mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting diode ('LED') package, comprising: a body including a cavity; a lead frame disposed in the cavity; and a light emitting diode ('LED') electrically connected to the lead frame, including a slope angle relative to the bottom surface of the cavity and including a light emitting part and a non-light emitting part; and a connection part provided in a region of the cavity to be connected to at least a region of the non-light emitting part, characterized in that the connection part is formed by recessing the region of the cavity, wherein the LED package further comprises a filler provided between the light emitting diode and the connection part. a body including a cavity; a lead frame disposed in the cavity; and a light emitting diode ('LED') electrically connected to the lead frame, including a slope angle relative to the bottom surface of the cavity and including a light emitting part and a non-light emitting part; and a connection part provided in a region of the cavity to be connected to at least a region of the non-light emitting part,
A resin-metal composite member for a tire, comprising a metal member and a resin layer that is disposed around the metal member, the resin layer comprising a glyceride compound and a resin having an ester bond.
Form 2 crystalline polymorph consisting of N-[1-6-(ethynyl-3-oxo-hexahydro-furo[3,2-b]pyrrole-4-carbonyl)-3-methyl-butyl]-4-[5-fluoro-2-(4-methyl-piperazin-1-yl)thiazol-4-yl]-benzamide monohydrochloride and N-[1-6-(ethynyl-3-oxo-hexahydro-furo[3,2-b]pyrrole-4-carbonyl)-3-methyl-butyl]-4-[5-fluoro-2-(4-methyl-piperazin-1-yl)thiazol-4-yl]-benzamide hydrate monohydrochloride.
Transparent modulatable kayak with shading system, constituted by a hull provided with a bow (1.1) and a stern (1.2) and with an opening (1.4) on the upper surface through which a user can access a seat (1.3) placed in the inner volume of said hull, also provided with a paddle constituted by a pair of blades (2.2), each placed at an end of a tubular body (2.1); said kayak being characterized in that it is provided with at least two pairs of fitting devices, placed at the bow (1.1) and at the stern (1.2) and on the two sides of the hull, adapted to reversibly connect multiple kayaks, constituted by any one reversible coupling system, made of any plastic polymer, floating and resistant to the marine environment; said tubular body (2.1) of said paddle being reversibly divisible at the center by means of a common connection system (2.3); the inner volume of said hull being provided with a common container (3.2) adapted to house, in a folded configuration, at least one cloth adapted to shade the user placed on the seat (1.3) of said kayak; said cloth preferably having rectangular form and provided with at least four coupling devices (3.1), each placed at a corner; the upper surface of said hull being provided with a plurality of recesses (1.5), including at least one pair positioned at the bow (1.1) and at least one pair positioned at the stern (1.2), each adapted to house a portion of said tubular body (2.1) of said paddle; said tubular body (2.1) being provided, at each end, with at least one coupling device (2.4) adapted to reversibly connect at least one of the corresponding coupling devices (3.1) of said cloth; said hull being made of any natural or synthetic polymer adapted to ensure the floating of the kayak and its total transparency.
Device (10; 20) for temperature monitoring of a cryopreserved biological sample, comprising a) a sample container with a receiving space for receiving a biological sample; and b) at least one chamber (11; 21), the inner space (12; 22) of which is not fluidically connected to the receiving space and is at least partially filled with an indicator substance, the boiling temperature or sublimation temperature of which lies in a range from -10°C to -140°C, wherein the chamber (11; 21) comprises at least one opening (13; 23) via which the indicator substance can escape from the inner space (12; 22) of the chamber (11; 21) in the case of the exceeding of its boiling point or its sublimation point. a) a sample container with a receiving space for receiving a biological sample; and b) at least one chamber (11; 21), the inner space (12; 22) of which is not fluidically connected to the receiving space and is at least partially filled with an indicator substance, the boiling temperature or sublimation temperature of which lies in a range from -10°C to -140°C, wherein the chamber (11; 21) comprises at least one opening (13; 23) via which the indicator substance can escape from the inner space (12; 22) of the chamber (11; 21) in the case of the exceeding of its boiling point or its sublimation point.
