mhurhangee/ep-ind-claims huggingface dataset:
A home appliance device, in particular a home chiller appliance device, comprising: at least one panel for at least partly covering an opening of a machine compartment; and a connection unit for connecting the panel; the panel comprising at least one panel module and at least one further panel module each of which has at least one fin, at least one first fin mounting element and at least one second fin mounting element for mounting the at least one fin, wherein the at least one further panel module is connected to the panel module by means of the connection unit, the connection unit comprising at least one connection element (22, 24, 26) for connecting the at least one panel modules and the at least one further panel module, the connection element (22, 24, 26) having at least one guiding element (40, 42, 44); the first fin mounting element and the second fin mounting element each comprising at least one corresponding guiding element (50, 52) respectively cooperating with the guiding element (40, 42, 44) of the connection unit at least in an assembled state, wherein the connection element (22, 24, 26) is an elongate element and wherein the connection element (22, 24, 26) is movable with respect to the first fin mounting element and the second fin mounting element in a lengthwise direction of the panel in at least one pre-assembled state of the panel, wherein the panel comprising at least one cover element (58, 59), which at least partly covers a machine component and which is connected to at least one of the fin mounting elements (34, 36) by means of the connection unit.
A labeled nucleotide analog comprising: two avidin proteins connected through a central dye component, the central dye component comprising one or more dye moieties wherein the dye moieties comprise fluorescent labels, the central dye component further comprising two bis-biotin moieties, each of the bis-biotin moieties bound to one of the avidin proteins, wherein one of the avidin proteins is also bound to a first nucleotide component through a bis-biotin moiety, wherein the first nucleotide component comprises one or more phospholinked nucleotides, and wherein the other avidin protein is also bound to a second nucleotide component through a bis-biotin moiety, wherein the second nucleotide component comprises one or more phospholinked nucleotides, and wherein the first nucleotide component and second nucleotide component each comprise the same type of nucleotide. two avidin proteins connected through a central dye component, the central dye component comprising one or more dye moieties wherein the dye moieties comprise fluorescent labels, the central dye component further comprising two bis-biotin moieties, each of the bis-biotin moieties bound to one of the avidin proteins, wherein one of the avidin proteins is also bound to a first nucleotide component through a bis-biotin moiety, wherein the first nucleotide component comprises one or more phospholinked nucleotides, and wherein the other avidin protein is also bound to a second nucleotide component through a bis-biotin moiety, wherein the second nucleotide component comprises one or more phospholinked nucleotides, and wherein the first nucleotide component and second nucleotide component each comprise the same type of nucleotide.
Specialist control for an electric wheelchair, comprising an input element for inputting commands and an adapter box for transmitting data of the input element to an input/output module of the electric wheelchair, wherein the data of the input element can be transmitted wirelessly to the adapter box and the input element comprises a computer system which can be worn on the body, namely a wearable with sensors, wherein the wearable is a smart glass with a display which is designed to display a menu, characterized in that the wearable is adapted to convert signals from the sensors into commands which are transmitted to the input/output module of the electric wheelchair in accordance with calibration data stored in the wearable, wherein the calibration data translates an amplitude of a detected head movement into a corresponding proportional intensity of the control command, wherein the wearable is designed to allow navigation through the menu via head movements, wherein the menu comprises a menu item for activating a calibration mode, via which the user can activate the calibration mode, in which the calibration data can be adapted by the user of the electric wheelchair and via which the user can perform a calibration both of head movements for driving control and of head movements for menu control, wherein the calibration of the head movements for driving control can be performed independently of a predetermined direction in that an algorithm running in calibration mode recognizes the extent and direction of a head movement. wherein the data of the input element can be transmitted wirelessly to the adapter box and the input element comprises a computer system which can be worn on the body, namely a wearable with sensors, wherein the wearable is a smart glass with a display which is designed to display a menu, characterized in that the wearable is adapted to convert signals from the sensors into commands which are transmitted to the input/output module of the electric wheelchair in accordance with calibration data stored in the wearable, wherein the calibration data translates an amplitude of a detected head movement into a corresponding proportional intensity of the control command, wherein the wearable is designed to allow navigation through the menu via head movements, wherein the menu comprises a menu item for activating a calibration mode, via which the user can activate the calibration mode, in which the calibration data can be adapted by the user of the electric wheelchair and via which the user can perform a calibration both of head movements for driving control and of head movements for menu control, wherein the calibration of the head movements for driving control can be performed independently of a predetermined direction in that an algorithm running in calibration mode recognizes the extent and direction of a head movement.
