mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharging device comprising: a liquid discharging head including a nozzle surface and one or more nozzles, the liquid discharging head being configured to discharge liquid through the one or more nozzles; a laminar wiping member configured to wipe the nozzle surface of the liquid discharging head; and a pressing member configured to press the wiping member against the nozzle surface when the wiping member wipes the nozzle surface, characterized in that the wiping member satisfies the following conditions 1 and 2 when the wiping member is pressed against the nozzle surface by the pressing member during wiping: a contact ratio of the wiping member with the nozzle surface is from 60 to 95 percent, the contact ratio being defined based on an area of the wiping member which is pressed against the nozzle surface, the contact ratio being the percentage of the area which is in contact with the nozzle surface; Condition 1 a porous volume per unit area represented by V × T/100 is from 0.1 to 0.7 (mm 3 /mm 2), where V (percent) represents a porosity and T (mm) represents a thickness of the wiping member Condition 2. a liquid discharging head including a nozzle surface and one or more nozzles, the liquid discharging head being configured to discharge liquid through the one or more nozzles; a laminar wiping member configured to wipe the nozzle surface of the liquid discharging head; and a pressing member configured to press the wiping member against the nozzle surface when the wiping member wipes the nozzle surface, characterized in that the wiping member satisfies the following conditions 1 and 2 when the wiping member is pressed against the nozzle surface by the pressing member during wiping: a contact ratio of the wiping member with the nozzle surface is from 60 to 95 percent, the contact ratio being defined based on an area of the wiping member which is pressed against the nozzle surface, the contact ratio being the percentage of the area which is in contact with the nozzle surface; Condition 1 a porous volume per unit area represented by V × T/100 is from 0.1 to 0.7 (mm 3 /mm 2), where V (percent) represents a porosity and T (mm) represents a thickness of the wiping member Condition 2. a contact ratio of the wiping member with the nozzle surface is from 60 to 95 percent, the contact ratio being defined based on an area of the wiping member which is pressed against the nozzle surface, the contact ratio being the percentage of the area which is in contact with the nozzle surface; Condition 1 a porous volume per unit area represented by V × T/100 is from 0.1 to 0.7 (mm 3 /mm 2), where V (percent) represents a porosity and T (mm) represents a thickness of the wiping member Condition 2.
A hinge for door leaves of furniture and the like, which comprises a fixed part that can be connected to a body of a piece of furniture and a movable part that can be connected to a door leaf of the piece of furniture, the fixed part and the movable part being mutually connected in an oscillating manner by way of an articulation system that comprises at least one articulation axis (11, 12, 13, 14) and a rocker (9, 10), the hinge comprising elastic means (17; 23) for opening the hinge which are functionally connected to said at least one rocker, characterized in that said fixed part of the hinge is shaped so that it can be inserted into a seat defined within the thickness of an upper or lower wall of a piece of furniture, said fixed part and said at least one rocker (9, 10) extending along a plane that is perpendicular to said at least one articulation axis (11, 12, 13, 14), and in that it comprises a movable element (15; 21) for transmission between said elastic opening means (17; 23) and said at least one rocker (9, 10), said transmission element extending and being movable along said perpendicular plane and having a thrust surface (19; 24) that is shaped and arranged in order to act against a lateral contact surface (20; 25) of said rocker (9, 10) the fixed part having a flat shape structure that extends along and parallel to plane perpendicular to the articulation axes the articulation system, said at least one rocker (9, 10) also having a flat shape structure that extends along and parallel to a plane perpendicular to the articulation axes so as to be accomodatable in said flat fixed part. in that it comprises a movable element (15; 21) for transmission between said elastic opening means (17; 23) and said at least one rocker (9, 10), said transmission element extending and being movable along said perpendicular plane and having a thrust surface (19; 24) that is shaped and arranged in order to act against a lateral contact surface (20; 25) of said rocker (9, 10) the fixed part having a flat shape structure that extends along and parallel to plane perpendicular to the articulation axes the articulation system, said at least one rocker (9, 10) also having a flat shape structure that extends along and parallel to a plane perpendicular to the articulation axes so as to be accomodatable in said flat fixed part.
An ultrasound transducer for a handheld ultrasound imager device comprising a transducer element comprising an array of piezoelectric Micromachined Ultrasound Transducers (pMUTs), wherein the transducer element is integrated onto an application-specific integrated circuit (ASIC) forming a transducer tile, and characterized in that dam around a perimeter of the transducer element extends down to the ASIC and forms a cavity between the transducer element and the ASIC to provide acoustic isolation of the ultrasound transducer element from the ASIC. wherein the transducer element is integrated onto an application-specific integrated circuit (ASIC) forming a transducer tile, and characterized in that dam around a perimeter of the transducer element extends down to the ASIC and forms a cavity between the transducer element and the ASIC to provide acoustic isolation of the ultrasound transducer element from the ASIC.
