mhurhangee/patent-ind-claim-en huggingface dataset:
A surgical instrument , comprising: an end effector; a first drive configured to perform a first end effector function; a second drive configured to perform a second end effector function; and a rotatable shaft , comprising: a first thread , wherein said first drive is engageable with said first thread to perform said first end effector function; and a second thread , wherein said second drive is engageable with said second thread to perform said second end effector function; characterized in that said first thread is at least partially co-extensive with said second thread . an end effector; a first drive configured to perform a first end effector function; a second drive configured to perform a second end effector function; and a rotatable shaft , comprising: a first thread , wherein said first drive is engageable with said first thread to perform said first end effector function; and a second thread , wherein said second drive is engageable with said second thread to perform said second end effector function; characterized in that said first thread is at least partially co-extensive with said second thread . a first thread , wherein said first drive is engageable with said first thread to perform said first end effector function; and a second thread , wherein said second drive is engageable with said second thread to perform said second end effector function; characterized in that said first thread is at least partially co-extensive with said second thread .
A paste composition for forming a solar cell electrode, comprising a conductive powder, an organic vehicle and a glass frit, wherein the glass frit comprises 0.1 wt% of PbO, 60 wt% of Bi 2 O 3 , 15 wt% of TeO 2 and 15 wt% of WO 3 , 8.9 wt% of SiO 2 , 1 wt% of Li 2 O and the mass ratio of TeO 2 to WOs being 1:1; or the glass frit comprises 7 wt% of PbO, 50 wt% of Bi 2 O 3 , 14 wt% of TeO 2 and 8 wt% of WO 3 , 10 wt% of ZnO, 10 wt% of SiO 2 , 1 wt% of Li 2 O and the mass ratio of TeO 2 to WOs being 1.75:1; the average particle diameter D 50 of the glass frit being 0.1-10 μm.
A composition comprising albumin-bound paclitaxel nanoparticle/antibody complexes, for use in treating lymphoma in a mammal, wherein the average diameter of said complexes of said composition is between 0.1 and 0.9 μm, and wherein said antibody is rituximab.
Method for recording a multimedia content to be protected within an electronic device for the recording of multimedia contents, said electronic device comprising means for processing multimedia data, method comprises: - a step for receiving (A10) a multimedia content (X); - a step for obtaining (A20) a representation (R X ) of said multimedia content (X), said representation (R X ) coming from a transformation carried out on said multimedia content (X); - a step for obtaining (A30) a unique identifier (ID X ) associated with said multimedia content (X); - a step for obtaining (A60) at least one piece of descriptive data (DD X ) associated with said multimedia content, said at least one piece of descriptive data (DDx) comprising descriptive data of a permanent nature and descriptive data of a temporary nature; - a step for obtaining (A40) a secret key (K) of said multimedia content by means of a hash function taking as parameters descriptive data of a permanent nature and a random vector; - a step for watermarking (A50) said multimedia content (X) by means of a secret key (K), delivering a watermarked content (X T ); - a step of insertion (A70), within a data base (P), of at least one piece of data constituting said watermark and said at least one piece of descriptive data (DD X ), said data constituting said watermark comprising said unique identifier (ID X ), representation (R x ) and secret key (K); - a step of insertion, in a descriptive database, of said at least one piece of descriptive data (DD x ) associated with said multimedia content, of said secret key (K) said data of a permanent nature and of said secret key (K) being available for reading only. - a step for receiving (A10) a multimedia content (X); - a step for obtaining (A20) a representation (R X ) of said multimedia content (X), said representation (R X ) coming from a transformation carried out on said multimedia content (X); - a step for obtaining (A30) a unique identifier (ID X ) associated with said multimedia content (X); - a step for obtaining (A60) at least one piece of descriptive data (DD X ) associated with said multimedia content, said at least one piece of descriptive data (DDx) comprising descriptive data of a permanent nature and descriptive data of a temporary nature; - a step for obtaining (A40) a secret key (K) of said multimedia content by means of a hash function taking as parameters descriptive data of a permanent nature and a random vector; - a step for watermarking (A50) said multimedia content (X) by means of a secret key (K), delivering a watermarked content (X T ); - a step of insertion (A70), within a data base (P), of at least one piece of data constituting said watermark and said at least one piece of descriptive data (DD X ), said data constituting said watermark comprising said unique identifier (ID X ), representation (R x ) and secret key (K); - a step of insertion, in a descriptive database, of said at least one piece of descriptive data (DD x ) associated with said multimedia content, of said secret key (K) said data of a permanent nature and of said secret key (K) being available for reading only.
