mhurhangee/patent-ind-claim-en huggingface dataset:
A dishwashing machine comprising: a controller ; a spray-arm having a plurality of outlets for spraying liquid in a washing compartment of the dishwashing machine during a washing cycle; a motor for providing a rotational motion to the spray-arm ; a transmission arrangement operatively connecting the motor and the spray-arm , the transmission arrangement constructed and arranged to provide a translational movement of the spray-arm in the washing compartment as the spray-arm rotates; and characterized in that the controller being arranged to vary a speed of rotation of the motor during the washing cycle to control movement of the spray-arm according to a pre-determined path. a controller ; a spray-arm having a plurality of outlets for spraying liquid in a washing compartment of the dishwashing machine during a washing cycle; a motor for providing a rotational motion to the spray-arm ; a transmission arrangement operatively connecting the motor and the spray-arm , the transmission arrangement constructed and arranged to provide a translational movement of the spray-arm in the washing compartment as the spray-arm rotates; and characterized in that the controller being arranged to vary a speed of rotation of the motor during the washing cycle to control movement of the spray-arm according to a pre-determined path.
A gear pump assembly comprising: a gear pump housing ; an input shaft (16;72;85) receivable within a shaft bore defined within the gear pump housing; and a biasing member for exerting a load on the input shaft in an axial direction; and characterised in that the assembly comprises a stop disposed within the shaft bore for limiting axial movement of the input shaft in a direction of the load exerted by the biasing member, wherein the stop comprises a spring plate disposed between the biasing member and an end of the shaft and wherein the spring plate (46;70) is movable within an internal cavity within the shaft bore receiving the end of the shaft (16;72). a gear pump housing ; an input shaft (16;72;85) receivable within a shaft bore defined within the gear pump housing; and a biasing member for exerting a load on the input shaft in an axial direction; and characterised in that the assembly comprises a stop disposed within the shaft bore for limiting axial movement of the input shaft in a direction of the load exerted by the biasing member,
A rechargeable battery, wherein the rechargeable battery is a button cell, comprising: an electrode assembly comprising a first electrode , a second electrode , and a separator between the first electrode and the second electrode; a case comprising an inner space accommodating the electrode assembly , and an opening; a cap plate coupled to the case at the opening and comprising a terminal hole exposing the inner space; an electrode terminal electrically connected to the electrode assembly through the terminal hole and overlapping the cap plate; electrode tabs respectively connected to the first electrode and the second electrode; and an electrolyte solution in the inner space, wherein at least one electrode tab of the electrode tabs comprises an inclined portion that is inclined at a first angle (θ1) with respect to a surface of the electrode assembly facing the at least one electrode tab, wherein the at least one electrode tab further comprises a flat portion extending from the inclined portion and is electrically connected to a bottom surface of the case or to the electrode terminal , wherein the electrode assembly further comprises a center pin at a center of the electrode assembly , and the flat portion overlaps the center pin , and wherein the inclined portion and the flat portion are connected to each other at an obtuse angle. an electrode assembly comprising a first electrode , a second electrode , and a separator between the first electrode and the second electrode; a case comprising an inner space accommodating the electrode assembly , and an opening; a cap plate coupled to the case at the opening and comprising a terminal hole exposing the inner space; an electrode terminal electrically connected to the electrode assembly through the terminal hole and overlapping the cap plate; electrode tabs respectively connected to the first electrode and the second electrode; and an electrolyte solution in the inner space, wherein at least one electrode tab of the electrode tabs comprises an inclined portion that is inclined at a first angle (θ1) with respect to a surface of the electrode assembly facing the at least one electrode tab, wherein the at least one electrode tab further comprises a flat portion extending from the inclined portion and is electrically connected to a bottom surface of the case or to the electrode terminal , wherein the electrode assembly further comprises a center pin at a center of the electrode assembly , and the flat portion overlaps the center pin , and wherein the inclined portion and the flat portion are connected to each other at an obtuse angle.
