mhurhangee/patent-ind-claim-en huggingface dataset:
Illumination device comprising an elongate strain relief element and an elongate light strip which carries a large number of electrically operable lamps arranged one behind the other in the extension direction thereof, the strain relief element and the light strip , in a parallel position relative to one another, being surrounded by a transparent, flexible sheath , the sheath having a first chamber in which the light strip is located, and a second chamber which is separated from the first chamber by at least one partition and in which the strain relief element is located, characterised in that a) the sheath is a tube having a plurality of lumens extending in the extension direction thereof, b) one of the lumens forming the first chamber and a second lumen forming the second chamber , c) the two chambers each having assembly slots which can be closed by means of laser welding or ultrasonic welding, d) the assembly slot associated with the first chamber having been closed after the light strip has been inserted into the first chamber . a) the sheath is a tube having a plurality of lumens extending in the extension direction thereof, b) one of the lumens forming the first chamber and a second lumen forming the second chamber , c) the two chambers each having assembly slots which can be closed by means of laser welding or ultrasonic welding, d) the assembly slot associated with the first chamber having been closed after the light strip has been inserted into the first chamber .
Method for recording at least one scattering parameter of the scattered particles of a scatterable material in a field, wherein the scatterable material is dispensed by a preferably agricultural work machine , wherein the at least one scattering parameter of the scattered particles of the scatterable material is recorded by at least one preferably substantially vertical take-off and landing, preferably autonomously acting, unmanned aerial vehicle (UAV) that has at least one unit for recording at least one scattering parameter of the scattered particles of a scatterable material, that has a unit for transmitting and/or receiving control signals from a and/or to a base station and/or agricultural work machine and at least one unit for sending the recorded data to a base station and/or to an agricultural work machine and that has a position determination unit, that scattering parameters of the scattered particles of a scatterable material are the scattering distance(s) and/or the distribution of the dispensed granular scattered material particles of scatterable material, wherein the machine driver lays out test mats or test panels or foam and/or colourant at defined positions, by way of which the scattered material particles of the scatterable material are then dispensed and at least partly caught and/or retained, wherein the at least one unmanned aerial vehicle (UAV) takes over the determination of the positions for laying out test mats or panels or foam and/or colourants and marks the determined positions with suitable means for the machine driver.
A keyboard for use with a computing device , the keyboard comprising: a plurality of rows of keys with each of the rows of keys including a plurality of keys, wherein: one of the keys is a launch key that, when selected, causes a processor of the computing device to display one or more virtual keys (280 to 288) for selection on a display of the computing device , characterised in that : the virtual keys include keys not included on the keyboard one or more of the virtual keys include a character and a number on the virtual key, and the character on the virtual key is input in response to a selection of the number key on the keyboard corresponding to the number on the virtual key. one of the keys is a launch key that, when selected, causes a processor of the computing device to display one or more virtual keys (280 to 288) for selection on a display of the computing device , characterised in that : the virtual keys include keys not included on the keyboard one or more of the virtual keys include a character and a number on the virtual key, and the character on the virtual key is input in response to a selection of the number key on the keyboard corresponding to the number on the virtual key. the virtual keys include keys not included on the keyboard one or more of the virtual keys include a character and a number on the virtual key, and the character on the virtual key is input in response to a selection of the number key on the keyboard corresponding to the number on the virtual key.
A display method, applied to an electronic device configured with a foldable screen, wherein the foldable screen comprises a first display area and a second display area, wherein the first display area is a display area of the foldable screen in a folded state, and the second display area is another display area of the foldable screen in the folded state; the first display area is a display area of the foldable screen in a folded state, and the second display area is an entire display area of the foldable screen in an expanded state; or the first display area is an entire display area of the foldable screen in an expanded state, and the second display area is another display area of the foldable screen in a folded state; and the method comprises: determining (S1501) the first display area as a display area at which a user gazes; obtaining (S 1502) information about a notch area of the first display area; adjusting (S1503) a display area of an application interface based on the information about the notch area of the first display area, wherein the application interface is an interface that is being presented in the second display area; and presenting (S1504) an adjusted application interface in the first display area. determining (S1501) the first display area as a display area at which a user gazes; obtaining (S 1502) information about a notch area of the first display area; adjusting (S1503) a display area of an application interface based on the information about the notch area of the first display area, wherein the application interface is an interface that is being presented in the second display area; and presenting (S1504) an adjusted application interface in the first display area.
