mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (50, 90, 100, 130) comprising: a plurality of light emitting diodes, LEDs, (55, 92, 102, 132) comprising positive and negative terminals (59, 60) on a first surface of each of said LEDs; a coating material (70, 80, 94, 118, 136); and a mold housing, (51, 101) comprising: a bottom rigid block support (54, 108) having a top surface; and a top rigid block support (62, 114) arranged over said bottom rigid block support with a space between the two to at least partially define a formation cavity (68, 119); said formation cavity arranged so that said coating material can be introduced into said formation cavity; the apparatus further comprising a double sided adhesive film (58, 110) on the top surface of said bottom rigid block support such that said adhesive film prevents said coating material from adhering to said top surface, the plurality of LEDs being arranged on said adhesive, such that said first surface faces said top surface of said bottom rigid block support, such that said LEDs are partially embedded in said coating material, but said positive and negative terminals are not covered by said coating material; and wherein said mold is arranged so that said coating material can be cured or otherwise hardened in said formation cavity such that said LEDs are at least partially embedded in said coating material. a plurality of light emitting diodes, LEDs, (55, 92, 102, 132) comprising positive and negative terminals (59, 60) on a first surface of each of said LEDs; a coating material (70, 80, 94, 118, 136); and a mold housing, (51, 101) comprising: a bottom rigid block support (54, 108) having a top surface; and a top rigid block support (62, 114) arranged over said bottom rigid block support with a space between the two to at least partially define a formation cavity (68, 119); said formation cavity arranged so that said coating material can be introduced into said formation cavity; a bottom rigid block support (54, 108) having a top surface; and a top rigid block support (62, 114) arranged over said bottom rigid block support with a space between the two to at least partially define a formation cavity (68, 119); said formation cavity arranged so that said coating material can be introduced into said formation cavity; the apparatus further comprising a double sided adhesive film (58, 110) on the top surface of said bottom rigid block support such that said adhesive film prevents said coating material from adhering to said top surface, the plurality of LEDs being arranged on said adhesive, such that said first surface faces said top surface of said bottom rigid block support, such that said LEDs are partially embedded in said coating material, but said positive and negative terminals are not covered by said coating material; and wherein said mold is arranged so that said coating material can be cured or otherwise hardened in said formation cavity such that said LEDs are at least partially embedded in said coating material.
A transport device for objects, in particular for charging a lehr with hollow glasses, such as bottles, the transport device having drivers (13, 36) disposed in a row on a support beam (11, 34) and spaced apart from each other in such a manner that adjacent drivers form a transport receptacle for receiving an object in a positioning manner during a transport movement of the support beam, the drivers being made of a plastic material at least in their area of contact with the objects, characterized in that the support beam consists of carbon-fiber-reinforced carbon, the support beam being provided with a positioning device (12, 35) for positioning the drivers, the positioning device being detachably connected to the support beam.
Attachment frame for transport pallets, comprising receptacles which are provided on the underside and which interact with corresponding engagement elements on the upper side of the transport pallet, wherein the attachment frame is composed of a rigid base frame and side walls articulated foldably thereon, wherein two opposite side walls are designed such that they can be folded down towards the pallet surface and the other two opposite side walls are designed such that they can be folded down onto the already folded-down side walls, characterized in that engagement elements for corresponding receptacles in the base frame lower edges are provided on the upper edges of the side walls, and in that connecting elements for connecting two attachment frames placed over one another are provided.
Ultrasonic counter for detecting a flow rate of a fluid, having a fluid inlet, a fluid outlet, and a flow duct which connects the fluid inlet to the fluid outlet, wherein the flow duct has measuring tube (38, 53, 55, 57) which extends so as to be rectilinear in a flow direction, wherein the measuring tube (38, 53, 55, 57) has a plurality of protrusions (39, 40) which are configured on an internal wall of a lateral wall (12, 58) of the measuring tube (38, 53, 55, 57) that delimits the flow cross section of the measuring tube (38, 53, 55, 57) and in the flow direction extend across at least one portion of the length of the measuring tube (38, 53, 55, 57) and by way of a predefined protrusion height (41, 42) extend so as to be angular, in particular perpendicular, to the lateral wall (12, 58), characterized in that at least two of the protrusions (39, 40) have mutually dissimilar protrusion heights (41, 42), wherein the measuring tube (38, 53, 55, 57) has a plurality of first protrusions, of which the protrusion height is greater than or equal to a critical protrusion height, and a plurality of second protrusions, of which the protrusion height is less than the critical protrusion height, wherein at least one, preferably at least two, second protrusions is/are in each case configured in the circumferential direction of the measuring tube, so as to be between two first protrusions configured on the internal wall.
