mhurhangee/patent-ind-claim-en huggingface dataset:
A robotic assembly configured to support, insert, retract, and actuate a surgical instrument mounted to the robotic assembly , the robotic assembly comprising: an instrument holder base member ; a motor housing moveably mounted to the instrument holder base member ; a carriage drive mechanism operable to selectively translate the motor housing relative to the instrument holder base member along an insertion axis of the surgical instrument; a plurality of drive motors , each of the drive motors being mounted to the motor housing ; and a plurality of output drive couplings , each of the output drive couplings being drivingly coupled with a corresponding one of the drive motors , each of the output drive couplings being configured to drivingly couple with a corresponding input drive coupling of the surgical instrument; wherein a first drive motor of the plurality of drive motors is elongated between a first end and a second end, the first drive motor includes a first magnetic flux shield at the first end and a second magnetic flux shield at the second end, and the first magnetic flux shield is spatially separated from the second magnetic flux shield so that a portion of the first drive motor unshielded from magnetic flux exists between the first magnetic flux shield and the second magnetic flux shield . an instrument holder base member ; a motor housing moveably mounted to the instrument holder base member ; a carriage drive mechanism operable to selectively translate the motor housing relative to the instrument holder base member along an insertion axis of the surgical instrument; a plurality of drive motors , each of the drive motors being mounted to the motor housing ; and a plurality of output drive couplings , each of the output drive couplings being drivingly coupled with a corresponding one of the drive motors , each of the output drive couplings being configured to drivingly couple with a corresponding input drive coupling of the surgical instrument; wherein a first drive motor of the plurality of drive motors is elongated between a first end and a second end, the first drive motor includes a first magnetic flux shield at the first end and a second magnetic flux shield at the second end, and the first magnetic flux shield is spatially separated from the second magnetic flux shield so that a portion of the first drive motor unshielded from magnetic flux exists between the first magnetic flux shield and the second magnetic flux shield .
A method of creating an artificial turf infill comprising providing olive pit fragments , the method is characterized by : - tumbling the olive pit fragments to produce rounded olive pit fragments ; and - using the rounded olive pit fragments as the artificial turf infill or as a component of the artificial turf infill , - wherein a total olive pit material generated by the tumbling has a bimodal size distribution with a major mode and a minor mode, - wherein the major mode comprises the rounded olive pit fragments and has a peak between 0.5 mm to 4.0 mm, more in particular between 0.5 mm to 2.5 mm, and most in particular between 0.5 mm to 2.0 mm, and - wherein the minor mode comprises the olive pit particles of a size less than 63 μm and has a peak at less than 63 μm. - tumbling the olive pit fragments to produce rounded olive pit fragments ; and - using the rounded olive pit fragments as the artificial turf infill or as a component of the artificial turf infill , - wherein a total olive pit material generated by the tumbling has a bimodal size distribution with a major mode and a minor mode, - wherein the major mode comprises the rounded olive pit fragments and has a peak between 0.5 mm to 4.0 mm, more in particular between 0.5 mm to 2.5 mm, and most in particular between 0.5 mm to 2.0 mm, and - wherein the minor mode comprises the olive pit particles of a size less than 63 μm and has a peak at less than 63 μm.
Mechanism for a trunk of a motor vehicle , the mechanism comprising a trunk structure , an opening provided in the trunk structure , a first opening panel that can move relative to the trunk structure between a first open position (P11a) and a first closed position (P11b) and a second opening panel that can move relative to the trunk structure between a second open position (P12a) and a second closed position (P12b), the first opening panel and the second opening panel being capable of jointly closing the opening , characterized in that the first opening panel can move in rotation from the first open position to the first closed position (P11b) in a first direction of rotation regardless of the position of the second opening panel , in that the second opening panel can move in rotation from the second open position (P12a) to the second closed position (P12b) in a second direction of rotation that is opposite the first direction of rotation regardless of the position of the first opening panel , and in that one of the first and the second opening panels comprises a seal and the other of the first and the second opening panels comprises a bearing surface for the seal , the seal being in contact with the bearing surface when the first opening panel and the second opening panel are in the closed position.
