mhurhangee/patent-ind-claim-en huggingface dataset:
A battery housing , comprising: a first end plate ; a second end plate disposed opposite to the first end plate ; a first side plate ; and a second side plate disposed opposite to the first side plate , the first side plate and the second side plate are disposed between the first end plate and the second end plate ; characterized in that the first end plate is provided with a first through hole , and the first side plate is provided with a protrusion passing through the first through hole to detachably fix the first end plate with the first side plate . a first end plate ; a second end plate disposed opposite to the first end plate ; a first side plate ; and a second side plate disposed opposite to the first side plate , the first side plate and the second side plate are disposed between the first end plate and the second end plate ; characterized in that the first end plate is provided with a first through hole , and the first side plate is provided with a protrusion passing through the first through hole to detachably fix the first end plate with the first side plate .
Handpiece , be it linear or angular, for supporting and positioning a surgical tool , said handpiece being made of plastic material, wherein said handpiece comprises at least one external body and motion transmission means disposed inside said external body and configured to receive motion from a motor member and transmit it directly to said tool , said external body and said motion transmission means being made of plastic material, wherein said motion transmission means comprise a transmission shaft having a first end configured to be connected to a motor member and a second end configured to be connected to said tool , wherein said handpiece further comprises means for supporting and positioning said transmission shaft and for allowing the latter to rotate about a longitudinal axis (X), wherein said transmission shaft comprises a first shaft and a second shaft separated and in reciprocal torsional engagement, which cooperate to transmit motion while allowing for reciprocal axial sliding, characterized in that said supporting and positioning means comprise spring means , wherein said spring means are interposed between said first shaft and said second shaft of said transmission shaft . wherein said handpiece comprises at least one external body and motion transmission means disposed inside said external body and configured to receive motion from a motor member and transmit it directly to said tool , said external body and said motion transmission means being made of plastic material, wherein said motion transmission means comprise a transmission shaft having a first end configured to be connected to a motor member and a second end configured to be connected to said tool , wherein said handpiece further comprises means for supporting and positioning said transmission shaft and for allowing the latter to rotate about a longitudinal axis (X), wherein said transmission shaft comprises a first shaft and a second shaft separated and in reciprocal torsional engagement, which cooperate to transmit motion while allowing for reciprocal axial sliding, characterized in that said supporting and positioning means comprise spring means , wherein said spring means are interposed between said first shaft and said second shaft of said transmission shaft .
A compound according to Formula (II): or a pharmaceutically acceptable salt thereof, wherein R 1 is halo; X is -(C=O)NR 4 -; Y is and R 2 , R 3 , and R 4 are each independently H or an unsubstituted C 1-6 alkyl; optionally further comprising a pharmaceutically acceptable carrier. R 1 is halo; X is -(C=O)NR 4 -; Y is and R 2 , R 3 , and R 4 are each independently H or an unsubstituted C 1-6 alkyl; optionally further comprising a pharmaceutically acceptable carrier.
A projectile comprising a front nose portion (N), a casing portion (M) comprising an active charge disposed between the nose portion (N) and a rear portion comprising a fin portion , the nose portion (N) further comprising: a sensor , a first initiation device and associated at least one impulse motor , which are initiated by the sensor in order to tilt the projectile , a nozzle , a control computer , and also a second initiation device adjacent to and for initiating the active charge disposed in the casing (M), characterized in that the projectile also comprises at least one gyro for initiating the second initiation device and the active charge part over a target.