An apparatus for use in a robotic control system configured to manipulate a medical device wherein the robotic control system includes a plurality of electrically-coupled actuation units and corresponding rotary motor position encoders, the apparatus comprising: an electronic control unit and a memory coupled to said ECU; and logic stored in said memory configured to be executed by said ECU, said logic including a diagnostic module; said diagnostic module being configured to monitor operation of the plurality of electrically-operated actuation units of the robotic control system that are in communication with the ECU and operative to manipulate the medical device by actuation control signals from the ECU and detect when a predetermined fault condition associated with at least one of said actuation units occurs based on motor position readings from the rotary motor position encoders, said diagnostic module being further configured to abate said fault condition, the apparatus further comprising a watchdog timer having a countdown time interval, said timer being configured to terminate operating power to said actuation units when said countdown time interval expires, characterized in that said logic being further configured to reset said watchdog timer at time periods less than said countdown time interval, said diagnostic module being configured to inhibit said logic from resetting said timer when said predetermined fault condition has been detected. an electronic control unit and a memory coupled to said ECU; and logic stored in said memory configured to be executed by said ECU, said logic including a diagnostic module; said diagnostic module being configured to monitor operation of the plurality of electrically-operated actuation units of the robotic control system that are in communication with the ECU and operative to manipulate the medical device by actuation control signals from the ECU and detect when a predetermined fault condition associated with at least one of said actuation units occurs based on motor position readings from the rotary motor position encoders, said diagnostic module being further configured to abate said fault condition, the apparatus further comprising a watchdog timer having a countdown time interval, said timer being configured to terminate operating power to said actuation units when said countdown time interval expires, characterized in that said logic being further configured to reset said watchdog timer at time periods less than said countdown time interval, said diagnostic module being configured to inhibit said logic from resetting said timer when said predetermined fault condition has been detected.
A pool cleaner comprising: a housing including a bottom cover with a cover opening; a hydraulic turbine assembly configured to drive front wheel assemblies for moving the pool cleaner; a supply mast; a distributor manifold which receives water from the supply mast; and a venturi vacuum assembly in fluid communication with the distributor manifold, the venturi vacuum assembly including a suction mast with an open bottom end adjacent to the cover opening, at least one first stage jet nozzle positioned adjacent to the open bottom end and directed upward and into the suction mast, and at least one second stage jet nozzle positioned vertically above the at least one first stage jet nozzle and directed upward and into the suction mast. a housing including a bottom cover with a cover opening; a hydraulic turbine assembly configured to drive front wheel assemblies for moving the pool cleaner; a supply mast; a distributor manifold which receives water from the supply mast; and a venturi vacuum assembly in fluid communication with the distributor manifold, the venturi vacuum assembly including a suction mast with an open bottom end adjacent to the cover opening, at least one first stage jet nozzle positioned adjacent to the open bottom end and directed upward and into the suction mast, and at least one second stage jet nozzle positioned vertically above the at least one first stage jet nozzle and directed upward and into the suction mast. a suction mast with an open bottom end adjacent to the cover opening, at least one first stage jet nozzle positioned adjacent to the open bottom end and directed upward and into the suction mast, and at least one second stage jet nozzle positioned vertically above the at least one first stage jet nozzle and directed upward and into the suction mast.
An ex vivo method for preparing a modified blood clot comprising: (a) Obtaining a blood clot; and (b) Removing the cellular content of said blood clot; thereby obtaining a modified blood clot. (a) Obtaining a blood clot; and (b) Removing the cellular content of said blood clot;
A buffer system comprising: a low pressure supply line; a high pressure supply line; and a variable valve in fluid communication with the low pressure supply line and the high pressure supply line, wherein the variable valve comprises a low pressure orifice (310; 410) and a high pressure orifice (320; 420); the variable valve is configured to translate linearly to align the low pressure orifice (310, 410) with the low pressure supply line and/or align the high pressure orifice (320; 420) with the high pressure supply line; characterised in that a cross-section of the low pressure orifice and the high pressure orifice is substantially triangular and a cross-section of the low pressure supply line and the high pressure supply line at an interface with the variable valve is substantially circular. a low pressure supply line; a high pressure supply line; and a variable valve in fluid communication with the low pressure supply line and the high pressure supply line, wherein the variable valve comprises a low pressure orifice (310; 410) and a high pressure orifice (320; 420); the variable valve is configured to translate linearly to align the low pressure orifice (310, 410) with the low pressure supply line and/or align the high pressure orifice (320; 420) with the high pressure supply line; characterised in that a cross-section of the low pressure orifice and the high pressure orifice is substantially triangular and a cross-section of the low pressure supply line and the high pressure supply line at an interface with the variable valve is substantially circular.
