mhurhangee/ep-ind-claims huggingface dataset:
A protection circuit module configured to protect a battery, the protection circuit module comprising: a substrate; a connection terminal configured to mount on the substrate, and to receive an electrical signal of a cell from a cell lead and/or a sensing module; a circuit portion configured to mount on the substrate; a first cover configured to cover one side of the substrate; a second cover configured to accommodate the substrate, and to cover the other side of the substrate; and a data connector configured to mount on the substrate, characterized in that the circuit portion is configured to connect the cell lead and/or the sensing module and the connection terminal, wherein the circuit portion comprises one of or a combination of at least two of a fuse, a relay, a breaker, and a switch; a data connector inserting slot for mounting the data connector on the substrate is formed on the first cover; and a circuit portion inserting slot for mounting the circuit portion on the substrate is formed on the first cover. a substrate; a connection terminal configured to mount on the substrate, and to receive an electrical signal of a cell from a cell lead and/or a sensing module; a circuit portion configured to mount on the substrate; a first cover configured to cover one side of the substrate; a second cover configured to accommodate the substrate, and to cover the other side of the substrate; and a data connector configured to mount on the substrate, characterized in that the circuit portion is configured to connect the cell lead and/or the sensing module and the connection terminal, wherein the circuit portion comprises one of or a combination of at least two of a fuse, a relay, a breaker, and a switch; a data connector inserting slot for mounting the data connector on the substrate is formed on the first cover; and a circuit portion inserting slot for mounting the circuit portion on the substrate is formed on the first cover.
Series module for a modular designed control arrangement, comprising a first series interface and a first bus interface and a second series interface and a second bus interface, wherein between the two bus interfaces (36, 37) a bus communication line is formed and between the two series interfaces (38, 39) multiple connecting lines (15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34) are formed, wherein the connecting lines (15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34) between the two series interfaces (38, 39) are arranged at least partially Z-linked, and wherein the connecting lines (15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34) form several pairs of connecting lines, each of which comprising a ground line and a supply line, wherein at least one pair of connecting lines is Z-linked.
A computing system comprising a plurality of storage devices, wherein the computing system is configured to: reconstruct an initial master secret using a threshold number of shares of a plurality of shares retrieved from a plurality of storage devices; generate a final master secret using the generated initial master secret and one or more external secrets, wherein the one or more external secrets are stored separately from the computing system; and use the final master secret to decrypt a plurality of unique device keys stored on the plurality of storage devices; and for each storage device of the plurality of storage devices: decrypt data on the storage device with one of the decrypted unique device keys, wherein the unique device key that decrypts the data on one storage device is different than any other unique device key that decrypts data on any other storage device of the plurality of storage devices. reconstruct an initial master secret using a threshold number of shares of a plurality of shares retrieved from a plurality of storage devices; generate a final master secret using the generated initial master secret and one or more external secrets, wherein the one or more external secrets are stored separately from the computing system; and use the final master secret to decrypt a plurality of unique device keys stored on the plurality of storage devices; and for each storage device of the plurality of storage devices: decrypt data on the storage device with one of the decrypted unique device keys, wherein the unique device key that decrypts the data on one storage device is different than any other unique device key that decrypts data on any other storage device of the plurality of storage devices.
A vacuum drawer for vacuum-packing food with a closable vacuum chamber and at least one vacuum pump whose suction line is connected with the vacuum chamber by at least one valve block, characterized in that the at least one valve block comprises at least one integrated filter element (40, 41) for filtering the suction line, wherein the filter is accessible from the interior space of the vacuum chamber.
