mhurhangee/patent-ind-claim-en huggingface dataset:
Trim panel for a motor vehicle, said panel comprising a moulded structural core , said panel further having the following features: - said core has, as seen from above, two edges connected to each other along a joint , - said joint is convex and radiated such that said edges are connected to each other gradually, - said core has a back face and a front face , said front face being coated with a glued front coating , said coating having a peripheral edging folded against the periphery of said back face, said panel being characterized in that : - said back face is provided, in the vicinity of said joint, with a plurality of substantially straight grooves arranged in a fan, - said grooves receive, glued therein, the folds formed in said edging in the vicinity of said joint. - said core has, as seen from above, two edges connected to each other along a joint , - said joint is convex and radiated such that said edges are connected to each other gradually, - said core has a back face and a front face , said front face being coated with a glued front coating , said coating having a peripheral edging folded against the periphery of said back face, - said back face is provided, in the vicinity of said joint, with a plurality of substantially straight grooves arranged in a fan, - said grooves receive, glued therein, the folds formed in said edging in the vicinity of said joint.
A top cover assembly of a secondary battery , characterized in that , comprising: a top cover plate , provided with an electrode lead-out hole ; a sealing member , comprising a first sealing part , wherein the first sealing part is arranged on an upper surface of the top cover plate , and a groove is arranged on a lower surface of the first sealing part ; and a lower insulating member , provided with a first insulating part and a second insulating part which are connected with each other, wherein the first insulating part is arranged below the top cover plate , the second insulating part extends upwards from the first insulating part and at least part of the second insulating part is located in the electrode lead-out hole , the second insulating part is provided with a first matching part , and the first matching part is embedded into the groove and is sealed with a bottom wall of the groove ; characterized in that , the first sealing part is embedded with the top cover plate through the groove ; or the lower surface of the first sealing part is provided with a slot, and the first sealing part is embedded with the top cover plate through the slot. a top cover plate , provided with an electrode lead-out hole ; a sealing member , comprising a first sealing part , wherein the first sealing part is arranged on an upper surface of the top cover plate , and a groove is arranged on a lower surface of the first sealing part ; and a lower insulating member , provided with a first insulating part and a second insulating part which are connected with each other, wherein the first insulating part is arranged below the top cover plate , the second insulating part extends upwards from the first insulating part and at least part of the second insulating part is located in the electrode lead-out hole , the second insulating part is provided with a first matching part , and the first matching part is embedded into the groove and is sealed with a bottom wall of the groove ; characterized in that , the first sealing part is embedded with the top cover plate through the groove ; or the lower surface of the first sealing part is provided with a slot, and the first sealing part is embedded with the top cover plate through the slot.
Apparatus for the application of consumable materials to containers with a storage device which is designed in such a way that it stores a stock of the consumable material , with a conveying device which is designed to convey the consumable material to the containers , and with an application unit which is designed in such a way that it applies the consumable material to the containers or to sets of containers , wherein the apparatus has at least one sensor device which is designed in such a way that it detects at least one actual value of the consumable material which is characteristic of a physical property of the consumable material , a comparator device which is designed in such a way that it compares the detected actual value with at least one nominal value (S1, S2, S3) stored in a store device , and a signal output device which is designed in such a way that it emits a signal in a manner dependent upon a result of this comparison, and wherein tolerance limits are set, within which the respective actual values must lie, wherein the apparatus has a plurality of sensor devices which are designed in such a way that they detect a number of properties of the consumable material, and the apparatus has a fault detection device which is designed in such a way that it emits data characteristic of this fault in the event of a fault occurring, so that in this way it is possible for specific consumable materials , the properties of which are outside tolerance limits, also to have specific faults assigned to them, wherein the sensor device is arranged between the storage device and the application unit in the conveying direction of the consumable material , characterised in that the fault detection device is designed in such a way that, in the event of specific faults of the machine which for example need not necessarily lead to a stoppage of the machine, it makes a record of when exactly the fault occurred, wherein the apparatus has a marking unit which is designed in such a way that in particular it applies a marking to the consumable material if there is a deviation of the actual value from the nominal value (S1, S2, S3) over a pre-set threshold value (T1, T2, T3), wherein the apparatus is designed in such a way that it links the actual values of a plurality of sensor devices with one another logically, and also it emits a signal of the deviation of two or more actual values taken individually is not over the pre-set threshold value, but there are a plurality of variations.
