mhurhangee/ep-ind-claims huggingface dataset:
A system for charging or maintaining a battery, comprising: - power conversion circuitry configured to provide output power for charging or maintaining the battery; - electrical conductors coupled to the power conversion circuitry and configured to be coupled to the battery for charging or maintaining the battery; and - control circuitry coupled to the power conversion circuitry and configured to monitor charging or maintaining of the battery, the system characterised by the control circuitry being further configured: - to start a timer in response to determining that a charging and maintaining current of the output power is above a current threshold; - to reset the timer if the charging and maintaining current of the output power falls below the current threshold before a time threshold is reached; and - to determine that the battery is defective or failing if the charging and maintaining current of the output power is above the current threshold for a time that is greater than the time threshold. - power conversion circuitry configured to provide output power for charging or maintaining the battery; - electrical conductors coupled to the power conversion circuitry and configured to be coupled to the battery for charging or maintaining the battery; and - control circuitry coupled to the power conversion circuitry and configured to monitor charging or maintaining of the battery, - to start a timer in response to determining that a charging and maintaining current of the output power is above a current threshold; - to reset the timer if the charging and maintaining current of the output power falls below the current threshold before a time threshold is reached; and - to determine that the battery is defective or failing if the charging and maintaining current of the output power is above the current threshold for a time that is greater than the time threshold.
A rear view device of a vehicle comprising a polymeric substrate, characterized in that the polymeric substrate is coated with a chromium-based reflective coating and wherein the polymeric substrate and the chromium-based reflective coating are at least in part permeable to light originating from at least one light element, wherein the coating is an alloy of chromium and at least one dopant material, the dopant material being selected from the hexagonally close-packed transition metals, the alloy having a crystal structure of a primary body-centered cubic phase in coexistence with a secondary omega hexagonally close-packed phase.
A coolant dynamic pressure releasing method in a grinding operation, of releasing a dynamic pressure in coolant generated between a grinding surface of a rotating grinding wheel and a rotating workpiece in grinding the workpiece with the grinding wheel with coolant supplied toward a contact surface on which the grinding surface and the workpiece being drivingly rotated contact, wherein: a plurality of oblique grooves inclined by a predetermined angle (α) relative to a grinding wheel circumferential direction are formed on the grinding surface at an equiangular interval and in such an arrangement that where one side intersection point is defined as an intersection point of each oblique groove and an extension line of one side edge parallel to the grinding wheel circumferential direction of the contact surface and the other side intersection point is defined as an intersection point of each oblique groove and an extension line of the other edge, the other side intersection point of each oblique groove overlaps the one side intersection point of an oblique groove next to each such oblique groove by a predetermined overlap amount in the grinding wheel circumferential direction; and characterised in that an infeed amount (t) of the grinding wheel against the workpiece and at least one of the inclination angle (α) and the interval of the oblique grooves are set so that the length in the grinding wheel circumferential direction of the contact surface on the grinding surface of the grinding wheel and the workpiece becomes shorter than the overlap amount. a plurality of oblique grooves inclined by a predetermined angle (α) relative to a grinding wheel circumferential direction are formed on the grinding surface at an equiangular interval and in such an arrangement that where one side intersection point is defined as an intersection point of each oblique groove and an extension line of one side edge parallel to the grinding wheel circumferential direction of the contact surface and the other side intersection point is defined as an intersection point of each oblique groove and an extension line of the other edge, the other side intersection point of each oblique groove overlaps the one side intersection point of an oblique groove next to each such oblique groove by a predetermined overlap amount in the grinding wheel circumferential direction; and characterised in that an infeed amount (t) of the grinding wheel against the workpiece and at least one of the inclination angle (α) and the interval of the oblique grooves are set so that the length in the grinding wheel circumferential direction of the contact surface on the grinding surface of the grinding wheel and the workpiece becomes shorter than the overlap amount.
A polypeptide comprising an epidermal growth factor-like (EGF-like) domain for use in the treatment of a neuroinjury in a mammal resulting from a stroke, wherein the polypeptide comprising the epidermal growth factor-like (EGF-like) domain is administered following the neuroinjury in the mammal, and wherein administration is initiated within six hours after the neuroinjury, and wherein the administration is continued for a time period of more than six hours post injury.