A computer-implemented method of reducing image resolution in a deep convolutional network, "DCN" for image classification, comprising: receiving an initial input image for classification by a DCN; determining a first DCN; selecting, by an outer loop, for each layer of a plurality of layers of the first DCN, a reduction factor to be applied to a corresponding input image based on computational complexity of each layer of the first DCN and/or a fraction of energy in high frequency components of the input image at a given layer, wherein the reduction factor of a particular layer adjusts a size of the image that is input to the particular layer; determining, by the inner loop, a second DCN by adjusting the first DCN based at least in part on the reduction factor selected for each layer; determining a classification performance difference of the initial input image classified by the first DCN and by the second DCN; outputting, by the inner loop, the classification performance difference and a level of complexity of the second DCN to the outer loop; adjusting, by the outer loop each reduction factor based at least in part on the classification performance difference and the level of complexity of the second DCN; and adjusting, by the inner loop, the complexity of the second DCN based on the adjusted reduction factor. receiving an initial input image for classification by a DCN; determining a first DCN; selecting, by an outer loop, for each layer of a plurality of layers of the first DCN, a reduction factor to be applied to a corresponding input image based on computational complexity of each layer of the first DCN and/or a fraction of energy in high frequency components of the input image at a given layer, wherein the reduction factor of a particular layer adjusts a size of the image that is input to the particular layer; determining, by the inner loop, a second DCN by adjusting the first DCN based at least in part on the reduction factor selected for each layer; determining a classification performance difference of the initial input image classified by the first DCN and by the second DCN; outputting, by the inner loop, the classification performance difference and a level of complexity of the second DCN to the outer loop; adjusting, by the outer loop each reduction factor based at least in part on the classification performance difference and the level of complexity of the second DCN; and adjusting, by the inner loop, the complexity of the second DCN based on the adjusted reduction factor.
A drive device for performing a pulse modulation of an input signal and outputting an output signal for driving a capacitive load; the drive device comprising: a switching driver for including a charging switching element (10fp, 10fn) for charging the capacitive load and a short-circuiting switching element for short-circuiting between both terminals (VCP, VCN) of the capacitive load to discharge the capacitive load, and operating the charging switching element (10fp, 10fn) and the short-circuiting switching element to output the output signal; and a driving controller for controlling the switching driver based on the pulse-modulated input signal so as to repeatedly perform a charging phase that alternately repeats a phase charging the capacitive load and a phase not charging the capacitive load, and a discharging phase that alternately repeats a phase discharging the capacitive load by short-circuiting between both terminals (VCP, VCN) of the capacitive load with the short-circuiting switching element and a phase not discharging the capacitive load, wherein the driving controller controls so as to change over from the charging phase to the discharging phase when a slope of the input signal changes between positive and negative. a switching driver for including a charging switching element (10fp, 10fn) for charging the capacitive load and a short-circuiting switching element for short-circuiting between both terminals (VCP, VCN) of the capacitive load to discharge the capacitive load, and operating the charging switching element (10fp, 10fn) and the short-circuiting switching element to output the output signal; and a driving controller for controlling the switching driver based on the pulse-modulated input signal so as to repeatedly perform a charging phase that alternately repeats a phase charging the capacitive load and a phase not charging the capacitive load, and a discharging phase that alternately repeats a phase discharging the capacitive load by short-circuiting between both terminals (VCP, VCN) of the capacitive load with the short-circuiting switching element and a phase not discharging the capacitive load, wherein the driving controller controls so as to change over from the charging phase to the discharging phase when a slope of the input signal changes between positive and negative.
An assembly for processing fluids comprising: a vessel having an opening; a vessel closure (102, 402) sealingly engaged to the opening of the vessel, the vessel closure (102, 402) including a top wall (108, 408) and a sidewall (110, 410), the sidewall (110, 410) connected to and extending perpendicular to the top wall (108, 408), the top wall (108, 408) defining one or more apertures (116, 416) extending therethrough; one or more inserts extending through the one or more apertures (116, 416); and a respiratory assembly (104, 404) engaged with the vessel closure (102, 402) and configured to allow respiration of the vessel, the respiratory assembly (104, 404) comprising: a housing (124, 424) formed separate from the top wall (108, 408) and positioned at a further aperture (128, 428) defined through the top wall (108, 408); and one or more gas permeable membranes (126A, 126B, 426) engaged with the housing (124, 424), the one or more gas permeable membranes (126A, 126B, 426) positioned in contact with, and substantially parallel to, the top wall of the vessel closure (102, 402) or positioned nonparallel to a plane defined by the top wall (108, 408) of the vessel closure (102, 402). a vessel having an opening; a vessel closure (102, 402) sealingly engaged to the opening of the vessel, the vessel closure (102, 402) including a top wall (108, 408) and a sidewall (110, 410), the sidewall (110, 410) connected to and extending perpendicular to the top wall (108, 408), the top wall (108, 408) defining one or more apertures (116, 416) extending therethrough; one or more inserts extending through the one or more apertures (116, 416); and a respiratory assembly (104, 404) engaged with the vessel closure (102, 402) and configured to allow respiration of the vessel, the respiratory assembly (104, 404) comprising: a housing (124, 424) formed separate from the top wall (108, 408) and positioned at a further aperture (128, 428) defined through the top wall (108, 408); and one or more gas permeable membranes (126A, 126B, 426) engaged with the housing (124, 424), the one or more gas permeable membranes (126A, 126B, 426) positioned in contact with, and substantially parallel to, the top wall of the vessel closure (102, 402) or positioned nonparallel to a plane defined by the top wall (108, 408) of the vessel closure (102, 402). a housing (124, 424) formed separate from the top wall (108, 408) and positioned at a further aperture (128, 428) defined through the top wall (108, 408); and one or more gas permeable membranes (126A, 126B, 426) engaged with the housing (124, 424), the one or more gas permeable membranes (126A, 126B, 426) positioned in contact with, and substantially parallel to, the top wall of the vessel closure (102, 402) or positioned nonparallel to a plane defined by the top wall (108, 408) of the vessel closure (102, 402).