A system of a cable and a bend limiting device attachable to this cable wherein said cable is connected to a connection point of a floating marine installation or vessel, said bend limiting device comprising at least one elongated sleeve member provided with: - an entrance end , which exhibits an entrance opening into said sleeve member for the cable connected to said connection point ; - an exit end , opposite to the entrance end, which exit end exhibits an exit opening for the cable (101") out of said sleeve member ; - an outer abutment surface disposed between the entrance end and the exit end , which abutment surface is adapted to be secured against a rigid surface of said marine installation or vessel; - an axially through-going hole between the entrance opening and the exit opening for accommodating a portion of the cable; and - at least one clamping device for securing said sleeve member in a fixed position around said accommodated portion of the cable, wherein - that the outer abutment surface is configured to allow it to be secured against said rigid surface by applying a pulling force (F1) on the cable and the sleeve member secured thereto in a direction from the abutment surface to said rigid surface of said marine installation or vessel, characterized in - that the outer abutment surface of the sleeve member is configured to be detached from said rigid surface and run out together with the cable when the application of pulling force on the cable ceases. - an entrance end , which exhibits an entrance opening into said sleeve member for the cable connected to said connection point ; - an exit end , opposite to the entrance end, which exit end exhibits an exit opening for the cable (101") out of said sleeve member ; - an outer abutment surface disposed between the entrance end and the exit end , which abutment surface is adapted to be secured against a rigid surface of said marine installation or vessel; - an axially through-going hole between the entrance opening and the exit opening for accommodating a portion of the cable; and - at least one clamping device for securing said sleeve member in a fixed position around said accommodated portion of the cable, wherein - that the outer abutment surface is configured to allow it to be secured against said rigid surface by applying a pulling force (F1) on the cable and the sleeve member secured thereto in a direction from the abutment surface to said rigid surface of said marine installation or vessel, characterized in - that the outer abutment surface of the sleeve member is configured to be detached from said rigid surface and run out together with the cable when the application of pulling force on the cable ceases.
A method for adjusting a volume level of a first and a second speaker, the first and second speakers having a non-standardized relationship between logical volume level that is input to the speaker and sound pressure level that is produced by the speaker, the method comprising: receiving, via a user interface, a selected volume level; converting the selected volume level to a sound pressure level; accessing a stored lookup table to convert the sound pressure level to a first product-specific logical volume level for the first speaker, the relationship between logical volume level and sound pressure level for the first speaker being independent of audio content sent to the first speaker, the stored lookup table tabulating non-standardized relationships between logical volume level and sound pressure level for a plurality of product-specific speakers including the first speaker; transmitting data corresponding to the first product-specific logical volume level to the first speaker; accessing the stored lookup table to convert the sound pressure level to a second product-specific logical volume level for the second speaker of the plurality of product-specific speakers, the stored lookup table tabulating the non-standardized relationship between logical volume level and sound pressure level for the second speaker, the first and second speakers being different products; and transmitting data corresponding to the second product-specific logical volume level to the second speaker; wherein the receiving, the accessing, and the transmitting are initiated by a software application stored locally on a user device. receiving, via a user interface, a selected volume level; converting the selected volume level to a sound pressure level; accessing a stored lookup table to convert the sound pressure level to a first product-specific logical volume level for the first speaker, the relationship between logical volume level and sound pressure level for the first speaker being independent of audio content sent to the first speaker, the stored lookup table tabulating non-standardized relationships between logical volume level and sound pressure level for a plurality of product-specific speakers including the first speaker; transmitting data corresponding to the first product-specific logical volume level to the first speaker; accessing the stored lookup table to convert the sound pressure level to a second product-specific logical volume level for the second speaker of the plurality of product-specific speakers, the stored lookup table tabulating the non-standardized relationship between logical volume level and sound pressure level for the second speaker, the first and second speakers being different products; and transmitting data corresponding to the second product-specific logical volume level to the second speaker; wherein the receiving, the accessing, and the transmitting are initiated by a software application stored locally on a user device.
