mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid transfer device comprising: a body comprising; a stationary section having a first end containing a first opening ; a rotating section engaged with the stationary section and having a second end containing a second opening ; and an elongate passage extending through the stationary section and rotating section connecting the first and second openings and having a proximal end and a distal end; a longitudinally displaceable plunger disposed in and extending along the passage, the plunger having a proximal end and a distal end and having a first position displaced toward the distal end of the passage and a second position displaced toward the proximal end of the passage; at least one diaphragm seal mounted on the plunger to form a fluid tight seal between the plunger and the passage, the diaphragm seal being attached to the proximal end of the plunger and sealing the passage at the proximal end thereof; a gland seal sealing the passage at a location intermediate the diaphragm seal and the distal end of the passage; a fluid transfer opening in the plunger between the proximal end of the plunger and the distal end of the plunger ; wherein the body is configured such that rotation of the rotating section engages the stationary section and the plunger , causing longitudinal displacement of the plunger relative to the rotating section ; longitudinal displacement of the plunger opening the passage to form a fluid pathway from an upstream component to a downstream component through the fluid transfer opening and a channel in the interior of the plunger. a body comprising; a stationary section having a first end containing a first opening ; a rotating section engaged with the stationary section and having a second end containing a second opening ; and an elongate passage extending through the stationary section and rotating section connecting the first and second openings and having a proximal end and a distal end; a longitudinally displaceable plunger disposed in and extending along the passage, the plunger having a proximal end and a distal end and having a first position displaced toward the distal end of the passage and a second position displaced toward the proximal end of the passage; at least one diaphragm seal mounted on the plunger to form a fluid tight seal between the plunger and the passage, the diaphragm seal being attached to the proximal end of the plunger and sealing the passage at the proximal end thereof; a gland seal sealing the passage at a location intermediate the diaphragm seal and the distal end of the passage; a fluid transfer opening in the plunger between the proximal end of the plunger and the distal end of the plunger ; wherein the body is configured such that rotation of the rotating section engages the stationary section and the plunger , causing longitudinal displacement of the plunger relative to the rotating section ; longitudinal displacement of the plunger opening the passage to form a fluid pathway from an upstream component to a downstream component through the fluid transfer opening and a channel in the interior of the plunger.
A work vehicle comprising a vehicle body and work equipment attached to the vehicle body , the work vehicle further comprising: a plurality of cameras configured to image partial peripheral areas allocated from a peripheral area of the vehicle body and the work equipment ; a monitoring image generating module configured to synthesize partial overhead images from each camera on the basis of a modifiable synthesizing pattern, thereby generating a peripheral overhead image overlooking the peripheral area, the partial overhead images being generated by changing vantage points of captured images of the partial peripheral areas from each camera ; a synthesizing pattern modifying unit configured to modify the synthesizing pattern; and a display unit configured to display the peripheral overhead image, characterized in that the work vehicle further comprises a recognition unit configured to recognize a type of the work equipment ; and the synthesizing pattern modifying unit is configured to modify the synthesizing pattern on the basis of one or more recognition results from the recognition unit . a plurality of cameras configured to image partial peripheral areas allocated from a peripheral area of the vehicle body and the work equipment ; a monitoring image generating module configured to synthesize partial overhead images from each camera on the basis of a modifiable synthesizing pattern, thereby generating a peripheral overhead image overlooking the peripheral area, the partial overhead images being generated by changing vantage points of captured images of the partial peripheral areas from each camera ; a synthesizing pattern modifying unit configured to modify the synthesizing pattern; and a display unit configured to display the peripheral overhead image, the work vehicle further comprises a recognition unit configured to recognize a type of the work equipment ; and the synthesizing pattern modifying unit is configured to modify the synthesizing pattern on the basis of one or more recognition results from the recognition unit .
