mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an organic solar cell comprising: preparing a first electrode; preparing a solution including a solvent, a buffer material and a photoactive material; forming a buffer layer and a photoactive layer through coating of applying the solution on the first electrode and heat treating the result; and forming a second electrode on the photoactive layer, wherein the solvent includes a phase separation solvent for self-phase separation of the buffer layer and the photoactive layer, wherein the phase separation solvent has a boiling point of 200°C to 230°C and density of 1 g/cm 3 to 5 g/cm 3 , and wherein the phase separation solvent is included in 2% by weight to 8% by weight with respect to 100% by weight of the solution. preparing a first electrode; preparing a solution including a solvent, a buffer material and a photoactive material; forming a buffer layer and a photoactive layer through coating of applying the solution on the first electrode and heat treating the result; and forming a second electrode on the photoactive layer, wherein the solvent includes a phase separation solvent for self-phase separation of the buffer layer and the photoactive layer, wherein the phase separation solvent has a boiling point of 200°C to 230°C and density of 1 g/cm 3 to 5 g/cm 3 , and wherein the phase separation solvent is included in 2% by weight to 8% by weight with respect to 100% by weight of the solution.
Fixing unit suitable to be mounted in a non-circular opening (L) of a plate, for example the wall of a fence post (P), the fixing unit comprising: - an inner part with an abutment surface (AF) of non-circular outer contour; - a connecting bolt arranged to protrude from the abutment surface (AF), having an external thread, and connected to the inner part ; - an anti-rotation device which engages with the inner part ; wherein - the abutment surface (AF) of the fixing unit is formed by radial extensions projecting radially outwardly from a circle; and wherein A) the anti-rotation device is formed by an outer part which can be brought into engagement with the inner part ; the outer part has at least one axial extension which extends parallel to the connecting bolt and can be brought into engagement with the inner part ; and the axial extension is arranged adjacent to a radial extension in the use state of the fixing unit; or B) the anti-rotation device is formed by axial projections on the radial extensions, the axial projections in the state of use of the fixing unit remaining in extensions of the non-circular openings (L), in order to prevent a rotation of the inner part about its own axis. - an inner part with an abutment surface (AF) of non-circular outer contour; - a connecting bolt arranged to protrude from the abutment surface (AF), having an external thread, and connected to the inner part ; - an anti-rotation device which engages with the inner part ; wherein - the abutment surface (AF) of the fixing unit is formed by radial extensions projecting radially outwardly from a circle; and wherein A) the anti-rotation device is formed by an outer part which can be brought into engagement with the inner part ; the outer part has at least one axial extension which extends parallel to the connecting bolt and can be brought into engagement with the inner part ; and the axial extension is arranged adjacent to a radial extension in the use state of the fixing unit; or B) the anti-rotation device is formed by axial projections on the radial extensions, the axial projections in the state of use of the fixing unit remaining in extensions of the non-circular openings (L), in order to prevent a rotation of the inner part about its own axis. A) the anti-rotation device is formed by an outer part which can be brought into engagement with the inner part ; the outer part has at least one axial extension which extends parallel to the connecting bolt and can be brought into engagement with the inner part ; and the axial extension is arranged adjacent to a radial extension in the use state of the fixing unit; or B) the anti-rotation device is formed by axial projections on the radial extensions, the axial projections in the state of use of the fixing unit remaining in extensions of the non-circular openings (L), in order to prevent a rotation of the inner part about its own axis.
A prosthetic valve, comprising a body comprising at least two adjoined tubular members sealed at one end, wherein each sealed tubular member forms a leaflet; wherein the body comprises a first end, a second end, an outer surface, and annular region, and defines a longitudinal axis; wherein the at least two tubular members are aligned with the longitudinal axis; wherein each tubular member is fixedly attached to an adjacent tubular member along an adjoining exterior surface in a direction along the longitudinal axis such that portions of the exterior surface of the adjoined tubular members circumferentially form a wall of the body; wherein each tubular member is fixedly closed at the second end, the luminal surface of each tubular member defining a top surface of a leaflet, wherein the portions of the exterior surface at the first end of the adjoined tubular members that do not form the wall of the body define commissures. wherein the body comprises a first end, a second end, an outer surface, and annular region, and defines a longitudinal axis; wherein the at least two tubular members are aligned with the longitudinal axis; wherein each tubular member is fixedly attached to an adjacent tubular member along an adjoining exterior surface in a direction along the longitudinal axis such that portions of the exterior surface of the adjoined tubular members circumferentially form a wall of the body; wherein each tubular member is fixedly closed at the second end, the luminal surface of each tubular member defining a top surface of a leaflet, wherein the portions of the exterior surface at the first end of the adjoined tubular members that do not form the wall of the body define commissures.
