mhurhangee/patent-ind-claim-en huggingface dataset:
An unmanned aerial vehicle, having a main body , rotor arms , and motor and propeller assemblies (400, 420A,B),wherein the rotor arms are configured for supporting the motor and propeller assemblies; and wherein the main body comprises at least an elongate main frame, also referred to as a backbone, with a forward end piece and a rearward end piece , wherein - said end pieces are wider than the backbone and comprising coupling facilities for respective rotor arms ; - the unmanned aerial vehicle further comprises a pair of elongated batteries ; - the end pieces and at least a portion of the backbone form receptacles on both sides of the backbone for releasably receiving respective electric batteries , wherein the batteries, backbone and end pieces form an elongate and substantially rectangular body assembly, said unmanned aerial vehicle being characterised in that - each rotor arm comprises an arm inner part having on one end a coupling arrangement adapted for coupling to respective end pieces of the main body and on a second end a first part of an arm folding hinge, and an arm outer part having on one end an adapter for said motor and propeller assemblies and on a second end a second part of the arm folding hinge, and a displaceable and spring biased hinge lock arrangement disposed at the respective second ends of the arm inner part and of the arm outer part. - said end pieces are wider than the backbone and comprising coupling facilities for respective rotor arms ; - the unmanned aerial vehicle further comprises a pair of elongated batteries ; - the end pieces and at least a portion of the backbone form receptacles on both sides of the backbone for releasably receiving respective electric batteries , wherein the batteries, backbone and end pieces form an elongate and substantially rectangular body assembly, said unmanned aerial vehicle being characterised in that - each rotor arm comprises an arm inner part having on one end a coupling arrangement adapted for coupling to respective end pieces of the main body and on a second end a first part of an arm folding hinge, and an arm outer part having on one end an adapter for said motor and propeller assemblies and on a second end a second part of the arm folding hinge, and a displaceable and spring biased hinge lock arrangement disposed at the respective second ends of the arm inner part and of the arm outer part.
A device for continuously folded deposition of dough on a conveyor , comprising a dough supply device for supplying the dough from a dough supply to a depositing device , wherein the depositing device comprises a pair of spaced apart conveyor belts for conveying the dough , which is pivotably mounted at its upper end and is driven in a reciprocating manner at its lower end in such a way that a dough path moved downwards in the gap between the conveyor belts can be deposited in layers one above the other on the conveying means , and the dough feed device depositing the dough on a conveyor belt section , which is arranged upstream of the gap of the depositing device , wherein the conveyor belt section arranged above the gap and one of the conveyor belts of the depositing device are formed by a common continuous conveyor belt and the common continuous conveyor belt is arranged in a pivot bearing region of the depositing device via two adjacent rollers , 16) is guided in such a way that a first roller acts on the underside of the conveyor belt and a second, in particular parallel, roller acts on the upper side of the conveyor belt from below, characterised by a rotating or pivot point for the device relative to the or a conveying means , wherein the device is mounted so as to be rotatable or pivotable relative to the or a conveying means about the pivot point formed by the pivot or pivot element , wherein the pivot or pivot element is mounted so as to be rotatable or pivotable relative to the or a conveying means , wherein the pivot or pivot element is mounted so as to be rotatable or pivotable about the pivot or pivot point formed by the pivot or pivot element is arranged upstream, in a region of the common continuous conveyor belt , in which dough is placed by the dough supply device on the common continuous conveyor belt , from the or a pivot bearing region of the depositing device , and horizontal guide means are arranged in the region of the lower end of the depositing device .
