mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising a coating, said coating comprising: polymer Z bonded to the medical device and moieties of Formula A wherein X is an amino group which is covalently bonded to Z or which can ionically bind to free carboxyl groups; wherein the moieties according to Formula A are present in the coating at an amount of 0.5-30 nmol/cm 2 ; and wherein polymer Z comprises free carboxyl groups in an amount of 1-30 μmol/cm 2 . polymer Z bonded to the medical device and moieties of Formula A wherein X is an amino group which is covalently bonded to Z or which can ionically bind to free carboxyl groups; wherein the moieties according to Formula A are present in the coating at an amount of 0.5-30 nmol/cm 2 ; and wherein polymer Z comprises free carboxyl groups in an amount of 1-30 μmol/cm 2 .
Seat device, in particular aircraft seat device, with a base body (18a; 18b) comprising different depth extensions (22a, 24a; 22b, 24b) in at least two functional positions, the base body (18a; 18b) being implemented of at least one first panel (26a; 26b) and a second panel (28a; 28b), which are connected to one another pivotably at least on a first end, characterised by at least one articulate element (42a, 44a; 42b, 44b), by means of which the base body (18a; 18b) is pivotable and which comprises at least one guidance , via which the first panel (26a; 26b) and the second panel (28a; 28b) are displaceable relative to one another on a second end.
An ultrasonic surgical instrument comprising an ultrasonic waveguide defining a longitudinal axis, having a proximal end, a most distal node and a distal end wherein the waveguide comprises: an ultrasonically actuated blade , positioned at the distal end of the waveguide , with a curved region defining a functional asymmetry within a first plane; a first balance asymmetry distal to the most distal node and proximal to the curved region ; and a second balance asymmetry proximal to the most distal node . an ultrasonically actuated blade , positioned at the distal end of the waveguide , with a curved region defining a functional asymmetry within a first plane; a first balance asymmetry distal to the most distal node and proximal to the curved region ; and a second balance asymmetry proximal to the most distal node .
Method for controlling a motor vehicle provided with autonomous driving means, sensors comprising at least one telemetry sensor, means for merging data determined by the sensors and a road navigation assistance means with traffic management, the merging means being configured to determine an estimated trajectory of the motor vehicle, the position and the speed of at least one target object detected by the sensors around the motor vehicle, the markings of at least one traffic lane and the target object closest to the motor vehicle, the method comprising the following steps:- a first value is determined if there is an intersection or a convergence between the estimated trajectory of the vehicle and the center line of at least one detected traffic lane,- a second value is determined if the closest target object in the line of travel of the motor vehicle is also detected by the at least one telemetry sensor,- a third value is determined if a collision will occur by comparing the distance between the closest target object and the motor vehicle with a predetermined threshold,- a fourth value is determined if the space between the motor vehicle and the closest target object is empty as a function of the data from the at least one telemetry sensor, and- a fifth value is determined if there is congestion on the trajectory of the vehicle, then - a determination is made as to whether the autonomous driving means can be activated as a function only of the first to fifth values.
A method of monitoring a vehicle for wheel related issues, the method comprising: receiving temperature data for each of a plurality of tires (71-88) of a vehicle ; analyzing the temperature data to determine whether a status of each tire (71-88) of the vehicle is normal; and in response to determining that a status for at least one tire of the plurality of tires (71-88) is not normal, determining whether a wheel related issue is present for the vehicle based at least in part on the temperature data for the at least one tire (71-88), wherein the wheel related issue comprises an alignment issue, a brake issue or a wheel bearing issue; characterized in that the step of determining whether a wheel related issue is present for the vehicle based at least in part on the temperature data for the at least one tire (71-88) further comprises analyzing the temperature data for the at least one tire (71-88) using a particular model corresponding to each type of wheel related issue. receiving temperature data for each of a plurality of tires (71-88) of a vehicle ; analyzing the temperature data to determine whether a status of each tire (71-88) of the vehicle is normal; and in response to determining that a status for at least one tire of the plurality of tires (71-88) is not normal, determining whether a wheel related issue is present for the vehicle based at least in part on the temperature data for the at least one tire (71-88), wherein the wheel related issue comprises an alignment issue, a brake issue or a wheel bearing issue; characterized in that the step of determining whether a wheel related issue is present for the vehicle based at least in part on the temperature data for the at least one tire (71-88) further comprises analyzing the temperature data for the at least one tire (71-88) using a particular model corresponding to each type of wheel related issue.
