mhurhangee/ep-ind-claims huggingface dataset:
A device for greening vertical surfaces, wherein the device has a front side and a back side, the device further comprising a) at least one stackable base element with an empty volume and with a bottom sloping from the front side to the back side; b) at least one insert container with a plant volume for insertion into a mentioned stackable base element, wherein the insert container has at least one recess, so that the plant volume can be put in fluid connection with the empty volume, wherein the at least one insert container and the at least one stackable base element have means (11, 12) for engaging the insert container with the base element which are designed so that the insert container can be connected to the base element in a detachable manner; c) at least one watering means made of a substance designed so that, by capillary action, fluid can reach the plant volume from the empty volume, wherein the substance is selected in particular from the group consisting of: nonwoven material, wool, inorganic fibres (for example, mineral wool, asbestos), organic fibres (for example, viscose, polyester), plant-based natural fibres (for example, coconut fibre, palm fibre, hemp fibre, cotton, bast, sisal, etc.), ceramics, fibre composite containing one or more of these substances, a composite of a plurality of these substances, and characterised in that the watering means extends in the shape of a sack in the insert container, so that it substantially encloses the plant volume in the insert container, and wherein the watering means extends from the insert container through at least one of the at least one recess into the empty volume, in particular into a water reservoir. a) at least one stackable base element with an empty volume and with a bottom sloping from the front side to the back side; b) at least one insert container with a plant volume for insertion into a mentioned stackable base element, wherein the insert container has at least one recess, so that the plant volume can be put in fluid connection with the empty volume, wherein the at least one insert container and the at least one stackable base element have means (11, 12) for engaging the insert container with the base element which are designed so that the insert container can be connected to the base element in a detachable manner; c) at least one watering means made of a substance designed so that, by capillary action, fluid can reach the plant volume from the empty volume, wherein the substance is selected in particular from the group consisting of: nonwoven material, wool, inorganic fibres (for example, mineral wool, asbestos), organic fibres (for example, viscose, polyester), plant-based natural fibres (for example, coconut fibre, palm fibre, hemp fibre, cotton, bast, sisal, etc.), ceramics, fibre composite containing one or more of these substances, a composite of a plurality of these substances, and
A fabric, comprising: a ground layer of knitted yarn; and a loop layer comprising a plurality of loops of yarn, each loop having a point knit into the ground layer, wherein the fabric is compressible from an non-compressed configuration, in which each loop has an apex extending substantially perpendicularly outward from the ground layer, into a compressed configuration, in which each loop is collapsed onto the ground layer, and wherein the fabric is resilient so as to resume the non-compressed configuration when compression is relieved, characterized in that the loop layer yarn comprises a multifilament yarn having 5.5 dtex to 22 dtex, i.e. 5-20 denier, per filament. a ground layer of knitted yarn; and a loop layer comprising a plurality of loops of yarn, each loop having a point knit into the ground layer, wherein the fabric is compressible from an non-compressed configuration, in which each loop has an apex extending substantially perpendicularly outward from the ground layer, into a compressed configuration, in which each loop is collapsed onto the ground layer, and wherein the fabric is resilient so as to resume the non-compressed configuration when compression is relieved, characterized in that the loop layer yarn comprises a multifilament yarn having 5.5 dtex to 22 dtex, i.e. 5-20 denier, per filament.
An adjustable caster wheel assembly, comprising: a lower housing; an upper housing, the upper housing including a threaded portion; and an alignment post disposed within the upper housing and coupled to the lower housing, the alignment post including a threaded portion configured and dimensioned for engagement with the threaded portion of the upper housing such that rotation of the alignment post in a first direction causes separation of the upper housing and the lower housing to increase a height of the caster wheel assembly and rotation of the alignment post in a second direction causes approximation of the upper housing and the lower housing to decrease a height of the caster wheel assembly, characterised in that the upper housing is partly disposed in the lower housing. a lower housing; an upper housing, the upper housing including a threaded portion; and an alignment post disposed within the upper housing and coupled to the lower housing, the alignment post including a threaded portion configured and dimensioned for engagement with the threaded portion of the upper housing such that rotation of the alignment post in a first direction causes separation of the upper housing and the lower housing to increase a height of the caster wheel assembly and rotation of the alignment post in a second direction causes approximation of the upper housing and the lower housing to decrease a height of the caster wheel assembly, characterised in that the upper housing is partly disposed in the lower housing.
