mhurhangee/patent-ind-claim-en huggingface dataset:
A jetting head drive unit including a plurality of nozzles and a plurality of piezoelectric elements corresponding to the plurality of nozzles , the jetting head drive unit comprising: a drive waveform acquisition unit adapted to acquire a drive waveform; a drive voltage generation unit adapted to generate a drive voltage to be supplied to the piezoelectric elements using the drive waveform; and a drive voltage supply unit (364, 368, 379. 377) adapted to supply the drive voltage to the piezoelectric elements , wherein the drive waveform acquisition unit is adapted to acquire an overflow waveform used to generate an overflow drive voltage when a liquid is caused to overflow from the nozzle to a nozzle surface without jetting the liquid from the nozzle , characterized in that the drive voltage generation unit is adapted to use the overflow waveform to generate the overflow drive voltage including one or more overflow pulses corresponding to a period of 0.2 seconds or more and 90 seconds or less, and the overflow pulses have a pulse width of 1.2 times or more and 1.8 times or less, an amplitude of 0.3 times or more and 0.8 times or less, and at least one of a rising period or a falling period of 0.3 times or less, with respect to a jetting pulse included in a jetting drive voltage when the liquid is jetted from the nozzles . a drive waveform acquisition unit adapted to acquire a drive waveform; a drive voltage generation unit adapted to generate a drive voltage to be supplied to the piezoelectric elements using the drive waveform; and a drive voltage supply unit (364, 368, 379. 377) adapted to supply the drive voltage to the piezoelectric elements , wherein the drive waveform acquisition unit is adapted to acquire an overflow waveform used to generate an overflow drive voltage when a liquid is caused to overflow from the nozzle to a nozzle surface without jetting the liquid from the nozzle , characterized in that the drive voltage generation unit is adapted to use the overflow waveform to generate the overflow drive voltage including one or more overflow pulses corresponding to a period of 0.2 seconds or more and 90 seconds or less, and the overflow pulses have a pulse width of 1.2 times or more and 1.8 times or less, an amplitude of 0.3 times or more and 0.8 times or less, and at least one of a rising period or a falling period of 0.3 times or less, with respect to a jetting pulse included in a jetting drive voltage when the liquid is jetted from the nozzles .
Fastening element for fastening installation elements in vehicles, in particular racks or cabinets, wherein the fastening element has a first fastening end , a second fastening end and a connecting portion between the first and the second fastening end, wherein the connecting portion has at least one absorption region which, upon exceeding a maximum predefined holding load, yields and deforms between the first fastening end and the second fastening end , wherein the absorption region is formed in such a way that a deformation travel is limited, wherein the absorption region deforms plastically at least in certain portions upon exceeding the maximum holding load, wherein the connecting portion is formed from two sheet-metal strip portions which are connected to one another, characterized in that the two sheet-metal strip portions are each bent in the form of hooks and are hooked into one another.
A furniture drive for moving a furniture part movably supported relative to a furniture carcass , comprising: - a housing having a first housing wall to be fixed to the furniture carcass , and a second housing wall at least partially spaced from the first housing wall , - wherein at least the first housing wall includes at least one guide device for guiding a fastening means , - at least one supporting body separate from the at least one guide device for guiding the fastening means , the at least one supporting body at least partially surrounding the at least one guide device and being firmly attached to both the first housing wall and the second housing wall so as to restrain a movement of the second wall relative to the first housing wall , characterized in that the guide device is at least partially, preferably entirely, surrounded by a supporting rim protruding from the first housing wall , the supporting rim being formed in the first housing wall and being configured to bear against the furniture carcass , the first housing wall having a plurality of mutually spaced protrusions (15a-15h) configured to bear against the furniture carcass , and the housing , in a mounted condition, is configured to bear against the furniture carcass , preferably exclusively, via the protrusions (15a-15h) and via the supporting rim , wherein a majority of the first housing wall is spaced from the furniture carcass in a mounted condition of the furniture drive . - a housing having a first housing wall to be fixed to the furniture carcass , and a second housing wall at least partially spaced from the first housing wall , - wherein at least the first housing wall includes at least one guide device for guiding a fastening means , - at least one supporting body separate from the at least one guide device for guiding the fastening means , the at least one supporting body at least partially surrounding the at least one guide device and being firmly attached to both the first housing wall and the second housing wall so as to restrain a movement of the second wall relative to the first housing wall ,
A method of uniforming temperature in a shaft supported by a fluid bearing during rotation of the shaft , a journal portion of the shaft being located in front of pad or pads of the fluid bearing , wherein: - at least one passage is provided by forming a groove on and in the lateral surface of the shaft at least along the journal portion so as to cross the journal portion , - at least one flow of a heat-exchange fluid (HEF) is established in the at least one passage across the journal portion ; and - wherein the or each passage develops in a radially peripheral region of the journal portion ; and - wherein the or each passage is defined by the corresponding groove covered by a sleeve mounted on the shaft . - at least one passage is provided by forming a groove on and in the lateral surface of the shaft at least along the journal portion so as to cross the journal portion , - at least one flow of a heat-exchange fluid (HEF) is established in the at least one passage across the journal portion ; and - wherein the or each passage develops in a radially peripheral region of the journal portion ; and - wherein the or each passage is defined by the corresponding groove covered by a sleeve mounted on the shaft .
