mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle control device comprising: an engine ; an engine control mechanism that controls a generated torque of the engine ; and control means that performs vehicle posture control for generating vehicle deceleration by controlling the engine control mechanism to reduce the generated torque of the engine upon satisfaction of a condition that a vehicle is travelling and a change speed of the steering angle related to a steering angle of a steering device increases, wherein, when a driver performs an accelerator operation for reducing an accelerator opening during execution of the vehicle posture control, the control means suppresses reduction of the generated torque of the engine due to the accelerator operation. an engine ; an engine control mechanism that controls a generated torque of the engine ; and control means that performs vehicle posture control for generating vehicle deceleration by controlling the engine control mechanism to reduce the generated torque of the engine upon satisfaction of a condition that a vehicle is travelling and a change speed of the steering angle related to a steering angle of a steering device increases, wherein, when a driver performs an accelerator operation for reducing an accelerator opening during execution of the vehicle posture control, the control means suppresses reduction of the generated torque of the engine due to the accelerator operation.
Method for preparing a compound of the formula (I) where R 3 is selected from H and straight-chain, branched or cyclic C 1-12 -alkyl groups, (a) with the following steps: providing or preparing a compound of the formula (II) where R 3 has the definition selected for formula (I), and also platinum-catalysed oxidation of the compound of the formula (II) with gaseous oxygen to give the compound of the formula (I), wherein the platinum-catalysed oxidation step is carried out in an aqueous medium, at the start of the platinum-catalysed oxidation step the pH value is 7 or less than 7 and, on formation of the compound of the formula (I), decreases by at least 2 pH units. (a) with the following steps: providing or preparing a compound of the formula (II) where R 3 has the definition selected for formula (I), and also platinum-catalysed oxidation of the compound of the formula (II) with gaseous oxygen to give the compound of the formula (I), wherein the platinum-catalysed oxidation step is carried out in an aqueous medium, at the start of the platinum-catalysed oxidation step the pH value is 7 or less than 7 and, on formation of the compound of the formula (I), decreases by at least 2 pH units. where R 3 has the definition selected for formula (I), and also platinum-catalysed oxidation of the compound of the formula (II) with gaseous oxygen to give the compound of the formula (I), wherein the platinum-catalysed oxidation step is carried out in an aqueous medium, at the start of the platinum-catalysed oxidation step the pH value is 7 or less than 7 and, on formation of the compound of the formula (I), decreases by at least 2 pH units.
Method for establishing a materially bonded current path connection in medium- or high-voltage switching devices, wherein a current path has at least one first portion and one second portion , wherein - the first portion and/or the second portion of the current path each contain a nanomaterial at least in one region, - the first portion and the second portion of the current path are connected to one another in a non-positively locking and/or positively locking manner at least in the respective regions, - the first portion and the second portion of the current path are connected in a non-positively locking manner by one or more connecting means in the respective regions, and - a conductive and materially bonded connection between the first portion and the second portion of the current path is formed, with involvement of the nanomaterial , by supplying reaction energy, wherein the current path connection with long-term stability is ensured using the nanomaterial and changing the purely non-positively locking connection into a materially bonded and non-positively locking connection by supplying the reaction energy. - the first portion and/or the second portion of the current path each contain a nanomaterial at least in one region, - the first portion and the second portion of the current path are connected to one another in a non-positively locking and/or positively locking manner at least in the respective regions, - the first portion and the second portion of the current path are connected in a non-positively locking manner by one or more connecting means in the respective regions, and - a conductive and materially bonded connection between the first portion and the second portion of the current path is formed, with involvement of the nanomaterial , by supplying reaction energy,
A method of making a homogeneous mixture of polyolefin solids and a liquid additive without melting the polyolefin solids during the making, the method comprising applying acoustic energy at a frequency of from 20 to 100 hertz (Hz) to a first heterogeneous mixture comprising at least one liquid additive and polyolefin solids for a period of time and at an acoustic intensity effective to substantially intermix the at least one liquid additive and the polyolefin solids together while maintaining temperature of the first heterogeneous mixture above the freezing point of the at least one liquid additive and below the melting temperature of the polyolefin solids, thereby making a first homogeneous mixture comprising the polyolefin solids and the at least one liquid additive without melting the polyolefin solids, wherein the liquid additive is added to the polyolefin solids as a neat liquid and the heterogeneous mixture is free of any liquid solvent, wherein the polyolefin of the polyolefin solids is a polyethylene homopolymer; an ethylene/alpha-olefin copolymer; a (hydrolyzable silyl group)-functional polyethylene copolymer (HSG-FP Copolymer); an ethylene/unsaturated carboxylic ester copolymer; or a blend of any two or more thereof. wherein the liquid additive is added to the polyolefin solids as a neat liquid and the heterogeneous mixture is free of any liquid solvent, wherein the polyolefin of the polyolefin solids is a polyethylene homopolymer; an ethylene/alpha-olefin copolymer; a (hydrolyzable silyl group)-functional polyethylene copolymer (HSG-FP Copolymer); an ethylene/unsaturated carboxylic ester copolymer; or a blend of any two or more thereof.
