mhurhangee/patent-ind-claim-en huggingface dataset:
A surface-emitting laser array comprising a plurality of light-emitting units formed on a substrate and within a layered product, said layered product including a lower reflecting mirror having two layers with different refractive indexes, an upper reflecting mirror , and an active layer disposed between the lower reflecting mirror and the upper reflecting mirror ; the laser array further comprising: a first separation trench from which the upper reflecting mirror , the active layer , and the lower reflecting mirror are removed, the first separation trench separating the surface-emitting laser array from an adjacent chip ; and a second separation trench disposed between the first separation trench and a light-emitting unit that emits a laser beam, the second separation trench having a prescribed depth; characterized in that the second separation trench has a depth that passes through the upper reflecting mirror , the active layer , and the lower reflecting mirror , so that the second separation trench reaches the substrate . a first separation trench from which the upper reflecting mirror , the active layer , and the lower reflecting mirror are removed, the first separation trench separating the surface-emitting laser array from an adjacent chip ; and a second separation trench disposed between the first separation trench and a light-emitting unit that emits a laser beam, the second separation trench having a prescribed depth; characterized in that the second separation trench has a depth that passes through the upper reflecting mirror , the active layer , and the lower reflecting mirror , so that the second separation trench reaches the substrate .
A pipe sleeve , in particular of a pressureless pipe arrangement , comprising - a base body , which forms a cylindrical cavity, - an annular sealing means projecting from the base body into the cavity, - and a stopper with at least one elastic stop element projecting from the base body into the cavity, - wherein the cavity is formed for inserting of a pipe through the sealing means until abutting the at least one stop element , - wherein the at least one stop element limits an insertion depth of the pipe in the undeformed state and does not limit the insertion depth in the elastically deformed state, - and wherein the at least one stop element is elastically deformable radially outwardly by means of axial load on the stop element , characterised in that - the at least one stop element comprises an elastic base portion and at least one stop portion , wherein the base portion is embedded in the base body and the stop portion projects inwardly from the base portion into the cavity, and - the base portion is radially outwardly exposed, so that its radial elastic deformability is not limited. - a base body , which forms a cylindrical cavity, - an annular sealing means projecting from the base body into the cavity, - and a stopper with at least one elastic stop element projecting from the base body into the cavity, - wherein the cavity is formed for inserting of a pipe through the sealing means until abutting the at least one stop element , - wherein the at least one stop element limits an insertion depth of the pipe in the undeformed state and does not limit the insertion depth in the elastically deformed state, - and wherein the at least one stop element is elastically deformable radially outwardly by means of axial load on the stop element , characterised in that - the at least one stop element comprises an elastic base portion and at least one stop portion , wherein the base portion is embedded in the base body and the stop portion projects inwardly from the base portion into the cavity, and - the base portion is radially outwardly exposed, so that its radial elastic deformability is not limited.
A method of determining the quality of weld connections between an electrical line and a contact element , comprising the method steps: a) providing an electrical line having a contact element welded to one end of the line; b) providing an apparatus comprising: a first holder having a first receptacle for receiving at least a part of the contact element , a second holder having a second receptacle for receiving at least a portion of a length (L) of a weld nugget of the electrical line , wherein: the first holder and the second holder are rotatable relative to one another about a common axis of rotation (Y), the first receptacle is arranged opposite the second receptacle , and the axis of rotation (Y) extends through a first center (Z1) of the first receptacle and through a second center (Z2) of the second receptacle , and comprising: a torque application means which is releasably connected to the second holder and which is suitable for rotating the second holder about the axis of rotation (Y); c) rotating the second holder by means of the torque application means about the axis of rotation (Y) while simultaneously recording torque values (T); and d) determining the quality of the weld connection on the basis of the determined torque values. a) providing an electrical line having a contact element welded to one end of the line; b) providing an apparatus comprising: a first holder having a first receptacle for receiving at least a part of the contact element , a second holder having a second receptacle for receiving at least a portion of a length (L) of a weld nugget of the electrical line , wherein: the first holder and the second holder are rotatable relative to one another about a common axis of rotation (Y), the first receptacle is arranged opposite the second receptacle , and the axis of rotation (Y) extends through a first center (Z1) of the first receptacle and through a second center (Z2) of the second receptacle , and comprising: a torque application means which is releasably connected to the second holder and which is suitable for rotating the second holder about the axis of rotation (Y); the first holder and the second holder are rotatable relative to one another about a common axis of rotation (Y), the first receptacle is arranged opposite the second receptacle , and the axis of rotation (Y) extends through a first center (Z1) of the first receptacle and through a second center (Z2) of the second receptacle , and comprising: a torque application means which is releasably connected to the second holder and which is suitable for rotating the second holder about the axis of rotation (Y); c) rotating the second holder by means of the torque application means about the axis of rotation (Y) while simultaneously recording torque values (T); and d) determining the quality of the weld connection on the basis of the determined torque values.
