mhurhangee/patent-ind-claim-en huggingface dataset:
A device for recording electrical activity of and/or stimulating neural cells in a three-dimensional neural network, comprising: - a first compartment comprising a three-dimensional hydrogel or fibrous matrix configured to contain neurons and to maintain said neurons in said three-dimensional matrix, and - at least one microchannel extending from said first compartment and having dimensions allowing the extension of neurites from said first compartment into said microchannel and preventing the entry of the soma of neurons into said at least one microchannel , characterized in that said at least one microchannel comprises at least one microelectrode embedded therein and arranged to record electrical signals from and/or administer electrical pulses to neurites extending along said at least one microchannel , and that said three-dimensional matrix is configured to allow the cultivation of the cells without adhering or contacting the walls or boundary surfaces of the compartment . - a first compartment comprising a three-dimensional hydrogel or fibrous matrix configured to contain neurons and to maintain said neurons in said three-dimensional matrix, and - at least one microchannel extending from said first compartment and having dimensions allowing the extension of neurites from said first compartment into said microchannel and preventing the entry of the soma of neurons into said at least one microchannel , characterized in that said at least one microchannel comprises at least one microelectrode embedded therein and arranged to record electrical signals from and/or administer electrical pulses to neurites extending along said at least one microchannel , and that said three-dimensional matrix is configured to allow the cultivation of the cells without adhering or contacting the walls or boundary surfaces of the compartment .
Generator for producing electrical power with a stator and a rotor preferably for use in a wind turbine , - the stator comprising stacked lamination sheets and stator windings , - the rotor comprising magnets and being rotatable in circumferential direction , - the magnets and the stator windings facing each other via an air gap extending in circumferential direction , - the stator or a stator segment of the stator comprising first lamination sheets and second lamination sheets being stacked on each other, - the first lamination sheet comprising a first stator tooth area extending in radial direction from a first stator yoke area ; - the first stator tooth area comprising a closed first through-opening extending in radial direction , - the second lamination sheet comprising a second stator tooth area extending in radial direction from a second stator yoke area , - the second stator tooth area comprising a second through-opening extending in radial direction and comprising an air gap sided opening and non-air gap sided closed end (E4) at the stator tooth area , - the second stator yoke area comprising a third through-opening extending in radial direction and comprising an non-air gap sided opening and an air gap sided closed end (E3), characterized in that the first closed through opening of the first lamination sheet overlaps with the second through opening of the second lamination sheet being located adjacent to the first lamination sheet thus forming/buil ding a first fluid connection (320, E1, E4) in axial direction , the first closed through-opening of the first lamination sheet overlaps with the third through opening of the second lamination sheet being located adjacent to the first lamination sheet forming/building a second fluid connection (321, E2, E3) in axial direction . - the stator comprising stacked lamination sheets and stator windings , - the rotor comprising magnets and being rotatable in circumferential direction , - the magnets and the stator windings facing each other via an air gap extending in circumferential direction , - the stator or a stator segment of the stator comprising first lamination sheets and second lamination sheets being stacked on each other, - the first lamination sheet comprising a first stator tooth area extending in radial direction from a first stator yoke area ; - the first stator tooth area comprising a closed first through-opening extending in radial direction , - the second lamination sheet comprising a second stator tooth area extending in radial direction from a second stator yoke area , - the second stator tooth area comprising a second through-opening extending in radial direction and comprising an air gap sided opening and non-air gap sided closed end (E4) at the stator tooth area , - the second stator yoke area comprising a third through-opening extending in radial direction and comprising an non-air gap sided opening and an air gap sided closed end (E3),
An air conditioner for a railway vehicle, comprising: an indoor unit chamber (A) provided with an indoor fan; a device chamber (C) adjacent to the indoor unit chamber; and a partition plate that partitions the indoor unit chamber and the device chamber, wherein the partition plate has: a hole through which a wiring connecting the indoor unit chamber and the device chamber is passed; an indoor unit chamber side seal bearing unit provided on a surface of a side of the indoor unit chamber in a form of covering the hole; and a device chamber side seal bearing unit provided on a surface of a side of the device chamber in a form of covering the hole, and wherein the air conditioner is characterized in that : the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit form an accommodating unit configured to store a poured filler ; and the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit are filled with the poured filler in a state where the wiring penetrates through the hole. an indoor unit chamber (A) provided with an indoor fan; a device chamber (C) adjacent to the indoor unit chamber; and a partition plate that partitions the indoor unit chamber and the device chamber, wherein the partition plate has: a hole through which a wiring connecting the indoor unit chamber and the device chamber is passed; an indoor unit chamber side seal bearing unit provided on a surface of a side of the indoor unit chamber in a form of covering the hole; and a device chamber side seal bearing unit provided on a surface of a side of the device chamber in a form of covering the hole, and wherein the air conditioner is characterized in that : the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit form an accommodating unit configured to store a poured filler ; and the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit are filled with the poured filler in a state where the wiring penetrates through the hole. a hole through which a wiring connecting the indoor unit chamber and the device chamber is passed; an indoor unit chamber side seal bearing unit provided on a surface of a side of the indoor unit chamber in a form of covering the hole; and a device chamber side seal bearing unit provided on a surface of a side of the device chamber in a form of covering the hole, and wherein the air conditioner is characterized in that : the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit form an accommodating unit configured to store a poured filler ; and the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit are filled with the poured filler in a state where the wiring penetrates through the hole. the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit form an accommodating unit configured to store a poured filler ; and the indoor unit chamber side seal bearing unit and the device chamber side seal bearing unit are filled with the poured filler in a state where the wiring penetrates through the hole.