Transport system with electrical supply via the ground comprising: - a non-guided electrical vehicle comprising means for capturing electrical power which make it possible to receive a current by contact with localised electrical distribution terminals during travel; - an electrical supply network on the ground comprising, disposed on the ground according to the course of the vehicle , localised electrical distribution terminals and power boxes for supplying these terminals ; - means for electrical activation and deactivation of the localised electrical distribution terminals as a function of the position of the vehicle , in which the means for capturing electrical power comprise two current collectors formed of two conductive segments disposed in parallel under the vehicle and able to cooperate with localised electrical distribution terminals , the length of the conductive segments being at least equal to half the length of the vehicle , and the means for electrical activation and deactivation of the localised electrical distribution terminals comprise radio emission means placed on the electrical vehicle and radio reception means placed on the ground and able to control the electrical activation and deactivation of the localised electrical distribution terminals as a function of the receipt of a signal of the emission means by the reception means , characterised in that the localised terminals for electrical distribution of current are connected, in pairs, to the same power supply box . - a non-guided electrical vehicle comprising means for capturing electrical power which make it possible to receive a current by contact with localised electrical distribution terminals during travel; - an electrical supply network on the ground comprising, disposed on the ground according to the course of the vehicle , localised electrical distribution terminals and power boxes for supplying these terminals ; - means for electrical activation and deactivation of the localised electrical distribution terminals as a function of the position of the vehicle , in which the means for capturing electrical power comprise two current collectors formed of two conductive segments disposed in parallel under the vehicle and able to cooperate with localised electrical distribution terminals , the length of the conductive segments being at least equal to half the length of the vehicle , and the means for electrical activation and deactivation of the localised electrical distribution terminals comprise radio emission means placed on the electrical vehicle and radio reception means placed on the ground and able to control the electrical activation and deactivation of the localised electrical distribution terminals as a function of the receipt of a signal of the emission means by the reception means , characterised in that the localised terminals for electrical distribution of current are connected, in pairs, to the same power supply box .
Holding device for fastening a component , in particular a fuel distributor , to an internal combustion engine, having at least one holding element which can be at least indirectly fastened to the internal combustion engine by a fastening means , characterized in that a cable guide is provided, and in that the at least one holding element is at least indirectly connected to the cable guide , wherein the cable guide has a housing with an interior , in that the housing is configured in such a way that, in an open state of the housing , electric cables can be introduced into the interior of the housing , and in that, in a closed state of the housing , the interior of the housing is protected with respect to the surroundings, and in that a housing part , which has a holder-fixed guide profile part and a pivotable cover part , is provided on the at least one holding element , wherein each holding element is formed from in each case two half-shells and the holder-fixed guide profile parts are each rigidly connected to the associated half-shell , whereas the pivotable cover parts are pivotable relative to the associated half-shells for opening and closing the housing part .
A contact lens (150 A, B) including: blink detection circuitry (231 A, B) configured to generate a blink signal in response to a blinking of an eye; one or more electrodes (261 A, B) disposed to come in contact with a tear solution of the eye; a logic engine (225 A, B) coupled to receive the blink signal from the blink detection circuitry; and data transmission circuitry (235 A, B) coupled between the one or more electrodes and the logic engine, wherein the logic engine causes the data transmission circuitry to drive electrical data signals onto the one or more electrodes (261 A, B) for transmission to a second contact lens along a biopath which includes biological matter disposed between the human eyes in response to the blink signal reaching a pre-determined threshold. blink detection circuitry (231 A, B) configured to generate a blink signal in response to a blinking of an eye; one or more electrodes (261 A, B) disposed to come in contact with a tear solution of the eye; a logic engine (225 A, B) coupled to receive the blink signal from the blink detection circuitry; and data transmission circuitry (235 A, B) coupled between the one or more electrodes and the logic engine, wherein the logic engine causes the data transmission circuitry to drive electrical data signals onto the one or more electrodes (261 A, B) for transmission to a second contact lens along a biopath which includes biological matter disposed between the human eyes in response to the blink signal reaching a pre-determined threshold.