Refrigeration device, especially household refrigeration device, with at least one storage compartment (3, 4) and heat-insulation walling surrounding the storage compartment (3, 4), having a layer of insulation material between an inner skin (14, 18) facing towards the storage compartment (3, 4) and an outer skin, wherein the outer skin comprises at least one floor plate and a vertical wall plate and a condensation container is disposed below the floor plate and at least two through-openings (13, 19), opening out into the condensation container, are formed in the floor plate, characterised in that an inner through-opening is located on the side of the vertical wall plate facing towards the layer of insulation material and an outer through-opening is located on the side of the vertical wall plate facing away from the layer of insulation material.
A hearing device with a housing and a transducer module, the transducer module comprising a shell with a cavity having an opening, wherein at least part of the shell forms part of the housing, and wherein an electro-acoustic or acousto-electric transducer, comprising a motor assembly and an acoustic assembly including a membrane, is arranged within the cavity, the acoustic assembly being disposed within the shell such that the cavity is divided into a front chamber and a back chamber, the motor assembly being disposed within the back chamber or the front chamber and being operatively coupled to the membrane, and the front chamber being in acoustic communication with the exterior of the shell via the opening, wherein the shell has an outer surface individually shaped according to a measured inner shape of a section of an ear canal of a user of the hearing device, characterised in that the shell further comprises a divider wall which subdivides an interior space of the shell into the cavity and a further cavity, wherein the divider wall is formed separately from the shell and affixed to the shell.
A method in a wireless local area network, LAN, system supporting multiple frequency bands, the method comprising: generating, by a transmitting apparatus, a short training field, STF, signal; and transmitting, by the transmitting apparatus, a physical protocol data unit, PPDU, including the STF signal to a receiving apparatus, wherein the STF signal is generated based on an STF sequence including a M sequence, wherein the STF sequence is defined as shown below: {M, -1, -M, 0, M, -1, M}*(1+j)/sqrt, wherein sqrt() denotes a square root and j denotes an imaginary number, and wherein the M sequence has a length of 15 bits and is defined as shown below: M={-1, -1, -1, 1, 1, 1, -1, 1, 1, 1, -1, 1, 1, -1, 1}. generating, by a transmitting apparatus, a short training field, STF, signal; and transmitting, by the transmitting apparatus, a physical protocol data unit, PPDU, including the STF signal to a receiving apparatus, wherein the STF signal is generated based on an STF sequence including a M sequence, wherein the STF sequence is defined as shown below: {M, -1, -M, 0, M, -1, M}*(1+j)/sqrt, wherein sqrt() denotes a square root and j denotes an imaginary number, and wherein the M sequence has a length of 15 bits and is defined as shown below: M={-1, -1, -1, 1, 1, 1, -1, 1, 1, 1, -1, 1, 1, -1, 1}. {M, -1, -M, 0, M, -1, M}*(1+j)/sqrt, wherein sqrt() denotes a square root and j denotes an imaginary number, and wherein the M sequence has a length of 15 bits and is defined as shown below: M={-1, -1, -1, 1, 1, 1, -1, 1, 1, 1, -1, 1, 1, -1, 1}.
Disposable absorbent sanitary article for adults in the form of briefs, having an absorbent core and having a chassis-forming outer envelope with a waist edge that forms a waist opening and is continuously closed in the circumferential direction, and having a front part and a rear part that have longitudinal-side edge portions (16, 18), and having a crotch region that is arranged between the front part and rear part and form the leg openings (8a, b), wherein the waist edge that is continuously closed in the circumferential direction and the leg openings (8a, b) are formed by longitudinal-side edge portions (16, 18) of a front part and of a rear part of the chassis-forming outer envelope being joined together by the producer, and having a longitudinal centre axis extending in a longitudinal direction and having a transverse centre axis extending in a transverse direction through the middle of the crotch region, said transverse centre axis dividing the crotch region into a front crotch region and a rear crotch region, and wherein each leg opening (8a, b) has first thread-form or band-form elasticating means in the front crotch region, said elasticating means being arranged along a first portion of each leg opening, and wherein the rear crotch region has second thread-form or band-form elasticating means, which are arranged along a second portion of each leg opening (8a, b), and wherein the rear crotch region has an elastic element between each longitudinal edge of the absorbent core and each leg opening (8a, b), said elastic element being arranged in a direction, starting from a region close to the leg opening, that has both a transverse component in the direction of the longitudinal centre axis and a longitudinal component in the direction of the rear part, characterized in that the elastic element is formed by a further extension of the second thread-form or band-form elasticating means by the latter initially extending along the second portion of each leg opening in the direction of the transverse centre axis and then extending from the region close to the leg opening, forming a U- or V-shaped configuration, in a direction that has both a transverse component QQ in the direction of the longitudinal centre axis and a longitudinal component LL in the direction of the rear part, wherein the length of the longitudinal component of the elastic element is 2.5-21.0 cm and the length of the transverse component of the elastic element is 2.0-18.0 cm.
