mhurhangee/ep-ind-claims huggingface dataset:
Method of evaluating data concerning a treatment agent, which is kept in readiness in a transport or storage container (22 to 24), which is insertable into a laundry treatment machine, for admetering in doses, wherein these data are present in a machine-readable form in a data carrier (26 to 28), which is connected with the transport or storage container (22 to 24), and the laundry treatment machine includes a reader which extracts from the data carrier (26 to 28) the data of the data carrier in the case of physical proximity thereof to the reader and passes on the data to a control device, which introduces individually measured doses of the treatment agent into the treatment process in suitable manner and at suitable points of time of a laundry treatment program, characterised in that during the treatment process experience obtained through use of the treatment agent is stored in the form of experience data and kept in readiness for later occasions of use of this treatment agent.
A loading system provided for fitting onto a lifting platform including a mobile cradle, characterized in that it includes: - a platform on which a load is intended to be disposed, the platform being configured to extend, in use conditions, above the cradle of the lifting platform, - fastening means configured to be fastened on the cradle, the fastening means including a bracket comprising a fastening portion (14; 61) extending substantially vertically and configured to be fastened on the cradle and a support portion (32, 34; 59) extending substantially horizontally, the platform including a mounting portion (44; 62) mounted on the support portion (32, 34; 59), and - detection means configured to detect mechanical stress applied laterally on the platform, the platform being movably mounted relative to the bracket between a use position in which the platform is capable of extending substantially horizontally and a release position in which the platform is capable of extending substantially vertically. - a platform on which a load is intended to be disposed, the platform being configured to extend, in use conditions, above the cradle of the lifting platform, - fastening means configured to be fastened on the cradle, the fastening means including a bracket comprising a fastening portion (14; 61) extending substantially vertically and configured to be fastened on the cradle and a support portion (32, 34; 59) extending substantially horizontally, the platform including a mounting portion (44; 62) mounted on the support portion (32, 34; 59), and - detection means configured to detect mechanical stress applied laterally on the platform,
A pharmacologically effective amount of fasudil, hydroxyfasudil, or a pharmaceutically acceptable salt thereof, for use in the treatment of a patient suffering from pseudobulbar affect, wherein the fasudil or hydroxyfasudil is orally administered and exceeds a daily dose of 60 mg.
A composition for the preservation, transportation and/or storage of living biological material, which comprises at least one anti-apoptotic compound, wherein said anti-apoptotic agent is a physiologically acceptable vanadium compound, at least one anti-oxidant compound, at least one stem cell enhancer compound, selected from the group consisting of erythropoietin, CD34-positive cells and retinoic acid, and at least one extracellular matrix compound.
A method for controlling head-in perpendicular parking of a vehicle, the method comprising: a) detecting a parking area; b) generating a backward path based on positional information of obstacles positioned within a predetermined distance from the parking area and backing the vehicle based on the backward path; c) judging whether head-in parking in the parking area is available by calculating the front collision avoidance margin of the vehicle and comparing the front collision avoidance margin and a reference value; d) generating a forward path based on the positional information of the obstacles or positional information of a sectioning line to determine the parking area when it is judged that head-in parking in the parking area is unavailable and fronting the vehicle based on the forward path; the method being further characterized by comprising: e) repeating a backward control and a forward control of the vehicle until it is judged that head-in parking in the parking area is available; and f) generating a parking path based on the positional information of the obstacles or the positional information of the sectioning line when it is judged that head-in parking in the parking area is available and parking the vehicle based on the parking path. a) detecting a parking area; b) generating a backward path based on positional information of obstacles positioned within a predetermined distance from the parking area and backing the vehicle based on the backward path; c) judging whether head-in parking in the parking area is available by calculating the front collision avoidance margin of the vehicle and comparing the front collision avoidance margin and a reference value; d) generating a forward path based on the positional information of the obstacles or positional information of a sectioning line to determine the parking area when it is judged that head-in parking in the parking area is unavailable and fronting the vehicle based on the forward path; e) repeating a backward control and a forward control of the vehicle until it is judged that head-in parking in the parking area is available; and f) generating a parking path based on the positional information of the obstacles or the positional information of the sectioning line when it is judged that head-in parking in the parking area is available and parking the vehicle based on the parking path.