An elevator system characterized by comprising: a stop switch electronically connected with an elevator controller in a controller room by a circuit having a holding relay , the holding relay configured to keep the circuit energized and to deenergize the circuit , the holding relay configured to communicate over a wireless network with a mobile device , wherein the holding relay is configured to: deenergize the circuit responsive to receiving a first signal via the wireless network from the mobile device , indicative of the mobile device being in or near a first architectural location . a stop switch electronically connected with an elevator controller in a controller room by a circuit having a holding relay , the holding relay configured to keep the circuit energized and to deenergize the circuit , the holding relay configured to communicate over a wireless network with a mobile device , wherein the holding relay is configured to: deenergize the circuit responsive to receiving a first signal via the wireless network from the mobile device , indicative of the mobile device being in or near a first architectural location .
A method for private text chatting, the method comprising: Initiating a private text chat session by a requesting device sending a request to a remote device to establish a private text chat session between the requesting device and the remote device, the private text chat session being defined as a session through which the requesting device and the remote device can exchange private text chat messages ; receiving by the requesting device, based on the sending, an acceptance from the remote device accepting the request and in response to said acceptance creating the private text chat session; closing , based on one of sending the request or receiving the acceptance , other text chat sessions; presenting at the requesting device, based on the receiving, a separate user interface to conduct the private text chat session; and using the separate user interface to exchange private text chat messages in association with the created private text chat session, the method further comprising at least one of: Suppressing , during the private text chat session, indications of at least some notifications; delaying, during the private text chat session, indications of reception of private text chat messages associated with other text chat sessions. Initiating a private text chat session by a requesting device sending a request to a remote device to establish a private text chat session between the requesting device and the remote device, the private text chat session being defined as a session through which the requesting device and the remote device can exchange private text chat messages ; receiving by the requesting device, based on the sending, an acceptance from the remote device accepting the request and in response to said acceptance creating the private text chat session; closing , based on one of sending the request or receiving the acceptance , other text chat sessions; presenting at the requesting device, based on the receiving, a separate user interface to conduct the private text chat session; and using the separate user interface to exchange private text chat messages in association with the created private text chat session, the method further comprising at least one of: Suppressing , during the private text chat session, indications of at least some notifications; delaying, during the private text chat session, indications of reception of private text chat messages associated with other text chat sessions. Suppressing , during the private text chat session, indications of at least some notifications; delaying, during the private text chat session, indications of reception of private text chat messages associated with other text chat sessions.
Device connection system with integrated protective conductor terminal for electrical devices, which is suitable for various supply voltages, wherein a device housing has a housing insertion opening for the correspondingly designed device connection system, wherein the device connection system has at least one power contact clamping spring and the at least one power contact clamping spring , which is arranged on the outer contour of the device connection system and forms the protective conductor terminal, is mechanically and hence also electrically operatively connectable directly to the device housing and the power contact clamping spring is formed as a single piece and is U-shaped, characterised in that the end of one leg of the power contact clamping spring is indented so as to project away from the device housing in such a way that the front end forms a lead-in chamfer and the opposite end forms a removal prevention claw , wherein in the operatively connected state the two legs of the power contact clamping spring clampingly enclose the wall of the device housing and form a clamping spring , such that contact is established between a power cable protective conductor and the device housing when the device connection system is fitted into the housing insertion opening, without an additional operational step and without a use of additional connecting devices.
Plug connection system , with at least one first element and a with a second element , wherein the first element comprises a flexible first main body comprising a first outer surface and a first inner surface , and the second element comprises a flexible second main body comprising a second outer surface and a second inner surface , wherein the first main body comprises a first separating section and a first fixation section , comprising a first outer section and a first connection section , wherein the first separating section is arranged between the first outer section and the first fixation section , and the second main body comprises a second separating section and a second fixation section , comprising a second outer section and a second connection section , wherein the second separating section is arranged between the second outer section and the second fixation section , wherein the first separating section is arranged on the first outer section , forming an essentially right first angle (α1), formed on the first inner surface and the first fixation section is arranged on the first separating section , forming an essentially right second angle (α2), formed on the first outer surface , wherein the second separating section is arranged on the second outer section , forming an essentially right third angle (α3), formed on the second inner surface and the second fixation section is arranged on the second separating section , forming an essentially right fourth angle (α4), formed on the second inner surface , wherein the second fixation section is implemented essentially U-shaped, with a first arm and a second arm , wherein the first arm is arranged essentially parallel to the second outer section , characterized in that the second arm includes an undercut extending in a plug-in direction (x) parallel to the first outer section or to the second outer section , wherein the first fixation section includes an abutment ledge which engages with the second fixation section behind the undercut when inserted in the plug-in direction (x).
