mhurhangee/patent-ind-claim-en huggingface dataset:
A functional part , being an adhesive film configured to encapsulate a cell string that comprises a plurality of cells in a photovoltaic module, or being a cover plate configured to form the photovoltaic module with the cell string, wherein adjacent cells share an overlapped region, the functional part having a first surface facing the cell string and a second surface opposite to the first surface , wherein the functional part comprises: at least one groove extending from the first surface towards the second surface , and a position of each groove facing to a position of at least one overlapped region; wherein the first surface comprises a central region (I) and a peripheral region (II) located at an outer side of the central region (I); wherein a portion of the at least one groove is located in the peripheral region (II), another portion of the at least one groove is located in the central region (I), each groove facing to a respective overlapped region located in the peripheral region (II) has a first capacity, characterized in that each groove facing to a respective overlapped region located in the central region (I) has a second capacity, and the first capacity is larger than the second capacity. at least one groove extending from the first surface towards the second surface , and a position of each groove facing to a position of at least one overlapped region; wherein the first surface comprises a central region (I) and a peripheral region (II) located at an outer side of the central region (I); wherein a portion of the at least one groove is located in the peripheral region (II), another portion of the at least one groove is located in the central region (I), each groove facing to a respective overlapped region located in the peripheral region (II) has a first capacity, characterized in that each groove facing to a respective overlapped region located in the central region (I) has a second capacity, and the first capacity is larger than the second capacity.
A device for controlling the flow of a fluid through a conduit from an upstream side of the device to a downstream side of the device, the device comprising: a valve aperture ; a cylindrical mounting member arranged on the downstream side of the valve aperture; a valve member movably mounted on the outside of the cylindrical mounting member and arranged to move reciprocally to selectively open and close the valve aperture, thereby controlling flow of the fluid through the valve aperture; a control volume defined between the cylindrical mounting member and the valve member; and an arrangement for introducing a control pressure (P 4 ) into the control volume; a seal arranged between the outer surface of the cylindrical mounting member and the inner surface of the valve member for substantially sealing the control volume; characterised in that the valve member is acted upon by the pressure on the upstream side and the control pressure so as to be moved by the difference between these pressures. a valve aperture ; a cylindrical mounting member arranged on the downstream side of the valve aperture; a valve member movably mounted on the outside of the cylindrical mounting member and arranged to move reciprocally to selectively open and close the valve aperture, thereby controlling flow of the fluid through the valve aperture; a control volume defined between the cylindrical mounting member and the valve member; and an arrangement for introducing a control pressure (P 4 ) into the control volume; a seal arranged between the outer surface of the cylindrical mounting member and the inner surface of the valve member for substantially sealing the control volume;
A horology display mobile comprising at least one resilient strip intended to be returned to a rest position close to a display axis (DA), to cooperate in friction drive with an arbor comprised in a carrier mobile of a movement or of a horology mechanism, about said display axis (DA), in which said display mobile comprises a flange comprising, facing each said resilient strip , an opening arranged for the insertion and guiding of a tool operated by an operator or by an automated manipulator, to enable said tool to move said resilient strip away from its rest position and to insert said display mobile on a said arbor when said resilient strip is sufficiently far away to allow said mobile to pass through, and to ensure a constant friction value of all of said resilient strips on said arbor when said resilient strips are in frictional cooperation with said arbor and when said tool is no longer in contact with said resilient strips , and in which all said resilient strips comprised in said display mobile are part of a single resilient one-piece structure , said resilient one-piece structure comprising indexing elements arranged to cooperate with complementary indexing elements comprised in said flange for their interlocking rotation when said resilient strips are in frictional cooperation with said arbor and when said tool is no longer in contact with said resilient strips , characterised in that said resilient one-piece structure is arranged to be pivotally mounted on said flange to enable greater radial expansion of said resilient strips with respect to said display axis (DA).
A tissue interface configured to be positioned at a tissue site, the tissue interface comprising: a first tissue interface layer having a surface adapted to promote granulation of tissue when placed on tissue under negative pressure; a second tissue interface layer ; and a first bonding layer positioned between the first tissue interface layer and the second tissue interface layer and having a bonding strength for coupling the first tissue interface layer to the second tissue interface layer , wherein the bonding strength is sufficiently weak for allowing the first tissue interface layer to be separated from the second tissue interface layer when a force greater than the bonding strength is applied to pull the first tissue interface layer away from the second tissue interface layer , wherein the first bonding layer comprises an adhesive, characterized in that the bonding strength of the first bonding layer is between 1.0N per mm 2 and 1.5N per mm 2 when cured. a first tissue interface layer having a surface adapted to promote granulation of tissue when placed on tissue under negative pressure; a second tissue interface layer ; and a first bonding layer positioned between the first tissue interface layer and the second tissue interface layer and having a bonding strength for coupling the first tissue interface layer to the second tissue interface layer , wherein the bonding strength is sufficiently weak for allowing the first tissue interface layer to be separated from the second tissue interface layer when a force greater than the bonding strength is applied to pull the first tissue interface layer away from the second tissue interface layer , wherein the first bonding layer comprises an adhesive, characterized in that the bonding strength of the first bonding layer is between 1.0N per mm 2 and 1.5N per mm 2 when cured.