An article of footwear, comprising: an inner layer (710, 810) forming a void dimensioned for receipt of at least a portion of a foot; and an outer layer (610, 910), wherein the outer layer at least partially surrounds the inner layer, wherein the outer layer includes a window for viewing of the inner layer, the window being located at an overfoot portion of the article of footwear, wherein an area of the inner layer is aligned with the window, and wherein the inner layer at the window is movable relative to the outer layer, wherein a first shape of the inner layer is not proportionate to a second shape of the outer layer, wherein the first shape of the inner layer includes a first length along a longitudinal axis of the article of footwear, a first width generally transverse to the longitudinal axis, and a first ratio of the first length to the first width, wherein the second shape of the outer layer includes a second length along the longitudinal axis, a second width generally transverse to the longitudinal axis, and a second ratio of the second length to the second width, and wherein the first ratio is greater than the second ratio. an inner layer (710, 810) forming a void dimensioned for receipt of at least a portion of a foot; and an outer layer (610, 910), wherein the outer layer at least partially surrounds the inner layer, wherein the outer layer includes a window for viewing of the inner layer, the window being located at an overfoot portion of the article of footwear, wherein an area of the inner layer is aligned with the window, and wherein the inner layer at the window is movable relative to the outer layer, wherein a first shape of the inner layer is not proportionate to a second shape of the outer layer, wherein the first shape of the inner layer includes a first length along a longitudinal axis of the article of footwear, a first width generally transverse to the longitudinal axis, and a first ratio of the first length to the first width, wherein the second shape of the outer layer includes a second length along the longitudinal axis, a second width generally transverse to the longitudinal axis, and a second ratio of the second length to the second width, and wherein the first ratio is greater than the second ratio.
An electronic device comprising: a window having a rear side and formed with a transparent or semi-transparent material at an outside of the electronic device; a display disposed on or over the rear side of the window and having a second side vertical to a first side; and a first member having a rear side, and a second member, wherein the window includes a first area in which the display is disposed and a second area in which the display is not disposed, wherein the first member is disposed on a part of the rear side of the second area of the window, wherein the second member is disposed on a part of the rear side of the first member and on a part of the rear side of the display, wherein a height of the first member is identical to a height of the display, and wherein a width of the first member or a height of the second member is identical to the first side of the display, and wherein the first member is a step compensation member configured to compensate a step between the first area and the second area and comprises a non-adhesive material, and the second member comprises an adhesive material, the second member being configured to absorb or block moisture inflowing from the outside of the electronic device. a window having a rear side and formed with a transparent or semi-transparent material at an outside of the electronic device; a display disposed on or over the rear side of the window and having a second side vertical to a first side; and a first member having a rear side, and a second member, wherein the window includes a first area in which the display is disposed and a second area in which the display is not disposed, wherein the first member is disposed on a part of the rear side of the second area of the window, wherein the second member is disposed on a part of the rear side of the first member and on a part of the rear side of the display, wherein a height of the first member is identical to a height of the display, and wherein a width of the first member or a height of the second member is identical to the first side of the display, and wherein the first member is a step compensation member configured to compensate a step between the first area and the second area and comprises a non-adhesive material, and the second member comprises an adhesive material, the second member being configured to absorb or block moisture inflowing from the outside of the electronic device.
A container closure, for a container having a storage space for accommodating goods to be packaged, wherein said container closure comprises a section situated adjacent to the container and in which a discharge opening for the goods to be packaged is formed, said container closure having a lid for the purpose of closing said discharge opening, said lid being connected via a hinge to said section situated adjacent to the container, said container closure further comprising a child safety device, wherein the section situated adjacent to the container forms a chamber, which is separate from the storage space, said chamber being formed in the section situated adjacent to the container, wherein said child safety device is disposed in said chamber at least when the lid is in a closed position and wherein said chamber is disposed in a region between said discharge opening and said hinge, characterized in that the child safety device, on each of two opposite sides of the container closure, comprises a clamping element pertaining to said lid and a corresponding clamping element pertaining to said chamber, the clamping element being formed by a side wall of the chamber, wherein the clamping elements pertaining to said lid are configured to form a form-fit with the corresponding clamping elements pertaining to said chamber.
A method of processing substrates including: (a) etching, in a chamber, a generally vertical structure in a substrate using a cyclic process including an etch step using SF 6 as a reactive etch gas and a deposition step for depositing a protective polymer on to the side walls of that part of the structure which has already been etched by a preceding etch step or steps; (b) removing the substrate; characterized in that the method further inchrolar: (c) cleaning, with an oxygen cleaning plasma and in the absence of any substrate, the chamber of material deposited thereon by the performance of the deposition step in step (a) characterised in that following the cleaning of the deposition derived material, the chamber is cleaned of material derived from the etchant gas by exposing the chamber to a plasma containing a mixture of O 2 and at least the active element or elements of the etchant gas, wherein the mixture of step (c) is O 2 and SF 6. (a) etching, in a chamber, a generally vertical structure in a substrate using a cyclic process including an etch step using SF 6 as a reactive etch gas and a deposition step for depositing a protective polymer on to the side walls of that part of the structure which has already been etched by a preceding etch step or steps; (b) removing the substrate; characterized in that the method further inchrolar: (c) cleaning, with an oxygen cleaning plasma and in the absence of any substrate, the chamber of material deposited thereon by the performance of the deposition step in step (a) characterised in that following the cleaning of the deposition derived material, the chamber is cleaned of material derived from the etchant gas by exposing the chamber to a plasma containing a mixture of O 2 and at least the active element or elements of the etchant gas, wherein the mixture of step (c) is O 2 and SF 6.