Method for operating, in particular resetting, a film packaging machine for wrapping goods to be packed (1-6) in an upper film web and a lower film web , wherein the film packaging machine has a cross-cutting welding device and two longitudinal cutting welding devices , wherein the two longitudinal cutting welding devices are arranged to weld film sections of the upper film web and the lower film web on two mutually opposite sides, wherein the goods to be packed (1-6) run through the film packaging machine in a transport direction, and wherein the cross-cutting welding device is arranged before the longitudinal cutting welding devices in the transport direction (T), characterized in that the method comprises the following steps: • finishing the longitudinal welding and the conveying out in the transport direction (T) of the packed goods (1-6) which have passed through the cross-cutting welding device , in particular wherein the packed goods (1-6) that are located before or in the cross-cutting welding device are stopped in the transport direction (T); • moving back a front end of the upper film web and the lower film web that have been welded to each other, in such a way that the front end is positioned in an end of the longitudinal cutting welding devices that is upstream with respect to the transport direction; • performing a longitudinal and transverse cutting operation that is needed for a single packed item to produce an empty bag; • again moving back the front end of the upper film web and the lower film web that have been welded to each other, in such a way that the front end is positioned in the end of the longitudinal cutting welding devices that is upstream with respect to the transport direction; and • restarting the film packaging machine . • finishing the longitudinal welding and the conveying out in the transport direction (T) of the packed goods (1-6) which have passed through the cross-cutting welding device , in particular wherein the packed goods (1-6) that are located before or in the cross-cutting welding device are stopped in the transport direction (T); • moving back a front end of the upper film web and the lower film web that have been welded to each other, in such a way that the front end is positioned in an end of the longitudinal cutting welding devices that is upstream with respect to the transport direction; • performing a longitudinal and transverse cutting operation that is needed for a single packed item to produce an empty bag; • again moving back the front end of the upper film web and the lower film web that have been welded to each other, in such a way that the front end is positioned in the end of the longitudinal cutting welding devices that is upstream with respect to the transport direction; and • restarting the film packaging machine .
A flow washer assembly comprising: a housing with a channel for fluid flow; a seat positioned in the channel and including an upstream surface ; and characterized in that the flow washer assembly further comprises: a washer that is press fit into the channel and engaging the upstream surface of the seat , the washer including a central opening that is sized according to predefined flow characteristics, wherein an outside diameter of the washer that is at least adjacent to an upstream end is greater than an inside diameter of the channel such that the washer assumes a flexed orientation by engagement of the outside diameter of the washer with the inside diameter of the channel when the washer is press fit into the channel . a housing with a channel for fluid flow; a seat positioned in the channel and including an upstream surface ; and characterized in that the flow washer assembly further comprises: a washer that is press fit into the channel and engaging the upstream surface of the seat , the washer including a central opening that is sized according to predefined flow characteristics, wherein an outside diameter of the washer that is at least adjacent to an upstream end is greater than an inside diameter of the channel such that the washer assumes a flexed orientation by engagement of the outside diameter of the washer with the inside diameter of the channel when the washer is press fit into the channel . a washer that is press fit into the channel and engaging the upstream surface of the seat , the washer including a central opening that is sized according to predefined flow characteristics, wherein an outside diameter of the washer that is at least adjacent to an upstream end is greater than an inside diameter of the channel such that the washer assumes a flexed orientation by engagement of the outside diameter of the washer with the inside diameter of the channel when the washer is press fit into the channel .
A mobile phone cover providing passive noise reduction of at least one microphone audio input signal, comprising: - a supporting frame having an outer periphery side face running around a periphery of a mobile phone housing when mounted onto the mobile phone, - wherein the periphery side face has an upper outer end surface , and a first outer lower end surface , - wherein at least one cut-out is arranged on a location on the first lower end surface of the supporting frame coinciding with the location of at least one microphone opening in the mobile phone housing, an extension element extending out from the first outer lower end surface of the supporting frame , thereby providing a second lower end surface of the supporting frame running in parallel with the first outer lower end surface , - wherein the parallel first and second end surfaces define an inner compartment in between the supporting frame and the first and second end surfaces and a covered bottom side of the compartment located opposite an upper surface of the compartment faced upwards towards a display side of the mobile phone when the cover is mounted, - wherein the compartment is filled with a body made of a porous material covering the at least one microphone audio input opening , characterized in that : - the upper surface side of the compartment is opened from the first outer lower end surface to the second lower end surface , such that the compartment constitutes a wave guide like channel from the open front surface of the compartment towards the at least one microphone opening in the mobile phone housing. - a supporting frame having an outer periphery side face running around a periphery of a mobile phone housing when mounted onto the mobile phone, - wherein the periphery side face has an upper outer end surface , and a first outer lower end surface , - wherein at least one cut-out is arranged on a location on the first lower end surface of the supporting frame coinciding with the location of at least one microphone opening in the mobile phone housing, an extension element extending out from the first outer lower end surface of the supporting frame , thereby providing a second lower end surface of the supporting frame running in parallel with the first outer lower end surface , - wherein the parallel first and second end surfaces define an inner compartment in between the supporting frame and the first and second end surfaces and a covered bottom side of the compartment located opposite an upper surface of the compartment faced upwards towards a display side of the mobile phone when the cover is mounted, - wherein the compartment is filled with a body made of a porous material covering the at least one microphone audio input opening , characterized in that : - the upper surface side of the compartment is opened from the first outer lower end surface to the second lower end surface , such that the compartment constitutes a wave guide like channel from the open front surface of the compartment towards the at least one microphone opening in the mobile phone housing.
