mhurhangee/patent-ind-claim-en huggingface dataset:
Linear actuating drive with a housing , comprising at least two parts (10a, b) that houses at least one worm gear with a worm shaft and a worm wheel that are part of a gear train, and a motor that drives the worm shaft and a spindle connected with the worm wheel and a spindle nut , wherein the actuating drive has a bearing for the spindle and the spindle nut is supported by the spindle and secured against rotation and the housing is provided with a recess that receives an adjusting shaft , characterized in that the housing is connected, at least on one of its two sides, with a reinforcement made of a stronger material that is configured as a flat support and the reinforcement is positively connected to the housing and extends in longitudinal direction of the housing, wherein the support at least partially encompasses the recess of the housing that houses the adjusting shaft , wherein the at least one side of the housing that is provided with the support is provided with a mount (36, 36a, b) corresponding to the contour of the support , and the mount is configured as a projecting collar, the dimensions of which perpendicularly to the housing surface that houses the support preferably correspond to the thickness of the support, wherein the carrying support that is associated to a first housing side comprises at least one angled extension and the configuration of the reinforcement thus formed with a profiled shape is adapted to the shape of the housing in such a manner that the angled extension covers a second surface region of the housing that is correspondingly angled to the first surface region of the housing and the frontal ends of the angled extension are bent in such a manner that, the support being in mounted condition, they each engage behind a correspondingly positioned surface of the housing.
A window assembly comprising a window frame arranged to be fixed to a building surface, a window sash comprising a window pane , said window sash being mounted in said window frame by means of a pivotal joint enabling that said window sash may pivot in relation to said window frame , window locking means arranged at a top side of said window assembly to lock said window sash in relation to said window frame in a closed position, and a locking handle arranged on said window sash to operate said locking means , characterized in that said locking handle is provided with light emitting means arranged to illuminate at least a part of said window assembly .
A method of planning agricultural post-processing along a post-processing path , wherein agricultural pre-processing is carried out by a pre-processing machine (5a-c) along a pre-processing path , a recording arrangement records the pre-processing path and a planning device determines the post-processing path to be processed by a post-processing machine based on the recorded pre-processing path , characterised in that the recording arrangement records a processing setting of the pre-processing and the planning device determines the post-processing path also based on the recorded processing setting, wherein the processing setting comprises additional information on the pre-processing path and the pre-processing comprises the pre-processing of harvested crop, in particular the depositing of harvested crop, in particular in a depositing direction, along the pre-processing path , and in that the post-processing comprises the post-processing of deposited harvested crop along the post-processing path .
A method for processing ordered broadcast, comprising: obtaining a broadcast message currently sent in a broadcast queue; determining a type of at least one broadcast receiver according to the broadcast message, wherein the type of the at least one broadcast receiver is one of: a system type, a third-party application platform type, and an unknown type; invoking at least one interface for sending the broadcast message and sending the broadcast message to the at least one broadcast receiver of a predefined type via the at least one interface, when the type of the at least one broadcast receiver is the predefined type, wherein the operation of invoking the at least one interface for sending the broadcast message and sending the broadcast message to the at least one broadcast receiver of the predefined type via the at least one interface, when the type of the at least one broadcast receiver is the predefined type comprises: determining a number of the at least one broadcast receiver of the predefined type, based on a stored value; and invoking the at least one interface for sending the broadcast message corresponding number of times according to the number of the at least one broadcast receiver and sending the broadcast message to the at least one broadcast receiver of the predefined type sequentially and/or simultaneously via the invoked at least one interface. obtaining a broadcast message currently sent in a broadcast queue; determining a type of at least one broadcast receiver according to the broadcast message, wherein the type of the at least one broadcast receiver is one of: a system type, a third-party application platform type, and an unknown type; invoking at least one interface for sending the broadcast message and sending the broadcast message to the at least one broadcast receiver of a predefined type via the at least one interface, when the type of the at least one broadcast receiver is the predefined type, wherein the operation of invoking the at least one interface for sending the broadcast message and sending the broadcast message to the at least one broadcast receiver of the predefined type via the at least one interface, when the type of the at least one broadcast receiver is the predefined type comprises: determining a number of the at least one broadcast receiver of the predefined type, based on a stored value; and invoking the at least one interface for sending the broadcast message corresponding number of times according to the number of the at least one broadcast receiver and sending the broadcast message to the at least one broadcast receiver of the predefined type sequentially and/or simultaneously via the invoked at least one interface. determining a number of the at least one broadcast receiver of the predefined type, based on a stored value; and invoking the at least one interface for sending the broadcast message corresponding number of times according to the number of the at least one broadcast receiver and sending the broadcast message to the at least one broadcast receiver of the predefined type sequentially and/or simultaneously via the invoked at least one interface.