Device for irradiating green tyres with electron beams, comprising - a radiation protection housing , - an electron beam source with an irradiating window located in the radiation protection housing , - an input lock and an output lock , which locks respectively adjoin the radiation protection housing , - a feeder for transporting the green tyres through the input lock into the radiation protection housing , - a transporting-away device for transporting away irradiated green tyres out of the radiation protection housing through the output lock , - a rotatable gripping device , which is positioned in the radiation protection housing and is intended for transporting the green tyres step by step within the radiation protection housing on gripping arms each with a rotatable handling unit for receiving a green tyre , characterized in that the gripping device has at least four gripping arms arranged uniformly in a star-shaped manner and in that each handling unit is arranged on a slide that can be displaced and fixed on the gripping arm , wherein an adjustable fixed stop is provided in the radiation protection housing and wherein, by turning the gripping device , each gripping arm can be brought into a setting position (P 2 ), in which the slide of each gripping arm can be moved up to the fixed stop , the position of which is adapted relative to the gripping arm located in the setting position (P 2 ) to the dimension of the green tyre to be irradiated. - a radiation protection housing , - an electron beam source with an irradiating window located in the radiation protection housing , - an input lock and an output lock , which locks respectively adjoin the radiation protection housing , - a feeder for transporting the green tyres through the input lock into the radiation protection housing , - a transporting-away device for transporting away irradiated green tyres out of the radiation protection housing through the output lock , - a rotatable gripping device , which is positioned in the radiation protection housing and is intended for transporting the green tyres step by step within the radiation protection housing on gripping arms each with a rotatable handling unit for receiving a green tyre ,
A surgical instrument , comprising: (a) a body; (b) a shaft assembly extending distally from the body; (c) an end effector disposed on a distal end of the shaft assembly , wherein the end effector includes a first jaw and a second jaw ; (d) an actuation assembly including a pusher member configured to move relative to the end effector to drive movement of the first jaw, the second jaw, or both the first jaw and the second jaw ; and (e) a bailout mechanism including a first elongate actuation element and a second elongate actuation element , wherein a portion of the bailout mechanism is configured to selectively apply tension to the first elongate actuation element and the second elongate actuation element to move the pusher member , characterised in that the first elongate actuation element is stronger in tension than the second elongate actuation element . (a) a body; (b) a shaft assembly extending distally from the body; (c) an end effector disposed on a distal end of the shaft assembly , wherein the end effector includes a first jaw and a second jaw ; (d) an actuation assembly including a pusher member configured to move relative to the end effector to drive movement of the first jaw, the second jaw, or both the first jaw and the second jaw ; and (e) a bailout mechanism including a first elongate actuation element and a second elongate actuation element , wherein a portion of the bailout mechanism is configured to selectively apply tension to the first elongate actuation element and the second elongate actuation element to move the pusher member , characterised in that the first elongate actuation element is stronger in tension than the second elongate actuation element .
A double acting demolition device for demolishing structures, comprising a first crushing jaw for crushing operation, a first cutting jaw for cutting operation, and a combination jaw , wherein the first crushing and cutting jaws are separate jaws, characterised in that the combination jaw is configured to be attached to the first cutting jaw for establishing a second crushing jaw and to the first crushing jaw for establishing a second cutting jaw , wherein the second crushing jaw is configured to be used jointly with the first crushing jaw in the crushing operation and the second cutting jaw is configured to be used jointly with the first cutting jaw in the cutting operation, and wherein each of said first crushing and cutting jaws has a pivot aperture for fixing said first crushing or cutting jaw to the combination jaw so that it is applicable for its intended operation, wherein each attachment of the pivot aperture changes the device geometry in such a way that the crushing and cutting operations have a maximum force at different locations of the operation, when the first crushing jaw rotates in the crushing operation around a first fulcrum other than that of the second cutting jaw in the cutting operation. a first crushing jaw for crushing operation, a first cutting jaw for cutting operation, and a combination jaw , wherein the first crushing and cutting jaws are separate jaws, characterised in that the combination jaw is configured to be attached to the first cutting jaw for establishing a second crushing jaw and to the first crushing jaw for establishing a second cutting jaw , wherein the second crushing jaw is configured to be used jointly with the first crushing jaw in the crushing operation and the second cutting jaw is configured to be used jointly with the first cutting jaw in the cutting operation, and wherein each of said first crushing and cutting jaws has a pivot aperture for fixing said first crushing or cutting jaw to the combination jaw so that it is applicable for its intended operation, wherein each attachment of the pivot aperture changes the device geometry in such a way that the crushing and cutting operations have a maximum force at different locations of the operation, when the first crushing jaw rotates in the crushing operation around a first fulcrum other than that of the second cutting jaw in the cutting operation.