Method for purifying an aqueous lactic acid solution obtained from a fermentation medium or any other source previously stripped of solid substances and/or biomass which may be contained therein as well as ionic substances, characterized in that it comprises the two following steps: a. concentrating the lactic acid solution until it reaches a concentration of between 85 and 95 %, preferably between 90 and 95 %, i.e. 15 to 5 % free water or preferably 10 to 5 % free water; b. separating, in one single step, the concentrated stream obtained at (a) into a stream comprising the purified lactic acid, a stream comprising the volatile impurities and a stream comprising the heavier impurities. a. concentrating the lactic acid solution until it reaches a concentration of between 85 and 95 %, preferably between 90 and 95 %, i.e. 15 to 5 % free water or preferably 10 to 5 % free water; b. separating, in one single step, the concentrated stream obtained at (a) into a stream comprising the purified lactic acid, a stream comprising the volatile impurities and a stream comprising the heavier impurities.
A system of surgical instruments for use with at least a first implant in an orthopaedic surgical procedure in which size specific instrumentation is used, the system comprising a first container containing at least first and second surgical instruments, wherein: the first surgical instrument is of a first type that is size specific; the second surgical instrument is of a second type that is size specific; wherein both the first and second surgical instruments are of a first size corresponding to the first implant, wherein both the first and second instruments relate to preparation, finishing or trialling for the first implant, wherein the container, - contains no other surgical instruments of the first type and the second type, - only contains surgical instruments; and - comprises a housing which defines recesses sized to receive the at least first and second instruments. specific instrumentation is used, the system comprising a first container containing at least first and second surgical instruments, wherein: the first surgical instrument is of a first type that is size specific; the second surgical instrument is of a second type that is size specific; the first surgical instrument is of a first type that is size specific; the second surgical instrument is of a second type that is size specific; wherein both the first and second surgical instruments are of a first size corresponding to the first implant, wherein both the first and second instruments relate to preparation, finishing or trialling for the first implant, wherein the container, - contains no other surgical instruments of the first type and the second type, - only contains surgical instruments; and - comprises a housing which defines recesses sized to receive the at least first and second instruments. - contains no other surgical instruments of the first type and the second type, - only contains surgical instruments; and - comprises a housing which defines recesses sized to receive the at least first and second instruments.
Latch intended to lock a socket or an electric and/or telecommunication network including - a body intended to be inserted in a housing of the socket, said body including at least one footprint intended to correspond to the shape of a key , - a strip mobile with respect to the body between a locking position, wherein it is capable of blocking said body in the housing of the socket, and an unlocking position, wherein it enables the removal of the body outside of said housing, characterised in that the latch includes a locking member mobile in translation with respect to the body between a blocking position, wherein it prevents the displacement of the mobile strip to the unlocking position thereof and a release position, wherein it enables the displacement of the mobile strip to the unlocking position thereof, the locking member being arranged facing the footprint so as to be able to be displaced towards the release position thereof during the insertion of the key . - a body intended to be inserted in a housing of the socket, said body including at least one footprint intended to correspond to the shape of a key , - a strip mobile with respect to the body between a locking position, wherein it is capable of blocking said body in the housing of the socket, and an unlocking position, wherein it enables the removal of the body outside of said housing, characterised in that the latch includes a locking member mobile in translation with respect to the body between a blocking position, wherein it prevents the displacement of the mobile strip to the unlocking position thereof and a release position, wherein it enables the displacement of the mobile strip to the unlocking position thereof, the locking member being arranged facing the footprint so as to be able to be displaced towards the release position thereof during the insertion of the key .