A pneumatic duct system comprising: first and second duct sections ; and a conductive elastomeric flexible coupling disposed between and connecting the first and second duct sections, the coupling comprising a tube section ; a pair of opposed end portions between which the tube section extends, each of said end portions engaged with the one of the first and second duct sections ; and an electrically conductive coating on substantially an entirety of the exterior surface of the coupling and acting as an electrically conductive compliant material configured to conduct electrical charges transferred from a substance carried by and flowing through the duct system and accommodate large deflections, characterized in that ; the coating is on at least portions of an interior surface of the coupling in direct contact with an outer surface of the first or second duct portions. first and second duct sections ; and a conductive elastomeric flexible coupling disposed between and connecting the first and second duct sections, the coupling comprising a tube section ; a pair of opposed end portions between which the tube section extends, each of said end portions engaged with the one of the first and second duct sections ; and an electrically conductive coating on substantially an entirety of the exterior surface of the coupling and acting as an electrically conductive compliant material configured to conduct electrical charges transferred from a substance carried by and flowing through the duct system and accommodate large deflections, characterized in that ; the coating is on at least portions of an interior surface of the coupling in direct contact with an outer surface of the first or second duct portions. a tube section ; a pair of opposed end portions between which the tube section extends, each of said end portions engaged with the one of the first and second duct sections ; and an electrically conductive coating on substantially an entirety of the exterior surface of the coupling and acting as an electrically conductive compliant material configured to conduct electrical charges transferred from a substance carried by and flowing through the duct system and accommodate large deflections, characterized in that ;
A print head capping device for compensating a curvature or bending in a surface of a print head , comprising: a flexible cap configured to engage with the print head ; and a cap mount including a first portion and a second portion , the cap being mounted to the first portion and to the second portion and the first portion of the cap mount and the second portion of the cap mount being moveable with respect to each other, wherein when the cap is in engagement with the entire surface of the print head the flexible cap mount is bend such that the outer end of the two portions are bend upwards with respect to a center of the cap mount , wherein the first portion of the cap mount and the second portion of the cap mount are moveable along an axis extending through the cap and the cap mount , wherein each of the first and second portions of the cap mount include a surface, characterized in that the cap is mounted to the surface of the first and second portions of the cap mount , and wherein the axis is perpendicular to the surface. a flexible cap configured to engage with the print head ; and a cap mount including a first portion and a second portion , the cap being mounted to the first portion and to the second portion and the first portion of the cap mount and the second portion of the cap mount being moveable with respect to each other, wherein when the cap is in engagement with the entire surface of the print head the flexible cap mount is bend such that the outer end of the two portions are bend upwards with respect to a center of the cap mount , wherein the first portion of the cap mount and the second portion of the cap mount are moveable along an axis extending through the cap and the cap mount , wherein each of the first and second portions of the cap mount include a surface, characterized in that the cap is mounted to the surface of the first and second portions of the cap mount , and wherein the axis is perpendicular to the surface.
Method for pretreating a softwood starting material comprising the following steps: a) pretreating the softwood starting material in a pretreatment process to form a slurry; b) measuring the concentration of glucose and the concentration of mannose in the slurry formed in step a); c) calculating a ratio glucose : mannose from the concentrations measured in step b) d) comparing the ratio calculated in step c) to a reference value and if the ratio calculated in step c) differs from the reference value, controlling at least one process parameter of the pretreatment process in response to the difference. a) pretreating the softwood starting material in a pretreatment process to form a slurry; b) measuring the concentration of glucose and the concentration of mannose in the slurry formed in step a); c) calculating a ratio glucose : mannose from the concentrations measured in step b) d) comparing the ratio calculated in step c) to a reference value and if the ratio calculated in step c) differs from the reference value, controlling at least one process parameter of the pretreatment process in response to the difference.
Film-forming dispersion comprising a functionalized polyamide and water, wherein said functionalized polyamide is a carboxylic compound functionalized polyamide and/or a sulfonated compound functionalized polyamide and wherein said functionalized polyamide is at least partially reacted with one or more neutralizing agents in the presence of water, wherein at least 35 weight%, more preferably at least 50 weight%, even more preferably at least 45 weight%, yet even more preferably at least 75 weight%, and most preferably at least 90 weight% of the solid content of the film-forming dispersion is functionalised polymer, based on the total weight of solid content of the film-forming dispersion.