A medical imaging system, comprising: an X-ray tube configured to generate a dose of X-rays; a detector configured to capture a plurality of patient tissue images during the dose of X-rays; and a computer system configured to (i) determine, during the dose of X-rays, if motion occurred during the capture of the plurality of patient tissue images and (ii) manage the plurality of patient tissue images, wherein the computer system is configured, in a case that motion is determined, to determine if the motion occurred at a start of the X-ray dose, a middle of the X-ray dose, or at an end of the X-ray dose, wherein the computer system is configured, in a case that motion is determined at the start of the X-ray dose, to discard the images prior to a time when the motion was determined and increase a time of the X-ray dose. an X-ray tube configured to generate a dose of X-rays; a detector configured to capture a plurality of patient tissue images during the dose of X-rays; and a computer system configured to (i) determine, during the dose of X-rays, if motion occurred during the capture of the plurality of patient tissue images and (ii) manage the plurality of patient tissue images, wherein the computer system is configured, in a case that motion is determined, to determine if the motion occurred at a start of the X-ray dose, a middle of the X-ray dose, or at an end of the X-ray dose, wherein the computer system is configured, in a case that motion is determined at the start of the X-ray dose, to discard the images prior to a time when the motion was determined and increase a time of the X-ray dose.
An article-retaining fastener, comprising: - a cylindrical body having a top, a bottom and a central vertical axis; - an axial central bore extending from a mouth at the top of the body downward to a transverse end wall at the bottom of the body; - a radial flange at the top of the body surrounding the mouth of the central bore; characterized in that the article-retaining fastener further comprises: - a deformable peripheral lip extending upwardly from the bore mouth; and - at least one upwardly-projecting deformable knob located on the end wall of the body such that an article can be rigidly held between the lip and said knob after they are simultaneously deformed against opposite ends of the article. - a cylindrical body having a top, a bottom and a central vertical axis; - an axial central bore extending from a mouth at the top of the body downward to a transverse end wall at the bottom of the body; - a radial flange at the top of the body surrounding the mouth of the central bore; - a deformable peripheral lip extending upwardly from the bore mouth; and - at least one upwardly-projecting deformable knob located on the end wall of the body such that an article can be rigidly held between the lip and said knob after they are simultaneously deformed against opposite ends of the article.
A CYP3A4 substrate drug for use in a method of treating an indication amenable to treatment with the CYP3A4 substrate drug in a patient, wherein the patient simultaneously has an indication amenable to treatment with posaconazole, said CYP3A4 substrate drug being selected from the group consisting of lurasidone, ranolazine, lumacaftor/ivacaftor, venetoclax, trabectedin, ribociclib succinate, deflazacort, cinacalcet hydrochloride, pimavanserin tartrate, aripiprazole lauroxil, cariprazine hydrochloride, simeprevir sodium, everolimus, saxagliptin hydrochloride, saxagliptin/metformin hydrochloride, ticagrelor, vilazodone hydrochloride, apixaban, tofacitinib citrate, eletriptan hydrobromide, nilotinib hydrochloride monohydrate, dronedarone hydrochloride, fluticasone propionate/salmeterol xinafoate, rivaroxaban, tadalafil, ibrutinib, cobimetinib, and colchicine, wherein said method comprises: (a) treating the patient with multiple doses of posaconazole; then (b) stopping posaconazole treatment; and then either (c) treating the patient with a dose of the CYP3A4 substrate drug after a delay of 9-21 days after stopping posaconazole treatment; or (d) treating the patient with a dose of the CYP3A4 substrate drug which is not more than about 50% of the reference dose of the CYP3A4 substrate drug after a delay of 6-21 days after stopping posaconazole treatment. (a) treating the patient with multiple doses of posaconazole; then (b) stopping posaconazole treatment; and then either (c) treating the patient with a dose of the CYP3A4 substrate drug after a delay of 9-21 days after stopping posaconazole treatment; or (d) treating the patient with a dose of the CYP3A4 substrate drug which is not more than about 50% of the reference dose of the CYP3A4 substrate drug after a delay of 6-21 days after stopping posaconazole treatment.