A composition comprising nanoparticles comprising paclitaxel and albumin, for use in a method for treating breast cancer in an individual, the method comprising: (a) determining hormone receptor status of estrogen receptor and progesterone receptor; and (b) administering to the individual an effective amount of said composition, wherein the hormone receptor status of the individual is negative for estrogen receptor and progesterone receptor, wherein said negative hormone receptor status is defined in that less than about 1% of the cells of the breast cancer tissue express estrogen receptor and progesterone receptor. (a) determining hormone receptor status of estrogen receptor and progesterone receptor; and (b) administering to the individual an effective amount of said composition, wherein the hormone receptor status of the individual is negative for estrogen receptor and progesterone receptor, wherein said negative hormone receptor status is defined in that less than about 1% of the cells of the breast cancer tissue express estrogen receptor and progesterone receptor.
A floor cleaning machine, comprising: an analog joystick; an electrical power source; at least one motor controller in electrical communication between the analog joystick and the electrical power source; a right electrical drive motor in electrical communication with the motor controller and in mechanical communication with a right rear steering drive wheel; and a left electrical drive motor in electrical communication with the motor controller and in mechanical communication with a left rear steering drive wheel; characterized in that rotational speed and direction of each rear steering drive wheel (24, 26) is independent of the other rear drive wheel (26, 24), on a floor to be cleaned. an analog joystick; an electrical power source; at least one motor controller in electrical communication between the analog joystick and the electrical power source; a right electrical drive motor in electrical communication with the motor controller and in mechanical communication with a right rear steering drive wheel; and a left electrical drive motor in electrical communication with the motor controller and in mechanical communication with a left rear steering drive wheel; characterized in that rotational speed and direction of each rear steering drive wheel (24, 26) is independent of the other rear drive wheel (26, 24), on a floor to be cleaned.
A strain sensor comprising: a stretchable substrate comprising a plurality of layers; non-stretchable magnetic material fastened to at least one of the plurality of layers; and at least one coil of conductive thread wound through the substrate to mechanically interconnect the plurality of layers, wherein at least a portion of the at least one coil of conductive thread is located around at least a portion of the non-stretchable magnetic material. a stretchable substrate comprising a plurality of layers; non-stretchable magnetic material fastened to at least one of the plurality of layers; and at least one coil of conductive thread wound through the substrate to mechanically interconnect the plurality of layers, wherein at least a portion of the at least one coil of conductive thread is located around at least a portion of the non-stretchable magnetic material.
Dishwasher, in particular a household dishwasher, comprising a fastening device for mounting the washing compartment thereof in a mounting recess, wherein the fastening device is provided on at least one side of the washing compartment facing at least one recess wall of the mounting recess, characterised in that the fastening device comprises at least two retaining devices (HE1, HE2) which comprise for receiving a fastening element (71, 72), in particular a fastening screw, in each case a receiver part (41, 42), in which a spacer element (61, 62), in particular a sleeve part, may be guided in a relatively movable manner.
The phorbol ester of Formula II: or a pharmaceutically acceptable salt, isomer, enantiomer, solvate, hydrate or polymorph thereof for use in the prevention or treatment of HIV infection in a mammalian subject.
A method for sealing a hole, said method comprising the steps of a) providing at least one substrate with at least one hole wherein said at least one hole has a largest dimension of from 1 μm to 300 μm, b) providing a piece of material, wherein said piece of material has a larger dimension than said at least one hole, c) pressing said piece of material against the substrate centred on a point adjacent to the hole, with a first tool, d) removing the tool from the piece of material, and e) additionally pressing said piece of material at least partially into the hole with a flat tool operating in a pressure controllable chamber, wherein said at least one hole is the opening of a cavity, and said cavity is sealed at an atmosphere different from 101325 Pa absolute pressure. a) providing at least one substrate with at least one hole wherein said at least one hole has a largest dimension of from 1 μm to 300 μm, b) providing a piece of material, wherein said piece of material has a larger dimension than said at least one hole, c) pressing said piece of material against the substrate centred on a point adjacent to the hole, with a first tool, d) removing the tool from the piece of material, and e) additionally pressing said piece of material at least partially into the hole with a flat tool operating in a pressure controllable chamber,
A method for generating an ultrasound self-scan video, comprising the steps of: during an initial ultrasound imaging scan, capturing (601, 602) a landmark location and tracking data for an ultrasound probe with timestamps, and user interactions with timestamps, wherein the user interactions comprise identification of a keyframe; using the landmark location, the tracking data, the identified key frame, and the timestamps (503, 507), planning a path from the landmark to an ultrasound probe location corresponding to the keyframe; and generating the ultrasound self-scan instruction video showing the landmark and planned path to the probe location corresponding to the key frame. during an initial ultrasound imaging scan, capturing (601, 602) a landmark location and tracking data for an ultrasound probe with timestamps, and user interactions with timestamps, wherein the user interactions comprise identification of a keyframe; using the landmark location, the tracking data, the identified key frame, and the timestamps (503, 507), planning a path from the landmark to an ultrasound probe location corresponding to the keyframe; and generating the ultrasound self-scan instruction video showing the landmark and planned path to the probe location corresponding to the key frame.
