mhurhangee/patent-ind-claim-en huggingface dataset:
Pump-turbine wicket gate formed by several guide vanes , each guide vane having a guide vane body with two end faces and a pivot for rotating the guide vane body around an axis of rotation , where the guide vane body has a turbine leading edge facing the turbine flow and a turbine trailing edge facing away from the turbine flow , where the individual guide vanes come into contact with one another along closing edges when the wicket gate is closed and these closing edges are defined by the contact curves of adjacent guide vanes , where the guide vane has two flow-guiding surfaces on either side of the axis of rotation and opposite one another that are limited by the two end faces , where the flow-guiding surfaces form different flow profiles , characterised in that the flow profile in the mid-span section of the guide vane has a larger guide vane angle in the area of the turbine trailing edge than a flow profile in the boundary area of the guide vane , where the boundary area is the area near the end faces of the guide vane body, so that the flow profile in the mid-span section of the guide vane creates a larger absolute flow angle (α2) of the absolute velocity (C2) of the turbine flow at the guide vane trailing edge in turbine direction, with regard to the related circumferential component of the absolute velocity (C2u) of the turbine flow , than a flow profile in the boundary area of the guide vane so that the turbine flow in turbine direction leaves the guide vane body in the mid-span section with a larger flow angle (α2) than in the boundary area.
A contact lens package base member comprising: a planar top surface having an edge and at least partially defining a handle; a bottom surface; a bowl that is recessed from the planar top surface, has an upper rim that intersects with the planar top surface, and defines a cavity configured for holding a contact lens, the handle extending away from the bowl and terminating at a handle end; a first slot formed through the planar top surface, spaced away from the upper rim, and located on a first side of the bowl; a first latch extending downwardly from the planar top surface and adjacent to the first slot, the first latch being spaced away from the upper rim; a second slot located on a second side of the bowl, the second side being opposite the first side; and a second latch extending downwardly adjacent to the second slot. a planar top surface having an edge and at least partially defining a handle; a bottom surface; a bowl that is recessed from the planar top surface, has an upper rim that intersects with the planar top surface, and defines a cavity configured for holding a contact lens, the handle extending away from the bowl and terminating at a handle end; a first slot formed through the planar top surface, spaced away from the upper rim, and located on a first side of the bowl; a first latch extending downwardly from the planar top surface and adjacent to the first slot, the first latch being spaced away from the upper rim; a second slot located on a second side of the bowl, the second side being opposite the first side; and a second latch extending downwardly adjacent to the second slot.
A wireless testing system for measuring target operational parameters of a motor vehicle whilst the motor vehicle is being driven, the wireless testing system comprising: a device comprising: a housing; a coupling between said housing and said motor vehicle in the form of a magnet for retaining the device in the engine compartment; a sensor carried by said housing; a communicative coupling carried by said housing for coupling the housing with a portion of the vehicle to be analyzed to allow said sensor to measure a target operational parameter of said motor vehicle whilst the motor vehicle is being driven; a local user interface carried by said housing and coupled to said sensor and comprising a readout ; a control panel carried by said housing, said control panel operatively coupled with said sensor; and a remote user interface wirelessly coupled to said sensor; wherein said sensor is configured to sense a signal from said motor vehicle comprising at least one of cylinder pressure, fuel pressure, transmission oil pressure, and engine oil pressure; and said remote user interface is configured to receive said signal , wherein a dual readout of the device is simultaneously displayed at the remote user interface , and can be logged or monitored. a housing; a coupling between said housing and said motor vehicle in the form of a magnet for retaining the device in the engine compartment; a sensor carried by said housing; a communicative coupling carried by said housing for coupling the housing with a portion of the vehicle to be analyzed to allow said sensor to measure a target operational parameter of said motor vehicle whilst the motor vehicle is being driven; a local user interface carried by said housing and coupled to said sensor and comprising a readout ; a control panel carried by said housing, said control panel operatively coupled with said sensor; and a remote user interface wirelessly coupled to said sensor; wherein said sensor is configured to sense a signal from said motor vehicle comprising at least one of cylinder pressure, fuel pressure, transmission oil pressure, and engine oil pressure; and said remote user interface is configured to receive said signal , wherein a dual readout of the device is simultaneously displayed at the remote user interface , and can be logged or monitored.