A household appliance (1; 14; 17) comprising a heat pump , the heat pump comprising a compressor , a condenser , an expansion device , and an evaporator connected in series by a refrigerant circuit , wherein the household appliance further comprises - at least one refrigerant redirection device (8, 9; 15, 16; 18-21) to reverse a flow direction of a refrigerant (R) through the condenser and/or through the evaporator characterized in that the household appliance (1; 14; 17) comprises only a refrigerant redirection device for the condenser , only a refrigerant redirection device for the evaporator , or both, reversing the use of ports of the condenser and/or evaporator inlet and outlet ports, such that the flow direction of the refrigerant (R) through the condenser and/or the evaporator , respectively, is reversed but the flow direction of the refrigerant in the heat pump is not reversed. - at least one refrigerant redirection device (8, 9; 15, 16; 18-21) to reverse a flow direction of a refrigerant (R) through the condenser and/or through the evaporator
A method of marking a cellulosic product for authentication, comprising: adding a detectable marker DNA which is not alkaline activated to a cellulosic medium comprising wood pulp, N-Methylmorpholine-N-oxide (NMMO) and water after dissolution of cellulosic material prior to or during a spinning step of processing of a cellulosic product; and thereby incorporating and embedding the detectable marker DNA into the cellulosic product to provide a nucleic acid-marked cellulosic product. adding a detectable marker DNA which is not alkaline activated to a cellulosic medium comprising wood pulp, N-Methylmorpholine-N-oxide (NMMO) and water after dissolution of cellulosic material prior to or during a spinning step of processing of a cellulosic product; and thereby incorporating and embedding the detectable marker DNA into the cellulosic product to provide a nucleic acid-marked cellulosic product.
A method for the manufacture of a section of screw rod (1', 1") extending along a z-axis (Z), the method comprises the steps: - the processing of a workpiece to comprise at least one thread groove ; - the processing of the workpiece to comprise a first plane of contact (AP1) that extends transverse to the z-axis (Z); the method is characterized by; - the measuring in of the first plane of contact (AP1) and a first reference point (RP1) at the thread groove relative to each other; - the determination of a position of a first entry point (IP1) at the thread groove based on the said measuring in; - the processing of the workpiece to comprise a first section of assembly thread demonstrating at least one first thread comprising a connection point (FP1) in connection with the first plane of contact (AP1). - the processing of a workpiece to comprise at least one thread groove ; - the processing of the workpiece to comprise a first plane of contact (AP1) that extends transverse to the z-axis (Z); the method is characterized by; - the measuring in of the first plane of contact (AP1) and a first reference point (RP1) at the thread groove relative to each other; - the determination of a position of a first entry point (IP1) at the thread groove based on the said measuring in; - the processing of the workpiece to comprise a first section of assembly thread demonstrating at least one first thread comprising a connection point (FP1) in connection with the first plane of contact (AP1).
A method for supporting interworking between heterogeneous systems by a first element of a node, the method comprising: subscribing to a resource of a second element of the node by transmitting a subscription message to the second element of the node to know of an operation request from a first device for a resource of a second device; identifying that the first device requests an operation for the resource of the second device by receiving a notification message from the second element of the node; transmitting a request message to the second device regarding a request for the operation; receiving a response message regarding the operation from the second device in return for transmission of the request message, and transmitting a converted response message to the second element of the node by converting the response message, so that it can be transmitted by the second element of the node to the second device, wherein the operation is updating the resource of the second device or creating the resource of the second device, and wherein the first device is an one machine to machine, oneM2M, device and the second device is an open internet consortium, OIC, device. subscribing to a resource of a second element of the node by transmitting a subscription message to the second element of the node to know of an operation request from a first device for a resource of a second device; identifying that the first device requests an operation for the resource of the second device by receiving a notification message from the second element of the node; transmitting a request message to the second device regarding a request for the operation; receiving a response message regarding the operation from the second device in return for transmission of the request message, and transmitting a converted response message to the second element of the node by converting the response message, so that it can be transmitted by the second element of the node to the second device, wherein the operation is updating the resource of the second device or creating the resource of the second device, and wherein the first device is an one machine to machine, oneM2M, device and the second device is an open internet consortium, OIC, device.