A start control system of a vehicle, comprising: an electronic control unit, ECU, , configured to send an ignition request signal; a starter ; an air conditioner configured for conditioning the air inside the vehicle; and a starting power supply , wherein the starting power supply comprises: a starting battery ; and a battery management system, BMS, configured to receive the ignition request signal sent by the ECU , and detect the temperature of the starting battery , wherein the BMS is further configured to connect for a preset time the air conditioner to the starting battery when the temperature of the starting battery is less than a preset threshold, and after the starting battery keeps discharging at a high current for the preset time, to let the starting battery provide a starting current to the starter and to disconnect the air conditioner from the starting battery , further comprising: a DC-DC converter comprising a high voltage side and a low voltage side and configured to convert a low-voltage output of the starting battery into a high-voltage output; and a compressor connected to the high voltage side of the DC-DC converter , so as to increase load consumption of the starting battery . an electronic control unit, ECU, , configured to send an ignition request signal; a starter ; an air conditioner configured for conditioning the air inside the vehicle; and a starting power supply , wherein the starting power supply comprises: a starting battery ; and a battery management system, BMS, configured to receive the ignition request signal sent by the ECU , and detect the temperature of the starting battery , wherein a starting battery ; and a battery management system, BMS, configured to receive the ignition request signal sent by the ECU , and detect the temperature of the starting battery , wherein the BMS is further configured to connect for a preset time the air conditioner to the starting battery when the temperature of the starting battery is less than a preset threshold, and after the starting battery keeps discharging at a high current for the preset time, to let the starting battery provide a starting current to the starter and to disconnect the air conditioner from the starting battery , further comprising: a DC-DC converter comprising a high voltage side and a low voltage side and configured to convert a low-voltage output of the starting battery into a high-voltage output; and a compressor connected to the high voltage side of the DC-DC converter , so as to increase load consumption of the starting battery . a DC-DC converter comprising a high voltage side and a low voltage side and configured to convert a low-voltage output of the starting battery into a high-voltage output; and a compressor connected to the high voltage side of the DC-DC converter , so as to increase load consumption of the starting battery .
Shower tray comprising a collecting tub suitable to be fixed on a screed (M), and a walking surface placed at the top of the collecting tub , the walking surface being surrounded by a coplanar perimeter frame from which it is spaced so as to form a continuous perimeter slot to allow water to flow into the collecting tub ; further comprising automatic lifting means to lift the walking surface with respect to the collecting tub ; wherein the walking surface is pivotable along a first side about a first support fixed to the collecting tub , so that the automatic lifting means incline the walking surface ; characterized by the fact that a nozzle is received in the collecting tub and is suitable for spraying water into the collecting tub .
A method of monitoring reliability of a system including a plurality of electrical components (EC1, EC2, ...), comprising the steps, performed for each of the plurality of electrical components (EC1, EC2, ...), of receiving (S1) input data including at least one of a voltage across the electrical component, a current through the electrical component and an electrical resistance value of the electrical component; processing (S2) the input data using a stored thermal model representing heat transfer for said electrical component , the heat transfer referring to heat flow between a first point of the electrical component, where temperature is to be estimated, and a second point at a known reference temperature (Ta), to determine a temperature difference of said electrical component relative to the reference temperature (Ta); wherein the processing step (S2_EC2) is first performed for a first electrical component (EC2) of the plurality of electrical components (EC1, EC2, ...) and further includes estimating an electrical current value based on said determined temperature difference of said first electrical component (EC2), and then the processing step (S2_EC1) is performed for a second electrical component (EC1) of the plurality of electrical components (EC1, EC2, ... ) using the estimated electrical current value as input data; and monitoring (S3) the reliability of the system based on output data of the processing steps (S2_EC2, S2_EC1). processing (S2) the input data using a stored thermal model representing heat transfer for said electrical component , the heat transfer referring to heat flow between a first point of the electrical component, where temperature is to be estimated, and a second point at a known reference temperature (Ta), to determine a temperature difference of said electrical component relative to the reference temperature (Ta); wherein the processing step (S2_EC2) is first performed for a first electrical component (EC2) of the plurality of electrical components (EC1, EC2, ...) and further includes estimating an electrical current value based on said determined temperature difference of said first electrical component (EC2), and then the processing step (S2_EC1) is performed for a second electrical component (EC1) of the plurality of electrical components (EC1, EC2, ... ) using the estimated electrical current value as input data; and monitoring (S3) the reliability of the system based on output data of the processing steps (S2_EC2, S2_EC1).