A method, performed by an electronic device in a controller area network, CAN, for identifying a compromised electronic control unit, ECU, that transmits an attack message on a CAN bus in a periodic transmission cycle, the method comprising: in response to detecting the attack message, transitioning a first ECU among a plurality of ECUs connected to the CAN bus to a bus-off state intentionally; and determining whether the first ECU is the compromised ECU based at least in part on a first retransmission time when the first ECU is predicted to resume a transmission of a CAN message after the first ECU recovers from the bus-off state and a first time when the attack message is redetected on the CAN bus, wherein the determining comprises: predicting the first retransmission time by using recovery parameters related to the first ECU; and determining that the first ECU is the compromised ECU in response to determining that a difference between the first retransmission time and the first time when the attack message is redetected on the CAN bus is less than or equal to a preset threshold time. in response to detecting the attack message, transitioning a first ECU among a plurality of ECUs connected to the CAN bus to a bus-off state intentionally; and determining whether the first ECU is the compromised ECU based at least in part on a first retransmission time when the first ECU is predicted to resume a transmission of a CAN message after the first ECU recovers from the bus-off state and a first time when the attack message is redetected on the CAN bus, wherein the determining comprises: predicting the first retransmission time by using recovery parameters related to the first ECU; and determining that the first ECU is the compromised ECU in response to determining that a difference between the first retransmission time and the first time when the attack message is redetected on the CAN bus is less than or equal to a preset threshold time. predicting the first retransmission time by using recovery parameters related to the first ECU; and determining that the first ECU is the compromised ECU in response to determining that a difference between the first retransmission time and the first time when the attack message is redetected on the CAN bus is less than or equal to a preset threshold time.
A container, comprising: - a tube type body which holds a viscous material within, of which one end is open, and of which the other end is projected at the center to make a funnel shape and is provided with an outlet projected at the center of the other end; - a piston which is installed inside the tube type body and expels the viscous material through the outlet by pressing it; and - an air pump type corrugated pipe which has a hollow elastic body of which one end is combined with the open end of the tube type body coaxially, and which is provided with a pushing part having an air inlet at the other end of the body, wherein in the case of pressing the pushing part, the closed internal volume of the body is maintained with the body shrunk and the piston is moved by the air pressure, and in the case of releasing the power applied to the pushing part, air is flown in through the air inlet and the shape of the body is restored, characterized in that the air inlet is provided on the circumference surface of the pushing part perpendicular to the center axis of the corrugated pipe to maintain the open status regardless of the user's contacting of the pushing part. - a tube type body which holds a viscous material within, of which one end is open, and of which the other end is projected at the center to make a funnel shape and is provided with an outlet projected at the center of the other end; - a piston which is installed inside the tube type body and expels the viscous material through the outlet by pressing it; and - an air pump type corrugated pipe which has a hollow elastic body of which one end is combined with the open end of the tube type body coaxially, and which is provided with a pushing part having an air inlet at the other end of the body, wherein in the case of pressing the pushing part, the closed internal volume of the body is maintained with the body shrunk and the piston is moved by the air pressure, and in the case of releasing the power applied to the pushing part, air is flown in through the air inlet and the shape of the body is restored,
An electro-active polymeric ionic liquid comprising imidazolium-based repeated units, each of said imidazolium-based repeated units comprising at least: - an imidazolium moiety associated with a negatively charged counter-ion, - a metallocene oxidizable group and/or a reducible group, the reducible group being selected from: - an anthraquinone derivative of formula: with R 1 representing a hydrogen atom or a C 1 -C 6 -alkyl group, - a viologen group, in particular of formula: with R' 2 representing a hydrogen atom, a C 1 -C 8 alkyl group or a C 2 -C 6 alkenyl group, X and X' identical or different, and each independently representing preferably a halogen group such as CI-, Br- or I-, or - a metallocene reducible group. - an imidazolium moiety associated with a negatively charged counter-ion, - a metallocene oxidizable group and/or a reducible group, - an anthraquinone derivative of formula: with R 1 representing a hydrogen atom or a C 1 -C 6 -alkyl group, - a viologen group, in particular of formula: with R' 2 representing a hydrogen atom, a C 1 -C 8 alkyl group or a C 2 -C 6 alkenyl group, X and X' identical or different, and each independently representing preferably a halogen group such as CI-, Br- or I-, or - a metallocene reducible group.