A method for detecting and tracking a feature of a web of packaging material , using a first capacitor placed at a distance (d) from the web of packaging material , the method comprises; feeding (S602) a section of the web of packaging material to a first position (p), so that the section influences a dielectric property of the first capacitor , measuring (S604), at a point of time (t), a capacitance of the first capacitor , determining (S612) the feature of the section passing the first capacitor at the point of time (t), based on the capacitance, tracking (S614) the feature, using the point of time (t) of the measurement, and adapting (S616) settings of a device of a roll fed packaging machine based on the presence of the feature. feeding (S602) a section of the web of packaging material to a first position (p), so that the section influences a dielectric property of the first capacitor , measuring (S604), at a point of time (t), a capacitance of the first capacitor , determining (S612) the feature of the section passing the first capacitor at the point of time (t), based on the capacitance, tracking (S614) the feature, using the point of time (t) of the measurement, and adapting (S616) settings of a device of a roll fed packaging machine based on the presence of the feature.
A spacer profile (14; 30; 40; 54; 80; 90; 110; 130; 150; 160; 180; 200; 220; 240; 260) for insulating glass panes , said profile having a profile cross section based on a rectangular shape, wherein, when forming the insulating glass panes , two side walls (16, 17; 32, 33; 44, 45; 60, 61; 84, 85; 94, 95; 114, 115; 134, 135; 166, 167; 186, 187; 204, 205; 224, 225; 244, 245; 264, 265) of the profile, which are spaced at distance from each other in parallel, abut against the glass panels to be kept apart from each other, wherein a first and a second transverse wall (20, 22; 34, 35; 48, 49; 62, 63; 86, 87; 96, 97; 116, 117; 136, 137; 154; 168, 172; 188; 194; 226, 206, 207; 226; 227; 246, 247; 266, 267) extending between the side walls are present, wherein the first transverse wall (20; 34; 48; 62; 87; 97; 117; 137; 168; 188; 207; 227; 247; 267) is arranged adjacent to the edge of the pane and the second transverse wall (22; 35; 49; 63; 86; 96; 116; 136; 154; 172; 194; 206; 226; 246; 266) is arranged toward the interspace between the panels, wherein the spacer profile comprises a binder matrix and, embedded in the matrix of the binder, particulate adsorbent for water vapor, the binder matrix is permeable to water vapor, and the binder is foamed, characterized in that the proportion of the particulate adsorbent in the total mass of the spacer profile is 30 to 65% by weight.
A composition comprising at least one active agent having the general formula (I) or any salt thereof: wherein: each of R 1 -R 8 is independently selected from H, OH, SH, and halogen; R 9 is selected from straight or branched C 1 -C 9 alkyl, straight or branched C 2 -C 9 alkenyl, and straight or branched C 2 -C 9 alkynyl; R 9 is substituted with at least one quaternary amino (ammonium) group; wherein said at least one quaternary amino group has a general formula (V): wherein each of R', R" and R'" is independently selected from straight or branched C 1 -C 9 alkyl, straight or branched C 2 -C 9 alkenyl, and straight or branched C 2 -C 9 alkynyl; for use in the treatment of a fibrotic disease. each of R 1 -R 8 is independently selected from H, OH, SH, and halogen; R 9 is selected from straight or branched C 1 -C 9 alkyl, straight or branched C 2 -C 9 alkenyl, and straight or branched C 2 -C 9 alkynyl; R 9 is substituted with at least one quaternary amino (ammonium) group; wherein said at least one quaternary amino group has a general formula (V): wherein each of R', R" and R'" is independently selected from straight or branched C 1 -C 9 alkyl, straight or branched C 2 -C 9 alkenyl, and straight or branched C 2 -C 9 alkynyl; for use in the treatment of a fibrotic disease.