A user equipment, UE, comprising: a communication interface, configured to perform communication; a processor; and memory in electronic communication with the processor, wherein instructions stored in the memory are executable to: receive a Downlink Control Information, DCI which includes an uplink resource assignment corresponding to an uplink grant, UL grant and a priority information, determine a logical channel applicable for the UL grant based on the priority information, in a case a MAC CE carries information related to beam forming, set a priority order between a data from the logical channel and the MAC CE, wherein the priority of the MAC CE is higher than the priority of the data from the logical channel if the logical channel is not an uplink common control channel, and assemble, according to the priority order of the data from the logical channel and the MAC CE, the data and the MAC CE into a MAC protocol data unit, PDU a communication interface, configured to perform communication; a processor; and memory in electronic communication with the processor, wherein instructions stored in the memory are executable to: receive a Downlink Control Information, DCI which includes an uplink resource assignment corresponding to an uplink grant, UL grant and a priority information, determine a logical channel applicable for the UL grant based on the priority information, in a case a MAC CE carries information related to beam forming, set a priority order between a data from the logical channel and the MAC CE, wherein the priority of the MAC CE is higher than the priority of the data from the logical channel if the logical channel is not an uplink common control channel, and assemble, according to the priority order of the data from the logical channel and the MAC CE, the data and the MAC CE into a MAC protocol data unit, PDU receive a Downlink Control Information, DCI which includes an uplink resource assignment corresponding to an uplink grant, UL grant and a priority information, determine a logical channel applicable for the UL grant based on the priority information, in a case a MAC CE carries information related to beam forming, set a priority order between a data from the logical channel and the MAC CE, wherein the priority of the MAC CE is higher than the priority of the data from the logical channel if the logical channel is not an uplink common control channel, and assemble, according to the priority order of the data from the logical channel and the MAC CE, the data and the MAC CE into a MAC protocol data unit, PDU
A door assembly comprising a door frame, a door leaf, and at least one door hinge, which has a frame part and at least one hinge arm (4, 5, 6), which is rotatably received at the frame part and by means of which the door leaf is pivotably fastened to the door frame via the at least one hinge arm (4, 5, 6), wherein, in a closed position of the door leaf, the door frame has a face portion, which is aligned parallel to the door leaf, and a soffit, which runs perpendicular thereto and connects laterally to the door leaf, and wherein the door hinge is inserted with the frame part into an opening of the soffit and is arranged at least partially concealed behind the face portion, wherein, at the height of the frame part, the face portion has a lateral recess, which starts at the soffit and into which the hinge arm (4, 5, 6) pivots in response to a movement between the closed position and a maximum open position of the door leaf, characterized in that the door leaf is unrebated and that the edges of the door leaf are surrounded by the soffit in such a way that the door leaf is located completely adjacent to the face portion and that the door hinge has a cover, which covers the recess at the face section in the closed position.
A radiation detector, comprising: a first photoconductor layer comprising photosensitive particles disposed on a first substrate; and a second photoconductor layer comprising crystal-grown, photosensitive-material crystals, wherein the second photoconductor layer is formed by vapour deposition; and wherein the second photoconductor layer has pores among crystals and is disposed on the first photoconductor layer; and wherein at least some of the photosensitive particles fill gaps between the crystals and fill pores of the second photoconductor layer; wherein the first photoconductor layer has been formed by applying on the first substrate a paste comprising a solvent mixed with the photosenstive particles, pressing the second photoconductor layer thereon, and removing the solvent. a first photoconductor layer comprising photosensitive particles disposed on a first substrate; and a second photoconductor layer comprising crystal-grown, photosensitive-material crystals, wherein the second photoconductor layer is formed by vapour deposition; and wherein the second photoconductor layer has pores among crystals and is disposed on the first photoconductor layer; and wherein at least some of the photosensitive particles fill gaps between the crystals and fill pores of the second photoconductor layer; wherein the first photoconductor layer has been formed by applying on the first substrate a paste comprising a solvent mixed with the photosenstive particles, pressing the second photoconductor layer thereon, and removing the solvent.