A sealing film for a solar cell comprising ethylene-vinyl acetate copolymer and an organic peroxide, wherein the organic peroxide comprises an organic peroxide A having a 10 hour half-life temperature of 110 to 130°C and an organic peroxide B having a 10 hour half-life temperature of 80 to 100°C, characterized in that: a ratio by weight (organic peroxide B/organic peroxide A) of the organic peroxide B to the organic peroxide A is in the range of 3/97 to 9/91. a ratio by weight (organic peroxide B/organic peroxide A) of the organic peroxide B to the organic peroxide A is in the range of 3/97 to 9/91.
An electrophysiological analysis method applied in a system comprising: a series of electrodes, intended to be placed in different regions of the human body, a DC voltage source, controlled for increasing the DC voltage square wave pulses, a switching circuit, laid out for selectively connecting a pair of so-called active electrodes to the voltage source, said active electrodes forming an anode and a cathode, and for connecting at least one of the passive electrode in high impedance being used for measuring the potential attained by the body, and a measuring circuit laid out for measuring representative data of the current in the active electrodes and potentials on at least certain electrodes connected in high impedance in response to the application of the square waves, said data allowing determination of a value of the electrochemical conductance of the skin, the method comprising at least one measuring step during which the adjustable voltage source applies to the anode a series of said road DC voltage square waves, and during which the measuring circuit measures said data, the method being characterized in that it further comprises a step prior to the measuring step, during which an electrode which is connected in high impedance during the measuring step is regenerated by being connected to the voltage source as a cathode. a series of electrodes, intended to be placed in different regions of the human body, a DC voltage source, controlled for increasing the DC voltage square wave pulses, a switching circuit, laid out for selectively connecting a pair of so-called active electrodes to the voltage source, said active electrodes forming an anode and a cathode, and for connecting at least one of the passive electrode in high impedance being used for measuring the potential attained by the body, and a measuring circuit laid out for measuring representative data of the current in the active electrodes and potentials on at least certain electrodes connected in high impedance in response to the application of the square waves, said data allowing determination of a value of the electrochemical conductance of the skin, the method comprising at least one measuring step during which the adjustable voltage source applies to the anode a series of said road DC voltage square waves, and during which the measuring circuit measures said data, the method being characterized in that it further comprises a step prior to the measuring step, during which an electrode which is connected in high impedance during the measuring step is regenerated by being connected to the voltage source as a cathode.
The insulating mounting profile for mounting and supporting window or door frames is comprising an angle bracket made of any material, preferably steel or composite with a high density, that can carry loads even up to 450 kg/m2, said angle bracket being complemented by an adhering foam, said angle bracket and adhering foam together forming forming the basic part of the insulating mounting profile and said insulating mounting profile being equipped with anchors, characterised in that said basic part is covered with a layer of resin, and a layer of fiber.
A composition, comprising a polymerized oil made from a starting oil polymerized through crosslinking utilizing sulfurization, bodying, blowing or poly ester polymerization, the polymerized oil having a polymeric distribution ranging from about 2 to about 80 wt% oligomer content, where oligomer is defined as a polymer having a number average molecular weight (Mn) larger than 1000, and a Hildebrand solubility ranging from about 6 to about 12, and further comprising asphalt.
A method for measuring the width-direction end position of a moving cold-rolled steel sheet passing between a right-side furnace wall and a left-side furnace wall of a heating furnace, wherein a first width-direction end and a second width-direction end of the cold-rolled steel sheet are irradiated with microwaves from a first antenna (3R, 4R) provided to the right-side furnace wall and a second antenna (3L, 4L) provided to the left-side furnace wall, respectively, the microwaves reflected by the first width-direction end and the second width-direction end of the cold-rolled steel sheet are received by the first antenna (3R, 4R) and second antenna (3L, 4L), respectively, and the positions of the first width-direction end and the second width-direction end are measured on the basis of a time difference between the point when the microwaves were emitted and the point when the reflected microwaves were detected.