A device for delivering radiofrequency energy, comprising: - an outer conductor and an inner conductor arranged approximately coaxial with each other, the outer conductor surrounding the inner conductor; wherein the outer conductor and the inner conductor are arranged and configured to generate an electric field with lines of force extending from a front surface of the inner conductor to a front surface of the outer conductor ; - an energy delivery window arranged in front of the outer conductor and the inner conductor; - a cooling system; wherein: the outer conductor is cup-shaped, with an inner space where the inner conductor is housed; the outer conductor surrounds the inner conductor , so as to form an open-ended coaxial line; the inner space is closed at the front by the delivery window ; the delivery window is closed by a plate made of a material essentially transparent at the frequency of the energy delivered by the device; the cooling system comprises coolant flowing ducts fluidly coupled to the inner space of the delivery device. - an outer conductor and an inner conductor arranged approximately coaxial with each other, the outer conductor surrounding the inner conductor; wherein the outer conductor and the inner conductor are arranged and configured to generate an electric field with lines of force extending from a front surface of the inner conductor to a front surface of the outer conductor ; - an energy delivery window arranged in front of the outer conductor and the inner conductor; - a cooling system;
A joint method of cultivating microalgae and denitrating an industrial waste gas, comprising the steps of: a cultivation step of cultivating microalgae; a separation step of separating a microalgae suspension obtained from step into a wet microalgae (microalgae biomass) and a residual cultivation solution; a NOx immobilizing step of denitrating the industrial waste gas with the residual cultivation solution obtained from step , comprising: (i) a sub-step of converting NOx in the industrial waste gas into nitric acid and/or nitrous acid; and (ii) mixing the residual cultivation solution obtained from step with the nitric acid and/or nitrous acid obtained from step (i), so as to achieve denitration of the industrial waste gas; optionally, a drying step of drying the microalgae biomass obtained from step to provide a microalgae product; wherein a NOx immobilized nutrient stream obtained from step is used to provide nitrogen source to the microalgae cultivation of step , wherein no CO2, or a pH regulator, is provided at the late stage during the microalgae cultivation, which causes the microalgae suspension to be alkaline at the terminal of cultivation through metabolism of the microalgae, wherein the culture medium of microalgae contains one of alkali nitrate, alkali nitrite, alkali carbonate, alkali bicarbonate, alkali phosphate and alkali biphosphate or a combination thereof. a cultivation step of cultivating microalgae; a separation step of separating a microalgae suspension obtained from step into a wet microalgae (microalgae biomass) and a residual cultivation solution; a NOx immobilizing step of denitrating the industrial waste gas with the residual cultivation solution obtained from step , comprising: (i) a sub-step of converting NOx in the industrial waste gas into nitric acid and/or nitrous acid; and (ii) mixing the residual cultivation solution obtained from step with the nitric acid and/or nitrous acid obtained from step (i), so as to achieve denitration of the industrial waste gas; (i) a sub-step of converting NOx in the industrial waste gas into nitric acid and/or nitrous acid; and (ii) mixing the residual cultivation solution obtained from step with the nitric acid and/or nitrous acid obtained from step (i), so as to achieve denitration of the industrial waste gas; optionally, a drying step of drying the microalgae biomass obtained from step to provide a microalgae product;
Multipart apron for a vehicle, with at least a first and a second partial apron which are connected together by means of at least one connecting element so as to be able to be separated from and attached to each other repeatedly, wherein the first partial apron has at least one predetermined breaking point formed as a structural weakening, which is designed to break earlier than the connecting element and/or the second partial apron under mechanical load, wherein the apron has a third partial apron , wherein the second partial apron is arranged between the first partial apron and the third partial apron , and is attached to these partial aprons by means of at least one respective connecting element so as to be able to be separated and reconnected repeatedly, and wherein the third partial apron also has at least one predetermined breaking point formed as a structural weakening, which is designed to break earlier than the connecting element attaching the second partial apron to the third partial apron and/or than the second partial apron under mechanical load.
