lower guide roller unit which is connected to a slide door, which opens and closes the door opening, and configured to slide on the body side lower rail; a door side guide roller unit which is connected to the slide door and configured to slide on the body side rail; a door side lower rail which is disposed in a lower portion of the slide door and extends in the front-rear direction; and a body side lower guide roller unit which is connected to the lower portion of the door opening and configured to slide on the door side lower rail, characterized in that the door slide lower rail is positioned below a floor surface in the door opening, wherein the door side lower rail is disposed below the body side lower rail.