A retainer for retaining an expansion card to a system board (418, 518), characterized by a post to insertably engage with a post receptacle on the system board; and a hook hingeably attached to the post such that the hook is movable from a first position lateral to a longitudinal axis of the post to a second position aligned with the longitudinal axis of the post, the hook spaced from a top surface of the post when disposed in the second position so as to receive a tail of the expansion card between the hook and the post when the hook is disposed in the second position, wherein the hook is aligned with the system board when disposed in the first position, and lateral to the system board when disposed in the second position.
A catadioptric optical system comprising: a solid body of optical material, said solid body comprising an annular entry surface; an annular first intermediary surface located opposite to said entry surface; a second intermediary surface being substantially continuous with the inner ring of said annular entry surface; and an exit surface located opposite to said second intermediary surface; wherein the system comprises a primary reflective surface and a secondary reflective surface; wherein said primary reflective surface and said secondary reflective surface being arranged so that a light ray entering the system through said entry surface is folded at least two times before exiting through said exit surface; and wherein said exit surface is connected to said first intermediary surface by an inner wall extending towards said second intermediary surface, thereby defining a void inside said solid body; characterized in that both said second intermediary surface and said exit surface are annular surfaces a solid body of optical material, said solid body comprising an annular entry surface; an annular first intermediary surface located opposite to said entry surface; a second intermediary surface being substantially continuous with the inner ring of said annular entry surface; and an exit surface located opposite to said second intermediary surface; wherein the system comprises a primary reflective surface and a secondary reflective surface; wherein said primary reflective surface and said secondary reflective surface being arranged so that a light ray entering the system through said entry surface is folded at least two times before exiting through said exit surface; and wherein said exit surface is connected to said first intermediary surface by an inner wall extending towards said second intermediary surface, thereby defining a void inside said solid body; characterized in that both said second intermediary surface and said exit surface are annular surfaces a primary reflective surface and a secondary reflective surface; wherein said primary reflective surface and said secondary reflective surface being arranged so that a light ray entering the system through said entry surface is folded at least two times before exiting through said exit surface; and wherein said exit surface is connected to said first intermediary surface by an inner wall extending towards said second intermediary surface, thereby defining a void inside said solid body; characterized in that both said second intermediary surface and said exit surface are annular surfaces
Portable object including a case, formed of a frame closed by a glass forming a housing in which an electronic module is placed, said electronic module cooperating with control means including at least one plurality of touch pads for interacting with the electronic module, each touch pad being located on one surface of the case, said electronic module being programmed to operate in a first operating mode in which at least the touch pads are electrically activatable, activation of a touch pad occurring by pressure applied by a body causing an optical disturbance of said touch pad, and to operate in a second operating mode in which at least the touch pads are not electrically activatable, characterized in that the change from the first operating mode to the second operating mode occurs following detection by said electronic module of the simultaneous activation of at least a determined number of touch pads, the activated touch pads being randomly selected.
A motor car chair for a child, that can be mounted on a motor car seat, comprising a base with a clamping catch and a shell bottom seat comprising internal belts for a child, said belts having two shoulder segments extending within the space of the bottom seat intended for a child and passing to the other side of the bottom seat and there being linked with a tensioning belt that passes through a tensioner, and in the space of the bottom seat intended for a child a connecting crotch element provided with an internal belt clamp, characterized in that the shell bottom seat is provided with a longitudinal bracket extending along the longitudinal axis of the shell of the bottom seat, said bracket being provided with a connector, where the base has at least one clamping catch, with which the connector of the bracket is coupled, upon setting the bottom seat in the base
An article comprising a polymeric substrate having a first major surface comprising a plurality of two-dimensional particles attached thereto, said two-dimensional particles having a length, width, and thickness, wherein the width is not greater than the length, wherein the width is greater than the thickness, and wherein the length is at least two times the thickness, the plurality of particles having an outer surface and lengths greater than 1 micrometer, wherein for at least 50 percent by number of the particles there is at least 20 percent of the respective particle surface area consisting of points having tangential angles in a range from 5 to 175 degrees from the first major surface of the polymeric substrate, wherein the particles have thickness no greater than 300 nm.