A method of detecting damper resistor degradation and failure in a motor controller, the method comprising: determining a normal operating admittance value of a filter that includes a damper resistor, the filter being in the motor controller; injecting, at input power terminals or connectors of the motor controller, a voltage signal with a frequency value at least one order of magnitude different from a filter resonant peak; receiving an admittance output via the response current in response to the injected voltage signal; and comparing the admittance output with the normal operating admittance value to determine the presence of damper resistor degradation and failure. determining a normal operating admittance value of a filter that includes a damper resistor, the filter being in the motor controller; injecting, at input power terminals or connectors of the motor controller, a voltage signal with a frequency value at least one order of magnitude different from a filter resonant peak; receiving an admittance output via the response current in response to the injected voltage signal; and comparing the admittance output with the normal operating admittance value to determine the presence of damper resistor degradation and failure.
A building or access management controller, comprising: an interface operable to communicate with a server, wherein a database is provided on the server, and wherein the database contains logic for controlling building control or access devices in response to one or more events; a memory operable to store a local copy of a subset of the database, the subset of the database containing logic relevant to a group of said building control or access devices; wherein the controller is configured to receive from the server updates to said local copy of said subset of the database; wherein the controller is operable to receive one or more signals indicative of said one or more events relevant to said group of said devices; and wherein the controller is operable to control said group of said devices in response to said one or more signals, wherein the controller is configured to control at least some of said group of building control or access devices based on read-only access to the local copy of the subset of the database in response to at least some of said one or more events. an interface operable to communicate with a server, wherein a database is provided on the server, and wherein the database contains logic for controlling building control or access devices in response to one or more events; a memory operable to store a local copy of a subset of the database, the subset of the database containing logic relevant to a group of said building control or access devices; wherein the controller is configured to receive from the server updates to said local copy of said subset of the database; wherein the controller is operable to receive one or more signals indicative of said one or more events relevant to said group of said devices; and wherein the controller is operable to control said group of said devices in response to said one or more signals, wherein the controller is configured to control at least some of said group of building control or access devices based on read-only access to the local copy of the subset of the database in response to at least some of said one or more events.
A display module for a modular temporary exhibition stand comprising a plurality of frame modules serving as basic units, wherein the display module comprises LED screens, a display frame and a signal receiver, wherein the display frame comprises a front face, a first lateral face, a second lateral face, a third lateral face and a fourth lateral face, wherein the first lateral face is connected with the second and the fourth lateral face, the second lateral face is connected with the first and the third lateral face, the third lateral face is connected with the second and fourth lateral face and the fourth lateral face is connected with the first and the third lateral face, and fixing surfaces are arranged on the display frame, wherein a first set installation holes is formed in the lateral faces and a second set installation holes is formed in the fixing surfaces, wherein panels of LED screens are arranged on the front face of the display frame and the LED screens are connected with the signal receiver, wherein: at least one installation hole of the first or second set of installation holes is provided, wherein the center of gravity defined by the surface of this installation hole, in particular a circle, is formed at a distance x to at least one edge of the display frame, and characterized in that, the distance x = 31 + 62n with x in millimeters and wherein n is part of the natural numbers.