A smoke composition with biocidal activity, characterised in that it comprises: - an active ingredient, being monopersulfate, in an amount by weight comprised between 10 %-30 % of the total weight of the smoke composition, with said active ingredient being included in - a powder matrix comprising one or more stabilisers and excipients selected from the group consisting of: sulfamic acid, sodium dodecylbenzenesulfonate, sodium chloride and any combination thereof; wherein the active ingredient represents between 40 %-60 % of the total powder matrix and active ingredient mixture, and wherein said mixture represents between 20 %-50 % of the total weight of the smoke composition; - an inert matrix, made up of one or more phyllosilicates, in a proportion by weight comprised between 25 %-50 % with respect to the total weight of the smoke composition, the at least one phyllosilicate being selected from the group consisting of: sepiolite, vermiculite, talc, attapulgite, biotite, moscovite, lepidolite, margarite, glauconite, chlorite and any combination thereof; - a combustible material, being at least one polysaccharide, in a proportion by weight between 5 %-25 % with respect to the total weight of the smoke composition; - an oxidising material, being potassium chlorate, in a proportion by weight between 5 %-20 % with respect to the total weight of the smoke composition; and - colophony, in an amount comprised between 1 %-25 % of the total weight of the smoke composition. - an active ingredient, being monopersulfate, in an amount by weight comprised between 10 %-30 % of the total weight of the smoke composition, with said active ingredient being included in - a powder matrix comprising one or more stabilisers and excipients selected from the group consisting of: sulfamic acid, sodium dodecylbenzenesulfonate, sodium chloride and any combination thereof; wherein the active ingredient represents between 40 %-60 % of the total powder matrix and active ingredient mixture, and wherein said mixture represents between 20 %-50 % of the total weight of the smoke composition; - an inert matrix, made up of one or more phyllosilicates, in a proportion by weight comprised between 25 %-50 % with respect to the total weight of the smoke composition, the at least one phyllosilicate being selected from the group consisting of: sepiolite, vermiculite, talc, attapulgite, biotite, moscovite, lepidolite, margarite, glauconite, chlorite and any combination thereof; - a combustible material, being at least one polysaccharide, in a proportion by weight between 5 %-25 % with respect to the total weight of the smoke composition; - an oxidising material, being potassium chlorate, in a proportion by weight between 5 %-20 % with respect to the total weight of the smoke composition; and - colophony, in an amount comprised between 1 %-25 % of the total weight of the smoke composition.
A semiconductor light emitting diode comprising: a support substrate ; an intermediate layer including an intermediate electrode portion , a second conductive semiconductor layer , an active layer , a first conductive semiconductor layer and an upper electrode portion , having a pad portion and an extending portion, sequentially disposed on an upper surface side of the support substrate in this order; and a lower electrode layer provided on a lower surface side of the support substrate , wherein: the intermediate layer has at least one intermediate electrode portion extending linearly or in an island-like shape; and the upper electrode portion and the intermediate electrode portion are disposed, in a view obtained by projecting these electrode portions on an imaginary plane in parallel with the upper surface of the support substrate , respectively, in a positional relationship that these electrode portions are offset from each other and a contour of at least one of the extending portion of the upper electrode portion and the intermediate electrode portion extends in a wavy winding manner with a predetermined amplitude such that an inter-contour distance between contour lines of the upper electrode portion and the intermediate electrode portion facing each other varies. the intermediate layer has at least one intermediate electrode portion extending linearly or in an island-like shape; and the upper electrode portion and the intermediate electrode portion are disposed, in a view obtained by projecting these electrode portions on an imaginary plane in parallel with the upper surface of the support substrate , respectively, in a positional relationship that these electrode portions are offset from each other and a contour of at least one of the extending portion of the upper electrode portion and the intermediate electrode portion extends in a wavy winding manner with a predetermined amplitude such that an inter-contour distance between contour lines of the upper electrode portion and the intermediate electrode portion facing each other varies.
A marking device for a lawn mower , comprising: a light-emitting unit configured to emit light; a housing configured to accommodate the light-emitting unit ; and a support configured to support the housing , a transmitting portion (17-2; 18-2; 19-2) provided on a circumferential portion (17-1; 17-3) of the housing and configured to transmit the light emitted from the light-emitting unit ; and a roof covering the light-emitting unit , wherein the transmitting portion (17-2; 18-2; 19-2) includes a plurality of windows, and the housing is attached with a side wall (13-1; 13-2; 13-3; 13-4) formed between every two adjacent windows of the plurality of windows; the marking device being characterized in that the roof is circular and completely covers the side wall (13-1; 13-2; 13-3; 13-4) and in that the side wall (13-1; 13-2; 13-3; 13-4) extends from the housing and outward from the central axis (O) of the circumferential portion of the housing. a light-emitting unit configured to emit light; a housing configured to accommodate the light-emitting unit ; and a support configured to support the housing , a transmitting portion (17-2; 18-2; 19-2) provided on a circumferential portion (17-1; 17-3) of the housing and configured to transmit the light emitted from the light-emitting unit ; and a roof covering the light-emitting unit , wherein the transmitting portion (17-2; 18-2; 19-2) includes a plurality of windows, and the housing is attached with a side wall (13-1; 13-2; 13-3; 13-4) formed between every two adjacent windows of the plurality of windows; the marking device being characterized in that the roof is circular and completely covers the side wall (13-1; 13-2; 13-3; 13-4) and in that the side wall (13-1; 13-2; 13-3; 13-4) extends from the housing and outward from the central axis (O) of the circumferential portion of the housing.