Edging machine , comprising at least a tool, a motor unit suitable for moving the tool in a controlled manner in the edging machine , the motor unit comprising: - a stepper motor ; - an encoder connected to a rotor of said motor and configured to detect the angular position of said rotor with respect to a stator of said motor ; - a control device connected to said encoder to receive from the latter indicative electronic signal of said angular position and connected to said motor to actuate it according to said electronic signal so as to position said rotor in a predetermined angular position of said stator in which said motor is in a predefined configuration; characterized in that the encoder is an incremental encoder and said motor unit comprises an accumulator electrically connected to said encoder and to said control device for electrically feeding them, and in that said motor , said encoder , and said accumulator are integrally interconnected to form a unit artifact to facilitate the handling from the edging machine , installable in the edging machine and connectable to an electrical power source, said motor unit being connected to the tool. - a stepper motor ; - an encoder connected to a rotor of said motor and configured to detect the angular position of said rotor with respect to a stator of said motor ; - a control device connected to said encoder to receive from the latter indicative electronic signal of said angular position and connected to said motor to actuate it according to said electronic signal so as to position said rotor in a predetermined angular position of said stator in which said motor is in a predefined configuration; the encoder is an incremental encoder and said motor unit comprises an accumulator electrically connected to said encoder and to said control device for electrically feeding them, and in that said motor , said encoder , and said accumulator are integrally interconnected to form a unit artifact to facilitate the handling from the edging machine , installable in the edging machine and connectable to an electrical power source, said motor unit being connected to the tool.
A method for preparing acrylic acid by oxidation reaction of allyl alcohol in the presence of a catalyst, characterized in that the oxidation reaction is carried out at pH 6-8, wherein the catalyst is a supported catalyst in which a metal catalyst is supported on a support, wherein the supported catalyst includes any one selected from the group consisting of an Au x -Pd y alloy/MgO, a Pd/MgO, a Pd/Mg(OH) 2 , and a Pd/ZnO, wherein the mole ratio (x/y) of Au and Pd in the Au x -Pd y alloy is 1/20.7, 1/9.1, 1/3.7, or 1/1.5, wherein the supported catalyst has the metal catalyst supported in an amount of 0.0001 to 5 wt% based on the total dry weight of the support. wherein the catalyst is a supported catalyst in which a metal catalyst is supported on a support, wherein the supported catalyst includes any one selected from the group consisting of an Au x -Pd y alloy/MgO, a Pd/MgO, a Pd/Mg(OH) 2 , and a Pd/ZnO, wherein the mole ratio (x/y) of Au and Pd in the Au x -Pd y alloy is 1/20.7, 1/9.1, 1/3.7, or 1/1.5, wherein the supported catalyst has the metal catalyst supported in an amount of 0.0001 to 5 wt% based on the total dry weight of the support.
A substrate having a first surface and a second surface and comprising an interconnect formed therein, the interconnect comprising: a bulk region ; a via extending from the first surface to the second surface ; an oxidized insulating structure extending through the first surface into the substrate and defining a closed loop around the via , wherein the oxidized insulating structure comprises a seam portion having a first end and a second end , and at least one solid portion separating the first end and the second end of the seam portion ; and an insulating region extending from the oxidized insulating structure toward the second surface , the insulating region separating the via from the bulk region , wherein the oxidized insulating structure and insulating region collectively provide electrical isolation between the via and the bulk region . a bulk region ; a via extending from the first surface to the second surface ; an oxidized insulating structure extending through the first surface into the substrate and defining a closed loop around the via , wherein the oxidized insulating structure comprises a seam portion having a first end and a second end , and at least one solid portion separating the first end and the second end of the seam portion ; and an insulating region extending from the oxidized insulating structure toward the second surface , the insulating region separating the via from the bulk region , wherein the oxidized insulating structure and insulating region collectively provide electrical isolation between the via and the bulk region .