A method of operating an agricultural system for forming and / or wrapping a bale of crop, the method comprising - moving an agricultural apparatus over a field, the agricultural apparatus configured for at least one of forming and wrapping a bale of crop; - preparing, by the agricultural apparatus, a bale of crop; - observing surroundings in a vicinity of the agricultural apparatus by an observation system while the agricultural apparatus is moving over the field; - generating, by the observation system , observation data indicating whether a first bale dropped before to the field is located in the vicinity of the agricultural apparatus; - processing the observation data by a data processing unit ; - determining, by the data processing unit , if the first bale dropped before is present in the vicinity; and - dropping the bale from the baling apparatus to the field in response to said determining, the dropping further comprising receiving bale drop control data defining one or more conditions for actual bale dropping, and dropping the bale in response to the bale drop control data, wherein the one or more conditions comprise at least one of the following conditions: a time delay with regard to determining the first bale dropped before from the observation data, and a distance definition in relation to the location where the first bale dropped before determined from the observation data. - moving an agricultural apparatus over a field, the agricultural apparatus configured for at least one of forming and wrapping a bale of crop; - preparing, by the agricultural apparatus, a bale of crop; - observing surroundings in a vicinity of the agricultural apparatus by an observation system while the agricultural apparatus is moving over the field; - generating, by the observation system , observation data indicating whether a first bale dropped before to the field is located in the vicinity of the agricultural apparatus; - processing the observation data by a data processing unit ; - determining, by the data processing unit , if the first bale dropped before is present in the vicinity; and - dropping the bale from the baling apparatus to the field in response to said determining, the dropping further comprising receiving bale drop control data defining one or more conditions for actual bale dropping, and dropping the bale in response to the bale drop control data, wherein the one or more conditions comprise at least one of the following conditions: a time delay with regard to determining the first bale dropped before from the observation data, and a distance definition in relation to the location where the first bale dropped before determined from the observation data.
An exposure process for at least one region of a face, known as the front face , an electronic device , the process including the following stages: a) A bonding stage for at least one cover on the front face , the bonding being undertaken such that the cover forms a closed cavity with the region , advantageously hermetically sealed; b) Formation of an encapsulation coating , of thickness E1, covering the front face and the at least one cover ; c) A thinning stage for the encapsulation coating , the thinning stage including removal of a removal thickness E2, which is less than thickness E1, of the encapsulation coating , the removal thickness E2 being adapted such that an opening is formed in the cover . a) A bonding stage for at least one cover on the front face , the bonding being undertaken such that the cover forms a closed cavity with the region , advantageously hermetically sealed; b) Formation of an encapsulation coating , of thickness E1, covering the front face and the at least one cover ; c) A thinning stage for the encapsulation coating , the thinning stage including removal of a removal thickness E2, which is less than thickness E1, of the encapsulation coating , the removal thickness E2 being adapted such that an opening is formed in the cover .