An insulated container having an internal volume (V), this internal volume (V) being adapted to receive contents having a first temperature (T 1 ), the insulated container comprising a wall (P) consisting of an outer layer of a first material and an inner layer of a second material, the outer layer and the inner layer being bonded to one another, the insulated container having a closed state or an open state distinct from the closed state, the outer layer of the wall (P) being adapted to delimit from the outside the internal volume (V) in the closed state of the insulated container , the insulated container being arranged, in the closed state, to keep the contents (C) at the first temperature (T 1 ) for at least a predefined period of time, the inner layer of the wall (P) having an isothermal capacity adapted to thermally isolate from the outside the internal volume (V) in the closed state of the insulated container , the first material of the outer layer comprising natural plant fibres, the second material of the inner layer comprising natural animal fibres, the first material of the outer layer consisting of woven hemp cloth, the second material of the inner layer consisting of non-woven pure felted sheep's wool, characterised in that the woven hemp fabric has a first density (D 1 ) equal to 460 g/m 2 , and in that the non-woven pure felted sheep's wool has a second density (D 2 ) of between 400 g/m 2 and 1000 g/m 2 .
A system of monitoring cardiac activity of a user, comprising a wearable health sensor to be worn by a user which comprises a photo-plethysmographic PPG sensor configured to detect heart beat time data, a motion sensor configured to detect motion data of the user and a control unit configured to analyze output data of the PPG sensor comprising heart beat time data to detect suspected arrhythmia periods of the user, wherein the health sensor is configured to output a message to the user to operate a specific movement protocol with the body part where the health sensor is located to avoid motion artefacts in the output signal of the PPG sensor when the suspected arrhythmia periods are detected, wherein the health sensor is configured to detect heart beat time data and motion data including a health sensor position and orientation during the specific movement protocol, wherein the control unit is configured to analyze the motion data to determine whether the user has followed the specific motion protocol and to analyze the heart rate time data detected during the specific motion protocol to determine suspected arrhythmia periods, wherein the health sensor is configured to generate data templates of heart beat time data and heart beat time signal waveforms during the detection of the heart beat time data during the specific movement protocol, wherein said reference template include information on health sensor positions and orientations, a display unit configured to display the data templates of the PPG sensor, comprising heart beat time data, the detected motion data and the detected raw signal during suspected arrhythmia periods as well as previously generated data templates such that a medical professional can analyze this data to determine whether a suspected arrhythmia period is a valid arrhythmia period, and a storage unit to which the detected heart beat time data, the detected motion data, the detected suspected arrhythmia periods and the data templates are forwarded by the health sensor to be stored for future reference.