Packaging device for a flexible container containing a liquid, viscous or powdery material, said container having an outlet pipe for extraction of said material, said packaging device being formed by two substantially truncated baskets (3, 4) that are joined together, a lower basket and an upper basket, said baskets comprising a base, a lateral wall and an upper surface defining an opening, characterised in that each of said baskets is constructed using an assembly of staves (31, 41) each extending over said base (35, 45) and said lateral wall (37, 47), in that said baskets (3, 4) are joined and secured together by the edges (36, 46) of their respective upper surfaces, once said flexible container has been placed in one of the baskets (3, 4), in such a way as to present a general form of a barrel, and in that the lower basket has an opening or a corresponding pre-cut, allowing the passage of said outlet pipe.
A method for wireless communications by a base station, comprising: transmitting, from a base station, a plurality of short paging messages to a plurality of user equipments, UEs, using a plurality of beams; receiving, in response to the plurality of short paging messages, a plurality of short-page responses from the plurality of UEs that identifies signal quality information for at least one beam from the plurality of beams; selecting a beam based on the signal quality information from the plurality of short-page responses for subsequent communication with a subset of UEs from the plurality of UEs, the subset of UEs grouped together for transmission of paging messages using the selected beams; and transmitting a message to the subset of UEs using the selected beam, the message including a long paging message. transmitting, from a base station, a plurality of short paging messages to a plurality of user equipments, UEs, using a plurality of beams; receiving, in response to the plurality of short paging messages, a plurality of short-page responses from the plurality of UEs that identifies signal quality information for at least one beam from the plurality of beams; selecting a beam based on the signal quality information from the plurality of short-page responses for subsequent communication with a subset of UEs from the plurality of UEs, the subset of UEs grouped together for transmission of paging messages using the selected beams; and transmitting a message to the subset of UEs using the selected beam, the message including a long paging message.
A radiofrequency circuit on board a satellite, data being transmitted over a plurality of channels via radiofrequency signals, a channel corresponding to a frequency band, a sequence of gains (400, 401) being able to be associated with a channel so as to generate the radiofrequency signal to be transmitted thereon, said sequence comprising at least one variable gain amplifier (404, 409), the radiofrequency signals thus generated being multiplexed by a multiplexer made up of bandpass filters (408, 413), said circuit being characterised in that said sequences of gains comprise a power load (402, 403) arranged so as to dissipate the power of signals reflected by the filters of said multiplexer, said load comprising means for generating an alarm signal A(t) representing the power level of the reflected signals, said alarm signal being used to control the gain of said variable gain amplifier (404, 409).
A method for estimating an equivalent impedance ( Z eq) of a power grid, the method comprising: measuring a plurality of measurement values of a generator voltage ( V gen) and a generator current ( I gen) of at least one generator connected to the power grid; generating a performance index from the plurality of measurement values, the performance index being a function of the measurement values and the grid impedance ( Z eq); determining the equivalent impedance ( Z eq) as the grid impedance, which minimizes the performance index; characterized in that the performance index is additionally a function of an angular error (δ), which accounts for a deviation of a grid frequency at a measurement of a measurement value from a nominal grid frequency, and the performance index is additionally minimized with respect to the angular error (δ). measuring a plurality of measurement values of a generator voltage ( V gen) and a generator current ( I gen) of at least one generator connected to the power grid; generating a performance index from the plurality of measurement values, the performance index being a function of the measurement values and the grid impedance ( Z eq); determining the equivalent impedance ( Z eq) as the grid impedance, which minimizes the performance index; characterized in that the performance index is additionally a function of an angular error (δ), which accounts for a deviation of a grid frequency at a measurement of a measurement value from a nominal grid frequency, and the performance index is additionally minimized with respect to the angular error (δ).
An optical element, comprising a light guide body, wherein the light guide body comprises a plurality of light-incident parts arranged in sequence along a length extension direction of the light guide body, a light guide part and a light-emitting part; each light-incident part is provided with at least one light-incident unit; the light guide part is configured to guide light received by the light-incident units to be emitted towards the light-emitting part; the shape of a forward projection surface of the light-emitting part is of a strip shape; at least one groove structure is formed on the light guide part; and a cut-off part used for forming a light shape cut-off line is formed on one of the groove structures; the light received by several light-incident parts corresponding to the cut-off part is cut off by the cut-off part, and is then emitted from the light-emitting part of the light guide body to form a low beam light shape with a low beam cut-off line, and the rest of the light-incident parts of the sequence are used to form a high beam light shape.