A stacked non-volatile memory device, comprising: first and second word lines extending in a first direction; first and second bit lines extending in a second direction perpendicular to the first direction; a first trapping structure between a first word line conductor and the first bit line ; a second trapping structure between the first word line conductor and the second bit line ; a third trapping structure between a second word line conductor and the second bit line , wherein the third trapping structure is over the second trapping structure , characterized in that each word line comprises a word line conductor sandwiched between two trapping structures, and each bit line comprises self-aligned source and drain regions on either side of the word lines . first and second word lines extending in a first direction; first and second bit lines extending in a second direction perpendicular to the first direction; a first trapping structure between a first word line conductor and the first bit line ; a second trapping structure between the first word line conductor and the second bit line ; a third trapping structure between a second word line conductor and the second bit line , wherein the third trapping structure is over the second trapping structure , characterized in that each word line comprises a word line conductor sandwiched between two trapping structures, and each bit line comprises self-aligned source and drain regions on either side of the word lines .
Method for automatically ensuring safety for operation of a robot system , said operation being controlled by means of a mobile operator control device , the method comprising: repeatedly receiving, at the robot system and by way of a short-range first signal connection , presence signals relayed to the robot system by a mobile operator control device configured for operator control thereof; relaying a configuration signal derived from the result of a presence check from the robot system to the operator control device to request a configuration of a user interface , provided for operator control of the robot system , of the operator control device on the basis of the result; receiving, at the robot system and by way of a second signal connection , which is formed independently of the first signal connection, an operating signal that is relayed to the robot system by the operator control device and contains a control command for the robot system , in particular a movement command, that is classified as safety-relevant according to a predetermined safety criterion; and approving a safety-relevant control command for execution thereof by the robot system only if the outcome of the presence check is that it is ascertained that the most recently received presence signal satisfies a presence criterion predetermined with regard to the ascertainment of a physical proximity of the operator control device to the robot system . repeatedly receiving, at the robot system and by way of a short-range first signal connection , presence signals relayed to the robot system by a mobile operator control device configured for operator control thereof; relaying a configuration signal derived from the result of a presence check from the robot system to the operator control device to request a configuration of a user interface , provided for operator control of the robot system , of the operator control device on the basis of the result; receiving, at the robot system and by way of a second signal connection , which is formed independently of the first signal connection, an operating signal that is relayed to the robot system by the operator control device and contains a control command for the robot system , in particular a movement command, that is classified as safety-relevant according to a predetermined safety criterion; and approving a safety-relevant control command for execution thereof by the robot system only if the outcome of the presence check is that it is ascertained that the most recently received presence signal satisfies a presence criterion predetermined with regard to the ascertainment of a physical proximity of the operator control device to the robot system .
An information element processing method, comprising: acquiring quasi co-location information of a first-type information element according to quasi co-location information of a second-type information element in a case where a time interval between control information for scheduling the first-type information element and the first-type information element is less than a predetermined threshold and a predetermined condition is satisfied, wherein the predetermined condition comprises first group information corresponding to the first-type information element and second group information corresponding to the second-type information element being the same. acquiring quasi co-location information of a first-type information element according to quasi co-location information of a second-type information element in a case where a time interval between control information for scheduling the first-type information element and the first-type information element is less than a predetermined threshold and a predetermined condition is satisfied, wherein the predetermined condition comprises first group information corresponding to the first-type information element and second group information corresponding to the second-type information element being the same.
A method of generating a lipooligosaccharide/lipid A composition, comprising the steps of: engineering a Yersinia pestis KIM6 bacterial strain so that it expresses PagP (lipid A palmitoyltransferase) which adds C16 fatty acids to lipid A; and subjecting said Yersinia pestis KIM6 strain to mammalian host temperature. engineering a Yersinia pestis KIM6 bacterial strain so that it expresses PagP (lipid A palmitoyltransferase) which adds C16 fatty acids to lipid A; and subjecting said Yersinia pestis KIM6 strain to mammalian host temperature.
A method for handling packet traffic by an overlay network node , comprising: receiving a data path notification message from a peer node, the data path notification message including forwarding policy information; receiving a packet, the packet having a first overlay network address destination; determining that the first overlay network address destination maps to a plurality of underlay network addresses; selecting one of the plurality of underlay network addresses in accordance with the received forwarding policy information; and forwarding the packet to the selected underlay network address. receiving a data path notification message from a peer node, the data path notification message including forwarding policy information; receiving a packet, the packet having a first overlay network address destination; determining that the first overlay network address destination maps to a plurality of underlay network addresses; selecting one of the plurality of underlay network addresses in accordance with the received forwarding policy information; and forwarding the packet to the selected underlay network address.