A method for providing a graphical user interface GUI comprising a GUI item comprising a plurality of sections (110-1, 110-2,..., 110-10) each having a respective predetermined length, the method comprising: determining if a user command is input to select a specific section of the plurality of sections of the GUI item; and extending the length of the selected section and reducing the lengths of non-selected sections with respect to the respective predetermined length if it is determined that the user command is input to select the specific section of the GUI item. determining if a user command is input to select a specific section of the plurality of sections of the GUI item; and extending the length of the selected section and reducing the lengths of non-selected sections with respect to the respective predetermined length if it is determined that the user command is input to select the specific section of the GUI item.
A method of detecting a latent fault of at least one cell (111:1) among a plurality of cells (111:2-111:n) in an energy storage system, comprising: determining State of Health Cell Capacity, SoHCC, and Open Circuit Voltage, OCV, of a selected cell; wherein the selected cell is indicated to have a latent fault if a determined value of the SoHCC of the selected cell is lower than a reference value for the SoHCC and if a determined value of the OCV of the selected cell is higher than a reference value for the OCV.
A computer implemented method for probe data management, comprising: receiving a plurality of probe objects, each probe object comprising substantially real-time position information indicative of one or more geographical positions of a probe device and probe identification information identifying a source of the position information within a probe data management system; and temporarily storing the received probe objects in a data store, the method further comprising: periodically extracting probe objects from the data store; using the position information from probe objects having the same probe identification information to create a historic journey trace, and storing the historic journey trace in a database without an association with the probe identification information. receiving a plurality of probe objects, each probe object comprising substantially real-time position information indicative of one or more geographical positions of a probe device and probe identification information identifying a source of the position information within a probe data management system; and temporarily storing the received probe objects in a data store, the method further comprising: periodically extracting probe objects from the data store; using the position information from probe objects having the same probe identification information to create a historic journey trace, and storing the historic journey trace in a database without an association with the probe identification information. periodically extracting probe objects from the data store; using the position information from probe objects having the same probe identification information to create a historic journey trace, and storing the historic journey trace in a database without an association with the probe identification information.
A divider wall comprising a wall module and a structural wall, the wall module comprising: a frame removably connected to a structural wall, the structural wall having a first end and an opposing second end, a first portion of the frame extending away from the first end of the structural wall in a direction opposite the second end of the structural wall, a second portion of the frame spanning a portion of at least one face of the structural wall between the first and second ends of the structural wall; and one or more panels removably connectable to the frame such that in use the one or more panels at least partially cover the first and second portions of the frame and at least partially conceal the at least one face of the structural wall, said wall module further comprising: one or more horizontal supports and at least two vertical supports connected to the one or more horizontal supports, the divider wall being characterised by the one or more horizontal supports extending between the at least two vertical supports and by comprising one or more floor brackets, wherein each floor bracket is secured to a vertical support and configured to secure the wall module to or rest upon a structural floor. a frame removably connected to a structural wall, the structural wall having a first end and an opposing second end, a first portion of the frame extending away from the first end of the structural wall in a direction opposite the second end of the structural wall, a second portion of the frame spanning a portion of at least one face of the structural wall between the first and second ends of the structural wall; and one or more panels removably connectable to the frame such that in use the one or more panels at least partially cover the first and second portions of the frame and at least partially conceal the at least one face of the structural wall, said wall module further comprising: one or more horizontal supports and at least two vertical supports connected to the one or more horizontal supports, the divider wall being characterised by the one or more horizontal supports extending between the at least two vertical supports and by comprising one or more floor brackets, wherein each floor bracket is secured to a vertical support and configured to secure the wall module to or rest upon a structural floor.