Brake force generator for a motor vehicle brake system, comprising • a displaceable force input element connected or connectable to a brake pedal, • a control valve actuable in accordance with a displacement of the force input element , • a chamber arrangement disposed in a booster housing and controllable by means of the control valve and comprising at least one vacuum chamber and at least one working chamber , which are separated from one another by at least one movable wall connected to the control valve , and • a force output element for supplying a brake force to a downstream brake system, wherein the control valve with the force output element is biased by a resetting spring into a normal position, wherein the resetting spring is supported by its one end against the control valve , wherein a support ring (50 1 , 50 2 , 50 3 , 50 4 , 50 5 , 50 6 ) is provided, against which the resetting spring is supported by its other end, wherein the support ring (50 1 , 50 2 , 50 3 , 50 4 , 50 5 , 50 6 ) may be brought into supportive interaction with the booster housing , characterized in that the booster housing has a collar , against which the support ring (50 1 , 50 2 , 50 3 , 50 4 , 50 5 , 50 6 ) is positionable with an end-face abutment surface against the collar of the booster housing . • a displaceable force input element connected or connectable to a brake pedal, • a control valve actuable in accordance with a displacement of the force input element , • a chamber arrangement disposed in a booster housing and controllable by means of the control valve and comprising at least one vacuum chamber and at least one working chamber , which are separated from one another by at least one movable wall connected to the control valve , and • a force output element for supplying a brake force to a downstream brake system,
Flexible duct element made of metal for compensating for inherent movements of a pipe for fluids, especially in the form of an expansion joint for installation in a permanently installed fluid-conducting pipe in an industrial plant, having at least one bellows portion consisting of a corrugated metal pipe and at least one metal internal sleeve which runs coaxially inside the bellows portion for guiding a flow of fluid , wherein the internal sleeve is of double-walled construction, with an inner pipe and an outer pipe , between which there is an annular space containing a heat-insulating layer , characterised in that the inner pipe and the outer pipe are fluid-tightly connected to one another, and wherein the inner pipe and/or the outer pipe is/are provided with a flexible pipe section in the form of a corrugation or half-corrugation, or in the form of a plurality of corrugations or half-corrugations, in order to compensate for thermal expansions. wherein the internal sleeve is of double-walled construction, with an inner pipe and an outer pipe , between which there is an annular space containing a heat-insulating layer , characterised in that the inner pipe and the outer pipe are fluid-tightly connected to one another, and wherein the inner pipe and/or the outer pipe is/are provided with a flexible pipe section in the form of a corrugation or half-corrugation, or in the form of a plurality of corrugations or half-corrugations, in order to compensate for thermal expansions.
An electrode assembly , comprising: a cathode current collector , an anode plate , and a separator that is used to separate the cathode current collector and the anode plate , the cathode current collector , the separator and the anode plate being wound to form a bent region (B); a plurality of electrically conductive layers configured such that at least a part of the electrically conductive layers are provided on a surface of the cathode current collector in the bent region (B), the cathode current collector comprising a regions that are covered by the electrically conductive layers , and the electrically conductive layers being in parallel connection with the regions ; and wherein the plurality of electrically conductive layers are arranged at intervals in a direction parallel to the winding axis (Z) of the electrode assembly . a cathode current collector , an anode plate , and a separator that is used to separate the cathode current collector and the anode plate , the cathode current collector , the separator and the anode plate being wound to form a bent region (B); a plurality of electrically conductive layers configured such that at least a part of the electrically conductive layers are provided on a surface of the cathode current collector in the bent region (B), the cathode current collector comprising a regions that are covered by the electrically conductive layers , and the electrically conductive layers being in parallel connection with the regions ; and wherein the plurality of electrically conductive layers are arranged at intervals in a direction parallel to the winding axis (Z) of the electrode assembly .
A shuttle trolley for a parcel-sorting logistics center, which trolley has a deck for carrying a non-standard parcel (HN) to be sorted, the deck having a central portion in the shape of a trough of V-shaped cross-section, and two side portions on either side of the central portion and that both extend in the same horizontal plane, said shuttle trolley being characterized in that the body of the deck comprises framework members forming two combs disposed back-to-back, the teeth of the combs extending parallel to one another from the central portion of the body to the edges of respective ones of the side portions .
Door lock for a motor vehicle, comprising a locking mechanism, the locking mechanism comprising a catch and a pawl for latching the catch, and an operating device for opening the locking mechanism , the operating device comprising a rotatable actuator which is rotated about its pin in both directions by an electric drive , the electric drive comprising an electric motor which is capable of driving the actuator via a gear, the actuator being a gear wheel, which is driven via a further gear wheel or a worm of the electric drive , it being possible for the locking mechanism to be opened by rotating the actuator , it being possible for the locking mechanism to be opened independently of the direction of rotation of the actuator, and the force with which the locking mechanism is opened depends on the direction of rotation of the actuator, a release lever being pivoted by rotating the actuator in one direction of rotation, which lever, by pivoting, is capable of opening the locking mechanism with little force, characterized in that the relevant position of the operating device is monitored or determined by one or more sensors , the one or more sensors being additionally used to control and/or monitor the opening.