A device, comprising: (a) an expandable balloon including an outer surface; and (b) at least one flexible circuit mounted on the outer surface of the expandable balloon , the at least one flexible circuit including: (i) a first insulating layer facing the outer surface of the expandable balloon , (ii) at least one heat sensing device positioned at least partially within the first insulating layer , (iii) a conductive layer above the first insulating layer , at least a portion of which is electrically coupled to the heat sensing device , (iv) a second insulating layer above the conductive layer , and (v) at least one electrode coupled to the conductive layer through the second insulating layer . (a) an expandable balloon including an outer surface; and (b) at least one flexible circuit mounted on the outer surface of the expandable balloon , the at least one flexible circuit including: (i) a first insulating layer facing the outer surface of the expandable balloon , (ii) at least one heat sensing device positioned at least partially within the first insulating layer , (iii) a conductive layer above the first insulating layer , at least a portion of which is electrically coupled to the heat sensing device , (iv) a second insulating layer above the conductive layer , and (v) at least one electrode coupled to the conductive layer through the second insulating layer . (i) a first insulating layer facing the outer surface of the expandable balloon , (ii) at least one heat sensing device positioned at least partially within the first insulating layer , (iii) a conductive layer above the first insulating layer , at least a portion of which is electrically coupled to the heat sensing device , (iv) a second insulating layer above the conductive layer , and (v) at least one electrode coupled to the conductive layer through the second insulating layer .
An assembly formed by: - a self-ligating bracket intended to be part of an orthodontic apparatus, said bracket having in its longitudinal direction (OX) an outer face and an occlusal face and being provided on its outer face with a groove for holding an orthodontic arch wire; and - an elastic clip that can be moved in a reversible manner between an open position, leaving a free passage for the insertion of the arch wire into the groove or the extraction of the arch wire from the groove , and a closed position closing off the groove ; wherein said bracket and said clip comprise means allowing the clip to be moved between said positions substantially by a rotational movement, without the clip sliding in translation; wherein the clip is generally U-shaped, with an end of a first part , which closes off the groove of the bracket , being held in a first housing formed on the outer face of the bracket , and with an end of a fourth part being held in a second housing formed on the occlusal face of the bracket ; wherein the clip comprises at least four successive parts, said first part , constituting a first terminal part of the clip , forming a tongue , intended to plunge into said first housing of the bracket , a second part , to which the first part is attached, intended to close off the groove of the bracket when the clip is in place, a third part constituting an elastic junction between, on the one hand, the second part and, on the other hand, the fourth part , constituting a second terminal part of the clip and forming a tab intended to be inserted into the second housing of the bracket to manage the rotation of the clip during its movements commanded by an orthodontist, wherein the assembly comprises a base having an outer face and an occlusal face , said outer face of the base supporting said bracket and said occlusal face being intended to rest on a patient's tooth by conforming to the surface of said tooth, said base carrying on its outer face a wall that delimits, together with the occlusal face of the bracket , the second housing in which the end of the fourth part of the clip is held, wherein said base has on its outer face a support on which said bracket is placed and wherein said support comprises a planar part , characterized in that said support comprises an abutment , and on the face of the abutment which is intended to face opposing the bracket , a housing into which the fourth part of the clip is intended to be inserted when the clip is in the position closing off the groove . - a self-ligating bracket intended to be part of an orthodontic apparatus, said bracket having in its longitudinal direction (OX) an outer face and an occlusal face and being provided on its outer face with a groove for holding an orthodontic arch wire; and - an elastic clip that can be moved in a reversible manner between an open position, leaving a free passage for the insertion of the arch wire into the groove or the extraction of the arch wire from the groove , and a closed position closing off the groove ;
An information processing system , comprising: a plurality of information processing devices , each having selectable functions and comprising a rechargeable power supply and a processor ; and a store server configured to: receive usage frequency data for each selectable function from each information processing device; aggregate the usage frequency data for each selectable function received from all the information processing devices; calculate a usage frequency over a time period for each selectable function based on the aggregated usage frequency data; and send the calculated usage frequency for each selectable function to each information processing device, wherein the processor of each information processing device is configured to: acquire a present charge level of the rechargeable power supply, and determine to restrict an availability of a selectable function based on the calculated usage frequency of each selectable function sent from the store server and the present charge level. a plurality of information processing devices , each having selectable functions and comprising a rechargeable power supply and a processor ; and a store server configured to: receive usage frequency data for each selectable function from each information processing device; aggregate the usage frequency data for each selectable function received from all the information processing devices; calculate a usage frequency over a time period for each selectable function based on the aggregated usage frequency data; and send the calculated usage frequency for each selectable function to each information processing device, receive usage frequency data for each selectable function from each information processing device; aggregate the usage frequency data for each selectable function received from all the information processing devices; calculate a usage frequency over a time period for each selectable function based on the aggregated usage frequency data; and send the calculated usage frequency for each selectable function to each information processing device, wherein the processor of each information processing device is configured to: acquire a present charge level of the rechargeable power supply, and determine to restrict an availability of a selectable function based on the calculated usage frequency of each selectable function sent from the store server and the present charge level. acquire a present charge level of the rechargeable power supply, and determine to restrict an availability of a selectable function based on the calculated usage frequency of each selectable function sent from the store server and the present charge level.