Climatically sealed climate cell for cultivating plants in indoor spaces, wherein a plurality of containers are arranged one above the other in at least two tiers within the climate cell , wherein each container has an accommodation area with a substrate arranged in a flat manner to accommodate the plants and / or to accommodate seeds, wherein the container has a frame circumferentially surrounding the accommodation area , wherein the frame has at least one fixing means for the temporary or permanent attachment of the substrate to the frame, characterized in that the substrate is fixed to the frame elevated compared to the accommodation area , by means of the fixing means , wherein the substrate is configured as a film and / or mat and / or membrane, wherein the substrate with a first side lies on a liquid nutrient solution , wherein the plant and / or the seed lies on a second side of the substrate facing away from the liquid nutrient solution , wherein no liquid nutrient solution and no water are arranged on the second side .
Water sport device (1; 1e), in particular kayak, which has a plurality of buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) forming the water sport device, at least one of which is designed to accommodate a person using the water sport device, the buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) being detachably connectable to one another, characterized in that a device (22; 22b) for fixing a connection of two adjacent buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) has an adjusting means , by the rotation of which a linear movement of two buoyancy bodies (2-4; 2a, 3a; 2c, 3c; 2e-4e, 53) connected to one another towards one another can be achieved; 2a, 3a; 2c, 3c; 2e-4e, 53), wherein the adjusting means has a hook-shaped section , the opening width of which decreases from a hook tip to a hook end .
Closing device for a front face air inlet of a motor vehicle comprising a support frame having: • two lateral uprights , • two end crossmembers linking the two lateral uprights , and • at least one set of flaps pivoting about a pivoting axis (P) between a first, extreme open position and a second, extreme closed position, the pivoting axis (P) of the flaps being disposed parallel to the end crossmembers , and • at least one control element configured to drive the positioning of the flaps comprising an actuator linked to a flap , called driving flap of the set of flaps , so as to drive the pivoting of said driving flap , the other flaps of the set of flaps being linked to said driving flap by a control member , the support frame comprising, at at least one end of each flap , at least one overtravel abutment configured to serve as seat for the flap when it occupies its first, extreme open position or its second, extreme closed position, characterized in that the overtravel abutments are disposed on the peripheral frame according to a position offset so that the driving flap is the last to come into contact with its overtravel abutment when it reaches an extreme position. • two lateral uprights , • two end crossmembers linking the two lateral uprights , and • at least one set of flaps pivoting about a pivoting axis (P) between a first, extreme open position and a second, extreme closed position, the pivoting axis (P) of the flaps being disposed parallel to the end crossmembers , and • at least one control element configured to drive the positioning of the flaps comprising an actuator linked to a flap , called driving flap of the set of flaps , so as to drive the pivoting of said driving flap , the other flaps of the set of flaps being linked to said driving flap by a control member ,
A method for cluster head selection in a communications network , all steps of the method being performed by one and the same wireless device , the method comprising: receiving (S102) a respective beacon signal from two or more further wireless devices , each beacon signal comprising a cluster head capability metric ; comparing (S104) the cluster head capability metrics received from the two or more wireless devices; and selecting (S106) one of the two or more further wireless devices as the cluster head of the wireless device based on the comparison. receiving (S102) a respective beacon signal from two or more further wireless devices , each beacon signal comprising a cluster head capability metric ; comparing (S104) the cluster head capability metrics received from the two or more wireless devices; and selecting (S106) one of the two or more further wireless devices as the cluster head of the wireless device based on the comparison.
A medicament comprising, separately or together, (A) glycopyrrolate; and (B) a compound of formula I in free or salt or solvate form, wherein W is a group of formula wherein R 8 , R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H, R x and R y are both -CH 2 -, R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; for simultaneous, sequential or separate administration in the treatment of an inflammatory or obstructive airways disease. (A) glycopyrrolate; and (B) a compound of formula I in free or salt or solvate form, wherein W is a group of formula wherein R 8 , R 9 and R 10 are each H, R 1 is OH, R 2 and R 3 are each H, R x and R y are both -CH 2 -, R 4 and R 7 are each H and R 5 and R 6 are each CH 3 CH 2 -; for simultaneous, sequential or separate administration in the treatment of an inflammatory or obstructive airways disease.
