mhurhangee/patent-ind-claim-en huggingface dataset:
A heating paint which comprises at least two conductivity additives and at least one binder, the conductivity additives comprising graphite and carbon black, the binder comprising an electrically nonconductive polymer or an inorganic binder, and the heating paint being free from electrically conductive carbon fibers and carbon nanotubes, and characterized in that the graphite is synthetic in origin.
A wiper intended to be fitted on a container containing a product, in particular a cosmetic product, to be applied by means of an applicator, said wiper comprising a cylindrical body extending along a longitudinal axis (X), a part of which forms the actual wiping member, said body having, along the longitudinal axis (X), a rim that is able to rest on an edge of the container delimiting an opening therein, coupling means intended to couple the wiper to the container , and a portion (23, 23', 23") that is elastically deformable along the longitudinal axis (X) and is provided between said rim and said coupling means , wherein the elastically deformable portion is in the form of an openwork portion (23, 23', 23") of the body and characterized in that the inner surface of the body has a shoulder extending radially inwardly and situated along the longitudinal axis (X) between the elastically deformable portion (23, 23', 23") and the coupling means .
An ophthalmic lens , comprising: an optic having an anterior face and a posterior face , the faces disposed about an optical axis ; at least one diffractive region (B) imposed on the anterior face or the posterior face , comprising a plurality of diffractive echelettes having a rotational asymmetry with respect to the optical axis, wherein the phase delays vary tangentially, wherein the stepheights of the echelettes vary tangentially as a function of the rotational angle, wherein the diffractive region (B) is within an angular section that covers between 5 and 66% of the optic, wherein the stepheights within an angular section of the optic transition from the stepheight of one adjacent zone (A) to the stepheight of another adjacent zone (C). an optic having an anterior face and a posterior face , the faces disposed about an optical axis ; at least one diffractive region (B) imposed on the anterior face or the posterior face , comprising a plurality of diffractive echelettes having a rotational asymmetry with respect to the optical axis, wherein the phase delays vary tangentially, wherein the stepheights of the echelettes vary tangentially as a function of the rotational angle, wherein the diffractive region (B) is within an angular section that covers between 5 and 66% of the optic, wherein the stepheights within an angular section of the optic transition from the stepheight of one adjacent zone (A) to the stepheight of another adjacent zone (C).
Pavement milling machine comprising a milling machine frame, a support leg and a mechanism for swinging and steering the support leg which is assigned to the milling machine frame , wherein the mechanism comprises a swing rod , a steering rod , a first guiding rod and a second guiding rod , wherein the support leg of the pavement milling machine comprises a support leg exterior sleeve and a support leg interior sleeve , the support leg exterior sleeve is sleeved onto the support leg interior sleeve , and the support leg interior sleeve can rotate relative to the support leg exterior sleeve ; one end of the swing rod is hinged to the milling machine frame , and the other end thereof is fixedly connected to the support leg exterior sleeve ; one end of the second guiding rod is hinged to the milling machine frame , the other end thereof is hinged to one end of the first guiding rod , characterised in that the other end of the first guiding rod is hinged to one end of the steering rod , and the other end of the steering rod is connected to the support leg interior sleeve , wherein the mechanism further comprises a swing oil cylinder and a steering oil cylinder , wherein the swing oil cylinder can drive the swing rod to rotate relative to the milling machine frame , and the steering oil cylinder can drive the second guiding rod to rotate relative to the milling machine frame .
A method for detecting and mitigating abnormal combustion in an internal combustion engine comprising: sensing frequency components of an acoustic signal associated with a combustion chamber during a combustion cycle, the frequency components representative of at least one of a normal combustion characteristic and an abnormal combustion characteristic; determining an in-cylinder pressure signal as a function of the acoustic signal; calculating a knock index as a function of the in-cylinder pressure signal; detecting the abnormal combustion characteristic is: an engine knock event when the knock index is greater than a predetermined knock value, wherein calculating the knock index comprises weighting abnormal combustion characteristics on a rising edge of the in-cylinder pressure signal more than on a falling edge; and performing a mitigation strategy for the detected abnormal combustion characteristic. sensing frequency components of an acoustic signal associated with a combustion chamber during a combustion cycle, the frequency components representative of at least one of a normal combustion characteristic and an abnormal combustion characteristic; determining an in-cylinder pressure signal as a function of the acoustic signal; calculating a knock index as a function of the in-cylinder pressure signal; detecting the abnormal combustion characteristic is: an engine knock event when the knock index is greater than a predetermined knock value, wherein calculating the knock index comprises weighting abnormal combustion characteristics on a rising edge of the in-cylinder pressure signal more than on a falling edge; and performing a mitigation strategy for the detected abnormal combustion characteristic.