A rotating machine comprising: a hub portion , wherein the hub portion comprises an outer circumference, an inner circumference, a face; a ring portion , wherein the ring portion comprises an inner circumference that is metallurgically bonded to the outer circumference of the hub portion along a circumferential bond line ; and a cooling channel formed on the face and configured to direct cooling air to the bond line, wherein the cooling channel extends from a radially inner location along the face to a radially outer location along the face, and wherein the cooling channel is configured as a recess formed into an outer surface of the face, wherein the ring portion further comprises an end, wherein the end comprises a circumferential flange extending outward from the end and positioned radially above the bond line, wherein the face of the hub portion includes a circumferential recess radially below the bond line, wherein the flange and the recess define a circumferential bond line channel along both the end and the face that distributes cooling air circumferentially along the bond line, wherein the radially outer location along the face is positioned radially below the circumferential bond line channel, and wherein at the radially outer location the cooling channel joins fluidly with the bond line channel such that the cooling air flows from the cooling channel into the bond line channel. a hub portion , wherein the hub portion comprises an outer circumference, an inner circumference, a face; a ring portion , wherein the ring portion comprises an inner circumference that is metallurgically bonded to the outer circumference of the hub portion along a circumferential bond line ; and a cooling channel formed on the face and configured to direct cooling air to the bond line, wherein the cooling channel extends from a radially inner location along the face to a radially outer location along the face, and wherein the cooling channel is configured as a recess formed into an outer surface of the face, wherein the ring portion further comprises an end, wherein the end comprises a circumferential flange extending outward from the end and positioned radially above the bond line, wherein the face of the hub portion includes a circumferential recess radially below the bond line, wherein the flange and the recess define a circumferential bond line channel along both the end and the face that distributes cooling air circumferentially along the bond line, wherein the radially outer location along the face is positioned radially below the circumferential bond line channel, and wherein at the radially outer location the cooling channel joins fluidly with the bond line channel such that the cooling air flows from the cooling channel into the bond line channel.
A method of mitigating an error of a quantum circuit constituting a quantum computer in a quantum circuit error mitigation apparatus, the method comprising: obtaining (S420), by a probability matrix generation unit , a plurality of first probability matrix information corresponding to all possible sequence combinations of quantum gates constituting the quantum circuit, respective first probability matrix information being matrix information indicating probability information depending on input/output qubits in the case where there is no error in a quantum circuit according to a specific gate sequence; obtaining S , by the probability matrix generation unit , a plurality of second probability matrix information corresponding to all possible sequence combinations of quantum gates constituting the quantum circuit, respective second probability matrix information being matrix information representing probability information depending on input/output qubits in the case where there is an error in a quantum circuit according to a specific gate sequence; generating (S440), by a differential matrix generation unit , a plurality of differential matrix information based on the plurality of first and second probability matrix information; generating (S450), by a mitigation matrix generation unit , error mitigation matrix information corresponding to the quantum circuit using the plurality of differential matrix information; and mitigating an error of a quantum circuit based on the error mitigation matrix information. obtaining (S420), by a probability matrix generation unit , a plurality of first probability matrix information corresponding to all possible sequence combinations of quantum gates constituting the quantum circuit, respective first probability matrix information being matrix information indicating probability information depending on input/output qubits in the case where there is no error in a quantum circuit according to a specific gate sequence; obtaining S , by the probability matrix generation unit , a plurality of second probability matrix information corresponding to all possible sequence combinations of quantum gates constituting the quantum circuit, respective second probability matrix information being matrix information representing probability information depending on input/output qubits in the case where there is an error in a quantum circuit according to a specific gate sequence; generating (S440), by a differential matrix generation unit , a plurality of differential matrix information based on the plurality of first and second probability matrix information; generating (S450), by a mitigation matrix generation unit , error mitigation matrix information corresponding to the quantum circuit using the plurality of differential matrix information; and mitigating an error of a quantum circuit based on the error mitigation matrix information.