An electrical switch comprises at least one fixed contact , a movable contact being movable between a closed position in which the movable contact makes contact to the fixed contact and an open position in which the movable contact is electrically isolated from the fixed contact ,at least one shutter element being movable in synchronism with the movable contact between an extended position in which the shutter element is positioned between the fixed contact and the movable contact when the movable contact is in the open position, and a contracted position in which the shutter element is positioned outside the patch of the movable contact allowing the movable contact to turn from the open position to the closed position, wherein the movable contact is enclosed in a housing comprising two opposite side panels and four side walls connecting peripheral edges of the side panels , a connection portion of a first fixed contact passing through a first side wall and a connection portion of a second fixed contact passing through a second side wall being opposite to and spaced apart from the first side wall in a longitudinal direction (Y-Y) of the housing , characterized in that the movable contact is supported on a rotatable roller and the roller is rotatably supported in the side panels of the housing , wherein an inner end of the shutter element is supported with an articulated joint (J10, J20) on the roller , and wherein an outer end of the shutter element is positioned in guide grooves formed in the side panels of the housing . at least one fixed contact , a movable contact being movable between a closed position in which the movable contact makes contact to the fixed contact and an open position in which the movable contact is electrically isolated from the fixed contact ,at least one shutter element being movable in synchronism with the movable contact between an extended position in which the shutter element is positioned between the fixed contact and the movable contact when the movable contact is in the open position, and a contracted position in which the shutter element is positioned outside the patch of the movable contact allowing the movable contact to turn from the open position to the closed position, wherein the movable contact is enclosed in a housing comprising two opposite side panels and four side walls connecting peripheral edges of the side panels , a connection portion of a first fixed contact passing through a first side wall and a connection portion of a second fixed contact passing through a second side wall being opposite to and spaced apart from the first side wall in a longitudinal direction (Y-Y) of the housing , characterized in that the movable contact is supported on a rotatable roller and the roller is rotatably supported in the side panels of the housing , wherein an inner end of the shutter element is supported with an articulated joint (J10, J20) on the roller , and wherein an outer end of the shutter element is positioned in guide grooves formed in the side panels of the housing .
A tire comprising an annular tread having a first circumferentially extending asymmetric shoulder groove having a radially angled axially inner sidewall with a first sidewall radial angle (β) in a range of from 0 degree to 10 degree, preferably from 3 to 7 degree or of 5 degrees, and a radially angled axially outer sidewall with a second sidewall radial angle (α) in a range of from 10 degree to 25 degree, preferably from 16 to 22 degree or of 19 degree; the tire further includes a first circumferential central groove or a first and a second circumferential central groove , characterized in that the first and/or the second circumferential central groove includes bridge structures at circumferential intervals about the respective circumferential groove and contoured pocket structures therebetween.
A device for joining workpieces by means of a laser beam, comprising a laser optics as well as a main fibre and a secondary fibre , wherein the main fibre is connected to a first laser beam source (LQ1) and a fibre coupling of the laser optics , characterized in in that the secondary fibre is arranged between a second laser beam source (LQ2) and a receptacle on a wire guide of the soldering material of the device, and in that the second laser beam source (LQ2) is a partial beam decoupling from the collimated laser beam.
An antenna comprising: an antenna assembly comprising a plurality of antenna columns arranged to be connected to form a perimeter about a central region, wherein each of the plurality of inter-connected antenna columns includes one or more radiating elements ; at least one power divider configured to distribute radio frequency, RF, signals received from a base station and combine signals received from at least one of the plurality of inter-connected antenna columns ; a plurality of respective enclosures housing the plurality of antenna columns respectively, wherein the at least one power divider is enclosed within one of the plurality of enclosures , wherein the antenna columns are physically secured to one another to provide a wrap-around antenna that is configured to wrap around a support structure , characterized in that one of the plurality of enclosures is connected to another enclosure of the plurality of enclosures via at least one hinge . an antenna assembly comprising a plurality of antenna columns arranged to be connected to form a perimeter about a central region, wherein each of the plurality of inter-connected antenna columns includes one or more radiating elements ; at least one power divider configured to distribute radio frequency, RF, signals received from a base station and combine signals received from at least one of the plurality of inter-connected antenna columns ; a plurality of respective enclosures housing the plurality of antenna columns respectively, wherein the at least one power divider is enclosed within one of the plurality of enclosures , wherein the antenna columns are physically secured to one another to provide a wrap-around antenna that is configured to wrap around a support structure , characterized in that one of the plurality of enclosures is connected to another enclosure of the plurality of enclosures via at least one hinge .