Minicomputer , in particular a smart watch or smart device, comprising a processor and a display unit and a communication unit and including a haptic operating device , the haptic operating device comprising a rotatable rotating unit and a controllable transmission apparatus so that the resistance to rotation is dynamically variable as the rotating unit rotates, the transmission apparatus comprising at least two components provided for coupling, the coupling intensity of which can be influenced, wherein a magnetorheological medium having magnetically polarizing particles which can be influenced by a magnetic field is disposed in a duct for influencing the coupling intensity between the components provided for coupling, and wherein at least one magnetic field generating device is provided for generating at least one magnetic field so as to influence the magnetorheological medium by means of the magnetic field , wherein a main body is coupled with one of the two components and the rotating unit , with the other of the two components , wherein at least one rotatable transmission member is provided in the duct as a magnetic field concentrator, wherein the rotatable transmission member is caused to rotate by way of rotational movement of at least one of the components provided for coupling, characterized in that the main body comprises a base plate and a takeup housing and wherein the takeup housing rotatably accommodates a shaft and wherein the magnetorheological medium is accommodated between the main body and the shaft , and that in a radially inwardly region a circulating ring which is non-rotatably connected with the shaft and separated therefrom by an axial gap follows the takeup housing , and that the takeup housing and the circulating ring are made of a material whose magnetic conductivity is better than that of the base plate .
A method for determining a property of at least one particle (P) in a medium (M), comprising: providing a sample of the medium (M) containing said at least one particle (P); emitting, with a light source , a coherent light beam to irradiate the sample , wherein a first part of the light beam is scattered by the at least one particle (P) to create a scattered light beam ; recording, with a camera , an interference image of the scattered light beam and a second part of the light beam that has not been scattered by the at least one particle (P); computing (S 1 ), with a processor , for each one of a plurality of positions which are three-dimensionally distributed within the sample , an electric field (E 1 ) of the first part of the light beam at that position from the interference image ; generating (S 2 ), with the processor , a representation of the sample covering said positions and comprising, for each of said positions , a phase value (ξ), determined from the computed electric field (E 1 ) and from an estimated electric field (E 2 ) of the second part of the light beam both at that position , and an intensity value (I), determined from the intensity (I 1 ) of the first part of the light beam and from the determined phase value (ξ) both at that position ; and determining (S 3 ), with the processor , said property using the representation . providing a sample of the medium (M) containing said at least one particle (P); emitting, with a light source , a coherent light beam to irradiate the sample , wherein a first part of the light beam is scattered by the at least one particle (P) to create a scattered light beam ; recording, with a camera , an interference image of the scattered light beam and a second part of the light beam that has not been scattered by the at least one particle (P); computing (S 1 ), with a processor , for each one of a plurality of positions which are three-dimensionally distributed within the sample , an electric field (E 1 ) of the first part of the light beam at that position from the interference image ; generating (S 2 ), with the processor , a representation of the sample covering said positions and comprising, for each of said positions , a phase value (ξ), determined from the computed electric field (E 1 ) and from an estimated electric field (E 2 ) of the second part of the light beam both at that position , and an intensity value (I), determined from the intensity (I 1 ) of the first part of the light beam and from the determined phase value (ξ) both at that position ; and determining (S 3 ), with the processor , said property using the representation .
Device for connecting the shield of a high-voltage cable having a cable intrinsic capacitance (Cc) with a ground , comprising a device capacitance (C10, C20, C30) and an inductance (L10, L20, L30), whereby the device capacitance (C10, C20, C30) and the inductance (L10, L20, L30) are connected between the shield and the ground , characterized in that the device capacitance (C10, C20, C30) and the inductance (L10, L20, L30) are connected in series, and in that the values of the inductance (L10, L20, L30) and the device capacitance (C10, C20, C30) are selected in such a way that the resonant frequency F of the device +/- 10Hz, advantageously +/- 5Hz, even more advantageously +/- 2Hz, is set equal to the fundamental frequency F1 of the high-voltage network in which the high-voltage cable is used, and in such a way that the lowest resonant frequency F2 of the series connection out of the device and the cable intrinsic capacitance (Cc) is greater than a frequency predetermined by the operator of the high-voltage network, and such that the lowest resonant frequency F2 of the series connection of the device and the cable intrinsic capacitance (Cc) is greater than a limit frequency Fg predetermined by the operator of the high-voltage network, above which network elements of the high-voltage network may not behave actively. characterized in that the device capacitance (C10, C20, C30) and the inductance (L10, L20, L30) are connected in series, and in that the values of the inductance (L10, L20, L30) and the device capacitance (C10, C20, C30) are selected in such a way that the resonant frequency F of the device +/- 10Hz, advantageously +/- 5Hz, even more advantageously +/- 2Hz, is set equal to the fundamental frequency F1 of the high-voltage network in which the high-voltage cable is used, and in such a way that the lowest resonant frequency F2 of the series connection out of the device and the cable intrinsic capacitance (Cc) is greater than a frequency predetermined by the operator of the high-voltage network, and such that the lowest resonant frequency F2 of the series connection of the device and the cable intrinsic capacitance (Cc) is greater than a limit frequency Fg predetermined by the operator of the high-voltage network, above which network elements of the high-voltage network may not behave actively.