A relay , having - an electromagnetic drive with a field coil arranged around an iron core which defines a plane, and a yoke , - a movable armature which works together with the electromagnetic drive , - a movable electrical contact which is connected via an actuating arrangement to the armature , - a housing with a stationary partition arranged between the electromagnetic drive and the contact , wherein the electromagnetic drive is arranged on one side of the partition , and the movable electrical contact is arranged on the other side of the partition , and the partition wall has an opening through which the mechanical actuation of the contact is carried out, - the armature has an actuating arm which protrudes substantially perpendicularly from a narrow side of the armature , and is mechanically connected to the actuating member , and passes through the opening in the partition and works together with the actuating part of the actuating arrangement to actuate the movable electrical contact, characterized in that the armature can pivot about an axis of rotation perpendicular to the plane of the iron core . - an electromagnetic drive with a field coil arranged around an iron core which defines a plane, and a yoke , - a movable armature which works together with the electromagnetic drive , - a movable electrical contact which is connected via an actuating arrangement to the armature , - a housing with a stationary partition arranged between the electromagnetic drive and the contact , wherein the electromagnetic drive is arranged on one side of the partition , and the movable electrical contact is arranged on the other side of the partition , and the partition wall has an opening through which the mechanical actuation of the contact is carried out, - the armature has an actuating arm which protrudes substantially perpendicularly from a narrow side of the armature , and is mechanically connected to the actuating member , and passes through the opening in the partition and works together with the actuating part of the actuating arrangement to actuate the movable electrical contact,
Method for checking the compatibility of function modules (Fx) that are able to be installed on field devices (FG) of an automation system by way of a central unit (ZE) and that are made available by a digital archive system (RS) for application cases (AW) occurring in the automation system, wherein rating data are assigned to the function modules (Fx) in the digital archive system (RS), and wherein the respective function modules (Fx) able to be used for a predefined application case (SW) are able to be suggested by the digital archive system (RS) for installation on a field device (FG) based on the assigned rating data, characterized in that, in addition to the predefined application case (AW), data information (H) about the function modules (F1, F2, F3) installed on the field device (FG) is transmitted to the digital archive system (RS) by the central unit (ZE), that function module combinations consisting of the function modules (F1, F2, F3) installed on the field device (FG) and at least one of the respectively suggested function modules (Fx) are ascertained by the digital archive system (RS) based on the data information (H) about the function modules (F1, F2, F3) installed on the field device (FG), that an error frequency of the respectively ascertained function module combination is estimated by the digital archive system (RS) for the ascertained function module combinations based on a stored usage statistic, and that at least one function module (Fx) able to be installed for the predefined application case (AW) is suggested for the installation on the field device (FG), which function module has the lowest estimated error frequency in combination with the function modules (F1, F2, F3) installed on the field device (FG).
A method of pose detection for a device, comprising: displaying , to a user, a first image indicative of a pose request for a user pose expected by the device; detecting an initial presence of a user pose after displaying the first image; indicating to the user progress toward achieving a predetermined state of detection of the expected user pose while continuing to detect the user pose, wherein indicating progress to the user comprises overlaying a progressive feedback image as a second image upon the first image; having indicated progress to the user, determining that the predetermined state of detection has been achieved; displaying, together with the first image or after determining that the predetermined state of detection has been achieved, prompts of choices for interaction with the device; upon determining that the predetermined state of detection has been achieved, providing to the user an indication of a user motion by displaying behind the progressive feedback image new pose requests that indicate to the user the expected direction of user motion to select a corresponding prompt choice; and responding to the user motion based on determining that the user completes the user motion to select a prompt choice. displaying , to a user, a first image indicative of a pose request for a user pose expected by the device; detecting an initial presence of a user pose after displaying the first image; indicating to the user progress toward achieving a predetermined state of detection of the expected user pose while continuing to detect the user pose, wherein indicating progress to the user comprises overlaying a progressive feedback image as a second image upon the first image; having indicated progress to the user, determining that the predetermined state of detection has been achieved; displaying, together with the first image or after determining that the predetermined state of detection has been achieved, prompts of choices for interaction with the device; upon determining that the predetermined state of detection has been achieved, providing to the user an indication of a user motion by displaying behind the progressive feedback image new pose requests that indicate to the user the expected direction of user motion to select a corresponding prompt choice; and responding to the user motion based on determining that the user completes the user motion to select a prompt choice.