Method for determining a training function comprising the following method steps: - first reception (REC-1) of a training image (x) and an item of training-image information (i) by means of an interface (FDU.1), wherein the training-image information (i) is image information for the training image (x), - second reception (REC-2) of an isolated item of image information (y) by means of the interface (FDU.1), wherein the isolated item of image information is independent of the training image (x), - first calculation (CALC-1) of a first result (G_y, G3_y) of an image-information-processing first function (G) when applied to the isolated item of image information (y) by means of a computing unit (FDU.2), - second calculation (CALC-2) of a second result (D_x, D3_x) of an image-processing second function (D) when applied to the training image (x) by means of the computing unit (FDU.2), - adjustment (ADJ) of a parameter of the image-information-processing first function (G) and/or the image-processing second function (D) based on at least the first result (G_y, G3_y) and the second result (D_x, D3_x) by means of the computing unit (FDU.2), - determination (DET) of a training function (TF) based on the image-information-processing first function (G) by means of the computing unit (FDU.2), wherein, when applied to an item of image information (y), the training function (TF) generates an associated image (G_y, TF_y) as an output value. - first reception (REC-1) of a training image (x) and an item of training-image information (i) by means of an interface (FDU.1), wherein the training-image information (i) is image information for the training image (x), - second reception (REC-2) of an isolated item of image information (y) by means of the interface (FDU.1), wherein the isolated item of image information is independent of the training image (x), - first calculation (CALC-1) of a first result (G_y, G3_y) of an image-information-processing first function (G) when applied to the isolated item of image information (y) by means of a computing unit (FDU.2), - second calculation (CALC-2) of a second result (D_x, D3_x) of an image-processing second function (D) when applied to the training image (x) by means of the computing unit (FDU.2), - adjustment (ADJ) of a parameter of the image-information-processing first function (G) and/or the image-processing second function (D) based on at least the first result (G_y, G3_y) and the second result (D_x, D3_x) by means of the computing unit (FDU.2), - determination (DET) of a training function (TF) based on the image-information-processing first function (G) by means of the computing unit (FDU.2),
A towed seismic arrangement comprising a plurality of streamers and a separation rope connecting two adjacent streamers , the separation rope determining a maximum interstreamer distance between the streamers , the separation rope consisting of two or more partial ropes , characterized in that the partial ropes are connected with a rope shackle made of a rope.
A method of monitoring for changes in a mooring system for a floating hull, the mooring system having at least one mooring line coupled between the hull and an anchor having a mooring point to which the at least one mooring line is coupled, the method comprising: determining and recording a geographical position of a locating point on the hull to establish a baseline geographical position; determining and recording at least one type of an associated rotational motion of the hull at the baseline geographical position to establish an associated baseline hull rotational motion; and comparing an operational geographical position and associated hull rotational motion to reference data of a baseline geographical position and associated baseline hull rotational motion corresponding to an undamaged mooring system to provide an indication of a change in the mooring line stiffness, mooring line pre-tension, the anchor location, or a combination thereof. determining and recording a geographical position of a locating point on the hull to establish a baseline geographical position; determining and recording at least one type of an associated rotational motion of the hull at the baseline geographical position to establish an associated baseline hull rotational motion; and comparing an operational geographical position and associated hull rotational motion to reference data of a baseline geographical position and associated baseline hull rotational motion corresponding to an undamaged mooring system to provide an indication of a change in the mooring line stiffness, mooring line pre-tension, the anchor location, or a combination thereof.