An end effector with an adjustable inner diameter for a robotic-assisted surgical system , comprising: a main body having an opening extending through the main body; one or more members located within the main body that extend into and retract from the opening to vary a diameter of the opening through which a tool may be inserted, wherein the one or more members comprise a plurality of flutes that are pivotable towards and away from an interior sidewall of the main body to vary the diameter of the opening; and an adjustment mechanism on the end effector and coupled to the one or more members for varying the diameter of the opening, wherein the adjustment mechanism comprises a collar located over the main body and coupled to the plurality of flutes such that a rotation of the collar in a first direction relative to the main body causes the plurality of flutes to pivot away from the interior sidewall of the main body to reduce the diameter of the opening, and a rotation of the collar in a second direction relative to the main body causes the plurality of flutes to pivot towards the interior sidewall of the main body to increase the diameter of the opening, wherein the plurality of flutes are adapted to guide advancement of a tool along a fixed trajectory, and to be further tightened against the tool when located within the main body by rotating the collar so as to fix the longitudinal position of the tool within the main body . a main body having an opening extending through the main body; one or more members located within the main body that extend into and retract from the opening to vary a diameter of the opening through which a tool may be inserted, wherein the one or more members comprise a plurality of flutes that are pivotable towards and away from an interior sidewall of the main body to vary the diameter of the opening; and an adjustment mechanism on the end effector and coupled to the one or more members for varying the diameter of the opening, wherein the adjustment mechanism comprises a collar located over the main body and coupled to the plurality of flutes such that a rotation of the collar in a first direction relative to the main body causes the plurality of flutes to pivot away from the interior sidewall of the main body to reduce the diameter of the opening, and a rotation of the collar in a second direction relative to the main body causes the plurality of flutes to pivot towards the interior sidewall of the main body to increase the diameter of the opening, wherein the plurality of flutes are adapted to guide advancement of a tool along a fixed trajectory, and to be further tightened against the tool when located within the main body by rotating the collar so as to fix the longitudinal position of the tool within the main body .
A drawer rail for a drawer pull-out guide , comprising: - a first rail configured to be fixed or fixed to a drawer , - a second rail configured to be arranged or arranged on a carcass rail or on a central rail of a drawer pull-out guide , - wherein the first rail and the second rail are configured to be connected to one another by sliding onto each other, wherein the first rail and the second rail , in a connected condition, are locked to one another by at least one locking element , the locking element being pre-stressed by a force of a force storage member in a direction of a locking position, - wherein the locking element is arranged on the second rail and is configured to be pivoted, upon sliding the first rail onto the second rail , about a horizontally extending axis in the mounted position, starting from the locking position, against a force of the force storage member in a direction of the carcass rail or the central rail of the drawer pull-out guide into an unlocking position, - wherein the at least one locking element is passed through an opening of the second rail . - a first rail configured to be fixed or fixed to a drawer , - a second rail configured to be arranged or arranged on a carcass rail or on a central rail of a drawer pull-out guide , - wherein the first rail and the second rail are configured to be connected to one another by sliding onto each other, wherein the first rail and the second rail , in a connected condition, are locked to one another by at least one locking element , the locking element being pre-stressed by a force of a force storage member in a direction of a locking position, - wherein the locking element is arranged on the second rail and is configured to be pivoted, upon sliding the first rail onto the second rail , about a horizontally extending axis in the mounted position, starting from the locking position, against a force of the force storage member in a direction of the carcass rail or the central rail of the drawer pull-out guide into an unlocking position, - wherein the at least one locking element is passed through an opening of the second rail .
An in vitro method of improving the phenotype of a chondrocyte population, said method comprising: selecting a population of mammalian chondrocytes having a poor chondrocytic phenotype characterised by low expression of collagen 2A1, Sox9, and aggrecan; elevated expression of collagen 10; and/or low staining for proteoglycans with Alcian Blue or Safranin O; and treating the selected cell population with a ceramidase protein in vitro, wherein, after said treating, the selected population is characterized by elevated expression of collagen 2A1, Sox9, and aggrecan; reduced expression of collagen 10; and/or enhanced staining for proteoglycans with Alcian Blue or Safranin O. selecting a population of mammalian chondrocytes having a poor chondrocytic phenotype characterised by low expression of collagen 2A1, Sox9, and aggrecan; elevated expression of collagen 10; and/or low staining for proteoglycans with Alcian Blue or Safranin O; and treating the selected cell population with a ceramidase protein in vitro, wherein, after said treating, the selected population is characterized by elevated expression of collagen 2A1, Sox9, and aggrecan; reduced expression of collagen 10; and/or enhanced staining for proteoglycans with Alcian Blue or Safranin O.
