mhurhangee/patent-ind-claim-en huggingface dataset:
Semi-mounted reversible plow comprising a plow frame , a horizontal turning axis (W) and a rotating mechanism by means of which the plow frame , supporting two rows of plow bodies opposite one another, can be rotated about the turning axis (W), the rotating mechanism having at least a first hydraulic cylinder and a second hydraulic cylinder for rotating the plow frame about the turning axis (W) into a relevant working position, the hydraulic cylinders being arranged on the rotating mechanism in a single-acting manner such that for rotating the plow frame from one working position into the opposite working position, firstly the first hydraulic cylinder is operatively connected to the rotating mechanism , in order to bring the plow frame out of the working position into an intermediate position in which the plow frame is arranged at least approximately above the turning axis (W), the second hydraulic cylinder not being operatively connected to the rotating mechanism , and then the second hydraulic cylinder being operatively connected to the rotating mechanism , in order to lower the plow frame from the intermediate position into the opposite working position, the first hydraulic cylinder not being operatively connected to the rotating mechanism , and for rotating the plow frame in reverse, from the opposite working position into the working position, firstly the second hydraulic cylinder and then the first hydraulic cylinder being operatively connected to the rotating mechanism , a lifting movement (H1), for lowering the plow frame from the intermediate position into the working position, of the hydraulic cylinder being hydraulically damped, characterized in that the semi-mounted reversible plow comprises at least one bypass , the throttling of the volume flow at least for one lifting movement (H2), for bringing the plow frame out of the working position into the intermediate position, of the hydraulic cylinder being bridged by means of the bypass , so that the lifting movement (H2) for bringing the plow frame out of the working position into the intermediate position is undamped.
A method of wireless communication by a first device , comprising: determining a first interval between a first page transmission time and a second page transmission time, wherein a third page transmission time exists between the first page transmission time and the second page transmission time, wherein the first interval is determined based on at least one of a power state of the first device or a channel condition for communication with a second device , and wherein, if the power state is indicative of a high power state, the first interval is smaller than if the power state is indicative of a low power state, or wherein, if the channel condition is indicative that the channel for communication with the second device is not busy, the first interval is smaller than if the channel for communication with the second device is busy or congested, wherein the high power state corresponds to when the first device has a battery power above a threshold, when the first device is a non-power conservation mode or when the first device is plugged into a power outlet, and wherein the low power state corresponds to when the first device has a battery power at or below a threshold or when the first device is in a power conservation mode; entering a first state during which the first device is monitoring for a page transmission from the second device based on the first interval for a first state time period; and entering , from the first state in response to a trigger event, a second state during which the first device is disabled from monitoring for a page transmission from the second device . determining a first interval between a first page transmission time and a second page transmission time, wherein a third page transmission time exists between the first page transmission time and the second page transmission time, wherein the first interval is determined based on at least one of a power state of the first device or a channel condition for communication with a second device , and wherein, if the power state is indicative of a high power state, the first interval is smaller than if the power state is indicative of a low power state, or wherein, if the channel condition is indicative that the channel for communication with the second device is not busy, the first interval is smaller than if the channel for communication with the second device is busy or congested, wherein the high power state corresponds to when the first device has a battery power above a threshold, when the first device is a non-power conservation mode or when the first device is plugged into a power outlet, and wherein the low power state corresponds to when the first device has a battery power at or below a threshold or when the first device is in a power conservation mode; entering a first state during which the first device is monitoring for a page transmission from the second device based on the first interval for a first state time period; and entering , from the first state in response to a trigger event, a second state during which the first device is disabled from monitoring for a page transmission from the second device .