Hinge for connecting a door to a household appliance compartment, comprising a fastening bracket suitable for being fastened to the compartment of said household appliance, a movable support to rotatably constrain said door to said fastening bracket, an activating arm coupled to said fastening bracket, movement means suitable for moving said activating arm, said activating arm comprising a first portion suitable for being constrained to said movable support and/or to said door, and a second portion suitable for being coupled to said movement means to move said activating arm between an open position of the door and a closed position of the door, and wherein said movement means comprise an electric motor and a slider linearly moved by means of said electric motor, said slider being constrained to said second portion of the activating arm, said movement means further comprising reversible connecting means to couple and decouple selectively said electric motor to/from said second portion of the activating arm, said electric motor causing the activating arm to move when said reversible connecting means determine the coupling between said electric motor and said second portion of the activating arm, the movement of said activating arm occurring freely when said reversible connecting means determine the decoupling of said electric motor from said activating arm, characterized in that said second portion of the activating arm is constrained to said slider by means of a connecting lever comprising at least one first end rotatably constrained to said fastening bracket and at least one second end rotatably constrained to said slider, said second portion of said activating arm being rotatably constrained to an intermediate portion of said connecting lever between said first end and said second end of said connecting lever.
Operating device for lighting means which is capable of emergency operation, which is designed for the operation of a first lighting means, in particular at least one gas discharge lamp, in normal operation, i.e. in the case of alternating voltage applied to a supply input of the operating device, and which is also designed in the case of direct current voltage applied to the supply input of the operating device to operate a second, different lighting means instead of the first lighting means in emergency operation, wherein the second lighting means is a light-emitting diode, LED, characterized in that an interface of the operating device designed as an input channel is switchable by means of a control unit to an output channel for the output of a voltage, in order to operate the LED.
A resource allocation, RA, method, comprising: receiving, by a terminal within an activated bandwidth part, BWP, downlink control information, DCI, transmitted by a network side device, wherein the DCI comprises an RA field; and determining, by the terminal according to a size of the activated BWP, RA information indicated by the RA field; characterized in that the determining, by the terminal according to the size of the activated BWP, the RA information indicated by the RA field comprises: determining, by the terminal, an RA granularity of the RA field according to a comparison result between the size of the activated BWP and a size of an initial BWP, and determining, by the terminal according to the RA granularity, the RA information indicated by the RA field, wherein the RA granularity is a quantity of virtual resource blocks, VRBs; or performing, by the terminal, a padding operation or a truncation operation on the RA field according to a comparison result between the size of the activated BWP and a size of an initial BWP to obtain target information, and determining, by the terminal, the RA information according to the target information. receiving, by a terminal within an activated bandwidth part, BWP, downlink control information, DCI, transmitted by a network side device, wherein the DCI comprises an RA field; and determining, by the terminal according to a size of the activated BWP, RA information indicated by the RA field; characterized in that the determining, by the terminal according to the size of the activated BWP, the RA information indicated by the RA field comprises: determining, by the terminal, an RA granularity of the RA field according to a comparison result between the size of the activated BWP and a size of an initial BWP, and determining, by the terminal according to the RA granularity, the RA information indicated by the RA field, wherein the RA granularity is a quantity of virtual resource blocks, VRBs; or performing, by the terminal, a padding operation or a truncation operation on the RA field according to a comparison result between the size of the activated BWP and a size of an initial BWP to obtain target information, and determining, by the terminal, the RA information according to the target information. determining, by the terminal, an RA granularity of the RA field according to a comparison result between the size of the activated BWP and a size of an initial BWP, and determining, by the terminal according to the RA granularity, the RA information indicated by the RA field, wherein the RA granularity is a quantity of virtual resource blocks, VRBs; or performing, by the terminal, a padding operation or a truncation operation on the RA field according to a comparison result between the size of the activated BWP and a size of an initial BWP to obtain target information, and determining, by the terminal, the RA information according to the target information.
Cosmetic or dermatological preparations having a 3-(4-hydroxy-3-methoxyphenyl)-1-(4-hydroxyphenyl)propan-1-one content and one or more cinnamic acid derivatives, characterized in that the cinnamic acid derivative(s) are selected from the group comprising octyl methoxycinnamate and cinnamic acid derivatives of the general formula and/or effective amounts of cinnamic acid derivatives of the general formula wherein the groups X, Y and R may be selected independently of one another from the group of H, branched or unbranched alkyl having 1 -18 carbon atoms, especially 1 - 6 carbon atoms.