A failure diagnostic system for a vehicle, comprising: - an instrument configured to make measurement of a measured value regarding behavior of a diagnosis target (A); and - a failure diagnostic device having a model (M) of the diagnosis target (A) and configured to perform simulation based on the model (M), the failure diagnostic device being configured to offer a user a proposal for execution of a special operation on the diagnosis target (A), on a condition that a difference (ΔH) between a result of the simulation and the measured value is greater than a first predetermined error range (L1-L1), but not greater than a second error range (L2-L2), the result of the simulation being calculated with the model (M) supplied with a same input as an input to the diagnosis target (A) at a time of the measurement by the instrument of the measured value regarding the behavior of the diagnosis target (A) wherein the failure diagnostic device is configured to execute the special operation on the diagnosis target (A) on a condition that the failure diagnostic device receives a user's permission to execute the special operation; wherein the special operation is determined by performing an inverse matrix of a matrix expression representing the model. - an instrument configured to make measurement of a measured value regarding behavior of a diagnosis target (A); and - a failure diagnostic device having a model (M) of the diagnosis target (A) and configured to perform simulation based on the model (M), the failure diagnostic device being configured to offer a user a proposal for execution of a special operation on the diagnosis target (A), on a condition that a difference (ΔH) between a result of the simulation and the measured value is greater than a first predetermined error range (L1-L1), but not greater than a second error range (L2-L2), the result of the simulation being calculated with the model (M) supplied with a same input as an input to the diagnosis target (A) at a time of the measurement by the instrument of the measured value regarding the behavior of the diagnosis target (A) wherein the failure diagnostic device is configured to execute the special operation on the diagnosis target (A) on a condition that the failure diagnostic device receives a user's permission to execute the special operation;
A turbine shroud segment comprising a carrier segment comprising metallic materials, a blade track segment comprising ceramic matrix composite materials, the blade track segment formed to include a runner shaped to extend partway around a central axis and an attachment box portion that extends radially outward from the runner into an attachment channel formed by the carrier segment , wherein the attachment box portion defines an interior space opening outwardly at opposite ends of the attachment box portion in a direction substantially tangent to a circle extending around the central axis and the attachment box includes a top facing radially inwardly toward the interior space, and a seal assembly configured to couple to the carrier segment and the attachment box portion of the blade track segment such that the seal assembly seals between the carrier segment and the blade track segment around a perimeter of the attachment box portion along axially forward, axially aft, and circumferential sides of the attachment box portion when the seal assembly is coupled to the carrier segment and the attachment box portion , wherein the seal assembly is arranged radially outward of the runner so that the seal assembly can apply a smaller load to the runner than would be the case if the seal assembly directly contacted the runner .
A method for adapting to a vehicle configuration an image displayed on a monitor in a cab of the vehicle , the vehicle comprising a camera assembly comprising a supporting arm mounted on the cab and a camera arranged on said supporting arm , for providing a captured image of an area located rearwards and along a vehicle side , the method comprising: - determining a vehicle configuration, namely if the vehicle is in a first configuration - with a trailer connected to the cab - or in a second configuration - with no trailer connected to the cab ; characterized in that the method further comprises: - automatically processing the captured image , according to the determined vehicle configuration, to display on the monitor : - either a first image which corresponds to a part of the captured image defined by a first frame , in case the vehicle is in the first configuration; - or a second image which corresponds to a part of the captured image defined by a second frame , distinct from the first frame , in case the vehicle is in the second configuration. - determining a vehicle configuration, namely if the vehicle is in a first configuration - with a trailer connected to the cab - or in a second configuration - with no trailer connected to the cab ; - automatically processing the captured image , according to the determined vehicle configuration, to display on the monitor : - either a first image which corresponds to a part of the captured image defined by a first frame , in case the vehicle is in the first configuration; - or a second image which corresponds to a part of the captured image defined by a second frame , distinct from the first frame , in case the vehicle is in the second configuration. - either a first image which corresponds to a part of the captured image defined by a first frame , in case the vehicle is in the first configuration; - or a second image which corresponds to a part of the captured image defined by a second frame , distinct from the first frame , in case the vehicle is in the second configuration.
