mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an electronic device comprising a display, the method comprising: detecting whether a cover covers the at least one portion of the display, said cover having a window; receiving a call signal while the cover is detected to cover the at least one portion of the display; displaying an information related to the reception of the call signal on a first display area of the display in response to the reception of the call signal while the cover is detected to cover the at least one portion of the display, the first display area being a portion of the display corresponding to a location of the window; detecting an external object that is adjacent to a surface of the display while the cover covers the at least one portion of the display; and connecting a call in response to detecting the adjacent external object while the cover covers the at least one portion of the display; wherein detecting the adjacent external object includes: detecting a user gesture of moving the electronic device and detecting one of a contact or a hovering event of the external object with respect to the surface of the display, wherein detecting the adjacent external object further comprises acquiring sensing information upon detection of the user gesture and wherein the sensing information comprises an illumination value. detecting whether a cover covers the at least one portion of the display, said cover having a window; receiving a call signal while the cover is detected to cover the at least one portion of the display; displaying an information related to the reception of the call signal on a first display area of the display in response to the reception of the call signal while the cover is detected to cover the at least one portion of the display, the first display area being a portion of the display corresponding to a location of the window; detecting an external object that is adjacent to a surface of the display while the cover covers the at least one portion of the display; and connecting a call in response to detecting the adjacent external object while the cover covers the at least one portion of the display; wherein detecting the adjacent external object includes: detecting a user gesture of moving the electronic device and detecting one of a contact or a hovering event of the external object with respect to the surface of the display, wherein detecting the adjacent external object further comprises acquiring sensing information upon detection of the user gesture and wherein the sensing information comprises an illumination value.
A heating and demisting system, which enables to deliver warm and humid air to the passengers in the vehicle and to deliver air with reduced relative humidity rate to the windows, and which is provided in a single blower, characterized by - at least one rotor with solid desiccant which has a fan geometry and can rotate around its own axis by the flow of a warm air coming from a HVAC module, - at least one heat transfer element, which enables heat transfer between a warm air and an air less warm than the said warm air, and which is positioned parallel to the rotor with solid desiccant and perpendicular to the air flows, - at least one hot part (3.1) which enables to reheat the warm air coming from the HVAC module whose temperature decreases by being passed over the rotor with solid desiccant and whose humidity level increases upon collecting water vapor over the desiccant, - at least one air blower grill which enables the air heated by the hot part (3.1) of the heat transfer element to be delivered to the passengers, - at least one cold part (3.2), which enables to reduce temperature of the air coming from inside the cabin, which is dried and temperature of which is increased upon being sucked by the rotor with solid desiccant that is rotated via the flow of the warm air coming from the HVAC module and being passed over the regenerated desiccant, - at least one window blower grill which enables to blow the dry air, whose temperature is reduced, to the windows. - at least one rotor with solid desiccant which has a fan geometry and can rotate around its own axis by the flow of a warm air coming from a HVAC module, - at least one heat transfer element, which enables heat transfer between a warm air and an air less warm than the said warm air, and which is positioned parallel to the rotor with solid desiccant and perpendicular to the air flows, - at least one hot part (3.1) which enables to reheat the warm air coming from the HVAC module whose temperature decreases by being passed over the rotor with solid desiccant and whose humidity level increases upon collecting water vapor over the desiccant, - at least one air blower grill which enables the air heated by the hot part (3.1) of the heat transfer element to be delivered to the passengers, - at least one cold part (3.2), which enables to reduce temperature of the air coming from inside the cabin, which is dried and temperature of which is increased upon being sucked by the rotor with solid desiccant that is rotated via the flow of the warm air coming from the HVAC module and being passed over the regenerated desiccant, - at least one window blower grill which enables to blow the dry air, whose temperature is reduced, to the windows.
A backpack comprising: an external frame system having front and back sides (16, 17) and a gap defined between at least one generally horizontal frame member (26, 28) and at least one generally upright frame member crossing said at least one generally horizontal frame member (26, 28); at least one shoulder strap extending from the front side of said frame system; a bag having a front side and a back side with a main compartment defined between said front side, said back side, left and right sides and top and bottom ends; an elongated sling extending from a lower portion of the front side of said bag, said sling configured for being received within said gap and permitting a space between said frame system and said bag for accommodating cargo therebetween when said sling is in an extended position; a first attachment device (168, 172) extending from a distal end of said sling and connected to said frame system, wherein said first attachment device (168, 172) may be extended to increase the amount of space between said frame system and said bag and may be retracted to decrease the amount of space between said frame system and said bag; and a second attachment device (50, 54, 138,142) extending between and connected to the front side of said bag and the back side of said frame system, said second attachment device located (50, 54, 138, 142) above said sling. an external frame system having front and back sides (16, 17) and a gap defined between at least one generally horizontal frame member (26, 28) and at least one generally upright frame member crossing said at least one generally horizontal frame member (26, 28); at least one shoulder strap extending from the front side of said frame system; a bag having a front side and a back side with a main compartment defined between said front side, said back side, left and right sides and top and bottom ends; an elongated sling extending from a lower portion of the front side of said bag, said sling configured for being received within said gap and permitting a space between said frame system and said bag for accommodating cargo therebetween when said sling is in an extended position; a first attachment device (168, 172) extending from a distal end of said sling and connected to said frame system, wherein said first attachment device (168, 172) may be extended to increase the amount of space between said frame system and said bag and may be retracted to decrease the amount of space between said frame system and said bag; and a second attachment device (50, 54, 138,142) extending between and connected to the front side of said bag and the back side of said frame system, said second attachment device located (50, 54, 138, 142) above said sling.