An air cap arrangement for a spray gun, comprising an air cap , an air cap ring and a retaining ring , in which the air cap has a circumferential outer surface extending longitudinally, and the air cap ring has a circumferential inner surface extending longitudinally, the air cap ring comprises a groove extending on the circumferential inner surface of the air cap ring ; the air cap also comprises a groove extending on the circumferential outer surface of the air cap , and, in an assembled configuration of the air cap arrangement, the retaining ring is arranged in the groove of the air cap ring and the groove of the air cap to limit the axial movement of the air cap within the air cap ring , characterized in that the air cap arrangement is configured such that, to remove the air cap from the air cap ring out of the assembled configuration, the air cap can be pressed out only by pressing the air cap toward the rear end of the air cap ring .
Zinc-free gold alloy containing by weight from 37.5% to 38.5% of gold; palladium and/or silver in a total percentage comprised between 4% and 32%, from 25% to 54% of copper and from 0% to 10% of gallium and from 0% to 0,05% of an element selected from among iridium, rhenium and ruthenium.
A method for treating solutions containing one or more endotoxins at detectable levels comprising: a. adding a suspension of a salt of stearic acid to said solution to reduce detectable amounts of said endotoxins; and b. optionally removing the salt of stearic acid. a. adding a suspension of a salt of stearic acid to said solution to reduce detectable amounts of said endotoxins; and b. optionally removing the salt of stearic acid.
A pharmaceutical injection device , comprising: a main body case ; a drive mechanism that is provided inside the main body case and that pushes a pharmaceutical inside a pharmaceutical syringe out of a syringe needle ; a display component ; and a controller that controls the drive mechanism and the display component , and acquires the first temperature at first predetermined intervals, characterized in that the pharmaceutical injection device further comprises: a cover that opens and closes an opening on a side of the main body case on which the syringe needle is mounted; and an outside air temperature sensor that measures a first temperature, which is a temperature outside the main body case ; wherein in the interior of the main body case the pharmaceutical syringe can be housed; and wherein when the cover is closed, the controller causes the display component to display information about a pre-warning or a caution on a storage state for preventing damage to the pharmaceutical inside of the mounted pharmaceutical syringe when the first temperature measured by the outside air temperature sensor is at or over a first specific value. a main body case ; a drive mechanism that is provided inside the main body case and that pushes a pharmaceutical inside a pharmaceutical syringe out of a syringe needle ; a display component ; and a controller that controls the drive mechanism and the display component , and acquires the first temperature at first predetermined intervals, characterized in that the pharmaceutical injection device further comprises: a cover that opens and closes an opening on a side of the main body case on which the syringe needle is mounted; and an outside air temperature sensor that measures a first temperature, which is a temperature outside the main body case ; wherein in the interior of the main body case the pharmaceutical syringe can be housed; and wherein when the cover is closed, the controller causes the display component to display information about a pre-warning or a caution on a storage state for preventing damage to the pharmaceutical inside of the mounted pharmaceutical syringe when the first temperature measured by the outside air temperature sensor is at or over a first specific value. a cover that opens and closes an opening on a side of the main body case on which the syringe needle is mounted; and an outside air temperature sensor that measures a first temperature, which is a temperature outside the main body case ; wherein in the interior of the main body case the pharmaceutical syringe can be housed; and wherein when the cover is closed, the controller causes the display component to display information about a pre-warning or a caution on a storage state for preventing damage to the pharmaceutical inside of the mounted pharmaceutical syringe when the first temperature measured by the outside air temperature sensor is at or over a first specific value.
A processing device comprising: a color material removal device having at least one discharge nozzle configured to discharge particles (RM) containing cellulose so as to bombard a cellulose containing substrate (M1) holding color material (CM) with the discharged particles (RM), and remove the color material from the substrate.
Handlebar for a motorcycle or a motorcycle-type vehicle, with an oscillation damping mechanism embodied to damp a first oscillation of the handlebar , wherein the oscillation damping mechanism is embodied to detect the first oscillation, characterized in that the oscillation damping mechanism comprises at least one actuator that is actively coupled to the handlebar so as to transmit oscillations, which is actuatable in response to the detected first oscillation to introduce a second oscillation into the handlebar .