A control method for a vehicle-mounted hydrogen system, characterized by comprising the following steps: building a pressure prediction model of output gas of the vehicle-mounted hydrogen system, and determining a predicted pressure value used to control the output gas of the vehicle-mounted hydrogen system according to a pressure prediction model; calculating a difference between the predicted pressure value and a set target pressure value to obtain a prediction error; obtaining an actual pressure value of the output gas of the vehicle-mounted hydrogen system, calculating a difference between the actual pressure value and a target pressure value, and obtaining an actual error; comparing the prediction error with the actual error, and when the prediction error is less than the actual error, using the pressure prediction model to output a predicted pressure value at a next moment, and using the predicted pressure value as a target pressure at the next moment to control the output gas of the vehicle-mounted hydrogen system. building a pressure prediction model of output gas of the vehicle-mounted hydrogen system, and determining a predicted pressure value used to control the output gas of the vehicle-mounted hydrogen system according to a pressure prediction model; calculating a difference between the predicted pressure value and a set target pressure value to obtain a prediction error; obtaining an actual pressure value of the output gas of the vehicle-mounted hydrogen system, calculating a difference between the actual pressure value and a target pressure value, and obtaining an actual error; comparing the prediction error with the actual error, and when the prediction error is less than the actual error, using the pressure prediction model to output a predicted pressure value at a next moment, and using the predicted pressure value as a target pressure at the next moment to control the output gas of the vehicle-mounted hydrogen system.
A method for distributing a product update in a digital distribution platform , comprising - providing a distribution server or a configuration device ; - providing one or more medical devices ; - receiving a request to download a product update from a requesting medical device in the distribution server or the configuration device ; - determining, by the distribution server or the configuration device , a first dependency that must be met before the product update can be downloaded to the requesting medical device, wherein the first dependency for the product update is defined by a publisher of the product update and stored in a dependency file in a distribution database along with other information regarding the product update; - verifying the first dependency by the distribution server or the configuration device , comprising retrieving the first dependency from the dependency file; and - distributing the product update from the distribution server or the configuration device to the requesting medical device, if the first dependency associated with the product update is verified. - providing a distribution server or a configuration device ; - providing one or more medical devices ; - receiving a request to download a product update from a requesting medical device in the distribution server or the configuration device ; - determining, by the distribution server or the configuration device , a first dependency that must be met before the product update can be downloaded to the requesting medical device, wherein the first dependency for the product update is defined by a publisher of the product update and stored in a dependency file in a distribution database along with other information regarding the product update; - verifying the first dependency by the distribution server or the configuration device , comprising retrieving the first dependency from the dependency file; and - distributing the product update from the distribution server or the configuration device to the requesting medical device, if the first dependency associated with the product update is verified.