Method for cooking product to be cooked by means of a plurality of heating units (30, 40), wherein at least one heating unit (30, 40) is a microwave unit, the method comprising the following steps: - identifying a specific mass of the product to be cooked by means of the microwave unit, wherein the specific mass of the product to be cooked is defined as a ratio between thermal mass of the product to be cooked and surface of the product to be cooked, wherein the thermal mass of the product to be cooked is the thermal capacity of the product to be cooked, - determining a number of parameters of the heating units (30, 40) based on the specific mass, and - cooking the product to be cooked by means of the heating units (30, 40) using the determined parameters. - identifying a specific mass of the product to be cooked by means of the microwave unit, wherein the specific mass of the product to be cooked is defined as a ratio between thermal mass of the product to be cooked and surface of the product to be cooked, wherein the thermal mass of the product to be cooked is the thermal capacity of the product to be cooked, - determining a number of parameters of the heating units (30, 40) based on the specific mass, and - cooking the product to be cooked by means of the heating units (30, 40) using the determined parameters.
Fuel cell arrangement, which comprises a fuel cell with a first electrode and a second electrode, of which one is constructed as cathode and the other as anode, a layer, which lets through at least protons, with catalytic action or additionally a catalytic material in the region between the first electrode and the second electrode, a fuel preparation device for supplying a fuel cell, and a reactant preparation device for supplying a reactant (O 2) which reacts with protons from the fuel in order to generate current, wherein the fuel preparation device and reactant preparation device are arranged on the side of the first electrode or the side of the second electrode, wherein the fuel preparation device is constructed as one of the electrodes or the fuel preparation device is constructed as a layer adjacent to one of the electrodes and the fuel preparation device is constructed as a storage device for the fuel, wherein the fuel preparation device is arranged on a semiconductor layer and an integrated circuit arrangement is formed in the semiconductor layer, wherein the circuit arrangement is supplied with current of the fuel cell or the circuit arrangement performs active switching of the fuel cell, characterised in that a fuel supply device is provided therein, wherein the fuel supply device is, for supply of the fuel, connected with the fuel preparation device, and the fuel supply device and the fuel preparation device are arranged adjacent to one another, and the fuel preparation device on the one hand is constructed as one of the electrodes of the fuel cell or arranged directly adjacent to one of the electrodes of the fuel cell and on the other hand is constructed as an electrode of an electrolysis cell formed by the fuel supply device or is arranged directly adjacent to an electrode of an electrolysis cell formed by the fuel supply device.
An automated small parts shuttle racking system comprising a multitude of rows of racks, between which one or more aisles are provided, said aisle being adapted to have a shuttle propelling in a horizontal propelling direction, said racks comprising uprights, said racking system further comprising more than one horizontal tracks allowing the shuttles to pass the horizontal tracks at different levels in the aisle and one or more vertical tracks, wherein • one or more of said vertical tracks is detachably connected to at least one upright, and is independently adjustable in view of said at least one upright; and • the vertical tracks comprising at least a first and a second, mutually opposite wall (201, 202), the first wall being adapted to enable the vertical propelling of a shuttle along said first wall, the first and second wall being adapted to receive pressure from said shuttle while vertically propelling, and are adapted to guide said shuttle while vertically propelling. • one or more of said vertical tracks is detachably connected to at least one upright, and is independently adjustable in view of said at least one upright; and • the vertical tracks comprising at least a first and a second, mutually opposite wall (201, 202), the first wall being adapted to enable the vertical propelling of a shuttle along said first wall, the first and second wall being adapted to receive pressure from said shuttle while vertically propelling, and are adapted to guide said shuttle while vertically propelling.
A vehicle driveline system for a front axle or rear axle of a vehicle, said system comprising a differential having a differential housing connectable to an engine via a pinion, and two output shafts being connectable with respective wheel axles of the front or rear axle of the associated vehicle, and an electrical motor being selectively connected to the differential housing, such that in case no torque is transferred from the engine to the pinion this enables the associated front or rear axle being driven solely by the electric motor, and in case when said pinion is in fact transferring torque to the differential, the electrical motor will add additional driving torque to the associated front or rear axle, characterized in that the differential housing extends into a hollow shaft having a radial protrusion provided with engagement means, such as splines, for connecting with a shifting sleeve, wherein said shifting sleeve is configured to be actuated for connecting the electrical motor to said differential housing, wherein the electrical motor is selectively connected to the differential housing via a reduction gearing such that torque from the electrical motor is either added to the associated front or rear axle or used for torque vectoring by connecting the electrical motor to a differential input as well as to one of the output shafts via a planetary gearing. characterized in that the differential housing extends into a hollow shaft having a radial protrusion provided with engagement means, such as splines, for connecting with a shifting sleeve, wherein said shifting sleeve is configured to be actuated for connecting the electrical motor to said differential housing, wherein the electrical motor is selectively connected to the differential housing via a reduction gearing such that torque from the electrical motor is either added to the associated front or rear axle or used for torque vectoring by connecting the electrical motor to a differential input as well as to one of the output shafts via a planetary gearing.