A user interface device (1,10) which provides a user with a work space which serves as an interface through which the user controls an application program, said user interface device (1,10) comprising: a display unit configured to display a first work space and a second work space, the first work space being a window which is assigned to the user and moves so as to follow a movement of the user, and the second work space being a window different from the first workspace; a detection unit configured to detect a position of the user; a calculation unit configured to calculate an appropriate distance between the user and the second workspace according to a type of the application program controlled by the user through the first work space; and a notification unit configured to notify the user that a distance between the position of the user detected by said detection unit and the second work space is shorter than the appropriate distance calculated by said calculation unit, wherein the appropriate distance corresponds to a minimum distance between the position of the user and the second work space, and when the application program is showing a menu screen, said calculation unit is configured to calculate the appropriate distance based on a width of the menu screen, the user interface device (1,10) further comprising: a user detection camera for capturing an image of a user in front of the image display unit; a user identification unit configured to extract a face region from the image captured by said user detection camera; and a user information database which stores information indicating a physical characteristic, wherein said calculation unit is further configured to calculate the appropriate distance according to a physical characteristic of the user identified by said user identification unit, the physical characteristic being indicated in the information stored in said user information database, wherein said calculation unit is further configured to calculate the appropriate distance so that the distance is longer as the body height of the user is greater, the body height being the physical characteristic of the user. a display unit configured to display a first work space and a second work space, the first work space being a window which is assigned to the user and moves so as to follow a movement of the user, and the second work space being a window different from the first workspace; a detection unit configured to detect a position of the user; a calculation unit configured to calculate an appropriate distance between the user and the second workspace according to a type of the application program controlled by the user through the first work space; and a user detection camera for capturing an image of a user in front of the image display unit; a user identification unit configured to extract a face region from the image captured by said user detection camera; and
A dispensable product system comprising a product housing for a product dispenser that defines a product reservoir, the product housing being mountable to a counter top or wall member having an opening for receiving the product housing through the wall member or the counter top and opposed major surfaces that are substantially planar, the system comprising an opening through a side wall (5, 6) of the housing and a projection member positionable from a non-blocking position to a blocking position in that the projection member is positionable through the opening from an inside of the side wall of the product housing to project from an outside of the side wall of the product housing for seating against one of the major surfaces of the counter top or wall member to block movement of the product housing with respect to passing through the opening in the wall member in a first direction, wherein the projection member comprises a distal end portion that is for projecting from the outside of the sidewall and a proximal portion (18, 19) that is for abutting the inside of the sidewall in the blocking position, wherein the proximal end of the projection member is graspable by a user from the inside of the product housing to move parts (14, 15) thereof together to release a catch so that the projection member is released to be moved from the blocking position to the non-blocking position, and wherein the parts of the projection member that are moveable toward one another are resiliently biased to return to a state in which the catch is engageable with the sidewall to resist movement of the projection member from the blocking position to the non-blocking position.
A method of controlling a plurality of lighting units over time according to light settings, which light settings are based on media content rendered on a media rendering device, the method comprising: - receiving an input indicative of an adjustment of a level of dynamics, the level of dynamics being indicative of a level of difference of the brightness of the light settings over time and/or a rate of change of the brightness of the light settings over time, - determining a color difference level based on the adjusted level of dynamics, wherein the color difference level is indicative of a level of difference of colors of the light settings over time and/or a rate of change of the colors of the light settings over time, wherein, when the level of dynamics is reduced, the color difference level is increased, and - determining the light settings based on the adjusted level of dynamics and the determined color difference level, and - controlling the plurality of lighting units over time according to the determined light settings. - receiving an input indicative of an adjustment of a level of dynamics, the level of dynamics being indicative of a level of difference of the brightness of the light settings over time and/or a rate of change of the brightness of the light settings over time, - determining a color difference level based on the adjusted level of dynamics, wherein the color difference level is indicative of a level of difference of colors of the light settings over time and/or a rate of change of the colors of the light settings over time, wherein, when the level of dynamics is reduced, the color difference level is increased, and - determining the light settings based on the adjusted level of dynamics and the determined color difference level, and - controlling the plurality of lighting units over time according to the determined light settings.