A caliper brake , particularly a holding and safety brake, for an elevator system , comprising a first brake lever and a second brake lever , wherein a first brake pad is attached to a brake pad end of the first brake lever , wherein a second brake pad is attached to a brake pad end of the second brake lever , wherein the first brake lever is mounted at a first mounting point , wherein the second brake lever is mounted at a second mounting point , wherein the first brake pad and the second brake pad can be moved relative to one another along an actuation axis by means of the first brake lever and the second brake lever , wherein at least one tension element is provided and can be moved at least approximately parallel to the actuation axis , wherein a distance between the first tension element mounting point and the second tension element mounting point along the actuation axis , which is defined by the tension element , remains constant, wherein the first brake lever is connected to the tension element between its brake pad end and the first mounting point at a first tension element mounting point , and wherein the second brake lever is connected to the tension element between its brake pad end and the second mounting point at a second tension element mounting point , characterized in that the first mounting point is arranged stationary with respect to a housing part , in that an intermediate lever is provided and mounted at an intermediate lever mounting point , in that the intermediate lever mounting point is arranged stationary with respect to the housing part , in that the second brake lever is mounted on the intermediate lever at the second mounting point , and in that the second mounting point can be moved relative to the housing part during a rotation of the intermediate lever about the intermediate lever mounting point . wherein at least one tension element is provided and can be moved at least approximately parallel to the actuation axis , wherein a distance between the first tension element mounting point and the second tension element mounting point along the actuation axis , which is defined by the tension element , remains constant, wherein the first brake lever is connected to the tension element between its brake pad end and the first mounting point at a first tension element mounting point , and wherein the second brake lever is connected to the tension element between its brake pad end and the second mounting point at a second tension element mounting point , characterized in that the first mounting point is arranged stationary with respect to a housing part , in that an intermediate lever is provided and mounted at an intermediate lever mounting point , in that the intermediate lever mounting point is arranged stationary with respect to the housing part , in that the second brake lever is mounted on the intermediate lever at the second mounting point , and in that the second mounting point can be moved relative to the housing part during a rotation of the intermediate lever about the intermediate lever mounting point .
A kiln furniture T-cassette for supporting ceramic objects to be fired in a kiln, comprising: a) a supporting object comprising: - one or two supporting surface(s) for supporting one or more ceramic object(s) to be fired; and - side surfaces; b) one or more feet located on a side surface, wherein said one or more feet are exclusively arranged on a single side surface; c) at least one of the one or more feet comprising one or more holes and/or recesses suitable for acting as a female engagement portion for appropriately shaped male engagement portions of another kiln furniture cassette; and d) one or more male engagement portions located on a side surface for appropriately shaped female engagement portions of another kiln furniture cassette. a) a supporting object comprising: - one or two supporting surface(s) for supporting one or more ceramic object(s) to be fired; and - side surfaces; - one or two supporting surface(s) for supporting one or more ceramic object(s) to be fired; and - side surfaces; b) one or more feet located on a side surface, wherein said one or more feet are exclusively arranged on a single side surface; c) at least one of the one or more feet comprising one or more holes and/or recesses suitable for acting as a female engagement portion for appropriately shaped male engagement portions of another kiln furniture cassette; and d) one or more male engagement portions located on a side surface for appropriately shaped female engagement portions of another kiln furniture cassette.
A compound for use in a method of treating diabetic foot-associated bacterial infections or other bacterial infections of the foot associated with peripheral ischemia, wherein the compound is {6-[(1 E )-3-{methyl[(3-methyl-1-benzofuran-2-yl)methyl]amino}-3-oxoprop-1-en-1-yl]-2-oxo-3,4-dihydro-1,8-naphthyridin-1(2 H )-yl}methyl dihydrogen phosphate or a pharmaceutically acceptable salt or metabolite or pharmaceutically acceptable salt of a metabolite thereof, wherein the metabolite is (E)-N-methyl-N-((3-methylbenzofuran-2-yl)methyl)-3-(7-oxo-5,6,7,8-tetrahydro-1,8-naphthyridin-3-yl)acrylamide.
A coasting control device comprising: a coasting control judgment map referred to by a clutch rotation speed and an accelerator opening degree; a coasting control executing unit disengaging a clutch and reducing an engine revolutions per minute to start coasting control when a plotted point of the clutch rotation speed and the accelerator opening degree on the coasting control judgment map is in a coasting control available region, accelerator pedal operation speed is in a predetermined range and the plotted point of the clutch rotation speed and the accelerator opening degree has passed a coasting control threshold line in a direction in which the accelerator opening degree decreases, and ending the coasting control when the accelerator pedal operation speed has gone outside the predetermined range or the plotted point has gone outside the coasting control available region; a cumulative disengagement time measuring unit cumulatively measuring a duration of time that the clutch is being disengaged during coasting control; and characterised by an overtime restricting unit prohibiting coasting control when the cumulative clutch disengagement time measured by the cumulative clutch disengagement time measuring unit has exceeded a predetermined time giving an indication of fatigue of a member of the clutch . a coasting control judgment map referred to by a clutch rotation speed and an accelerator opening degree; a coasting control executing unit disengaging a clutch and reducing an engine revolutions per minute to start coasting control when a plotted point of the clutch rotation speed and the accelerator opening degree on the coasting control judgment map is in a coasting control available region, accelerator pedal operation speed is in a predetermined range and the plotted point of the clutch rotation speed and the accelerator opening degree has passed a coasting control threshold line in a direction in which the accelerator opening degree decreases, and ending the coasting control when the accelerator pedal operation speed has gone outside the predetermined range or the plotted point has gone outside the coasting control available region; a cumulative disengagement time measuring unit cumulatively measuring a duration of time that the clutch is being disengaged during coasting control; and characterised by an overtime restricting unit prohibiting coasting control when the cumulative clutch disengagement time measured by the cumulative clutch disengagement time measuring unit has exceeded a predetermined time giving an indication of fatigue of a member of the clutch .