Ball track milling machine for producing ball tracks in workpieces for homokinetic joints, comprising - a tool spindle which can be rotated about a tool spindle axis (WSA), and - a ball track milling tool (4, 5; 20) which is held on the tool spindle , characterized in that the ball track milling machine comprises a rotary holder on which at least two rotary positioning devices (11a-11d) are arranged, wherein each rotary positioning device (11a-11d) comprises a workpiece holder (12a-12d), in that the rotary holder is designed such that it can be pivoted about a rotary holder axis (DA), so that each of the workpiece holders (12a-12d) can be pivoted at least between a machining position (BP) and a transfer position (TP), wherein a workpiece arranged on a workpiece holder (12a-12d) can be machined by means of the ball track milling tool (4, 5; 20) when the workpiece holder (12a-12d) is in the machining position (BP), and in that , by means of a respective rotary positioning device (11a-11d), a rotary position of the workpiece holder (12a-12d) about a positioning axis (PAa-PAd) can be variably adjusted relative to the rotary holder , wherein the rotary position of the workpiece holder (12a-12d) relative to the rotary holder can be locked at the machining position (BP) for machining with the ball track milling tool (4, 5; 20). - a tool spindle which can be rotated about a tool spindle axis (WSA), and - a ball track milling tool (4, 5; 20) which is held on the tool spindle , in that the ball track milling machine comprises a rotary holder on which at least two rotary positioning devices (11a-11d) are arranged, wherein each rotary positioning device (11a-11d) comprises a workpiece holder (12a-12d), in that the rotary holder is designed such that it can be pivoted about a rotary holder axis (DA), so that each of the workpiece holders (12a-12d) can be pivoted at least between a machining position (BP) and a transfer position (TP), wherein a workpiece arranged on a workpiece holder (12a-12d) can be machined by means of the ball track milling tool (4, 5; 20) when the workpiece holder (12a-12d) is in the machining position (BP), and in that , by means of a respective rotary positioning device (11a-11d), a rotary position of the workpiece holder (12a-12d) about a positioning axis (PAa-PAd) can be variably adjusted relative to the rotary holder , wherein the rotary position of the workpiece holder (12a-12d) relative to the rotary holder can be locked at the machining position (BP) for machining with the ball track milling tool (4, 5; 20).
A method of contrast enhancement of a three-dimensional light sheet microscopy image formed from N individual images each corresponding to a light sheet plane and spaced apart from each other in the z-direction by at least a distance d, the x/y-plane being the light sheet plane and the z-direction being the propagation direction of the light sheet of the light sheet plane, comprising: Deconvolution of the three-dimensional image in the z-direction, comprising: For each intensity vector of N intensities (I x,y,1 , ... , I x,y,N ) having the same x/y value, performing a multiplication with a tridiagonal N X N deconvolution matrix, which assigns to each voxel (x, y, n) a correction parameter f1, with which, by the multiplication of the deconvolution matrix with the intensity vector (I x,y,1 , ... , I x,y,N ), for a component I(x, y, n) of the intensity vector the intensities I(x, y,n+1) and I(x, y,n-1) of the corresponding voxels of the neighboring image plane are multiplied, before they are subtracted from the intensity value I(x, y,n), wherein the distance between two light sheet planes is larger than the half-width of the point spread function in the z-direction. Deconvolution of the three-dimensional image in the z-direction, comprising: For each intensity vector of N intensities (I x,y,1 , ... , I x,y,N ) having the same x/y value, performing a multiplication with a tridiagonal N X N deconvolution matrix, which assigns to each voxel (x, y, n) a correction parameter f1, with which, by the multiplication of the deconvolution matrix with the intensity vector (I x,y,1 , ... , I x,y,N ), for a component I(x, y, n) of the intensity vector the intensities I(x, y,n+1) and I(x, y,n-1) of the corresponding voxels of the neighboring image plane are multiplied, before they are subtracted from the intensity value I(x, y,n), wherein the distance between two light sheet planes is larger than the half-width of the point spread function in the z-direction.
A cassette for use in dispensing a pleated tubing , comprising: an annular body having a generally U shaped housing comprising a central cylindrical core , and an inner wall , wherein the inner wall defines the central cylindrical core ; and an annular cover extending inward over the annular body defining a gap, the annular cover being secured to the annular body , characterised by : the annular body further comprising an angular wall , wherein the angular wall is connected to the inner wall , to form a lower inclined surface of the generally U shaped housing; and at least one aperture provided in the angular wall in the annular body . an annular body having a generally U shaped housing comprising a central cylindrical core , and an inner wall , wherein the inner wall defines the central cylindrical core ; and an annular cover extending inward over the annular body defining a gap, the annular cover being secured to the annular body , characterised by : the annular body further comprising an angular wall , wherein the angular wall is connected to the inner wall , to form a lower inclined surface of the generally U shaped housing; and at least one aperture provided in the angular wall in the annular body . the annular body further comprising an angular wall , wherein the angular wall is connected to the inner wall , to form a lower inclined surface of the generally U shaped housing; and at least one aperture provided in the angular wall in the annular body .