A packaging material for a power storage device, the packaging material comprising at least a slip agent layer , a substrate layer , an adhesive layer , a metal foil layer , a sealant adhesive layer , and a sealant layer in this order, characterized in that , the slip agent layer contains a fatty acid amide and a fatty acid bisamide, the fatty acid amide has a content in a range of 70 to 30 mass%, and the fatty acid bisamide has a content in a range of 30 to 70 mass%, based on the total mass of the fatty acid amide and the fatty acid bisamide. the slip agent layer contains a fatty acid amide and a fatty acid bisamide, the fatty acid amide has a content in a range of 70 to 30 mass%, and the fatty acid bisamide has a content in a range of 30 to 70 mass%, based on the total mass of the fatty acid amide and the fatty acid bisamide.
A light emitting device, comprising a first electrode and a second electrode facing each other, an emission layer disposed between the first electrode and the second electrode, the emission layer comprising quantum dots, and an electron auxiliary layer disposed between the emission layer and the second electrode, wherein the emission layer comprises a first surface facing the electron auxiliary layer and an opposite second surface, the quantum dots comprise a first organic ligand on a surface of the quantum dots, and in the emission layer, an amount of the first organic ligand in a portion adjacent to the first surface is greater than an amount of the first organic ligand in a portion adjacent to the second surface; wherein in the emission layer, the portion adjacent to the second surface further comprises a halogen; and wherein an amount of the halogen in the portion adjacent to the second surface is greater than in the portion adjacent to the first surface. a first electrode and a second electrode facing each other, an emission layer disposed between the first electrode and the second electrode, the emission layer comprising quantum dots, and an electron auxiliary layer disposed between the emission layer and the second electrode, wherein the emission layer comprises a first surface facing the electron auxiliary layer and an opposite second surface, the quantum dots comprise a first organic ligand on a surface of the quantum dots, and in the emission layer, an amount of the first organic ligand in a portion adjacent to the first surface is greater than an amount of the first organic ligand in a portion adjacent to the second surface; wherein in the emission layer, the portion adjacent to the second surface further comprises a halogen; and wherein an amount of the halogen in the portion adjacent to the second surface is greater than in the portion adjacent to the first surface.
Method for determining at least one geometric parameter (H, B, L, R, F) of a trailer of a vehicle/trailer combination with a motor vehicle and the trailer , in which the trailer is captured by at least one camera disposed at the motor vehicle and the geometric parameter (H, B, L, R, F) is determined depending thereon, characterized in that in the state of the trailer attached to the motor vehicle , at least one characteristic location of the trailer is captured in a relaxed state of an overrun brake of the trailer by said camera of the motor vehicle , and in a state of the trailer attached to the motor vehicle , at least the characteristic location of the trailer is captured in a tensioned state of said overrun brake of the trailer different from the relaxed state by said camera of the motor vehicle , and depending on the information of the characteristic location obtained in said relaxed state and said tensioned state of said overrun brake, the geometric parameter (H, B, L, R, F) of the trailer is determined.