An adaptor for coupling with a medical container, said medical container having a collar closed by a septum, said septum having an outer surface directed towards the outside of the medical container, the adaptor comprising: - a gripping member for securing the adaptor to the medical container, - a needle access port intended to face the outer surface of the septum when the adaptor is coupled to the medical container, a pierceable elastomeric piece having a longitudinal axis L located into the needle access port, said pierceable elastomeric piece having a recess with a proximal opening, an outer wall in contact with the needle access port, and a distal surface comprising a protruding part intended to be engaged with the outer surface of the medical container septum, - wherein the elastomeric piece and the needle access port comprise attaching means (44e, 56, 57, 44d) for maintaining the elastomeric piece into said needle access port when a pressure is applied by the protruding part on the outer surface of the septum, characterized in that the ratio between the height of said recess regarding its width ranges from 0.3 to 0.7. - a gripping member for securing the adaptor to the medical container, - a needle access port intended to face the outer surface of the septum when the adaptor is coupled to the medical container, a pierceable elastomeric piece having a longitudinal axis L located into the needle access port, said pierceable elastomeric piece having a recess with a proximal opening, an outer wall in contact with the needle access port, and a distal surface comprising a protruding part intended to be engaged with the outer surface of the medical container septum, - wherein the elastomeric piece and the needle access port comprise attaching means (44e, 56, 57, 44d) for maintaining the elastomeric piece into said needle access port when a pressure is applied by the protruding part on the outer surface of the septum, characterized in that the ratio between the height of said recess regarding its width ranges from 0.3 to 0.7.
A method comprising: associating a first color with a first message address characteristic and a second color with a second message address characteristic, wherein the first color is different from the second color; accepting, by a wireless communication device, a message address of a message for a recipient, the recipient having the message address, and additionally a name, associated therewith; examining the message address to identify a characteristic of the message address; and before transmission of a message including the message address, displaying message information including, of the name and message address, only the name associated with the recipient associated with the message address on a display of the wireless communication device, wherein the name associated with the recipient is color-coded with the first color when the identified characteristic is the first message address characteristic and the name associated with the recipient is color-coded with the second color when the identified characteristic is the second message address characteristic. associating a first color with a first message address characteristic and a second color with a second message address characteristic, wherein the first color is different from the second color; accepting, by a wireless communication device, a message address of a message for a recipient, the recipient having the message address, and additionally a name, associated therewith; examining the message address to identify a characteristic of the message address; and before transmission of a message including the message address, displaying message information including, of the name and message address, only the name associated with the recipient associated with the message address on a display of the wireless communication device, wherein the name associated with the recipient is color-coded with the first color when the identified characteristic is the first message address characteristic and the name associated with the recipient is color-coded with the second color when the identified characteristic is the second message address characteristic.
Method for decelerating a machine which comprises a drive, preferably a direct drive, with an electric motor and a working machine for metal processing, wherein the drive is arranged to rotationally drive a shaft of the working machine and the method comprises: braking the machine free of friction from a working state to a stopping state, in which the shaft of the working machine is substantially stationary, by means of an electrical braking device; mechanically locking the machine in the stopped state by means of and through actuation of a mechanical holding device; wherein the electrical braking device and the mechanical holding device are so controlled that substantially the entire kinetic energy from the working state is converted by the electrical braking device, whilst the mechanical holding device is actuated only in the stopped state of the machine, characterised in that a power-supplying converter is provided, which supplies the electric motor of the drive in the working state with power and preferably comprises a function for braking the working machine in a normal operating state, wherein in an unusual operating state the power-supplying converter is electrically separated from the electric motor and the machine is braked to the stopped state in that windings of the electric motor are shortcircuited by way of a brake resistor or a resistor/capacitor circuit or directly or an external direct voltage source is switched on. braking the machine free of friction from a working state to a stopping state, in which the shaft of the working machine is substantially stationary, by means of an electrical braking device; mechanically locking the machine in the stopped state by means of and through actuation of a mechanical holding device; wherein the electrical braking device and the mechanical holding device are so controlled that substantially the entire kinetic energy from the working state is converted by the electrical braking device, whilst the mechanical holding device is actuated only in the stopped state of the machine, characterised in that a power-supplying converter is provided, which supplies the electric motor of the drive in the working state with power and preferably comprises a function for braking the working machine in a normal operating state, wherein in an unusual operating state the power-supplying converter is electrically separated from the electric motor and the machine is braked to the stopped state in that windings of the electric motor are shortcircuited by way of a brake resistor or a resistor/capacitor circuit or directly or an external direct voltage source is switched on.