A magnet insertion tool for use with an implantable device , the tool comprising: an upper part including an insertion member and an alignment member movably coupled to the insertion member , the insertion member having a positioning surface configured to position the implantable device between the insertion and alignment members , a magnet socket extending from the positioning surface and configured to hold an implant magnet , and an alignment surface configured to align the implantable device relative to the magnet socket , the alignment member having an engagement surface configured to engage the implantable device during insertion of the implant magnet , the alignment member configured to contact a portion of the insertion member such that the engagement surface and the positioning surface are spaced apart from one another; and a lower part movably coupled to the upper part , the lower part including a platform that is configured to move within the magnet socket from a bottom of the magnet socket to a top of the magnet socket during the insertion of the implant magnet , so that the implant magnet moves within the magnet socket towards the alignment member . an upper part including an insertion member and an alignment member movably coupled to the insertion member , the insertion member having a positioning surface configured to position the implantable device between the insertion and alignment members , a magnet socket extending from the positioning surface and configured to hold an implant magnet , and an alignment surface configured to align the implantable device relative to the magnet socket , the alignment member having an engagement surface configured to engage the implantable device during insertion of the implant magnet , the alignment member configured to contact a portion of the insertion member such that the engagement surface and the positioning surface are spaced apart from one another; and a lower part movably coupled to the upper part , the lower part including a platform that is configured to move within the magnet socket from a bottom of the magnet socket to a top of the magnet socket during the insertion of the implant magnet , so that the implant magnet moves within the magnet socket towards the alignment member .
An automated system for generating induced pluripotent stem cells (iPSCs), comprising: an automated cell plating unit for placing cells on a plate; an automated induction unit comprising controller software having functionality to control contacting the cells on the plating unit with reprogramming factors and producing iPSCs; an automated sorting unit for selectively sorting, isolating, and expanding the iPSCs produced by the automated induction unit by identifying iPSC specific markers, wherein the sorting unit comprises software capable of single colony confirmation, whereby said single colony is positive for said iPSC specific markers and is then selected for passaging, expansion and quality control; a cell banking unit for obtaining cells used by the plating unit; wherein the banking unit comprises a biopsy unit for placing biopsies on a plate; an outgrowth and passaging unit for growing cells; and a mycoplasma test unit comprising controller software to control testing for the presence of mycoplasma; a sorting unit for selectively sorting and isolating the differentiated adult cells produced by the induction unit by identifying markers specific to the differentiated adult cells; the automated system further comprising a controller having software for controlling integration of functionality of system components and automation of the system. an automated cell plating unit for placing cells on a plate; an automated induction unit comprising controller software having functionality to control contacting the cells on the plating unit with reprogramming factors and producing iPSCs; an automated sorting unit for selectively sorting, isolating, and expanding the iPSCs produced by the automated induction unit by identifying iPSC specific markers, wherein the sorting unit comprises software capable of single colony confirmation, whereby said single colony is positive for said iPSC specific markers and is then selected for passaging, expansion and quality control; a cell banking unit for obtaining cells used by the plating unit; a biopsy unit for placing biopsies on a plate; an outgrowth and passaging unit for growing cells; and a mycoplasma test unit comprising controller software to control testing for the presence of mycoplasma; a sorting unit for selectively sorting and isolating the differentiated adult cells produced by the induction unit by identifying markers specific to the differentiated adult cells; the automated system further comprising a controller having software for controlling integration of functionality of system components and automation of the system.
Computer-implemented method for managing documents stored as files in a file management system with the aid of rights, defined in the file management system, for access to the documents by users of the file management system, wherein metadata are assigned to the files, characterized in that the metadata of the files are listed in the file management system in a document, wherein that document documenting the respective status of the metadata is in PDF format, wherein the other documents in the file management system are also in PDF format, and wherein, for displaying the metadata, this document documenting the respective status of the metadata in PDF format is displayed using a document viewer with which it can be processed like all the other documents of the file management system.