A mercaptonicotinic acid compound, a pharmaceutically acceptable salt, ester, or solvate thereof selected from:
A method for providing interactive user controls in a geographic application, the method comprising: providing , by one or more processors via a user interface , a digital map of a geographic area within a viewport , wherein the viewport defines a viewable portion of the digital map; repositioning , by the one or more processors , the viewport relative to the digital map in accordance with user commands provided via the user interface ; in response to detecting , by the one or more processors , a sequence of user commands that cause a continuous movement of the viewport in a general direction, determining , by the one or more processors , a geographic place located in the general direction of the continuous movement of the viewport , wherein the geographic place is located outside the geographic area represented by the digital map provided within the viewport ; and providing , by the one or more processors via the user interface , an interactive control for directly positioning the viewport over a portion of the digital map representing the geographic place. providing , by one or more processors via a user interface , a digital map of a geographic area within a viewport , wherein the viewport defines a viewable portion of the digital map; repositioning , by the one or more processors , the viewport relative to the digital map in accordance with user commands provided via the user interface ; in response to detecting , by the one or more processors , a sequence of user commands that cause a continuous movement of the viewport in a general direction, determining , by the one or more processors , a geographic place located in the general direction of the continuous movement of the viewport , wherein the geographic place is located outside the geographic area represented by the digital map provided within the viewport ; and providing , by the one or more processors via the user interface , an interactive control for directly positioning the viewport over a portion of the digital map representing the geographic place.
A method of culturing autogenous cells for use in the treatment of a mammalian patient, the steps including: a. Providing a substrate material having a surface treated with a fatty acid ester so as to have a strong hydrophobic surface; b. Placing cells obtained from the patient on the hydrophobic surface of the substrate material, so as to culture autogenous cells thereon; and c. Applying autogenous plasma obtained from a blood sample of the patient to the cells as a growth medium in order to culture the cells. a. Providing a substrate material having a surface treated with a fatty acid ester so as to have a strong hydrophobic surface; b. Placing cells obtained from the patient on the hydrophobic surface of the substrate material, so as to culture autogenous cells thereon; and c. Applying autogenous plasma obtained from a blood sample of the patient to the cells as a growth medium in order to culture the cells.
An integrated circuit comprising: a semiconductor layer consisting essentially of a semiconductor material; and a through-body via, TBV , formed within the semiconductor layer , the TBV comprising: an electrically conductive interconnect consisting essentially of one or more metal materials; and a polymer-based barrier layer consisting of benzocyclobutene, BCB, polypropylene carbonate, PPC, or a combination thereof, between the electrically conductive interconnect and the semiconductor layer , wherein the electrically conductive interconnect includes an electrically conductive seed layer and an interconnect layer, the electrically conductive seed layer between the interconnect layer and the polymer-based barrier layer , wherein the electrically conductive seed layer is formed by a layer of cured electrically conductive ink between the interconnect layer and the polymer-based barrier layer . a semiconductor layer consisting essentially of a semiconductor material; and a through-body via, TBV , formed within the semiconductor layer , the TBV comprising: an electrically conductive interconnect consisting essentially of one or more metal materials; and a polymer-based barrier layer consisting of benzocyclobutene, BCB, polypropylene carbonate, PPC, or a combination thereof, between the electrically conductive interconnect and the semiconductor layer , wherein the electrically conductive interconnect includes an electrically conductive seed layer and an interconnect layer, the electrically conductive seed layer between the interconnect layer and the polymer-based barrier layer , wherein the electrically conductive seed layer is formed by a layer of cured electrically conductive ink between the interconnect layer and the polymer-based barrier layer . an electrically conductive interconnect consisting essentially of one or more metal materials; and a polymer-based barrier layer consisting of benzocyclobutene, BCB, polypropylene carbonate, PPC, or a combination thereof, between the electrically conductive interconnect and the semiconductor layer , wherein the electrically conductive interconnect includes an electrically conductive seed layer and an interconnect layer, the electrically conductive seed layer between the interconnect layer and the polymer-based barrier layer , wherein the electrically conductive seed layer is formed by a layer of cured electrically conductive ink between the interconnect layer and the polymer-based barrier layer .