A static random-access memory element comprising: a first N-type fin; a second N-type fin; a P-type fin; a pass device on the first N-type fin, wherein the pass device includes a source section and a drain section in the first N-type fin and wherein the first N-type fin includes epitaxial structures on the source section and the drain section of the pass device; a pull-up device on the P-type fin; a pull-down device on the second N-type fin, wherein the pull-down device includes a source section and a drain section in the second N-type fin and wherein the second N-type fin includes epitaxial structures on the source and drain sections of the pull-down device; and wherein the volume of the epitaxial structures on the source section and the drain section of the pass device differs from the volume of the epitaxial structures on the source section and the drain section of the pull-down device. a first N-type fin; a second N-type fin; a P-type fin; a pass device on the first N-type fin, wherein the pass device includes a source section and a drain section in the first N-type fin and wherein the first N-type fin includes epitaxial structures on the source section and the drain section of the pass device; a pull-up device on the P-type fin; a pull-down device on the second N-type fin, wherein the pull-down device includes a source section and a drain section in the second N-type fin and wherein the second N-type fin includes epitaxial structures on the source and drain sections of the pull-down device; and wherein the volume of the epitaxial structures on the source section and the drain section of the pass device differs from the volume of the epitaxial structures on the source section and the drain section of the pull-down device.
A mechanical circulatory support system, comprising: an implantable blood pump; a controller communicatively coupled to the implantable blood pump; a signal processor configured to receive a first inaudible signal from the controller associated with an alarm of the mechanical circulatory support system and to generate a second alarm signal based on the first inaudible signal, wherein the signal processor is configured to be positioned external to a skin of a patient; and a bone conductor implant configured to be anchored into a bone behind an ear of the patient and coupled to the signal processor, the bone conductor implant configured to transmit the second alarm signal along the bone of the patient to an inner ear such that the second alarm signal is audibly perceived by the patient. an implantable blood pump; a controller communicatively coupled to the implantable blood pump; a signal processor configured to receive a first inaudible signal from the controller associated with an alarm of the mechanical circulatory support system and to generate a second alarm signal based on the first inaudible signal, wherein the signal processor is configured to be positioned external to a skin of a patient; and a bone conductor implant configured to be anchored into a bone behind an ear of the patient and coupled to the signal processor, the bone conductor implant configured to transmit the second alarm signal along the bone of the patient to an inner ear such that the second alarm signal is audibly perceived by the patient.
Method for detection of a plurality of transmitted data symbol sequences ( d 1 ( k),.., d u ( k),.., d U ( k)) transmitted via in each case a time-variable transmission channel, from a received data symbol sequence ( r ( k)), wherein for each point in time ( k) the pulse response ( h 1 ( k),.., h u ( k),.., h U ( k)) of the respective transmission channel and the data symbol ( d 1 ( k),.., d 2 ( k),.., d U ( k)) currently transmitted in each case are estimated in alternation and the number of combinations of data symbol sequences ( d 1 ( k),.., d u ( k),.., d U ( k)) to be considered for the estimation of the data symbol ( d 1 ( k),.., d 2 ( k),.., d U ( k)) currently transmitted is reduced in relation to the maximum possible number of combinations of data symbol sequences ( d 1 ( k),.., d u ( k),.., d U ( k)) and for each state ( S i) selected from the state diagram in the current point in time ( k) in each case use is only made of one channel estimation hypothesis ( ĥ 1 ( k),.., ĥ u ( k),.., ĥ U ( k)) of the respective transmission channel which is obtained from a channel estimation hypothesis (( ĥ 1 ( k -1),.., ĥ u ( k -1),.., ĥ u ( k -1),.., ĥ U ( k -1), ĥ 1 ( k -2),.., ĥ u ( k -2),.., ĥ U ( k -2), ĥ 1 ( k -3),.., ĥ u ( k -3),.., ĥ U ( k -3),..) of the respective transmission channel in one of the preceding points in time ( k -1, k -2, k -3,..), wherein the channel estimation hypothesis ( ĥ 1 ( k),.., ĥ u ( k),.., ĥ U ( k)) in the current point in time ( k) is determined using an adaptive channel estimation method from the channel estimation hypothesis ( ĥ ( k-n)) in a point in time ( k - n) which is n points in time earlier than the current point in time ( k), characterised in that for estimation of the data symbol sequence ( d 1 ( k),.., d u ( k),.., d U ( k)) transmitted in each case up to the current point in time (k), a path of successive states ( S i) is selected as long as the path metric ( M̃, M ( k)) of the last selected state ( S i) is less than a threshold value, and otherwise the path is continued iteratively in one of the previously selected states ( S i) with an alternative state ( S i) or its following states ( S i) if the path metrics ( M̃, M ( k)) thereof are less than the threshold value, in that the path metric ( M̃) of a state ( S i) in the current point in time ( k) is calculated iteratively from the path metric ( M̃) of the preceding state ( S i) in each case plus a branch metric between the preceding state ( S i) in each case in the preceding point in time ( k -1) and the state ( S i) in the current point in time (k), and in that the branch metric is obtained from the product of a first a priori estimating error e ( k | k - n) and a second a priori estimating error e ( k | k - m), the points in time n and m being selected dependent on the time-variability of the transmission channel.