Graphics processing apparatus comprising a control device for accepting graphical data relating to first graphic objects from a first application (App_1) and for accepting graphical data relating to second graphic objects from a second application (App_2); a geometry module for generating the geometry data of the graphic objects from the graphical data; a raster module for rasterizing the graphic objects on the basis of the geometry data and for generating pixels of the graphic objects; the control device , the geometry module and the raster module forming a graphics pipeline which is designed to process one of the graphic objects in a serial pass through by generating pixels of the graphic object from the graphical data relating to the graphic object, the graphics pipeline being designed to interrupt the processing of one of the first graphic objects of the first application (App_1) in a first serial pass through so that a partially processed graphic object is present, to process at least one of the second graphic objects of the second application (App_2) in a second serial pass through, and subsequently to continue the processing of the partially processed graphic object of the first application (App_1), characterized in that the interruption is performed for each graphic object of the first application and in that the graphics pipeline prescribes a series of successive time slots which are each of equal length, the partial processing of one of the first graphic objects and the processing of one of the second graphic objects being performed within a common time slot, a time planner being designed to output a memory signal (context_store) for interrupting the processing of the first graphic object to the graphics pipeline, and the graphics pipeline being designed to react to the memory signal (context_store) by outputting context data of the partially processed graphic object which is optionally buffered and made available for the later serial pass through the graphics pipeline in order to continue the processing of the partially processed graphic object, the context data comprising register data (REG-5, REG-7) of the modules and fifo data (FIFO-4, FIFO-6) from memory devices between and/or upstream of the modules , the register data (REG-5, REG-7) having a signal flag which is set to a first value in normal operation and to another value in memory operation, the register data (REG-5, REG-7) and the fifo data (FIFO-4, FIFO-6) being alternately arranged in the context data, the assignment of the data to the modules and to the memory devices being fixed by the position of the register data (REG-5, REG-7) and of the fifo data (FIFO-4, FIFO-6) in the context data.
Set-top box arranged to receive an audio-video stream comprising an inbound audio stream and an inbound video stream, the audio-video broadcasting equipment being intended to be connected to audio reproduction equipment via a one-directional audio link and via a communication link , the audio-video broadcasting equipment comprising a first processing unit arranged to: introduce identification data into the inbound audio stream to produce an outbound audio stream (FAS), the identification data comprising at least one identifier of the audio-video broadcasting equipment; transmit said outbound audio stream to the audio reproduction equipment via the one-directional audio link , such that said audio reproduction equipment reproduces said outbound audio stream via at least one speaker ; receive, via the communication link , an audio latency value induced by the audio reproduction equipment ; synchronise an outbound video stream (FVS), produced from the inbound video stream, with the outbound audio stream, by using the audio latency value, and reproducing the outbound video stream, the first processing unit being arranged to synchronise the outbound video stream with the outbound audio stream by applying, to the inbound video stream, a video delay equal to the audio latency value to produce said outbound video stream. introduce identification data into the inbound audio stream to produce an outbound audio stream (FAS), the identification data comprising at least one identifier of the audio-video broadcasting equipment; transmit said outbound audio stream to the audio reproduction equipment via the one-directional audio link , such that said audio reproduction equipment reproduces said outbound audio stream via at least one speaker ; receive, via the communication link , an audio latency value induced by the audio reproduction equipment ; synchronise an outbound video stream (FVS), produced from the inbound video stream, with the outbound audio stream, by using the audio latency value, and reproducing the outbound video stream,
A multi-spool gas turbine engine comprising: a low pressure (LP) spool and a high pressure (HP) spool rotatable independently of one another about a central axis , the LP spool having an LP compressor and an LP turbine , the HP spool having an HP turbine and an HP compressor ; the engine further comprising, an accessory gear box (AGB) (50; 50"); the multi-spool gas turbine engine being characterised in that a tower shaft is drivingly connecting the AGB (50; 50") to the HP spool , the AGB (50; 50") being disposed on the engine so that the central axis extends through the AGB (50; 50"), wherein the LP compressor is axially positioned between the HP compressor and the AGB (50; 50"). a low pressure (LP) spool and a high pressure (HP) spool rotatable independently of one another about a central axis , the LP spool having an LP compressor and an LP turbine , the HP spool having an HP turbine and an HP compressor ; the engine further comprising, an accessory gear box (AGB) (50; 50"); the multi-spool gas turbine engine being characterised in that a tower shaft is drivingly connecting the AGB (50; 50") to the HP spool , the AGB (50; 50") being disposed on the engine so that the central axis extends through the AGB (50; 50"), wherein the LP compressor is axially positioned between the HP compressor and the AGB (50; 50").