Method for operating a virtual reality system , having the steps: - detecting a position of a virtual reality pair of spectacles by means of a detecting apparatus ; - predetermining a virtual observation position depending on the detected position of the virtual reality pair of spectacles ; - displaying a virtual object disposed in a virtual environment from the virtual observation position by means of the virtual reality pair of spectacles ; characterised in that a virtual casing body is predetermined which surrounds at least partially the virtual observation position , wherein as long as a part of the virtual object is immersed into the virtual casing body this part is displayed as at least partially transparent, wherein the entire part of the virtual object is shown as the more transparent, the further it immerses into the casing body , or the transparency of the part of the virtual object is displayed increasingly more pronounced from a region cutting a boundary of the casing body to a region immersing most deeply into the casing body . - detecting a position of a virtual reality pair of spectacles by means of a detecting apparatus ; - predetermining a virtual observation position depending on the detected position of the virtual reality pair of spectacles ; - displaying a virtual object disposed in a virtual environment from the virtual observation position by means of the virtual reality pair of spectacles ;
Antenna for low frequency communication within a vehicle environment, wherein said antenna comprises a flexible or semi-flexible magnetic core of at least 500 mm, characterized in that : - said magnetic core includes a dual coil configuration comprising a multifilar coil , with several turns around the magnetic core , providing a first coil configuration for transmission capabilities and a second coil configuration for reception capabilities; - the magnetic core further includes switching means for switching between said first coil configuration and said second coil configuration, said switching means being configured to implement a time domain multiplexing over the filaments of said multifilar coil by connecting all the filaments of the coil in parallel to operate as a transmitter or all the filaments in series to operate as a receptor; and - said antenna is configured to work at a low frequency ranging between 20 kHz to 150 kHz and configured to transmit or receive data within a communication range comprised between 1 to 40 meters. - said magnetic core includes a dual coil configuration comprising a multifilar coil , with several turns around the magnetic core , providing a first coil configuration for transmission capabilities and a second coil configuration for reception capabilities; - the magnetic core further includes switching means for switching between said first coil configuration and said second coil configuration, said switching means being configured to implement a time domain multiplexing over the filaments of said multifilar coil by connecting all the filaments of the coil in parallel to operate as a transmitter or all the filaments in series to operate as a receptor; and - said antenna is configured to work at a low frequency ranging between 20 kHz to 150 kHz and configured to transmit or receive data within a communication range comprised between 1 to 40 meters.
A system comprising: an abrasive flow media, a ceramic-forming mixture comprising at least one type of ceramic-forming particles, and a honeycomb extrusion die having one or more exposed surfaces , wherein the abrasive flow media comprises at least one type of abrasive inorganic particles dispersed in a flowable carrier, and characterized in that the at least one type of abrasive inorganic particles have a particle size distribution that corresponds to that of the at least one type of the ceramic-forming particles in the ceramic-forming mixture, wherein the abrasive inorganic particles are present in an overall bimodal particle size distribution that comprises particles of a first mean particle diameter effective for polishing and particles of a second mean particle diameter effective for grinding.
Luminous motor-vehicle device , said device comprising: - a segmenting part including a plurality of through-cavities ; - a plurality of light sources upstream of the segmenting part ; - a mask that blocks at least one through-cavity of the segmenting part , said mask being able to be partially passed through by light and including at least one apertured zone ; and the mask and the segmenting part being arranged with respect to each other so that the apertured zone is placed facing at least one through-cavity said luminous device being arranged so that each through-cavity directly or indirectly receives light from at least one separate light source. - a segmenting part including a plurality of through-cavities ; - a plurality of light sources upstream of the segmenting part ; - a mask that blocks at least one through-cavity of the segmenting part , said mask being able to be partially passed through by light and including at least one apertured zone ; and the mask and the segmenting part being arranged with respect to each other so that the apertured zone is placed facing at least one through-cavity said luminous device being arranged so that each through-cavity directly or indirectly receives light from at least one separate light source. the mask and the segmenting part being arranged with respect to each other so that the apertured zone is placed facing at least one through-cavity said luminous device being arranged so that each through-cavity directly or indirectly receives light from at least one separate light source.
An apparatus for assessing electroporation therapy applied to a tissue region of a patient, the apparatus comprising: an array of sensors configured to sense an application of electroporation energy by an electroporation device to determine a location of the electroporation device within the patient; and an output device configured to indicate the location of the electroporation device within the patient, wherein the array of sensors are configured to sense an electromagnetic field generated by the electroporation device resulting from pulse bursts applied by the electroporation device , characterized in that the output device is configured to measure a difference between the electromagnetic field generated by the electroporation device prior to application of the pulse bursts and the electromagnetic field generated by the electroporation device after application of the pulse bursts to determine the location of the electroporation device within the patient, wherein the output device is configured to measure the difference based on a change in cell density at the tissue region . an array of sensors configured to sense an application of electroporation energy by an electroporation device to determine a location of the electroporation device within the patient; and an output device configured to indicate the location of the electroporation device within the patient, wherein the array of sensors are configured to sense an electromagnetic field generated by the electroporation device resulting from pulse bursts applied by the electroporation device , characterized in that the output device is configured to measure a difference between the electromagnetic field generated by the electroporation device prior to application of the pulse bursts and the electromagnetic field generated by the electroporation device after application of the pulse bursts to determine the location of the electroporation device within the patient, wherein the output device is configured to measure the difference based on a change in cell density at the tissue region .