A magnetic refrigeration material of a composition represented by the formula La 1-f RE f (Fe 1-a-b-c-d-e Si a Co b Ga c Y d Z e) 13, wherein RE stands for at least one element selected from the group consisting of rare earth elements including Sc and Y and excluding La, Y stands for at least one element selected from the group consisting of Ge, Sn, B, and C, Z stands for at least one element selected from the group consisting of Ti, V, Cr, Mn, Ni, Cu, Zn, and Zr, a satisfies 0.03 ≤ a ≤ 0.17, b satisfies 0.003 ≤ b ≤ 0.06, c satisfies 0.02 ≤ c ≤ 0.10, d satisfies 0 ≤ d ≤ 0.04, e satisfies 0 ≤ e ≤ 0.04, and f satisfies o ≤ f ≤ 0.50, wherein said magnetic refrigeration material has a Curie temperature of not lower than 220 K and not higher than 276 K, and a maximum (-ΔS max) of magnetic entropy change (-ΔS M) of said material when subjected to a field change up to 2 Tesla is not less than 5 J/kgK.
An apparatus comprising: a transducer including a plasmonic funnel; and a first waveguide having a core, positioned to cause light in the core to excite surface plasmons on the transducer, characterized in that the plasmonic funnel comprises a first tapered section coupled to the first waveguide, a second tapered section positioned adjacent to a second, plasmonic, waveguide and a center section having a substantially rectangular cross-sectional shape located between the first tapered section and the second tapered section. a transducer including a plasmonic funnel; and a first waveguide having a core, positioned to cause light in the core to excite surface plasmons on the transducer, characterized in that the plasmonic funnel comprises a first tapered section coupled to the first waveguide, a second tapered section positioned adjacent to a second, plasmonic, waveguide and a center section having a substantially rectangular cross-sectional shape located between the first tapered section and the second tapered section.
Motor vehicle door latch, comprising a locking mechanism, and comprising a control element that can be moved back and forth between at least two operational positions, for example a child safety element or emergency locking element, wherein the control element is equipped with at least one spring of a different material for releasably adopting the two operational positions, wherein the spring is largely U-shaped and has two legs (9a, 9b), wherein one leg is designed as a contour leg and interacts with a stationary contour for adopting the two operational positions, and the other leg is used as a fixing leg for securing the spring on the control element.
Multilayer sheet-like structure, comprising at least one textile backing layer and at least one layer (2, 3, 4) made of plasticized polyvinyl chloride, where more than one of the layers comprises raw materials not based on petroleum, where the entire sheet-like structure comprises more than 50% by weight of raw materials not based on petroleum, characterized in that the plasticizer is a mixture of at least one epoxidized vegetable oil and of at least one epoxidized fatty acid ester (fatty acid esterified with an alcohol).