A bowed rotor prevention system (101;101A;200) for a gas turbine engine of an aircraft, the bowed rotor prevention system (101;101A;200) comprising: an engine accessory gearbox ; an engine accessory (120;157) comprising a pump or a starter; a gear train (154;53) coupled through the engine accessory (120;157) to the engine accessory gearbox that is further configured to be coupled to a starting spool of the engine , wherein the gear train comprises a transmission with an epicyclic gear set coupled to a drive portion of the engine accessory (120;157); and a bowed rotor prevention motor configured to drive rotation of the starting spool of the gas turbine engine through the drive portion of the engine accessory and the gear train (154;53) upon engine shutdown, wherein the transmission is interposed between the bowed rotor prevention motor and the engine accessory gearbox . an engine accessory gearbox ; an engine accessory (120;157) comprising a pump or a starter; a gear train (154;53) coupled through the engine accessory (120;157) to the engine accessory gearbox that is further configured to be coupled to a starting spool of the engine , wherein the gear train comprises a transmission with an epicyclic gear set coupled to a drive portion of the engine accessory (120;157); and a bowed rotor prevention motor configured to drive rotation of the starting spool of the gas turbine engine through the drive portion of the engine accessory and the gear train (154;53) upon engine shutdown, wherein the transmission is interposed between the bowed rotor prevention motor and the engine accessory gearbox .
A crystalline molecular sieve having a mole ratio greater than 100 of silicon oxide to aluminum oxide and having, after calcination, the following X-ray diffraction lines: 2 Theta (a) d-spacing (Angstroms) Relative Integrated Intensity (%) 7.98 11.07 M 8.70 10.16 VS 8.89 9.93 S 9.08 9.74 S 14.02 6.31 W 14.93 5.93 M 16.03 5.52 M 23.26 3.82 VS 23.95 3.71 W 24.08 3.69 M (a) ± 0.1
Three-dimensionally shaped superconducting coil device having at least one coil winding (21, 21a-21d), comprising at least one turn (w) of a superconducting strip conductor , - wherein the strip conductor has a first and a second main face, - wherein the coil winding (21, 21a-21d) has at least one turning region , in which the strip conductor is bent such that, in this turning region , it has a change of direction in its longitudinal direction (a1, a2) and simultaneously changes the orientation of its two main faces with respect to a central axis (A) of the coil device , - characterized in that the at least one coil winding (21, 21a-21d) has two longitudinal limbs , which extend along the central axis (A) of the coil device , has two axially terminal transverse limbs , which connect the two longitudinal limbs to each other in their two axial end regions, and, in the transition regions between the longitudinal limbs and the transverse limbs , has a total of four turning regions , so that the two longitudinal limbs of one winding are connected to two axially terminal transverse limbs by means of one of the turning regions in each case. - wherein the strip conductor has a first and a second main face, - wherein the coil winding (21, 21a-21d) has at least one turning region , in which the strip conductor is bent such that, in this turning region , it has a change of direction in its longitudinal direction (a1, a2) and simultaneously changes the orientation of its two main faces with respect to a central axis (A) of the coil device , - characterized in that the at least one coil winding (21, 21a-21d) has two longitudinal limbs , which extend along the central axis (A) of the coil device , has two axially terminal transverse limbs , which connect the two longitudinal limbs to each other in their two axial end regions, and, in the transition regions between the longitudinal limbs and the transverse limbs , has a total of four turning regions , so that the two longitudinal limbs of one winding are connected to two axially terminal transverse limbs by means of one of the turning regions in each case.
A direct drive wind power turbine comprising a supporting frame ; a rotary electric machine; and a blade assembly rotating about an axis of rotation (A); the rotary electric machine comprising a tubular stator comprising a plurality of stator segments ; a tubular rotor which comprises a plurality of rotor segments , is located inside the tubular stator , and rotates about an axis of rotation (A) with respect to the tubular stator ; a sleeve located partly inside the tubular rotor and connected to the supporting frame of the wind power turbine ; and a bearing located inside and fixed to the sleeve , and which supports the tubular rotor rotating with respect to the sleeve , wherein the sleeve comprises a first end ring designed for connection to the supporting frame of the wind power turbine ; a second end ring smaller than the first end ring and designed to house the bearing ; and a connecting portion connecting the first and second end ring ; wherein the tubular stator is fitted to and projects from the sleeve , and comprises a tubular stator member designed to support the plurality of stator segments along its inner face; and a plurality of arms arranged about the first end ring to connect one end of the tubular stator member to the sleeve .
An infusion system comprising: a frame that carries a beta detector , a gamma detector , and a controller communicatively coupled to the beta detector and the gamma detector , wherein the frame is further configured to receive a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, and characterised in that the controller is configured to determine an activity of rubidium in the radioactive eluate based on the beta emissions measured by the beta detector and determine an activity of strontium in the radioactive eluate based on the gamma emissions measured by the gamma detector . a frame that carries a beta detector , a gamma detector , and a controller communicatively coupled to the beta detector and the gamma detector , wherein the frame is further configured to receive a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, and characterised in that the controller is configured to determine an activity of rubidium in the radioactive eluate based on the beta emissions measured by the beta detector and determine an activity of strontium in the radioactive eluate based on the gamma emissions measured by the gamma detector .