A method to transmit a message from a first device (D1) to a remote server (RS), the first device having no connection with the remote server, wherein the first device comprises a Wireless transmitter, said Wireless transmitter having a first mode as client device mode and a second mode as hotspot mode, said method comprising: - in absence of a communication channel between the first device and the remote server in client device mode, changing the Wireless transmitter into hotspot mode, - detecting by a second device, comprising a relay application, the Wireless transmitter in hotspot mode of the first device, - connecting the second device to the Wireless transmitter of the first device,- detecting the second device (D2) by the first device, - establishing a communication channel between the first and the second device, - transferring the message from the first to the second device, said message comprising an address of the remote server, - storing, by the second device, the received message, so that when the second device moves to an area where a gateway (GW) is in range, the second device connects with the gateway and the relay application in the second device transmits the message to the remote server, - transferring, by the second device, the message to the remote server using the remote server address contained in the message. - in absence of a communication channel between the first device and the remote server in client device mode, changing the Wireless transmitter into hotspot mode, - detecting by a second device, comprising a relay application, the Wireless transmitter in hotspot mode of the first device, - connecting the second device to the Wireless transmitter of the first device,- detecting the second device (D2) by the first device, - establishing a communication channel between the first and the second device, - transferring the message from the first to the second device, said message comprising an address of the remote server, - storing, by the second device, the received message, so that when the second device moves to an area where a gateway (GW) is in range, the second device connects with the gateway and the relay application in the second device transmits the message to the remote server, - transferring, by the second device, the message to the remote server using the remote server address contained in the message.
An ice maker for a refrigerator, comprising: an ice tray having a plurality of cells open at an upper side thereof; and an ejector configured to remove ice formed in the cells and move said ice to the upper side of the ice tray ; characterized by : a transfer unit configured to transfer the removed ice from the upper side of the ice tray in the length direction of the ice tray to deposit the transferred ice into an ice bank . an ice tray having a plurality of cells open at an upper side thereof; and an ejector configured to remove ice formed in the cells and move said ice to the upper side of the ice tray ; characterized by : a transfer unit configured to transfer the removed ice from the upper side of the ice tray in the length direction of the ice tray to deposit the transferred ice into an ice bank .
A method for connecting a first cable to a second cable with an adhesive tape , comprising the following steps: - Arranging a free end region of the first cable, in particular a cable at the end of a cable chain of a plurality of cables connected to each other, parallel to and spaced from a first end region of the second cable; - Providing the adhesive tape , wherein the adhesive tape is folded in a longitudinal direction of the adhesive tape to form opening tabs at its first adhesive tape end and its second adhesive tape end opposite the first adhesive tape end such that an adhesively coated side of the adhesive tape partially adheres to itself; and - Enclosing a part of the free end region of the first cable and a part of the first end region of the second cable with the adhesive tape such that the free end region of the first cable - has a greater distance from the first adhesive tape end and the second adhesive tape end than the first end region of the second cable and - is detachably connected to the first end region of the second cable. - Arranging a free end region of the first cable, in particular a cable at the end of a cable chain of a plurality of cables connected to each other, parallel to and spaced from a first end region of the second cable; - Providing the adhesive tape , wherein the adhesive tape is folded in a longitudinal direction of the adhesive tape to form opening tabs at its first adhesive tape end and its second adhesive tape end opposite the first adhesive tape end such that an adhesively coated side of the adhesive tape partially adheres to itself; and - Enclosing a part of the free end region of the first cable and a part of the first end region of the second cable with the adhesive tape such that the free end region of the first cable - has a greater distance from the first adhesive tape end and the second adhesive tape end than the first end region of the second cable and - is detachably connected to the first end region of the second cable.