A blood pump assembly comprising: a blood pump housing component ; at least one input port and at least one outlet port ; and a sensor coupled to the blood pump housing component , the sensor including a sensor membrane configured to deflect in response to a change in a blood parameter, the sensor being coupled to a transmission fiber ; wherein the blood pump assembly includes a shield that covers at least a portion of the sensor membrane to protect the sensor from physical damage, and a sensor visor to protect the sensor from physical damage, the sensor visor extending in a distal direction beyond the sensor membrane . a blood pump housing component ; at least one input port and at least one outlet port ; and a sensor coupled to the blood pump housing component , the sensor including a sensor membrane configured to deflect in response to a change in a blood parameter, the sensor being coupled to a transmission fiber ; wherein the blood pump assembly includes a shield that covers at least a portion of the sensor membrane to protect the sensor from physical damage, and a sensor visor to protect the sensor from physical damage, the sensor visor extending in a distal direction beyond the sensor membrane .
A torque wrench for the medical field, in particular for dentistry, with a head region which has a receiving opening , which receiving opening defines a rotation axis (R) and is intended to receive a screwing instrument in the extension of the rotation axis (R), an at least approximately flexurally resistant shaft region which adjoins the head region , extends at least approximately in a plane (E) running at right angles to the rotation axis (R) and defines a longitudinal axis (L) of the torque wrench , with a support formed on the shaft region , and with an actuating lever which comprises an elastically bendable flexion portion and a grip portion adjoining the flexion portion , which actuating lever is secured on the shaft region , between the support and the head region , with an end region of the actuating lever facing away from the grip portion , wherein, in its rest position, the actuating lever , seen in a circumferential direction with respect to the rotation axis (R), is spaced from the support , and the actuating lever , when a force is applied to its grip portion in a tightening direction (A), with the screwing instrument inserted in the receiving opening , transmits a torque by entrainment to the screwing instrument and, when a reference force (Fl) is reached, comes into contact with the support , wherein the shaft region has a clearance which runs parallel to the plane (E) and in which the actuating lever runs, and which forms a free space for the deflection of the actuating lever , characterized in that the shaft region has a wall which extends in the longitudinal direction (L), which lies ahead of the actuating lever , as seen in the tightening direction (A), which delimits the clearance , and which has a curvature that forms the support and that is concave to the rotation axis (R) and runs into the plane (E), and in that , when the reference force (Fl) is reached, the flexion portion comes into contact with the support , and the flexion portion is able to bend further in the tightening direction (A) upon application of a force that is directed in the tightening direction (A) and that exceeds the reference force (F1).
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: a lithium salt, an organic solvent, and a non-aqueous electrolyte solution additive represented by Formula 1: wherein, in Formula 1, X is -SiR 2 R 3 R 4 , wherein R 2 to R 4 are each independently an alkyl group having 1 to 5 carbon atoms, and R 1 is an alkylene group having 2 to 3 carbon atoms which is substituted with at least one fluorine atom, or an alkylene group having 2 to 3 carbon atoms which is substituted with an alkyl group having 1 to 3 carbon atoms that includes at least one fluorine atom. a lithium salt, an organic solvent, and a non-aqueous electrolyte solution additive represented by Formula 1: wherein, in Formula 1, X is -SiR 2 R 3 R 4 , wherein R 2 to R 4 are each independently an alkyl group having 1 to 5 carbon atoms, and R 1 is an alkylene group having 2 to 3 carbon atoms which is substituted with at least one fluorine atom, or an alkylene group having 2 to 3 carbon atoms which is substituted with an alkyl group having 1 to 3 carbon atoms that includes at least one fluorine atom. X is -SiR 2 R 3 R 4 , wherein R 2 to R 4 are each independently an alkyl group having 1 to 5 carbon atoms, and R 1 is an alkylene group having 2 to 3 carbon atoms which is substituted with at least one fluorine atom, or an alkylene group having 2 to 3 carbon atoms which is substituted with an alkyl group having 1 to 3 carbon atoms that includes at least one fluorine atom.