A polyglycerol fatty acid ester formed by esterifying a polyglycerol and a fatty acid, wherein the polyglycerol has a hydroxyl value of 1000 or less and primary hydroxyl groups in an amount of 55 % or more of the total hydroxyl groups.
A wearable device comprising: a display (212; 311; 413,414; 502,503) configured to display content; a user input unit (207; 408; 504) configured to receive a command of a wearer of the wearable device; and a processor configured to control to: reproduce content through the display of the wearable device, in a state in which the wearable device is worn, obtain content reproduction related information based on an operation of the wearable device in the state in which the wearable device is worn, output information notifying the wearer that stopping reproduction of the content is requestable, based on content reproduction related information of the wearable device, and stop the reproduction of the content in response to receiving a reproduction stop request for the content, through the user input unit. a display (212; 311; 413,414; 502,503) configured to display content; a user input unit (207; 408; 504) configured to receive a command of a wearer of the wearable device; and a processor configured to control to: reproduce content through the display of the wearable device, in a state in which the wearable device is worn, obtain content reproduction related information based on an operation of the wearable device in the state in which the wearable device is worn, output information notifying the wearer that stopping reproduction of the content is requestable, based on content reproduction related information of the wearable device, and stop the reproduction of the content in response to receiving a reproduction stop request for the content, through the user input unit. reproduce content through the display of the wearable device, in a state in which the wearable device is worn, obtain content reproduction related information based on an operation of the wearable device in the state in which the wearable device is worn, output information notifying the wearer that stopping reproduction of the content is requestable, based on content reproduction related information of the wearable device, and stop the reproduction of the content in response to receiving a reproduction stop request for the content, through the user input unit.
A locking assembly for locking a portable electronic device to a work surface, the locking assembly comprising: a clamp assembly including a bar extending between a first end and a second end for placement adjacent to the work surface; the clamp assembly further including a first jaw and a second jaw extending outwardly from the bar in spaced relationship to one another; at least one of the first jaw or the second jaw moveable along the bar between the first and second ends for clamping a work surface between the first and second jaws; a locking mechanism interchangeable from an unlocked condition to a locked condition for selectively locking the relative positioning between the first jaw and the second jaw; characterized by a first pad connected to the first jaw; a locking rod located between the first jaw and the first pad and movable towards and into contact with the first pad during transition of the locking mechanism from the unlocked condition to the locked condition and away from and out of contact with the first pad during transition of the locking mechanism from the locked condition to the unlocked condition; a connector including a first connector end defining a bore for receiving the locking rod therethrough during transition of the locking mechanism from the unlocked condition to the locked condition to pivotally connect the connector to the locking mechanism about a first axis; and the connector extending from the first connector end to a second connector end for connection to a portable electronic device to secure the portable electronic device to the work surface in the locked condition of the locking mechanism. a clamp assembly including a bar extending between a first end and a second end for placement adjacent to the work surface; the clamp assembly further including a first jaw and a second jaw extending outwardly from the bar in spaced relationship to one another; at least one of the first jaw or the second jaw moveable along the bar between the first and second ends for clamping a work surface between the first and second jaws; a locking mechanism interchangeable from an unlocked condition to a locked condition for selectively locking the relative positioning between the first jaw and the second jaw; characterized by a first pad connected to the first jaw; a locking rod located between the first jaw and the first pad and movable towards and into contact with the first pad during transition of the locking mechanism from the unlocked condition to the locked condition and away from and out of contact with the first pad during transition of the locking mechanism from the locked condition to the unlocked condition; a connector including a first connector end defining a bore for receiving the locking rod therethrough during transition of the locking mechanism from the unlocked condition to the locked condition to pivotally connect the connector to the locking mechanism about a first axis; and the connector extending from the first connector end to a second connector end for connection to a portable electronic device to secure the portable electronic device to the work surface in the locked condition of the locking mechanism.