Control device for operating a drive motor , in particular a BLDC drive motor based on a torque-forming current I q , in order to rotate a rotatably mounted laundry drum of a laundry care appliance according to a laundry care program which runs during operation, wherein the laundry care program comprises at least a first reversing cycle and a second reversing cycle, which comprise in each case an open-loop control phase (OL) and a closed-loop control phase (CL) of the rotation of the laundry drum, characterised in that the control device is embodied to detect a convergence value of the torque-forming current I q during the open-loop control phase (OL) of the first reversing cycle, and to set a reference value for the torque-forming current I q , which is based on the detected convergence value, in the open-loop control phase (OL) of the second reversing cycle. the control device is embodied to detect a convergence value of the torque-forming current I q during the open-loop control phase (OL) of the first reversing cycle, and to set a reference value for the torque-forming current I q , which is based on the detected convergence value, in the open-loop control phase (OL) of the second reversing cycle.
Distributor for material to be spread, in particular fertilizer spreader, having - a drive shaft which is configured to drive a centrifugal disc in a rotating manner, wherein the drive shaft has a recess extending between a first opening and a second opening ; and - a pressure source which is configured to provide a pressurizable actuating fluid; characterized by a fluid-conducting connection which connects the pressure source to the recess of the drive shaft in a fluid-conducting manner via the first opening of the drive shaft . - a drive shaft which is configured to drive a centrifugal disc in a rotating manner, wherein the drive shaft has a recess extending between a first opening and a second opening ; and - a pressure source which is configured to provide a pressurizable actuating fluid;
An organism inducing device , installed on an installation surface, comprising: a tile-shaped body ; a plurality of electrodes provided to a top surface of the tile-shaped body ; and a control means configured to separately control power to be supplied to each of the electrodes , using power supplied from a predetermined power source . a tile-shaped body ; a plurality of electrodes provided to a top surface of the tile-shaped body ; and a control means configured to separately control power to be supplied to each of the electrodes , using power supplied from a predetermined power source .
A shaping method of shaping a laminate that is formed in a flat shape by laminating a plurality of sheet-shaped composite materials each including a fiber base material and a resin material, the method comprising: a first shaping step (S104) of shaping the laminate along a fold line extending along a longitudinal direction of the laminate such that a first bending angle is formed between a first region (A1) and a second region (A2) that are disposed with the fold line interposed therebetween; and a second shaping step (S105) of shaping the laminate shaped in the first shaping step (S104) along the fold line such that a second bending angle smaller than the first bending angle is formed between the first region (A1) and the second region (A2), characterized in that , in the first shaping step (S104) and the second shaping step (S105), the laminate is shaped in a state where a temperature of the first region (A1) is maintained at a temperature lower than a softening point of the resin material and the second region (A2) is heated to a temperature equal to or higher than the softening point. a first shaping step (S104) of shaping the laminate along a fold line extending along a longitudinal direction of the laminate such that a first bending angle is formed between a first region (A1) and a second region (A2) that are disposed with the fold line interposed therebetween; and a second shaping step (S105) of shaping the laminate shaped in the first shaping step (S104) along the fold line such that a second bending angle smaller than the first bending angle is formed between the first region (A1) and the second region (A2), characterized in that , in the first shaping step (S104) and the second shaping step (S105), the laminate is shaped in a state where a temperature of the first region (A1) is maintained at a temperature lower than a softening point of the resin material and the second region (A2) is heated to a temperature equal to or higher than the softening point.
A computer-implemented method for tracking a companion animal and alerting an owner of the companion animal when the companion animal is lost, the method comprising: a server generating a web page associated with a near-field-communication (NFC) portion of an electronic tag , the electronic tag being coupled to the companion animal; the server generating a geo-fence associated with the electronic tag; the server monitoring the geo-fence to determine if the electronic tag has exited the geo-fence; the server sending a message to the web page if the electronic tag has exited the geo-fence; the server sending an alert to a portable computing device if the electronic tag has exited the geo-fence; the server sending a command to the electronic tag to change from a first rate to a second, faster rate for a device identifier reporting rate if the electronic tag has exited the geo-fence; and the server sending a command to the electronic tag to report its present battery level status to a communications network. a server generating a web page associated with a near-field-communication (NFC) portion of an electronic tag , the electronic tag being coupled to the companion animal; the server generating a geo-fence associated with the electronic tag; the server monitoring the geo-fence to determine if the electronic tag has exited the geo-fence; the server sending a message to the web page if the electronic tag has exited the geo-fence; the server sending an alert to a portable computing device if the electronic tag has exited the geo-fence; the server sending a command to the electronic tag to change from a first rate to a second, faster rate for a device identifier reporting rate if the electronic tag has exited the geo-fence; and the server sending a command to the electronic tag to report its present battery level status to a communications network.