A system for automatically handling components to be assembled onto a product on an assembly line , the system comprising: a frame locatable adjacent the assembly line ; a carriage supported on the frame for movement to and between a first retracted position spaced a distance away from the assembly line , and a second, work position displaced from the retracted position in a direction toward the assembly line ; a multi-axis articulating manipulator supported on the carriage , the manipulator including a base coupled with the carriage and a tool mounting plate controllably movable relative to the base in at least three degrees of freedom; the manipulator base arranged in a first orientation when the carriage is in the first position, and pivoted to a second orientation when the carriage is in the second position; and a component mounting tool coupled with the tool mounting plate of the manipulator , the component mounting tool configured to receive and support at least one component for assembly to the product; wherein a component on the component mounting tool is supported in a pose for loading and/or processing when the carriage is in the first position, and the component is supported in a pose for joining to the product when the carriage is in the second position. a frame locatable adjacent the assembly line ; a carriage supported on the frame for movement to and between a first retracted position spaced a distance away from the assembly line , and a second, work position displaced from the retracted position in a direction toward the assembly line ; a multi-axis articulating manipulator supported on the carriage , the manipulator including a base coupled with the carriage and a tool mounting plate controllably movable relative to the base in at least three degrees of freedom; the manipulator base arranged in a first orientation when the carriage is in the first position, and pivoted to a second orientation when the carriage is in the second position; and a component mounting tool coupled with the tool mounting plate of the manipulator , the component mounting tool configured to receive and support at least one component for assembly to the product; wherein a component on the component mounting tool is supported in a pose for loading and/or processing when the carriage is in the first position, and the component is supported in a pose for joining to the product when the carriage is in the second position.
Pressure control device for continuous adjustment of hydraulic systems, comprising a digital pressure control valve consisting of at least - two leaktight switching valves which can be controlled by means of a valve driver, consisting of electronic switches which are controlled by transistors as part of a control device which has two individual PID controllers, one of which controls a pressure-reducing function, while the other controls a pressure-limiting function for the respective switching valves ; - a sensor device ; and - a power supply for the above-mentioned components. - two leaktight switching valves which can be controlled by means of a valve driver, consisting of electronic switches which are controlled by transistors as part of a control device which has two individual PID controllers, one of which controls a pressure-reducing function, while the other controls a pressure-limiting function for the respective switching valves ; - a sensor device ; and - a power supply for the above-mentioned components.
System comprising a piece of furniture , a front frame , at least one carrier element and a domestic appliance, wherein the piece of furniture has a receiving space , wherein the domestic appliance is provided and arranged for arrangement in the receiving space of the piece of furniture , wherein the front frame of the system , which is separate from the domestic appliance, is designed and arrangeable in such a way that a peripheral gap between the domestic appliance arranged in the receiving space on one side and the piece of furniture on the other side can be adjusted or covered by means of the front frame in an installation position of the front frame , wherein the front frame can be connected to a remainder of the system by means of the at least one carrier element , wherein the front frame in its installed position is detachably connected to the at least one carrier element by means of at least one magnetic force connection wherein at least one permanent magnet separate from the at least one carrier element is arranged on the at least one carrier element for establishing the aforementioned magnetic force connection, wherein the at least one permanent magnet and/or the at least one carrier element are designed and arranged such that the permanent magnet can be aligned relative to the corresponding carrier element and/or the carrier element can be aligned relative to the remainder of the system at least in one spatial direction, wherein the at least one permanent magnet and/or the at least one carrier element can be aligned by means of a screw connection or a snap-in connection of the system . wherein the piece of furniture has a receiving space , wherein the domestic appliance is provided and arranged for arrangement in the receiving space of the piece of furniture , wherein the front frame of the system , which is separate from the domestic appliance, is designed and arrangeable in such a way that a peripheral gap between the domestic appliance arranged in the receiving space on one side and the piece of furniture on the other side can be adjusted or covered by means of the front frame in an installation position of the front frame , wherein the front frame can be connected to a remainder of the system by means of the at least one carrier element , wherein the front frame in its installed position is detachably connected to the at least one carrier element by means of at least one magnetic force connection wherein at least one permanent magnet separate from the at least one carrier element is arranged on the at least one carrier element for establishing the aforementioned magnetic force connection, wherein the at least one permanent magnet and/or the at least one carrier element are designed and arranged such that the permanent magnet can be aligned relative to the corresponding carrier element and/or the carrier element can be aligned relative to the remainder of the system at least in one spatial direction, wherein the at least one permanent magnet and/or the at least one carrier element can be aligned by means of a screw connection or a snap-in connection of the system .