A vortex catheter thrombolytic system , comprising an ultrasonic transducer , a radial probe for transmitting a vortex acoustic field, and a catheter , wherein: the catheter is connected to the ultrasonic transducer and is provided with a first inner channel and a second inner channel , the first inner channel is configured for delivering drugs, the second inner channel is provided with a piezoelectric patch on the radial probe configured for vortex driving, and the piezoelectric patch comprises four channels, characterized in that : the four channels are disposed in a radial direction of the catheter , wherein a phase difference between any two adjacent channels of the piezoelectric patch is configured for generating an acoustic vortex in the radial direction of the catheter by the ultrasonic transducer ; the piezoelectric patch is enveloped in the catheter and is not exposed out of the catheter ; and a delivering exit where the drugs are delivered out is adjacent to the acoustic vortex generated by the piezoelectric patch , whereby the drugs are delivered out and focused on a center of the acoustic vortex in the radial direction of the catheter . the four channels are disposed in a radial direction of the catheter , wherein a phase difference between any two adjacent channels of the piezoelectric patch is configured for generating an acoustic vortex in the radial direction of the catheter by the ultrasonic transducer ; the piezoelectric patch is enveloped in the catheter and is not exposed out of the catheter ; and a delivering exit where the drugs are delivered out is adjacent to the acoustic vortex generated by the piezoelectric patch , whereby the drugs are delivered out and focused on a center of the acoustic vortex in the radial direction of the catheter .
Use of at least one compound of formula (I), wherein X is selected from the group consisting of -O-R, -O(C=O)-R and =O; R is selected from the group consisting of -H, linear or branched, unsubstituted -C 1 -C 5 alkyl and unsubstituted -C 3 -C 5 cycloalkyl; or its salt or stereoisomer thereof, to impart an aroma impression to a composition. X is selected from the group consisting of -O-R, -O(C=O)-R and =O; R is selected from the group consisting of -H, linear or branched, unsubstituted -C 1 -C 5 alkyl and unsubstituted -C 3 -C 5 cycloalkyl; or its salt or stereoisomer thereof, to impart an aroma impression to a composition.
A steel welded member comprising a plurality of Zn-based plated steel materials, each having a Zn-based plating layer on a surface of a steel material, joined together through at least one spot weld, wherein the steel material has a chemical composition comprising, by mass%, C: 0.05 to 0.40%, Si: 0.2 to 3.0%, Mn: 0.1 to 5.0%, sol. Al: 0 to less than 0.4000%, P: 0.0300% or less, S: 0.0300% or less, N: 0.0100% or less, B: 0 to 0.010%, Ti: 0 to 0.150%, Nb: 0 to 0.150%, V: 0 to 0.150%, Cr: 0 to 2.00%, Ni: 0 to 2.00%, Cu: 0 to 2.00%, Mo: 0 to 1.00%, W: 0 to 1.00%, Ca: 0 to 0.100%, Mg: 0 to 0.100%, Zr: 0 to 0.100%, Hf: 0 to 0.100%, REM: 0 to 0.100% and a balance of Fe and impurities, and the steel welded member comprises, by area ratio, 20 to 80% of a Γ phase (Fe 3 Zn 10 ) and at least one oxide with a long axis of 0.5 μm or more in a near end part region, which is a region up to 0.5 mm from an end part of a pressure weld of the spot weld, wherein the pressure weld is the part of the spot weld where the constituents are joined without melting, the "region up to 0.5 mm from the end part of the pressure weld" means the region up to 0.5 mm from the boundary of the joined parts and non-joined parts of two Zn-based plated steel materials in the direction opposite to the direction of the nugget, the "long axis" of the oxides refers to the length of the maximum line segment cutting across the oxides, and the area ratio of a Γ phase and the long axis and number of oxides are measured as set out in the description. the steel material has a chemical composition comprising, by mass%, C: 0.05 to 0.40%, Si: 0.2 to 3.0%, Mn: 0.1 to 5.0%, sol. Al: 0 to less than 0.4000%, P: 0.0300% or less, S: 0.0300% or less, N: 0.0100% or less, B: 0 to 0.010%, Ti: 0 to 0.150%, Nb: 0 to 0.150%, V: 0 to 0.150%, Cr: 0 to 2.00%, Ni: 0 to 2.00%, Cu: 0 to 2.00%, Mo: 0 to 1.00%, W: 0 to 1.00%, Ca: 0 to 0.100%, Mg: 0 to 0.100%, Zr: 0 to 0.100%, Hf: 0 to 0.100%, REM: 0 to 0.100% and a balance of Fe and impurities, and the steel welded member comprises, by area ratio, 20 to 80% of a Γ phase (Fe 3 Zn 10 ) and at least one oxide with a long axis of 0.5 μm or more in a near end part region, which is a region up to 0.5 mm from an end part of a pressure weld of the spot weld, wherein the pressure weld is the part of the spot weld where the constituents are joined without melting, the "region up to 0.5 mm from the end part of the pressure weld" means the region up to 0.5 mm from the boundary of the joined parts and non-joined parts of two Zn-based plated steel materials in the direction opposite to the direction of the nugget, the "long axis" of the oxides refers to the length of the maximum line segment cutting across the oxides, and the area ratio of a Γ phase and the long axis and number of oxides are measured as set out in the description.