A basal cell culture medium for culturing mammalian cells comprising the following amino acids at a molar ratio relative to isoleucine (mM/mM) of: L-leucine/L-isoleucine of 1.2-2.2, L-phenylalanine/L-isoleucine of 0.5-0.9, L-tyrosine/L-isoleucine of 1.5-2.7, L-threonine/L-isoleucine of 1.0-1.9, and L-valine/L-isoleucine of 1.0-1.9, wherein the basal cell culture medium has a total amino acid content of about 25 to 150 mM. L-leucine/L-isoleucine of 1.2-2.2, L-phenylalanine/L-isoleucine of 0.5-0.9, L-tyrosine/L-isoleucine of 1.5-2.7, L-threonine/L-isoleucine of 1.0-1.9, and L-valine/L-isoleucine of 1.0-1.9,
A capillary driven microfluidic system comprising an arrangement (100, 200, 300) for dissolving a reagent in a fluid, the arrangement comprising: a channel for receiving a fluid at a first end, a valve arranged at a second end of the channel so as to control a flow of the fluid to stop as it reaches the second end of the channel, one or more structures holding a dried reagent, the one or more structures each having a width which is larger than a width of the channel, and an actuator configured to open the valve a predetermined time after receipt of the fluid by the channel, characterized in that the one or more structures each being fluidly coupled to a side wall of the channel via a passage, wherein the fluid is allowed to enter the one or more structures from the channel via the passage, dissolve the dried reagent held therein, and diffuse back into the channel via the passage. a channel for receiving a fluid at a first end, a valve arranged at a second end of the channel so as to control a flow of the fluid to stop as it reaches the second end of the channel, one or more structures holding a dried reagent, the one or more structures each having a width which is larger than a width of the channel, and an actuator configured to open the valve a predetermined time after receipt of the fluid by the channel, characterized in that the one or more structures each being fluidly coupled to a side wall of the channel via a passage, wherein the fluid is allowed to enter the one or more structures from the channel via the passage, dissolve the dried reagent held therein, and diffuse back into the channel via the passage.
A memory controller configured to be connected to a far memory control logic via a memory channel comprising ECC signal lines, the far memory control logic comprising a far memory write buffer, wherein the memory controller is further configured to: maintain a write buffer credit count, decrement the write buffer credit count when a far memory write request is determined to be presented to the far memory write buffer, decrement the write buffer credit count when a far memory write request is issued from the far memory write buffer, and receive, from the far memory control logic, each time the far memory control logic performs a read of a far memory, information on the issuance of a far memory write request from the far memory write buffer to the far memory, wherein the information is piggybacked by the far memory control logic with a far memory read request response, wherein said information is received by the memory controller on the ECC signal lines of the memory channel, wherein said information includes a write buffer issue count indicating how many write requests have issued since a last far memory read request response. maintain a write buffer credit count, decrement the write buffer credit count when a far memory write request is determined to be presented to the far memory write buffer, decrement the write buffer credit count when a far memory write request is issued from the far memory write buffer, and receive, from the far memory control logic, each time the far memory control logic performs a read of a far memory, information on the issuance of a far memory write request from the far memory write buffer to the far memory, wherein the information is piggybacked by the far memory control logic with a far memory read request response, wherein said information is received by the memory controller on the ECC signal lines of the memory channel, wherein said information includes a write buffer issue count indicating how many write requests have issued since a last far memory read request response.
A process for preparing phosphotartaric acid or a salt thereof, wherein a reaction mixture containing epoxysuccinic acid or a salt thereof, an orthophosphoric acid source and water as main constituents is reacted, where the orthophosphoric acid source is selected from phosphoric acid, the salts of phosphoric acid, phosphoric acid anhydrides, the salts of phosphoric acid anhydrides and phosphorpentoxide.
A method of treating a keratinous material, the method comprising contacting the material with a composition comprising an alpha-substituted aldehyde selected from 2-hydroxydecanal, 2-hydroxydodecanal, 2-hydroxytetradecanal, 2-hydroxyhexanal, 2-hydroxyoctanal, bromomalonaldehyde, 2-(2-hydroxyethoxy)acetaldehyde, 2-chloro octanal, 2-fluoro octanal and 2-bromo octanal.
A method for wirelessly communicating in a network comprising a resource-constrained end device (ZBLD), and a first router device, wherein the method comprises the following steps: - the end device sending a trigger for proxy search procedure in response to the non-reception of an acknowledgment message from an old proxy router relaying communication between the end device and the rest of the network, - the first router device receiving the trigger for proxy search procedure, - the first router device determining whether it fulfills conditions for acting as the new proxy router for the end device, and - in case conditions are fulfilled, the first router device appointing itself as the new proxy router for the end device. - the end device sending a trigger for proxy search procedure in response to the non-reception of an acknowledgment message from an old proxy router relaying communication between the end device and the rest of the network, - the first router device receiving the trigger for proxy search procedure, - the first router device determining whether it fulfills conditions for acting as the new proxy router for the end device, and - in case conditions are fulfilled, the first router device appointing itself as the new proxy router for the end device.