A wound therapy system , comprising: a wound dressing apparatus fluidly coupled to a wound ; a pneumatic pump fluidly coupled to the wound dressing apparatus and configured to apply a negative pressure to the wound dressing apparatus ; a valve fluidly coupled to the wound dressing apparatus at a location that is upstream of the wound ; and a controller communicatively coupled to the pneumatic pump and the valve , the system characterized in that the controller is configured to: determine a volume of instillation fluid that has been delivered to the wound ; operate the pneumatic pump and the valve to apply the negative pressure to the wound dressing apparatus to purge a first portion of the instillation fluid from the wound dressing apparatus ; and operate the pneumatic pump and the valve during a purge operation to deliver a volume of air through the wound dressing apparatus that is approximately equal to or greater than the volume of instillation fluid to purge a second portion of the instillation fluid from the wound dressing apparatus . a wound dressing apparatus fluidly coupled to a wound ; a pneumatic pump fluidly coupled to the wound dressing apparatus and configured to apply a negative pressure to the wound dressing apparatus ; a valve fluidly coupled to the wound dressing apparatus at a location that is upstream of the wound ; and a controller communicatively coupled to the pneumatic pump and the valve , the system characterized in that the controller is configured to: determine a volume of instillation fluid that has been delivered to the wound ; operate the pneumatic pump and the valve to apply the negative pressure to the wound dressing apparatus to purge a first portion of the instillation fluid from the wound dressing apparatus ; and operate the pneumatic pump and the valve during a purge operation to deliver a volume of air through the wound dressing apparatus that is approximately equal to or greater than the volume of instillation fluid to purge a second portion of the instillation fluid from the wound dressing apparatus . determine a volume of instillation fluid that has been delivered to the wound ; operate the pneumatic pump and the valve to apply the negative pressure to the wound dressing apparatus to purge a first portion of the instillation fluid from the wound dressing apparatus ; and operate the pneumatic pump and the valve during a purge operation to deliver a volume of air through the wound dressing apparatus that is approximately equal to or greater than the volume of instillation fluid to purge a second portion of the instillation fluid from the wound dressing apparatus .
An order picking system comprising: - two pairs of uprights each attached to two separate shelvings delineating a centre aisle ; - an automatic guided vehicle having at least two running wheels for picking up objects for an order in at least one of said shelvings , and motorised climbing means adapted to cooperate with said uprights so as to allow said vehicle to rise along said uprights, said climbing means comprising four gear wheels of substantially parallel axes, each intended to cooperate with one of the four uprights , the axes of the gear wheels being substantially orthogonal to the axes of the running wheels , each of the gear wheels being mounted on a support that can be moved relative to the chassis of said vehicle between two positions: - a spaced-apart position in which at least a portion of said gear wheel mounted on said support protudes laterally out of alignment with said chassis ; - a retracted position, in which the gear wheel mounted on said support is facing said chassis ; characterised in that a substantially stretched roller chain is fixed on each of said uprights , said chain extending substantially parallel to the longitudinal axis of the upright to which it is fixed and intended to receive at least one tooth of the gear wheel cooperating with the upright to which it is fixed, two adjacent rollers of said chain being substantially spaced apart by the pitch value of said gear wheel , and in that each movable support has securing means with one of said four uprights configured so as to maintain a predetermined distance between the axis of the gear wheel mounted on said movable support and the chain receiving the teeth of said gear wheel . - two pairs of uprights each attached to two separate shelvings delineating a centre aisle ; - an automatic guided vehicle having at least two running wheels for picking up objects for an order in at least one of said shelvings , and motorised climbing means adapted to cooperate with said uprights so as to allow said vehicle to rise along said uprights, - a spaced-apart position in which at least a portion of said gear wheel mounted on said support protudes laterally out of alignment with said chassis ; - a retracted position, in which the gear wheel mounted on said support is facing said chassis ;