A fluid container detachably connectable with a fluid consuming device , the fluid container comprising: a fluid container body at least partly made of a material having flexibility and configured to contain a fluid; a fluid supply structure located at one end portion of the fluid container body and configured to be connectable with a fluid introducing structure provided in the fluid consuming device ; and a container-side electrical connection structure linked with the fluid supply structure and configured to include a contact arranged to come into contact with a device-side electrical connection structure provided in the fluid consuming device , wherein the fluid supply structure and the container-side electrical connection structure are arranged in a positional relationship such that the contact of the container-side electrical connection structure is separated away from the fluid consuming device , prior to the fluid supply structure , when the fluid container is disconnected from the fluid consuming device ; characterized in that the fluid supply structure is a fluid supply unit and the container-side electrical connection structure is a substrate unit , and in that the fluid supply unit and the substrate unit are linked with a handle member at the one end portion of the fluid container body . a fluid container body at least partly made of a material having flexibility and configured to contain a fluid; a fluid supply structure located at one end portion of the fluid container body and configured to be connectable with a fluid introducing structure provided in the fluid consuming device ; and a container-side electrical connection structure linked with the fluid supply structure and configured to include a contact arranged to come into contact with a device-side electrical connection structure provided in the fluid consuming device , wherein the fluid supply structure and the container-side electrical connection structure are arranged in a positional relationship such that the contact of the container-side electrical connection structure is separated away from the fluid consuming device , prior to the fluid supply structure , when the fluid container is disconnected from the fluid consuming device ; characterized in that the fluid supply structure is a fluid supply unit and the container-side electrical connection structure is a substrate unit , and in that the fluid supply unit and the substrate unit are linked with a handle member at the one end portion of the fluid container body .
A pneumatic tire having an annular carcass forming a tire skeleton, the tire being mounted on a vehicle , wherein an outer diameter of the pneumatic tire is 350 mm or more and 600 mm or less, as RW is defined by a rim width of a rim wheel assembled to the pneumatic tire and SW is defined by a tire width of the pneumatic tire, the relation of 0.78 ≤ RW/SW ≤ 0.99 is satisfied, wherein the carcass has a carcass cord disposed along a tire width direction, the carcass cord is formed of a filament of steel (FL1, FL2), an outer diameter of the carcass cord is 0.7 mm or less, and a distance between the adjacent carcass cords is 4.0 mm or less. an outer diameter of the pneumatic tire is 350 mm or more and 600 mm or less, as RW is defined by a rim width of a rim wheel assembled to the pneumatic tire and SW is defined by a tire width of the pneumatic tire, the relation of 0.78 ≤ RW/SW ≤ 0.99 is satisfied, wherein the carcass has a carcass cord disposed along a tire width direction, the carcass cord is formed of a filament of steel (FL1, FL2), an outer diameter of the carcass cord is 0.7 mm or less, and a distance between the adjacent carcass cords is 4.0 mm or less.
Method for detecting at least one flow property of a flowing fluid medium , wherein at least one sensor element is used, wherein the sensor element comprises at least one heating element and at least two temperature measurement sensors , characterized in that at least one first measurement variable and at least one second measurement variable, which is different from the first measurement variable , are detected by means of the sensor element , wherein the first measurement variable and the second measurement variable can be influenced by the flow property, wherein at least one correction, in particular at least one correction factor and/or at least one correction vector, is generated from the first measurement variable and the second measurement variable, wherein the flow property is determined from the first measurement variable and the second measurement variable taking into account the correction, wherein the first measurement variable and the second measurement variable are selected, independently of one another, from the group comprising: a heating voltage of a heating resistor of the heating element , which heating voltage is required for setting a prespecified temperature of the heating element ; a heating current through a heating resistor of the heating element , which heating current is required for setting a prespecified temperature of the heating element ; a heating power of a heating resistor of the heating element , which heating power is required for setting a prespecified temperature of the heating element ; a temperature difference between temperatures which are detected by the temperature measuring sensors .