A kitchen appliance for processing content, the kitchen appliance comprising: a body portion ; a removable accessory received by the body portion ; a transmitter assembly adapted to cooperate with the removable accessory , for identifying the removable accessory , and for transmitting data associated with an identity of the removable accessory ; and a receiver associated with the body portion for receiving the data associated with the identity; characterized in that the removable accessory comprises a collar with a slot for receiving an identifier part , the identifier part having one or more metal contacts moulded therein, and wherein the transmitter assembly comprises a sensor arrangement for sensing the metal contacts , a configuration of the one or more metal contacts encoding the identity. a body portion ; a removable accessory received by the body portion ; a transmitter assembly adapted to cooperate with the removable accessory , for identifying the removable accessory , and for transmitting data associated with an identity of the removable accessory ; and a receiver associated with the body portion for receiving the data associated with the identity; characterized in that the removable accessory comprises a collar with a slot for receiving an identifier part , the identifier part having one or more metal contacts moulded therein, and wherein the transmitter assembly comprises a sensor arrangement for sensing the metal contacts , a configuration of the one or more metal contacts encoding the identity.
A rechargeable battery comprising a positive electrode , the positive electrode comprising a lithium metal oxide powder having a layered crystal structure and having the formula Li x Tm y Hm z O 6 , with 3≤x≤4.8, 0.60≤y≤2.0, 0.60≤z≤2.0, and x+y+z=6, wherein Tm is one or more transition metals of the group consisting of Mn, Fe, Co, Ni, and Cr, wherein Hm is one or more metals of the group consisting of Zr, Nb, Mo and W, wherein the lithium metal oxide powder has a diffraction peak intensity ratio R between the largest peak at 18.5±1.5° and the largest peak at 43.5±1.5° in the X-ray powder diffractometry using a Cu-Kα line in the X-ray source, with R=I 1 /I 2 , where I 1 is the integrated intensity of the largest peak at 18.5±1.5° and I 2 is the integrated intensity of the largest peak at 43.5±1.5°, wherein R>0.55, wherein the lithium metal oxide powder does not have the formula Li 4.4 MnMo 0.6 O 6 or the formula Li 4.2 Ni 0.5 Mn 0.5 Mo 0.8 O 6 or the formula Li 4 NiMoO 6 .
A finisher arrangement for a towed piste preparation device , in particular snow sport piste preparation device , which consists at least in part of an elastically yielding material and is provided on its underside facing the piste surface with profiled portions which are arranged in a profiling region of the underside and, during towed operation, introduce a profiled pattern into the piste surface, the profiled portions being distributed transversely of the towing direction (S) over a width (B) of the finisher arrangement , the profiled portions having at least one disruptor row , extending over the width (B) of the finisher arrangement , of disruption profile elements for breaking up the piste surface, the disruptor row being arranged, in relation to the towing direction (S), in a front end portion of the profiling region , characterised in that the disruption profile elements have a conical shape in the manner of a right cone with a rounded tip. which consists at least in part of an elastically yielding material and is provided on its underside facing the piste surface with profiled portions which are arranged in a profiling region of the underside and, during towed operation, introduce a profiled pattern into the piste surface, the profiled portions being distributed transversely of the towing direction (S) over a width (B) of the finisher arrangement , the profiled portions having at least one disruptor row , extending over the width (B) of the finisher arrangement , of disruption profile elements for breaking up the piste surface, the disruptor row being arranged, in relation to the towing direction (S), in a front end portion of the profiling region , characterised in that the disruption profile elements have a conical shape in the manner of a right cone with a rounded tip.
A sheet manufacturing apparatus having a heating/compressing unit configured to heat and compress material (W) including fiber and resin and form a sheet (S), the heating/compressing unit including a first rotating roller that rotates, and a second rotating roller that rotates, the sheet manufacturing apparatus holding, heating, and compressing the material by the first rotating roller and the second rotating roller; comprising a heating unit that heats the outside surface of at least one of the first rotating roller and second rotating roller; and wherein the heating unit is a heat roller with an internal heat source; and the heat roller contacts the outside surface of at least one of the first rotating roller and the second rotating roller.