A method of treating a wellbore, comprising: drilling the wellbore with a drilling fluid; emplacing a polymer-forming composition in the wellbore; and initiating polymerization of the polymer-forming composition to form a polymerized material in the selected region of the wellbore, wherein emplacing a polymer-forming composition directly displaces the drilling fluid in at least a selected region of the wellbore. drilling the wellbore with a drilling fluid; emplacing a polymer-forming composition in the wellbore; and initiating polymerization of the polymer-forming composition to form a polymerized material in the selected region of the wellbore,
A data transmission method for a power device of a modular uninterruptible power supply, UPS, system, wherein the method comprises: receiving (S401, S1601), by the power device, control status information transmitted by a controlling device; and transmitting (S402, S1602), by the power device, a status signal data frame to a serial bus (1404, 2202) according to the control status information when determining that a current period is a first preset period, so that subsequently the serial bus (1404, 2202) transmits received status signal data frames with a same value in status signal data areas to the controlling device in parallel, wherein the status signal data frame comprises an identifier field, the identifier field comprises a status signal data area, and the status signal data area is used to store a data value of a status signal, so that the controlling device is enabled to determine the operating statuses of a plurality of power devices according to the status signal data frames. receiving (S401, S1601), by the power device, control status information transmitted by a controlling device; and transmitting (S402, S1602), by the power device, a status signal data frame to a serial bus (1404, 2202) according to the control status information when determining that a current period is a first preset period, so that subsequently the serial bus (1404, 2202) transmits received status signal data frames with a same value in status signal data areas to the controlling device in parallel, wherein the status signal data frame comprises an identifier field, the identifier field comprises a status signal data area, and the status signal data area is used to store a data value of a status signal, so that the controlling device is enabled to determine the operating statuses of a plurality of power devices according to the status signal data frames.
Method for producing a contoured pleated filter element, in which - a pleated filter medium consisting of a thermoplastic and having a pleat pattern is clamped to an exact fit between a counterholder and a punch, wherein the counterholder and the punch have a surface structure (13, 15) adapted to the pleat pattern and a side margin (16, 17) each, which corresponds to a desired contour of the filter element to be produced, and - by means of a cutting tool the clamped filter element is cut along the side margin (16, 17) out of the filter medium with the desired contour, characterized in that as cutting tool a punching knife is used which, for the purpose of cutting, is solely displaced axially to the clamped filter medium, in that a punching knife with a random closed annular contour is used that corresponds to the desired contour of the filter element, and in that for trimming a marginal rim of the cut filter element is melted under the effect of heat and consolidated while the filter element is clamped between the counterholder and the punch. - a pleated filter medium consisting of a thermoplastic and having a pleat pattern is clamped to an exact fit between a counterholder and a punch, wherein the counterholder and the punch have a surface structure (13, 15) adapted to the pleat pattern and a side margin (16, 17) each, which corresponds to a desired contour of the filter element to be produced, and - by means of a cutting tool the clamped filter element is cut along the side margin (16, 17) out of the filter medium with the desired contour,
Luminaire (1, 1.1, 1.2,..., 1.n), in particular an escape sign safety or emergency luminaire, comprising a plurality of LEDs, an LED driver, and a monitoring and control unit, the LEDs being connected to the LED driver for supply, and it being possible for the luminaire (1, 1.1, 1.2,..., 1.n) to be used in different and selectable actuating modes, and having at least one connection for voltage supply and for data exchange by means of current pulses, characterized in that the luminaire (1, 1.1, 1.2,..., 1.n) has a load balancing device, the load balancing device, together with the LEDs, forming a total load, the load balancing device being configured to assume a certain portion of the total load depending on the actuating mode, such that a substantially constant load current results overall.
A bun separator for separating pre-sliced buns into a plurality of portions, the bun separator comprising: a bun feeder (45,56,98) configured to receive a pre-sliced bun having a plurality of portions and move the pre-sliced bun along a first feed path; an obstruction (55,66,100) arranged in the first feed path, the obstruction configured to engage at least one portion of the plurality of portions of the pre-sliced bun; and an actuator comprising at least one roller, at least one pusher, or at least one finger, the actuator operates to selectively engage at least one portion of the plurality of portions of the pre-sliced bun in combination with the obstruction to impart a force on the pre-sliced bun lateral to the first feed path to separate the least one portion of the pre-sliced bun and transfer the at least one portion to a second feed path. a bun feeder (45,56,98) configured to receive a pre-sliced bun having a plurality of portions and move the pre-sliced bun along a first feed path; an obstruction (55,66,100) arranged in the first feed path, the obstruction configured to engage at least one portion of the plurality of portions of the pre-sliced bun; and an actuator comprising at least one roller, at least one pusher, or at least one finger, the actuator operates to selectively engage at least one portion of the plurality of portions of the pre-sliced bun in combination with the obstruction to impart a force on the pre-sliced bun lateral to the first feed path to separate the least one portion of the pre-sliced bun and transfer the at least one portion to a second feed path.
Method for transporting goods, in particular wafers, by way of a robot that has a mobile platform, a multiaxis robot arm and a controller for controlling drives of the robot arm, the transported goods being stored in one or more containers that are arranged on the platform in a nondestructively detachable manner, characterized in that in a protection transport mode the robot arm is controlled in a yielding manner during a transport movement of the platform, in particular when an end effector is free, in order to reduce accelerations, in particular vibrations, of the platform.