An in vitro method for differentiating ischemic stroke from hemorrhagic stroke in a patient, comprising a) determining the level of glial fibrillary acidic protein (GFAP) in a sample of said patient, wherein said sample is a blood, plasma or serum sample, in combination with the level of one or more markers selected from the group consisting of neurofilament medium polypeptide (NEF3), β-synuclein, ATP-Grasp domain-containing protein 1 (CARNS1) and retinol binding protein 4 (RBP4) and b) comparing said levels with a corresponding reference value wherein a level of GFAP in said sample lower than the corresponding reference value and a level of NEF3, β-synuclein, CARNS 1 and/or RBP4 higher than the corresponding reference value is indicative that the patient suffers ischemic stroke or wherein a level of GFAP in said sample higher than the reference value and a level of NEF3, β-synuclein, CARNS1 and/or RBP4 lower than the corresponding reference value is indicative that the patient suffers hemorrhagic stroke. a) determining the level of glial fibrillary acidic protein (GFAP) in a sample of said patient, wherein said sample is a blood, plasma or serum sample, in combination with the level of one or more markers selected from the group consisting of neurofilament medium polypeptide (NEF3), β-synuclein, ATP-Grasp domain-containing protein 1 (CARNS1) and retinol binding protein 4 (RBP4) and b) comparing said levels with a corresponding reference value
A soundproofing material , comprising: a sheet having elasticity; and a support portion partitioning the sheet into a partition portion while supporting the sheet, characterized in that a surface rigidity (k) of the sheet and a surface density (m) of the sheet in the partition portion satisfy the following relationship: 1 2 π k m ≥ 1473 Hz a sheet having elasticity; and a support portion partitioning the sheet into a partition portion while supporting the sheet, characterized in that a surface rigidity (k) of the sheet and a surface density (m) of the sheet in the partition portion satisfy the following relationship: 1 2 π k m ≥ 1473 Hz
A method for operating a hearing device, comprising a receiver and an active vent , the method comprising: - upon request to switch the active vent into a different state, estimating a transfer function (H, H rec → mic ) from the receiver to obtain a first transfer function ( Ĥ a ), - subsequently switching the active vent , - subsequently estimating a transfer function (H, H rec → mic ) from the receiver to obtain a second transfer function ( Ĥ b ), - comparing the first transfer function ( Ĥ a ) to the second transfer function ( Ĥ b ) to obtain a divergence measure ( D ), - concluding that the active vent has actually been switched into the different state if the divergence measure ( D ) exceeds a threshold ( D diff ), characterized in that , if the divergence measure D ( H a , H b ) is smaller than a second threshold ( D same ), it is concluded that: - the state (S) of the active vent has remained the same, and/or - the active vent is blocked or dirty. - upon request to switch the active vent into a different state, estimating a transfer function (H, H rec → mic ) from the receiver to obtain a first transfer function ( Ĥ a ), - subsequently switching the active vent , - subsequently estimating a transfer function (H, H rec → mic ) from the receiver to obtain a second transfer function ( Ĥ b ), - comparing the first transfer function ( Ĥ a ) to the second transfer function ( Ĥ b ) to obtain a divergence measure ( D ), - concluding that the active vent has actually been switched into the different state if the divergence measure ( D ) exceeds a threshold ( D diff ), - the state (S) of the active vent has remained the same, and/or - the active vent is blocked or dirty.