Tool positioning device for prepositioning a tool assembly , which is exchangeable into a work spindle of a woodworking machine , wherein the tool positioning device comprises a receiving means , which is mounted so as to be pivotable about a pivotal axis , for accommodating the tool assembly , as well as a pivot drive for pivoting the receiving means about the pivotal axis into predetermined angular positions, and wherein the tool assembly is exchangeable, by means of the tool positioning device , into the work spindle in different orientations relative to the work spindle , characterized in that the receiving means comprises a recess for a torque support arranged on the tool assembly .
Battery cell comprising at least one electrode unit having an anode , a cathode and a separator which is arranged between the anode and the cathode , wherein the separator has an electrically conductive core layer and at least one ionically permeable edge layer , characterized in that the electrically conductive core layer is in the form of a foamed metal foil.
A vibration-damping system for at least one turbomachine blade in a turbomachine , each turbomachine blade having a platform having a radially inner surface , the system comprising: a spacer axially adjacent the platform of the at least one turbomachine blade in the turbomachine , the spacer including a body having a gaspath facing surface forming a portion of an annulus for a working fluid flowpath; a damping element coupler on the body of the spacer ; and a vibration-damping element configured to couple to the damping element coupler , wherein the vibration-damping element and the damping element coupler are disposed to cause the vibration-damping element to engage the radially inner surface of the platform of the at least one turbomachine blade to dampen vibration of the at least one turbomachine blade during operation of the turbomachine . a spacer axially adjacent the platform of the at least one turbomachine blade in the turbomachine , the spacer including a body having a gaspath facing surface forming a portion of an annulus for a working fluid flowpath; a damping element coupler on the body of the spacer ; and a vibration-damping element configured to couple to the damping element coupler , wherein the vibration-damping element and the damping element coupler are disposed to cause the vibration-damping element to engage the radially inner surface of the platform of the at least one turbomachine blade to dampen vibration of the at least one turbomachine blade during operation of the turbomachine .
A self-adjusting sun shade assembly comprising: a pair of ribs defined by a first end and a second end ; a sail with a front edge comprising a channel sized and shaped to house each rib such that the ribs extend across the front edge; a mast comprising a first end and a second end ; and an anchor operably connected to the second end of the mast; characterized in that the self-adjusting sun shade assembly further comprises: a pivot cap to which the first end of each rib is attached and to which the first end of the mast is operably connected, wherein the pivot cap is configured to freely rotate about the mast in the assembled state; at least one support arm with a first end and a second end , wherein the first end of the support arm is attached to one of the ribs and the second end of the support arm is attached to a slider configured to move up and down the mast; and a tension adjuster that adjusts rotation of the pivot cap about the mast; wherein the pivot cap, ribs, slider, and support arms are configured to rotate about the mast in response to blowing of the wind. a pair of ribs defined by a first end and a second end ; a sail with a front edge comprising a channel sized and shaped to house each rib such that the ribs extend across the front edge; a mast comprising a first end and a second end ; and an anchor operably connected to the second end of the mast; characterized in that the self-adjusting sun shade assembly further comprises: a pivot cap to which the first end of each rib is attached and to which the first end of the mast is operably connected, wherein the pivot cap is configured to freely rotate about the mast in the assembled state; at least one support arm with a first end and a second end , wherein the first end of the support arm is attached to one of the ribs and the second end of the support arm is attached to a slider configured to move up and down the mast; and a tension adjuster that adjusts rotation of the pivot cap about the mast; wherein the pivot cap, ribs, slider, and support arms are configured to rotate about the mast in response to blowing of the wind. a pivot cap to which the first end of each rib is attached and to which the first end of the mast is operably connected, wherein the pivot cap is configured to freely rotate about the mast in the assembled state; at least one support arm with a first end and a second end , wherein the first end of the support arm is attached to one of the ribs and the second end of the support arm is attached to a slider configured to move up and down the mast; and a tension adjuster that adjusts rotation of the pivot cap about the mast; wherein the pivot cap, ribs, slider, and support arms are configured to rotate about the mast in response to blowing of the wind.