A method of detecting the in-liquid state of a mobile device , comprising the steps of: - receiving a first signal ( RGB ) comprising a plurality of color components being indicative of the intensity of the ambient light at different wavelengths and a second signal ( P ) being indicative of the ambient pressure; - determining a first plausibility index indicating whether it is likely that the mobile device has performed an air/liquid transition as a function of the variations of at least two color components of said first sensor signal ( RGB ), wherein said determining a first plausibility index as a function of the variations of at least two color components of said first sensor signal ( RGB ) comprises: - comparing the variation of a lower frequency color component (R) of said first sensor signal ( RGB ) with the variation of a higher frequency color component (B) of said first sensor signal ( RGB ); - determining a second plausibility index indicating whether it is likely that the mobile device has performed an air/liquid transition as a function of the variations of said second signal ( P ); - determining an in-liquid state signal ( IL_S ) as a function of said first and said second plausibility indexes, wherein in case both said first and said second plausibility indexes indicate that it is likely that the mobile device has performed an air/liquid transition, said in-liquid state signal ( IL_S ) is set to a given value indicating that the mobile device has performed an air/liquid transition. - receiving a first signal ( RGB ) comprising a plurality of color components being indicative of the intensity of the ambient light at different wavelengths and a second signal ( P ) being indicative of the ambient pressure; - determining a first plausibility index indicating whether it is likely that the mobile device has performed an air/liquid transition as a function of the variations of at least two color components of said first sensor signal ( RGB ), wherein - comparing the variation of a lower frequency color component (R) of said first sensor signal ( RGB ) with the variation of a higher frequency color component (B) of said first sensor signal ( RGB ); - determining a second plausibility index indicating whether it is likely that the mobile device has performed an air/liquid transition as a function of the variations of said second signal ( P ); - determining an in-liquid state signal ( IL_S ) as a function of said first and said second plausibility indexes, wherein in case both said first and said second plausibility indexes indicate that it is likely that the mobile device has performed an air/liquid transition, said in-liquid state signal ( IL_S ) is set to a given value indicating that the mobile device has performed an air/liquid transition.
Method for producing a layer of yarns grouped into rovings (M1, M2, M3), by stitches, on a base , in particular for producing technical parts from composite materials, characterized in that the method consists in carrying out the following steps: - depositing at least two rovings (M1, M2, M3) distributed by a deposition head on the base according to a programmed shape which can be rectilinear, curvilinear or a combination of both to follow a complex geometric shape, - stitching the at least two rovings (M1, M2, M3) thus deposited on the base with at least one stitch (S1-S3) comprising two stitch holes (p1-p4). - depositing at least two rovings (M1, M2, M3) distributed by a deposition head on the base according to a programmed shape which can be rectilinear, curvilinear or a combination of both to follow a complex geometric shape, - stitching the at least two rovings (M1, M2, M3) thus deposited on the base with at least one stitch (S1-S3) comprising two stitch holes (p1-p4).
A sleeve-folding assistance device for assisting a back-revealing sleeve-folding device , the sleeve-folding assistance device comprising: a pair of right and left sleeve guide portions , when disposing a body portion (C1) of a garment (C) having the body portion (C1) and both sleeve portions (C2) on a loading conveyor to transport the garment (C) from a front (F) to a rear (R), the pair of right and left sleeve guide portions is configured to move and to approach both sides of the loading conveyor so as to guide both sleeve portions (C2) of the garment (C) hung down on both sides of the loading conveyor to a sleeve-folding device for performing back-revealing sleeve-folding, the sleeve-folding assistance device being characterized in that when the body portion (C1) is transported from the front (F) to the rear (R) on the loading conveyor , the pair of right and left sleeve guide portions approaches both sides of the loading conveyor and transports the sleeve portions (C2) from the front (F) to the rear (R) on the loading conveyor , and the pair of right and left sleeve guide portions lifts both sleeve portions (C2) of the garment (C), respectively. a pair of right and left sleeve guide portions , when disposing a body portion (C1) of a garment (C) having the body portion (C1) and both sleeve portions (C2) on a loading conveyor to transport the garment (C) from a front (F) to a rear (R), the pair of right and left sleeve guide portions is configured to move and to approach both sides of the loading conveyor so as to guide both sleeve portions (C2) of the garment (C) hung down on both sides of the loading conveyor to a sleeve-folding device for performing back-revealing sleeve-folding, the sleeve-folding assistance device being characterized in that when the body portion (C1) is transported from the front (F) to the rear (R) on the loading conveyor , the pair of right and left sleeve guide portions approaches both sides of the loading conveyor and transports the sleeve portions (C2) from the front (F) to the rear (R) on the loading conveyor , and the pair of right and left sleeve guide portions lifts both sleeve portions (C2) of the garment (C), respectively.
A dishwasher comprising a tub , a circulation pump , at least one basket , at least one spray arm , a sump provided below the tub , a discharge pump , a heat pump system comprising a compressor , a condenser , at least one fan sending environment air onto an evaporator , an expansion member provided between the condenser and the evaporator , and the evaporator consisting of fins and a refrigerant flow tube enabling heat to be drawn from the outer environment and to be transferred to the condenser by means of the compressor , and at least one reservoir characterized in that the at least one reservoir is placed on the evaporator so as to encircle an inlet portion and/or an outlet portion of the refrigerant flow tube , and is filled the water discharged after a washing process.