A system for a blockhain, BC, network comprising: - means for receiving, by a leader of the BC, a transaction comprising sensor data on an event and a position data of a sender node of the BC network, - means for selecting, by the leader, a number of nodes of the BC network as validating nodes, VDRs, based on their position data and the position data of the sender node, - means for sending, by the leader, a new block to the BC network, wherein the new block is based on the received transaction, - means for receiving the new block, at a node of the BC, and verifying whether the receiver node is one of the selected VDRs for the received new block, - means for moving the node towards the sender node and/or area of the event in order to capture data on the event, in case the node is verified as one of the selected VDRs, - means for comparing, by the node, the captured data on the event and the received data on the event, - means for assigning, by the node, a label to the transaction based on the comparison, and transmitting the label to the leader, - means for receiving, by the leader, labels assigned to the new block from the VDRs, and - means for verifying, by the leader, the received labels with a used consensus protocol. - means for receiving, by a leader of the BC, a transaction comprising sensor data on an event and a position data of a sender node of the BC network, - means for selecting, by the leader, a number of nodes of the BC network as validating nodes, VDRs, based on their position data and the position data of the sender node, - means for sending, by the leader, a new block to the BC network, wherein the new block is based on the received transaction, - means for receiving the new block, at a node of the BC, and verifying whether the receiver node is one of the selected VDRs for the received new block, - means for moving the node towards the sender node and/or area of the event in order to capture data on the event, in case the node is verified as one of the selected VDRs, - means for comparing, by the node, the captured data on the event and the received data on the event, - means for assigning, by the node, a label to the transaction based on the comparison, and transmitting the label to the leader, - means for receiving, by the leader, labels assigned to the new block from the VDRs, and - means for verifying, by the leader, the received labels with a used consensus protocol.
A pump assembly with an electronics casing comprising an outer wall with at least one wall section which is of a first plastic material and on whose inner side facing the interior of the electronics casing a metallic heat distributor is arranged, and this heat distributor in the inside of the electronics casing 816) is thermally conductively connected to an electronic component to be cooled, so that the heat can be dissipated to the outside through the wall section wherein the metallic heat distributor is not completely moulded into the first plastic material, but is moulded into a second plastic material which is different to the first plastic material and which is connected to the first plastic material.
A method of communicating frequency converter data in a communications system, the method comprising receiving, in a local terminal device, frequency converter identification information, and frequency converter parameter information on frequency converter parameters modified by the user; forwarding the frequency converter identification information and the parameter information from the local terminal device to a remote device via a communications network; receiving the frequency converter identification information and the parameter information in the remote device from the local terminal device; based on the identification information and the parameter information, retrieving, in the remote device, frequency converter instructional documentation from a database; based on the retrieving, transmitting, from the remote device to the local terminal device, at least a part of the instructional documentation via the communications network; receiving the at least a part of the instructional documentation in the local terminal device from the remote device; and based on the current configuration setting of the frequency converter, detecting and displaying, in the local terminal device, relevant parts of the received documentation, wherein the method comprises, in the local terminal device, recognizing frequency converter parameter values that differ from default frequency converter parameter values, and displaying information contained in the received documentation regarding frequency converter parameters whose values differ from the default parameter values.
A steerable catheter comprising a flexible tube having a distal end configured to be inserted into a body and a proximal end configured to be disposed outside the body, wherein the tube includes a first tube section having a property hardly to change a flexibility even upon receiving compression force in an axial direction and a second tube section joined so as to be continuous with a distal end of the first tube section , and constituted by a porous tube that is hard when compressed according to a degree of the compression force acting in the axial direction and that is soft when the compression force is released, and the catheter includes operation means for releasably exerting a compression force compressing the second tube section in the axial direction and a deflection force deflecting the second tube section . the tube includes a first tube section having a property hardly to change a flexibility even upon receiving compression force in an axial direction and a second tube section joined so as to be continuous with a distal end of the first tube section , and constituted by a porous tube that is hard when compressed according to a degree of the compression force acting in the axial direction and that is soft when the compression force is released, and the catheter includes operation means for releasably exerting a compression force compressing the second tube section in the axial direction and a deflection force deflecting the second tube section .