A process for the production of closed cell expanded material based on sulfone polymers, of the type that comprises an extrusion step in an extruder of virgin sulfone polymer with the injection of at least one expanding agent and in the presence of at least one nucleating agent, characterized in that it provides the recycling step of part of said closed cell expanded material which provides a recycled product , used as raw material to the extruder in combination with said virgin sulfone polymer , said recycled polymer being employed in an amount of 20 to 80% by weight, relative to the amount of the virgin polymer .
A battery cell sampling voltage compensation method , wherein a battery cell sampling voltage is measured using a voltage sampling apparatus, the voltage sampling apparatus is electrically connected to a plurality of battery cells connected in series in a battery pack, the battery pack comprises a plurality of modules, each module comprises a plurality of battery cells, at least one cross-module busbar connects different modules in the battery pack and is located in a sampling channel of the voltage sampling apparatus, and the method comprises the following steps: after confirming that all battery cells connected to the voltage sampling apparatus are in a normal state, charging or discharging the battery pack at a preset current to obtain sampling voltages of the plurality of battery cells using the voltage sampling apparatus; determining , based on the obtained sampling voltages of the plurality of battery cells, a battery cell requiring sampling voltage compensation in the plurality of modules, and calculating an impedance voltage of the cross-module busbar; and performing sampling voltage compensation on the battery cell requiring sampling voltage compensation based on the impedance voltage of the cross-module busbar. after confirming that all battery cells connected to the voltage sampling apparatus are in a normal state, charging or discharging the battery pack at a preset current to obtain sampling voltages of the plurality of battery cells using the voltage sampling apparatus; determining , based on the obtained sampling voltages of the plurality of battery cells, a battery cell requiring sampling voltage compensation in the plurality of modules, and calculating an impedance voltage of the cross-module busbar; and performing sampling voltage compensation on the battery cell requiring sampling voltage compensation based on the impedance voltage of the cross-module busbar.
A compact digital video camera, including: a housing generally having a front, a rear and four sides; at least one image sensor to convert light into electrical signals; an optical system associated with the image sensor ; a lens mount on the front of the housing for releasably engaging a lens or other optical module; at least one data processing unit to process image data received from the at least one image sensor; and a heat management system, which includes: at least one inlet and at least one outlet in the housing to enable air to flow through the housing; a first heat sink thermally connected to the at least one image sensor , and a second heat sink thermally connected to the at least one data processing unit ; and a fan configured to draw air into the housing through the at least one inlet over the inlet-side heat sink and push air over the outlet-side heat sink out the at least one outlet ; characterised in that the first heat sink is an inlet-side heat sink and the second heat sink is an outlet-side heat sink, said inlet-side heat sink being separated from the outlet-side heat sink ; and the at least one inlet and the at least one outlet are openings located on opposing sides of the housing, and the fan is a centrifugal fan, such that air is drawn into a front of the fan and pushed out one side of the fan. a housing generally having a front, a rear and four sides; at least one image sensor to convert light into electrical signals; an optical system associated with the image sensor ; a lens mount on the front of the housing for releasably engaging a lens or other optical module; at least one data processing unit to process image data received from the at least one image sensor; and a heat management system, which includes: at least one inlet and at least one outlet in the housing to enable air to flow through the housing; a first heat sink thermally connected to the at least one image sensor , and a second heat sink thermally connected to the at least one data processing unit ; and a fan configured to draw air into the housing through the at least one inlet over the inlet-side heat sink and push air over the outlet-side heat sink out the at least one outlet ; characterised in that at least one inlet and at least one outlet in the housing to enable air to flow through the housing; a first heat sink thermally connected to the at least one image sensor , and a second heat sink thermally connected to the at least one data processing unit ; and a fan configured to draw air into the housing through the at least one inlet over the inlet-side heat sink and push air over the outlet-side heat sink out the at least one outlet ; the first heat sink is an inlet-side heat sink and the second heat sink is an outlet-side heat sink, said inlet-side heat sink being separated from the outlet-side heat sink ; and the at least one inlet and the at least one outlet are openings located on opposing sides of the housing, and the fan is a centrifugal fan, such that air is drawn into a front of the fan and pushed out one side of the fan.