A bidirectional power supply system for powering a control unit of an electric vehicle, the bidirectional power supply system comprising a low voltage primary power supply adapted to power the control unit in a first mode of operation, wherein the control unit and the low voltage primary power supply form components of a low voltage board net of the bidirectional power supply system, a high voltage traction battery of the electric vehicle as part of a high voltage board net of the bidirectional power supply system, and a bidirectional DC-DC converter arranged to galvanically isolate the low voltage board net and the high voltage board net from one another, wherein the DC-DC-converter is adapted to, in the first mode of operation, transfer energy from the low voltage board net to the high voltage board net to power components of the high voltage board net via the low voltage primary power supply, characterized in that the DC-DC converter is further adapted to, in a second mode of operation, transfer energy from the high voltage board net to the low voltage board net to power the control unit via the high voltage traction battery in case of loss of the low voltage primary power supply, the bidirectional power supply system further comprising a measurement element adapted to detect whether the low voltage primary power supply is lost, and a switching element adapted to switch operation of the DC-DC converter from the first mode to the second mode, if loss of the low voltage primary power supply is detected, wherein the measurement element comprises a PWM detector arranged at the high voltage board net, the PWM detector being adapted to analyze a pulse-width modulation signal present on the HV side of the DC-DC converter and detect based on the analyzed signal whether the low voltage primary power supply is lost, wherein the PWM detector is further adapted as the switching element to switch operation of the DC-DC converter to the second mode as soon as it detects that the low voltage primary power supply is lost.
A tag reading device comprising: an external interface communicatively coupled to a higher-level device; a radio frequency identification, RFID, interface (22,23) configured to read tag information from an RFID tag; a buffer memory configured to, if a condition is satisfied, sequentially record the tag information read from the RFID tag via the RFID interface; and a processor configured to: check whether the tag information read from the RFID has not already been read to determine that the condition is satisfied, transmit the tag information recorded in the buffer memory to the higher-level device via the external interface sequentially, starting from a transmission start pointer indicating a record area of the buffer memory to start tag information transmission; characterized in that the processor is further configured to, after transmission of the tag information, update a transmission start pointer value; and in that the buffer memory is a ring buffer. an external interface communicatively coupled to a higher-level device; a radio frequency identification, RFID, interface (22,23) configured to read tag information from an RFID tag; a buffer memory configured to, if a condition is satisfied, sequentially record the tag information read from the RFID tag via the RFID interface; and a processor configured to: check whether the tag information read from the RFID has not already been read to determine that the condition is satisfied, transmit the tag information recorded in the buffer memory to the higher-level device via the external interface sequentially, starting from a transmission start pointer indicating a record area of the buffer memory to start tag information transmission; characterized in that the processor is further configured to, after transmission of the tag information, update a transmission start pointer value; and in that the buffer memory is a ring buffer. check whether the tag information read from the RFID has not already been read to determine that the condition is satisfied, transmit the tag information recorded in the buffer memory to the higher-level device via the external interface sequentially, starting from a transmission start pointer indicating a record area of the buffer memory to start tag information transmission; characterized in that the processor is further configured to, after transmission of the tag information, update a transmission start pointer value; and in that the buffer memory is a ring buffer.