A visual indication member (206, 302) for an adjustable component (204, 300) comprising: a coupling member for coupling to the adjustable component (204, 300); a base member; and a movable member, the movable member being disposed above the base member and comprising a first portion comprising a first visual property, the first portion being configured to move to expose a visually distinguishable area; the base member comprising a first base portion comprising a second visual property; characterized in that the base member further comprises a second base portion comprising the same first visual property; a step portion comprising the same second visual property, the step portion being configured to movably abut the movable member; a recess portion to allow movement of the movable member within the recess upon said movably abutment; wherein the base member itself is movable based on the coupling to the adjustable component. a coupling member for coupling to the adjustable component (204, 300); a base member; and a movable member,
A control valve assembly for an indirect pneumatic control, in particular of a pneumatically operated vane motor of a hoist, comprising - two pneumatic sequentially arranged valve units (2, 3), - one working fluid inlet and one control fluid inlet, - a working fluid channel connecting the working fluid inlet through the two valve units (2, 3), to an outlet, - in each case, a valve piston (9, 10) arranged within a valve cylinder (7, 8) of the first and second valve unit (2, 3) and movable between an open and a closed position, - in each case, a spring element (11, 12) which biases the first and the second valve piston (9, 10) toward the closed position, - in each case, a control pressure chamber (13, 14) connected to the control fluid inlet for applying a control pressure counteracting the bias of the spring element (11, 12) to the respective valve piston (9, 10), wherein - the first valve unit is formed such that when a control pressure is applied in the first control pressure chamber, the first valve piston is moved from the closed to the open position, and wherein - two opposite valve surfaces (16, 17) which are angled relative to each other are arranged on the valve cylinder and the valve piston so as to extend along the direction of movement in the second valve unit in a blocking and control region of the working fluid channel such that the valve surfaces (16, 17) form a valve opening opened at varying widths when the valve piston is moved in the valve cylinder because of a changing control pressure, and the working pressure can be finely adjusted corresponding to the valve opening width depending on the control pressure. - two pneumatic sequentially arranged valve units (2, 3), - one working fluid inlet and one control fluid inlet, - a working fluid channel connecting the working fluid inlet through the two valve units (2, 3), to an outlet, - in each case, a valve piston (9, 10) arranged within a valve cylinder (7, 8) of the first and second valve unit (2, 3) and movable between an open and a closed position, - in each case, a spring element (11, 12) which biases the first and the second valve piston (9, 10) toward the closed position, - in each case, a control pressure chamber (13, 14) connected to the control fluid inlet for applying a control pressure counteracting the bias of the spring element (11, 12) to the respective valve piston (9, 10), wherein - the first valve unit is formed such that when a control pressure is applied in the first control pressure chamber, the first valve piston is moved from the closed to the open position, and wherein - two opposite valve surfaces (16, 17) which are angled relative to each other are arranged on the valve cylinder and the valve piston so as to extend along the direction of movement in the second valve unit in a blocking and control region of the working fluid channel such that the valve surfaces (16, 17) form a valve opening opened at varying widths when the valve piston is moved in the valve cylinder because of a changing control pressure, and the working pressure can be finely adjusted corresponding to the valve opening width depending on the control pressure.
A method for wagon-to-wagon-communication between wagons of a train, the train comprising a first train wagon and at least one further train wagon, the first train wagon comprising a first transmitter/receiver device, and the further train wagon comprising a further transmitter/receiver device, the method comprising: A) the first transmitter/receiver device sending a request message using short distance communication, B) the further transmitter/receiver device sending an acknowledgement to the first transmitter/receiver device using short distance communication, C) the first transmitter/receiver device sending a first identification code identifying the first train wagon to the further train wagon. A) the first transmitter/receiver device sending a request message using short distance communication, B) the further transmitter/receiver device sending an acknowledgement to the first transmitter/receiver device using short distance communication, C) the first transmitter/receiver device sending a first identification code identifying the first train wagon to the further train wagon.
A method performed at a User Equipment, 'UE' of a wireless communications network, the method comprising: detecting that a downlink transmission timing has changed by an amount of time; determining that a time alignment timer, 'TAT', is not running; and while the TAT is not running, adjusting a timing advance for uplink transmissions based on the amount of time that the downlink transmission timing has changed, wherein the timing advance for uplink transmissions was stored n memory at the UE. detecting that a downlink transmission timing has changed by an amount of time; determining that a time alignment timer, 'TAT', is not running; and while the TAT is not running, adjusting a timing advance for uplink transmissions based on the amount of time that the downlink transmission timing has changed, wherein the timing advance for uplink transmissions was stored n memory at the UE.