A method for operating a security tag comprising first and second Magnetic Attracting, MA, halves , the tag being configured to issue an alarm when the two MA halves of the security tag are pulled apart, the method comprising: wirelessly receiving at the security tag a signal sent from a remote device ; and preventing alarm issuance when the first and second MA halves of the security tag are pulled apart by deactivating alarm circuitry internal to the security tag in response to the security tag's reception of the signal. wirelessly receiving at the security tag a signal sent from a remote device ; and preventing alarm issuance when the first and second MA halves of the security tag are pulled apart by deactivating alarm circuitry internal to the security tag in response to the security tag's reception of the signal.
A foldable soft tissue repair system, comprising: a tissue augmentation scaffold having: a first layer of material; a tissue-facing surface ; and a second surface opposed to the tissue-facing surface, wherein the first layer of material includes one or more intrusion features forming at least one folding axis that spans at least a portion of a length of the material, and wherein the one or more intrusion features enables the tissue augmentation scaffold to be folded about the at least one folding axis to reduce an insertion profile of the tissue augmentation scaffold with respect to the at least one folding axis; wherein the tissue-facing surface defines a first intrusion feature along a first folding axis , the first intrusion feature being configured to bias folding of the material in a first direction, and wherein the second surface defines a second intrusion feature along a second folding axis , the second intrusion feature being configured to bias folding of the material in a second direction that is opposite the first direction; and wherein each of the one or more intrusion features defines cuts and/or cut-out channels in the material from a medial edge to a lateral edge along a respective folding axis. a tissue augmentation scaffold having: a first layer of material; a tissue-facing surface ; and a second surface opposed to the tissue-facing surface, a first layer of material; a tissue-facing surface ; and a second surface opposed to the tissue-facing surface, wherein the first layer of material includes one or more intrusion features forming at least one folding axis that spans at least a portion of a length of the material, and wherein the one or more intrusion features enables the tissue augmentation scaffold to be folded about the at least one folding axis to reduce an insertion profile of the tissue augmentation scaffold with respect to the at least one folding axis; wherein the tissue-facing surface defines a first intrusion feature along a first folding axis , the first intrusion feature being configured to bias folding of the material in a first direction, and wherein the second surface defines a second intrusion feature along a second folding axis , the second intrusion feature being configured to bias folding of the material in a second direction that is opposite the first direction; and
A bispecific antibody, comprising: (I) a first antigen-binding portion which specifically binds to WT1/HLA, comprising: (A) a heavy chain (HC) variable region comprising HC-CDR1, HC-CDR2 and HC-CDR3 respectively, comprising amino acid sequences SEQ ID NOS: 38, 39 and 40; and a light chain (LC) variable region comprising LC-CDR1, LC-CDR2 and LC-CDR3 respectively, comprising amino acid sequences selected from SEQ ID NOS: 44, 45 and 46; or (B) a VH and VL comprising first and second amino acid sequences, respectively, from SEQ ID NOS: 50 and 52; or (C) SEQ ID NO: 54; and (II) a second antigen-binding portion which specifically binds to CD3. (I) a first antigen-binding portion which specifically binds to WT1/HLA, comprising: (A) a heavy chain (HC) variable region comprising HC-CDR1, HC-CDR2 and HC-CDR3 respectively, comprising amino acid sequences SEQ ID NOS: 38, 39 and 40; and a light chain (LC) variable region comprising LC-CDR1, LC-CDR2 and LC-CDR3 respectively, comprising amino acid sequences selected from SEQ ID NOS: 44, 45 and 46; or (B) a VH and VL comprising first and second amino acid sequences, respectively, from SEQ ID NOS: 50 and 52; or (C) SEQ ID NO: 54; and (A) a heavy chain (HC) variable region comprising HC-CDR1, HC-CDR2 and HC-CDR3 respectively, comprising amino acid sequences SEQ ID NOS: 38, 39 and 40; and a light chain (LC) variable region comprising LC-CDR1, LC-CDR2 and LC-CDR3 respectively, comprising amino acid sequences selected from SEQ ID NOS: 44, 45 and 46; or (B) a VH and VL comprising first and second amino acid sequences, respectively, from SEQ ID NOS: 50 and 52; or (C) SEQ ID NO: 54; and (II) a second antigen-binding portion which specifically binds to CD3.