An apparatus for applying negative pressure to a wound, comprising: a negative pressure source configured to be fluidically coupled to a wound dressing; a power source configured to supply power to the apparatus; and a controller configured to: monitor a duty cycle of the negative pressure source, an operational time of the apparatus elapsed from an initial activation of the apparatus, and a remaining capacity of the power source; and determine a duty cycle threshold based at least in part on the remaining capacity of the power source and the operational time of the apparatus; and operate the negative pressure source based at least in part on the determined duty cycle threshold; and wherein the controller is configured to adjust the duty cycle threshold dynamically based on the operating conditions. a negative pressure source configured to be fluidically coupled to a wound dressing; a power source configured to supply power to the apparatus; and a controller configured to: monitor a duty cycle of the negative pressure source, an operational time of the apparatus elapsed from an initial activation of the apparatus, and a remaining capacity of the power source; and determine a duty cycle threshold based at least in part on the remaining capacity of the power source and the operational time of the apparatus; and operate the negative pressure source based at least in part on the determined duty cycle threshold; and wherein the controller is configured to adjust the duty cycle threshold dynamically based on the operating conditions. monitor a duty cycle of the negative pressure source, an operational time of the apparatus elapsed from an initial activation of the apparatus, and a remaining capacity of the power source; and determine a duty cycle threshold based at least in part on the remaining capacity of the power source and the operational time of the apparatus; and operate the negative pressure source based at least in part on the determined duty cycle threshold; and wherein the controller is configured to adjust the duty cycle threshold dynamically based on the operating conditions.
A method for collecting flat articles (9a, 9b, 50) in receiving units (11, 41) which are moved along a circular path, and for further conveying the collected articles (9a, 9b, 50) in the receiving units (11, 41), wherein the receiving units (11, 41) comprise in each case two supporting elements (12a, 12b) which are located opposite one another and form a receiving space, said method characterized by the following steps: - providing a flat, flexible enclosing unit (1.1) which is weakened in part along a bending line, and - bending the enclosing unit (1.1) along the bending line thus realizing two enclosing portions (8a, 8b) which are defined from one another by the bending line; - inserting the bent enclosing unit (1.2, 1.3) into the receiving space between the supporting elements (12a, 12b); - holding the enclosing portions (8a, 8b) of the enclosing unit (1.2, 1.3) in the receiving space on the adjacent supporting elements (12a, 12b) thus realizing a receiving pocket; - supplying at least one article (9a, 9b, 50) into the entrained receiving pocket of the bent enclosing unit (1.2, 1.3); - guiding the two enclosing portions (8a, 8b) toward one another. - providing a flat, flexible enclosing unit (1.1) which is weakened in part along a bending line, and - bending the enclosing unit (1.1) along the bending line thus realizing two enclosing portions (8a, 8b) which are defined from one another by the bending line; - inserting the bent enclosing unit (1.2, 1.3) into the receiving space between the supporting elements (12a, 12b); - holding the enclosing portions (8a, 8b) of the enclosing unit (1.2, 1.3) in the receiving space on the adjacent supporting elements (12a, 12b) thus realizing a receiving pocket; - supplying at least one article (9a, 9b, 50) into the entrained receiving pocket of the bent enclosing unit (1.2, 1.3); - guiding the two enclosing portions (8a, 8b) toward one another.
Method for inductive energy transfer, in particular for charging an energy store, in which method an induction unit transmits at least one synchronization signal, wherein in at least one synchronization step, at least one signal characteristic variable of the synchronization signal is set, wherein the signal characteristic variable is formed by a signal power, a signal voltage, a signal current, a signal duration and/or a signal frequency, wherein the induction unit has an open-loop and/or closed-loop control unit which sets the signal characteristic variable of the synchronization signal (14, 20), characterized in that in at least one method step, a transmission frequency of the synchronization signal (14, 20) is set on the basis of a voltage of a load operation voltage source of the induction unit in such a manner that the transmission frequency lies in a frequency range (70, 72) remote from a resonant frequency of the inductive energy transfer.
Process for preparing a fluid for the decontamination of heat engines, especially diesel engines, enabling not only selective catalytic reduction of the nitrogen oxides present in the exhaust gases but also assistance in the regeneration of the particle filter by catalytic combustion of the soot particles deposited in the particle filter, consisting of a clear and homogeneous solution of at least one metal ion complexed in a 32.5% by mass solution of urea in pure water, wherein a metal complex is added to said 32.5% by mass solution of urea in pure water, and wherein the metal ion is iron and is introduced in the form of soluble organic salts selected from formats, citrates, fumarates, succinates and nitrilotriacetates at a metal ion concentration, in ionic or complexed form, in said 32.5% by mass solution of urea in pure water of between 10 and 10 000 ppm, preferably between 10 and 5000 ppm.