A method of operation of a mobility management entity, in a cellular communications network, the method comprising: when said mobility management entity is serving a first User Equipment, UE, obtaining information about a second UE that may be used as a relay by the first UE ; obtaining information in the event that there is data to be sent to the first UE ; and sending a request to a mobility management entity serving the second UE . when said mobility management entity is serving a first User Equipment, UE, obtaining information about a second UE that may be used as a relay by the first UE ; obtaining information in the event that there is data to be sent to the first UE ; and sending a request to a mobility management entity serving the second UE .
A focusing arrangement for focusing particles or cells in a flow, the arrangement comprising: at least one channel for guiding the flow, the channel comprising at least one particle confinement structure comprising particle flow boundaries comprising two or more pillar arrays , and at least one acoustic confinement structure comprising acoustic field boundaries adapted for confining acoustic fields, wherein the acoustic field boundaries are different from the particle flow boundaries , characterized in that the at least one acoustic confinement structure is arranged with regard to the channel to confine acoustic fields, at least partially, in the channel and that the two or more pillar arrays are configured for moving the particles away from side walls of the channel such that, in operation, particles which are moved away from the side walls of the channel by the particle confinement structure are focused by the acoustic confinement structure and that the focusing arrangement comprises an acoustic transducer which is adapted for generating a standing wave between the acoustic field boundaries of the at least one acoustic confinement structure and that the acoustic field boundaries are outside the pillar arrays and that the pillar arrays have a space between the pillars between 2 and 100 μm, and are configured such that the particles can not pass through the pillar arrays, and that the pillars of the pillar arrays are pillars with a radius smaller than 10 μm. at least one channel for guiding the flow, the channel comprising at least one particle confinement structure comprising particle flow boundaries comprising two or more pillar arrays , and at least one acoustic confinement structure comprising acoustic field boundaries adapted for confining acoustic fields, wherein the acoustic field boundaries are different from the particle flow boundaries , characterized in that the at least one acoustic confinement structure is arranged with regard to the channel to confine acoustic fields, at least partially, in the channel and that the two or more pillar arrays are configured for moving the particles away from side walls of the channel such that, in operation, particles which are moved away from the side walls of the channel by the particle confinement structure are focused by the acoustic confinement structure and that the focusing arrangement comprises an acoustic transducer which is adapted for generating a standing wave between the acoustic field boundaries of the at least one acoustic confinement structure and that the acoustic field boundaries are outside the pillar arrays and that the pillar arrays have a space between the pillars between 2 and 100 μm, and are configured such that the particles can not pass through the pillar arrays, and that the pillars of the pillar arrays are pillars with a radius smaller than 10 μm.
Fitting for a sliding door, in particular a lift-and-slide door, having a first carriage , which can be moved along a rail via at least one roller , and a second carriage , which can be moved along the rail via at least one roller , wherein a leaf of the sliding door is supported on the at least two carriages , and a connecting rod of rectangular cross-section is arranged between the first carriage and the second carriage , which connecting rod is fixed to the first carriage via a first connecting device and to the second carriage via a second connecting device , wherein the connecting rod can be fixed at least to the first connecting device at at least two different positions, characterized in that the first connecting device comprises a block which is fixed to the first carriage and on which at least two receptacles arranged offset relative to one another are provided for the insertion or application of one end of the connecting rod , wherein the connecting rod is rectangular in cross-section and can be fixed with a main surface at different angles to the first connecting device .