A method for additive manufacturing , comprising: softening (S402) a first fiber composite filament ; heating (S403), with a laser , at least a portion of a second fiber composite filament ; after softening the first fiber composite filament, depositing (S401) the first fiber composite filament on the second fiber composite filament ; and flattening (S404) the first composite filament with a roller . softening (S402) a first fiber composite filament ; heating (S403), with a laser , at least a portion of a second fiber composite filament ; after softening the first fiber composite filament, depositing (S401) the first fiber composite filament on the second fiber composite filament ; and flattening (S404) the first composite filament with a roller .
A smartphone or other mobile computer device , general purpose or specialized, comprising: a configuration of the smartphone or other mobile computer device whereby the smartphone or other mobile computer device can actively control the configuration of one or more bladders, compartments, chambers or internal sipes located in either one or both of a sole or a removable sole insert of the footwear of a wearer, the one or more bladders, compartments, chambers, or sipes being configured for computer control, characterized in that the smartphone or other mobile computer device actively controls the configuration of the one or more bladders, compartments, chambers or internal sipes based on input from one or more sensors located in either one or both of a sole or a removable sole insert of the footwear of the wearer and from at least one sensor selected from a gyroscope and an accelerometer located in the smartphone or other mobile computer device or in another device or in an apparatus worn or carried by the wearer, attached to the wearer, or implanted in the wearer, the apparatus or the other device being separate from the footwear of the wearer. a configuration of the smartphone or other mobile computer device whereby the smartphone or other mobile computer device can actively control the configuration of one or more bladders, compartments, chambers or internal sipes located in either one or both of a sole or a removable sole insert of the footwear of a wearer, the one or more bladders, compartments, chambers, or sipes being configured for computer control, characterized in that the smartphone or other mobile computer device actively controls the configuration of the one or more bladders, compartments, chambers or internal sipes based on input from one or more sensors located in either one or both of a sole or a removable sole insert of the footwear of the wearer and from at least one sensor selected from a gyroscope and an accelerometer located in the smartphone or other mobile computer device or in another device or in an apparatus worn or carried by the wearer, attached to the wearer, or implanted in the wearer, the apparatus or the other device being separate from the footwear of the wearer.
A method comprising: providing , on a display, an object configured to be moved by a user along an axis on the display, wherein the display is used for displaying a plurality of video conference streams; associating a plurality of predefined template layouts with respective intervals along the axis, the template layouts defining different compositions for the plurality of video conference streams; detecting a user action on the object indicating a position on the axis; identifying an interval among the intervals within which the position is lying; selecting the template layout associated with the interval; and composing , in response to the selection of the template layout, a composite video signal using the selected template layout. providing , on a display, an object configured to be moved by a user along an axis on the display, wherein the display is used for displaying a plurality of video conference streams; associating a plurality of predefined template layouts with respective intervals along the axis, the template layouts defining different compositions for the plurality of video conference streams; detecting a user action on the object indicating a position on the axis; identifying an interval among the intervals within which the position is lying; selecting the template layout associated with the interval; and composing , in response to the selection of the template layout, a composite video signal using the selected template layout.
Method of limiting the deflection of a laser head during temperature changes, wherein the temperature difference between the upper wall and the lower wall of the laser head is reduced by metal plate parts with high thermal conductivity and low specific weight attached by a thermally conductive joint to the side walls connecting the upper wall and the lower wall of the laser head, wherein the upper wall is the warmest wall and the lower wall is the coldest wall during operation of the laser head, as the lower wall is connected via a low thermal resistance to a cooler for exchanging heat with the environment. $ the temperature difference between the upper wall and the lower wall of the laser head is reduced by metal plate parts with high thermal conductivity and low specific weight attached by a thermally conductive joint to the side walls connecting the upper wall and the lower wall of the laser head, wherein the upper wall is the warmest wall and the lower wall is the coldest wall during operation of the laser head, as the lower wall is connected via a low thermal resistance to a cooler for exchanging heat with the environment. $