A channel encoding method, comprising: determining a polar mother code length according to a transmission resource of a channel; performing polar encoding on data to be transmitted on the channel according to the polar mother code length, to obtain target encoded data; processing the target encoded data according to an actual bearer length of the transmission resource; and determining encoded data to be transmitted on the channel according to the processed target encoded data; wherein the determining the polar mother code length according to the transmission resource of the channel, comprises: selecting one from a set of polar mother code lengths according to the actual bearer length of the transmission resource; wherein the actual bearer length of the transmission resource is an actual bearer length of a part of or all Orthogonal Frequency Division Multiplexing, OFDM, symbols of the channel. determining a polar mother code length according to a transmission resource of a channel; performing polar encoding on data to be transmitted on the channel according to the polar mother code length, to obtain target encoded data; processing the target encoded data according to an actual bearer length of the transmission resource; and determining encoded data to be transmitted on the channel according to the processed target encoded data; selecting one from a set of polar mother code lengths according to the actual bearer length of the transmission resource; wherein the actual bearer length of the transmission resource is an actual bearer length of a part of or all Orthogonal Frequency Division Multiplexing, OFDM, symbols of the channel.
Coil , for example as a magnetic coil in an electromagnet, consisting of a coil body , which supports a plurality of windings of a conductive wire and wherein the coil body has at least one holding element for mechanically securing a wire start end and a wire end of the windings and at the wire start end and wire end has a first electric connector and a second electric connector for connecting to an electric supply and discharge line , wherein the connectors are designed as components separated by the holding element , wherein on the coil or on a coil flange a support is provided which mounts at least one holding element , the support or the coil flange has a first recess which is spanned by the wire start end of the wire , and a second recess which is spanned by the wire end of the wire , and the first connector is connected electroconductively to the wire in the region of the first recess and the second connector is connected electroconductively to the wire in the region of the second recess, characterised in that the wire start end and the wire end are arranged parallel to one another in the region of the respective recess and the two recesses are arranged on opposite sides of the support or the coil flange such that the first recess opens to a first side and the second recess opens to a second side opposite the first side.
A work machine (M1) comprising: a work device mounted on a machine main body; a plurality of actuators (3-7) that drive the machine main body and the work device ; a location information acquiring device that acquires location information that is information relating to a location of the machine main body; a posture information acquiring device that acquires posture information that is information relating to posture of the work device; and a controller configured to limit operation of at least one of the plurality of actuators (3-7) on a basis of a work area that is an area in which movement of the machine main body and the work device is permitted, the location information acquired in the location information acquiring device, and the posture information acquired in the posture information acquiring device, wherein the controller is configured to, in a case that a change instruction to instruct to change the work area to a requested work area is input, judge whether or not change of the work area to the requested work area is possible on a basis of the work area, the location information of the machine main body, and the posture information of the work device , and overwrite the work area with the requested work area to change the work area in an only case that it is judged that change is possible, characterized in that the controller is configured to acquire an operation state of the work machine (M1) and determine whether the work machine (M1) is in operation, and judge that change of the work area is possible in a case of determining that the work machine (M1) is not in operation. a work device mounted on a machine main body; a plurality of actuators (3-7) that drive the machine main body and the work device ; a location information acquiring device that acquires location information that is information relating to a location of the machine main body; a posture information acquiring device that acquires posture information that is information relating to posture of the work device; and a controller configured to limit operation of at least one of the plurality of actuators (3-7) on a basis of a work area that is an area in which movement of the machine main body and the work device is permitted, the location information acquired in the location information acquiring device, and the posture information acquired in the posture information acquiring device, wherein the controller is configured to, in a case that a change instruction to instruct to change the work area to a requested work area is input, judge whether or not change of the work area to the requested work area is possible on a basis of the work area, the location information of the machine main body, and the posture information of the work device , and overwrite the work area with the requested work area to change the work area in an only case that it is judged that change is possible, characterized in that