Separation device intended to separate a profiled element from a conveying surface which conveys said profiled element in a longitudinal direction so as to forward the profiled element with an advancing movement in the direction of which said profiled element displays a free end, termed "front edge", said device being characterized in that it comprises a detachment roller which is mounted so as to be able to rotate on a support about an axis, termed "detachment axis", and which is intended to be interposed between the profiled element and the conveying surface in order to cause the profiled element to become detached from said conveying surface, said support and the detachment roller being arranged to be able to adopt a configuration, termed "engagement configuration", in which the detachment axis is oriented transversely, preferably perpendicularly, to the longitudinal direction and parallel to the conveying surface, and in which the detachment axis is situated at a distance from the conveying surface which is such that, on the one hand, a gap remains between said detachment roller and the conveying surface, that, on the other hand, the detachment roller forms a stop which opposes the progression of the front edge of the profiled element on the conveying surface and prevents said front edge from crossing the gap, and that, finally, there can be generated a rotation of the detachment roller about the detachment axis, termed "detachment rotation", that constrains the front edge of the profiled element to become detached from the conveying surface so that the profiled element can continue its advancing movement by bypassing and crossing the detachment roller on the opposite side from the gap, while following said detachment rotation.
An inkjet head comprising: a plurality of nozzles which are configured to eject ink; a pressure chamber which is individually communicated with each nozzle and which is configured to be filled with ink inside; a pressure generator which is a driving source to eject ink by applying pressure to the pressure chamber; an inlet which includes a narrow portion with a flow path narrower than the pressure chamber and which is configured to supply ink to the pressure chamber; and a circulation flow path which is able to discharge ink in the pressure chamber from near the nozzle, wherein a viscosity resistance of the circulation flow path is smaller than a viscosity resistance of the nozzle, characterized in that an impedance of the circulation flow path is equal to or more than 0.5 times of an impedance of the inlet. a plurality of nozzles which are configured to eject ink; a pressure chamber which is individually communicated with each nozzle and which is configured to be filled with ink inside; a pressure generator which is a driving source to eject ink by applying pressure to the pressure chamber; an inlet which includes a narrow portion with a flow path narrower than the pressure chamber and which is configured to supply ink to the pressure chamber; and a circulation flow path which is able to discharge ink in the pressure chamber from near the nozzle, wherein a viscosity resistance of the circulation flow path is smaller than a viscosity resistance of the nozzle, characterized in that an impedance of the circulation flow path is equal to or more than 0.5 times of an impedance of the inlet.
A storage device comprising: a nonvolatile memory device; a memory controller configured to determine a first memory block of the nonvolatile memory device, which is targeted for a read reclaim operation in which data stored within the first memory block, BLK1, is copied to a second memory block, BLK2, before an uncorrectable error occurs at the data stored in the first memory block, and to read first target data from a target area, TA1, of the first memory block; and a buffer memory configured to store the first target data, wherein the memory controller is configured to copy data stored in the first memory block, including the first target data, to the second memory block of the nonvolatile memory device and read at least a portion of the first target data stored in the buffer memory in response to a read request corresponding to at least a portion of the target area and received during the read reclaim operation, and wherein the memory controller is configured to detect the target area prior to a read request for the first memory block being received. a nonvolatile memory device; a memory controller configured to determine a first memory block of the nonvolatile memory device, which is targeted for a read reclaim operation in which data stored within the first memory block, BLK1, is copied to a second memory block, BLK2, before an uncorrectable error occurs at the data stored in the first memory block, and to read first target data from a target area, TA1, of the first memory block; and a buffer memory configured to store the first target data, wherein the memory controller is configured to copy data stored in the first memory block, including the first target data, to the second memory block of the nonvolatile memory device and read at least a portion of the first target data stored in the buffer memory in response to a read request corresponding to at least a portion of the target area and received during the read reclaim operation, and wherein the memory controller is configured to detect the target area prior to a read request for the first memory block being received.