A mobile terminal comprising: a display comprising a drive integrated circuit, IC,; a frame positioned at a rear side of the display; a flexible printed circuit board having a first portion connected to the drive IC of the display and a second portion bent toward the rear side of the display; a main board coupled to the frame and configured to control the drive IC via the flexible printed circuit board; and a heat transfer sheet positioned to cover the drive IC and a portion of a first surface of the flexible printed circuit board, wherein the heat transfer sheet comprises: a heat absorbing portion located on the drive IC; a heat radiating portion in contact with the frame; and a heat transfer portion for transferring heat from the heat absorbing portion to the heat radiation portion. a display comprising a drive integrated circuit, IC,; a frame positioned at a rear side of the display; a flexible printed circuit board having a first portion connected to the drive IC of the display and a second portion bent toward the rear side of the display; a main board coupled to the frame and configured to control the drive IC via the flexible printed circuit board; and a heat transfer sheet positioned to cover the drive IC and a portion of a first surface of the flexible printed circuit board, wherein the heat transfer sheet comprises: a heat absorbing portion located on the drive IC; a heat radiating portion in contact with the frame; and a heat transfer portion for transferring heat from the heat absorbing portion to the heat radiation portion. a heat absorbing portion located on the drive IC; a heat radiating portion in contact with the frame; and a heat transfer portion for transferring heat from the heat absorbing portion to the heat radiation portion.
A surgical suturing instrument, containing: a handle assembly; an elongate member extending distally from the handle assembly and defining a longitudinal axis (y) and a distal end; an end effector attached to the distal end of the elongate member, the end effector having a retainer jaw and a suture jaw; an actuation mechanism operatively connected through the elongate member to the end effector; characterized in that the retainer jaw includes a replaceable retainer cartridge containing a plurality of removably secured retainers each retainer having two apertures configured to receive a suture in a first direction and inhibit the removal of the suture in a second direction, and the suture jaw includes a replaceable suture cartridge containing a plurality of removably secured sutures; and wherein the suture cartridge contains a plurality of linear rows of needles and complimentary needle openings. a handle assembly; an elongate member extending distally from the handle assembly and defining a longitudinal axis (y) and a distal end; an end effector attached to the distal end of the elongate member, the end effector having a retainer jaw and a suture jaw; an actuation mechanism operatively connected through the elongate member to the end effector; characterized in that the retainer jaw includes a replaceable retainer cartridge containing a plurality of removably secured retainers each retainer having two apertures configured to receive a suture in a first direction and inhibit the removal of the suture in a second direction, and the suture jaw includes a replaceable suture cartridge containing a plurality of removably secured sutures; and wherein the suture cartridge contains a plurality of linear rows of needles and complimentary needle openings.
An electronic system, comprising: a multipoint sensing device that provides a multipoint sensing area for receiving inputs detecting one or more contacts corresponding to one or more touches in the multipoint sensing area from one or more objects; a gesture module configured to determine a chord comprising one of: a number of the contacts; and a specific arrangement of the contacts within the sensing area (16, 204, 206), determine a gesture set in response to the one or more contacts detected within the multipoint sensing area of the multipoint sensing device, the gesture set corresponding to the chord, monitor the one or more contacts for one or more gesture events included in the gesture set (20, 210), if a gesture event is recognized, perform an operation associated with the gesture event (22, 24, 211, 212), determine whether the one or more contacts have paused, and if the one or more contacts have paused, reset the operation or initiate a chord change. a multipoint sensing device that provides a multipoint sensing area for receiving inputs detecting one or more contacts corresponding to one or more touches in the multipoint sensing area from one or more objects; a gesture module configured to determine a chord comprising one of: a number of the contacts; and a specific arrangement of the contacts within the sensing area (16, 204, 206), determine a gesture set in response to the one or more contacts detected within the multipoint sensing area of the multipoint sensing device, the gesture set corresponding to the chord, monitor the one or more contacts for one or more gesture events included in the gesture set (20, 210), if a gesture event is recognized, perform an operation associated with the gesture event (22, 24, 211, 212), determine whether the one or more contacts have paused, and if the one or more contacts have paused, reset the operation or initiate a chord change. determine a chord comprising one of: a number of the contacts; and a specific arrangement of the contacts within the sensing area (16, 204, 206), determine a gesture set in response to the one or more contacts detected within the multipoint sensing area of the multipoint sensing device, the gesture set corresponding to the chord, monitor the one or more contacts for one or more gesture events included in the gesture set (20, 210), if a gesture event is recognized, perform an operation associated with the gesture event (22, 24, 211, 212), determine whether the one or more contacts have paused, and if the one or more contacts have paused, reset the operation or initiate a chord change.