A gripping device for gripping drilling tools , wherein the gripping device comprises: a frame ; and gripping means mounted to the frame and being movable relative to the frame ; wherein the gripping means comprise at least one fluid-tight gripping element made of elastic material; the frame comprises at least one fluid channel for feeding pressurized fluid to the gripping element for expanding the elastic gripping element relative to the frame ; the frame of the gripping device comprises an elongated shaft; the gripping element is a tubular piece arranged on an outer surface of the frame ; ends of the gripping element are fastened to the frame fluid-tightly and a central portion between the ends is free of fastening; and the mentioned at least one fluid channel is in fluid connection to an inner surface of the central portion of the gripping element , whereby pressurized fluid (P) fed through the fluid channel is configured to expand the elastic gripping element at a portion between the ends; characterized in that the frame comprises at least two elongated frame components connected successively in longitudinal direction of the frame components; a first frame component comprises connecting surfaces for connecting the gripping device to an external device; a second frame component is provided with the elastic gripping element ; and between the first and second frame components are coupling members for mounting and dismounting the second frame component to the first frame component , whereby the second component is a replaceable component provided with the expandable gripping element . a frame ; and gripping means mounted to the frame and being movable relative to the frame ; wherein the gripping means comprise at least one fluid-tight gripping element made of elastic material; the frame comprises at least one fluid channel for feeding pressurized fluid to the gripping element for expanding the elastic gripping element relative to the frame ; the frame of the gripping device comprises an elongated shaft; the gripping element is a tubular piece arranged on an outer surface of the frame ; ends of the gripping element are fastened to the frame fluid-tightly and a central portion between the ends is free of fastening; and the mentioned at least one fluid channel is in fluid connection to an inner surface of the central portion of the gripping element , whereby pressurized fluid (P) fed through the fluid channel is configured to expand the elastic gripping element at a portion between the ends; characterized in that the frame comprises at least two elongated frame components connected successively in longitudinal direction of the frame components; a first frame component comprises connecting surfaces for connecting the gripping device to an external device; a second frame component is provided with the elastic gripping element ; and between the first and second frame components are coupling members for mounting and dismounting the second frame component to the first frame component , whereby the second component is a replaceable component provided with the expandable gripping element .
An aqueous composition comprising one or more anionic surfactants and further comprising dispersed particles that comprise a polyurethane, wherein said polyurethane is a reaction product of a group of reactants (GR1), wherein GR1 comprises one or more aromatic polyisocyanates and a polyol component, wherein said polyol component comprises (a) 50% to 99% by weight, based on the weight of said polyol component, one or more polyester polyols, (b) 0.1% to 10% by weight, based on the weight of said polyol component, one or more diols having a hydrophilic side chain, wherein the hydrophilic side chain comprises bonded units of ethylene oxide, and (c) 0.9% to 40% by weight, based on the weight of said polyol component, one or more polyols different from (a) and (b); wherein the sum of the amounts of (a), (b) and (c), by weight based on the weight of the polyol component, is 100%. (a) 50% to 99% by weight, based on the weight of said polyol component, one or more polyester polyols, (b) 0.1% to 10% by weight, based on the weight of said polyol component, one or more diols having a hydrophilic side chain, wherein the hydrophilic side chain comprises bonded units of ethylene oxide, and (c) 0.9% to 40% by weight, based on the weight of said polyol component, one or more polyols different from (a) and (b);
A method for reference signal evaluation, comprising: a user equipment, UE, , measuring a Radio Link Monitoring Reference Signals, RLM-RS, resource sample from a base station at each of a plurality of RLM-RS resources on an unlicensed band during an evaluation period; the method is characterized by : determining a number of missing RLM-RS resource samples during the evaluation period; evaluating an in-sync condition; and determining whether to provide an in-sync indication by layer 1 based on the number of missing RLM-RS resource samples during the evaluation period. a user equipment, UE, , measuring a Radio Link Monitoring Reference Signals, RLM-RS, resource sample from a base station at each of a plurality of RLM-RS resources on an unlicensed band during an evaluation period; the method is characterized by : determining a number of missing RLM-RS resource samples during the evaluation period; evaluating an in-sync condition; and determining whether to provide an in-sync indication by layer 1 based on the number of missing RLM-RS resource samples during the evaluation period. determining a number of missing RLM-RS resource samples during the evaluation period; evaluating an in-sync condition; and determining whether to provide an in-sync indication by layer 1 based on the number of missing RLM-RS resource samples during the evaluation period.