A straddled electric vehicle comprising: at least one wheel ; a drive unit configured to drive the wheel ; a battery configured to supply electric power to the drive unit ; a DC charging port configured to attach and detach a first connector provided on a first cable extending from a first external power source configured to output a DC current for charging the battery , and which is configured to receive the DC current output from the first external power source , characterized by an AC charging port configured to attach and detach a second connector provided on a second cable extending from a second external power source configured to output an AC current for charging the battery , and which is configured to receive the AC current output from the second external power source , wherein a first distance (L11) being defined as a distance between the DC charging port and the battery is smaller than a second distance (L12) being defined as a distance between the AC charging port and the battery . at least one wheel ; a drive unit configured to drive the wheel ; a battery configured to supply electric power to the drive unit ; a DC charging port configured to attach and detach a first connector provided on a first cable extending from a first external power source configured to output a DC current for charging the battery , and which is configured to receive the DC current output from the first external power source , characterized by an AC charging port configured to attach and detach a second connector provided on a second cable extending from a second external power source configured to output an AC current for charging the battery , and which is configured to receive the AC current output from the second external power source , wherein a first distance (L11) being defined as a distance between the DC charging port and the battery is smaller than a second distance (L12) being defined as a distance between the AC charging port and the battery .
An air conditioner comprising an electrical component box to accommodate therein electrical components on a lower surface of the air conditioner in an installation state in which the air conditioner is installed in a ceiling, wherein the electrical component box includes an electrical-component box body having a box shape with a lower surface opened in the installation state, and including a body-side engaging portion protruding outward from a side surface, and a plate-like lid capable of closing the opening and including a flat portion having a rectangular shape in plan view, lid-side screwing tabs , and lid-lid-side engaging holes to be engaged with the body-side engaging portion , the lid is capable of being suspended from the electrical-component box body by engaging the lid-side engaging holes with the body-side engaging portion , and the lid includes a temporary item-placement portion on which items can be temporarily placed in a suspended state in which the lid is suspended from the electrical-component box body , wherein the temporary item-placement portion is a bent edge portion formed by bending a lower end portion of the lid in the suspended state, and the bent edge portion is formed by bending one of the longer-side edges of the flat portion at a right angle toward the interior side of the electrical-component box body with respect to the flat portion , and thereafter bending the distal-end part of the bent part at a right angle toward the inner side of the flat portion , wherein the bent edge portion is located at the lower end portion of the lid in the suspended state; or wherein the temporary item-placement portion is a protruding portion that protrudes obliquely upward from the flat portion in the suspended state, and the protruding portion is a cut and raised portion formed by cutting and raising the plate-flat portion of the lid in the suspended state and is provided on one surface of the flat portion , which faces the interior side of the electrical-component box body .
An embossing roller arrangement for manufacturing at least two-ply tissues, such as in particular handkerchiefs and/or napkins and/or kitchen rolls and/or toilet paper, with a pair of rollers rolling on one another, wherein the pair of rollers comprise an embossing roller and a counter roller , and with at least one embossing arrangement formed on the pair of rollers, wherein the embossing arrangement comprises a recess on the counter roller and a protrusion on the embossing roller engaging in the recess, wherein the recess has an embossing edge surrounding the recess opening and the protrusion has, at least in sections, angled side flanks with which the protrusion contacts, at least in sections, the embossing edge when dipping into the recess , wherein the recess has a slope which, at least in the region of the embossing edge , has a slope angle (α) which is smaller relative to the vertical than a flank angle (β) of the side flanks of the protrusion , characterized in that the flank angle (β) is greater than the slope angle (α) by more than 10 degrees, and particularly preferred by more than 15 degrees.