Gripping module for the purpose of gripping and moving gripping objects, comprising the following features: a. the gripping module has a module support , and b. the gripping module has at least two active elements which are displaceable relative to one another and have gripping surfaces for gripping the gripped object, and c. at least one of the active elements is displaceable relative to the module carrier by means of a drive system, characterized by the following feature: d. the drive system has an electric motor and an actuator element displaceable by means of an electromagnet , the electric motor and the actuator element being kinematically coupled to the active element . a. the gripping module has a module support , and b. the gripping module has at least two active elements which are displaceable relative to one another and have gripping surfaces for gripping the gripped object, and c. at least one of the active elements is displaceable relative to the module carrier by means of a drive system,
A method of ciphering source data (306; 308) into target data (308; 306), the method comprising the steps of: determining a level of ciphering for the source data (306; 308); generating a key sequence depending on the determined level of ciphering, wherein the level of ciphering comprises or is indicative of a key entropy of the key sequence , wherein the key sequence comprises key symbols out of a key symbol alphabet, and wherein generating the key sequence comprises the steps of generating a generator sequence according to a generator entropy that is greater than the determined key entropy and mapping generator symbols of the generator sequence to key symbols of the key sequence , wherein the generator symbols are code words of a prefix code and bit lengths of the generator symbols are different, wherein an average bit length of the generator symbols is less than the bit length of the key symbols , wherein the key entropy defines a ratio between the average bit length of the generator symbols and the bit length of the key symbols ; and combining the source data (306; 308) and the key sequence resulting in the target data (308; 306). determining a level of ciphering for the source data (306; 308); generating a key sequence depending on the determined level of ciphering, wherein the level of ciphering comprises or is indicative of a key entropy of the key sequence , wherein the key sequence comprises key symbols out of a key symbol alphabet, and wherein generating the key sequence comprises the steps of generating a generator sequence according to a generator entropy that is greater than the determined key entropy and mapping generator symbols of the generator sequence to key symbols of the key sequence , wherein the generator symbols are code words of a prefix code and bit lengths of the generator symbols are different, wherein an average bit length of the generator symbols is less than the bit length of the key symbols , wherein the key entropy defines a ratio between the average bit length of the generator symbols and the bit length of the key symbols ; and combining the source data (306; 308) and the key sequence resulting in the target data (308; 306).
A method for producing a three-dimensional structure in a lithographic material that can be polymerized and thus solidified using energy input methods, wherein initially a shell wall of the structure to be produced is polymerized using a first spatially resolving energy input method such that a volume of unpolymerized lithographic material is enclosed, wherein lithographic material surrounding the polymerized shell wall is removed in an intermediate development step, wherein subsequently the volume enclosed by the shell wall is polymerized using a second energy input method, characterizing in that using the first, spatially resolving energy input method also a support structure is defined, which is located within the volume enclosed by the shell wall .
A V-ribbed belt comprising a compression rubber layer having a frictional power transmission surface that is covered with a fabric, the compression rubber layer comprising an inner rubber layer in contact with the fabric and an outer rubber layer on an outer side of the inner rubber layer, characterised in that the inner rubber layer is formed of a rubber composition having a Mooney Scorch minimum viscosity of 50 to 110 when measured at 125°C, and in that the outer rubber layer is formed of a rubber composition having a Mooney Scorch minimum viscosity of 70 to 130 when measured at 125°C. characterised in that the inner rubber layer is formed of a rubber composition having a Mooney Scorch minimum viscosity of 50 to 110 when measured at 125°C, and in that the outer rubber layer is formed of a rubber composition having a Mooney Scorch minimum viscosity of 70 to 130 when measured at 125°C.
An automatic identification and pairing authentication system for pairing a keg with a tap installed on the keg , the keg having an end wall surrounding an opening of the keg in which the tap is installed, the system comprising: an identification unit compromising at least a first short-range wireless identification device integrated onto the end wall of a keg , the short-range wireless identification device surrounding the opening of the keg in which the tap is installed; and a pairing device on the tap , the pairing device comprising a receiver for receiving short-range wireless information from the first short-range wireless ID device of the identification unit ; wherein the short-range wireless identification device surrounds the opening of the keg so that the pairing device identifies and verifies pairing of the keg and the tap regardless of a rotational position of the tap relative to the keg . an identification unit compromising at least a first short-range wireless identification device integrated onto the end wall of a keg , the short-range wireless identification device surrounding the opening of the keg in which the tap is installed; and a pairing device on the tap , the pairing device comprising a receiver for receiving short-range wireless information from the first short-range wireless ID device of the identification unit ; wherein the short-range wireless identification device surrounds the opening of the keg so that the pairing device identifies and verifies pairing of the keg and the tap regardless of a rotational position of the tap relative to the keg .