Device for securing an electronic member to a wall of a tyre casing, the said securing device , made of elastomer material, comprising: - a base able to be secured to the wall of the tyre casing; - a closed retaining wall , connected to the base and with the said base defining a closed volume defined by the interior surfaces of the said base and of the said retaining wall and which is able to accommodate the said electronic member; - the said base having an opening via which the said electronic member can be introduced so that when the said base is secured to the wall of the tyre casing, the said opening is closed by the said wall of the tyre casing; characterized in that the said retaining wall is able to be torn with a cutting blade in order to form at least one fault that allows the said electronic member to be extracted and inserted; and in that the said retaining wall on its external surface has at least one retaining device able to accommodate a clamping system for clamping the retaining wall. - a base able to be secured to the wall of the tyre casing; - a closed retaining wall , connected to the base and with the said base defining a closed volume defined by the interior surfaces of the said base and of the said retaining wall and which is able to accommodate the said electronic member; - the said base having an opening via which the said electronic member can be introduced so that when the said base is secured to the wall of the tyre casing, the said opening is closed by the said wall of the tyre casing;
Pressing device having an endless conveyor which has a large number of conveyor links , which are connected to one another to form an endlessly circulating track and of which adjacent conveying links are each pivotably connected to one another via a pin forming a pivot axis, and having at least one press roll , which is provided to apply pressure to the pressing material conveyed on the endless conveyor between the press roll and the endless conveyor in a pressing zone (PZ), wherein adjacent conveyor links of the endless conveyor have interengaging fingers , the pin which connects these conveyor links passing through these fingers , and wherein the conveyor links in the pressing zone (PZ) assume a pivoting position relative to one another such that the outer side of the endless conveyor in this region (PZ) forms a surface which is closed in the form of a plate and is free of protrusions and recesses, characterized in that the pressing zone (PZ) is followed in the direction of circulation of the endless conveyor by a break-open zone (ABZ), in which break-open zone (ABZ) the endless conveyor is deflected in such a way that its outer side is bent concavely.
A personal electronic device holder for a seat back, comprising: (a) a support housing adapted to be positioned on an upper shroud portion of the seat back; (b) an upper support positioned in the support housing , mounted for movement between a lowered, stowed position in the support housing and a raised, deployed position extending out of and above the support housing ; (c) a lower support positioned for movement between a stowed position proximate the support housing and a deployed, lower position; (d) the upper support and lower support having respective engaging elements defining between them a user-determined space for engaging and holding a respective top edge and bottom edge of an electronic device in a use position; (e) the lower support comprising a hinged cover which is positioned over the support housing when in the stowed position, and the engaging element of the lower support comprises a top edge of the lower support adapted for supporting an electronic device of a first size; characterized in that the engaging element of the lower support comprises a laterally-extending raised strip positioned on an inner surface of the lower support at a position between the top edge and a bottom edge of the lower support and adapted for supporting an electronic device of a second size, the second size being smaller than the first size. (a) a support housing adapted to be positioned on an upper shroud portion of the seat back; (b) an upper support positioned in the support housing , mounted for movement between a lowered, stowed position in the support housing and a raised, deployed position extending out of and above the support housing ; (c) a lower support positioned for movement between a stowed position proximate the support housing and a deployed, lower position; (d) the upper support and lower support having respective engaging elements defining between them a user-determined space for engaging and holding a respective top edge and bottom edge of an electronic device in a use position; (e) the lower support comprising a hinged cover which is positioned over the support housing when in the stowed position, and the engaging element of the lower support comprises a top edge of the lower support adapted for supporting an electronic device of a first size; characterized in that the engaging element of the lower support comprises a laterally-extending raised strip positioned on an inner surface of the lower support at a position between the top edge and a bottom edge of the lower support and adapted for supporting an electronic device of a second size, the second size being smaller than the first size.
A battery assembly comprising: an array of cylindrical battery cells , the array comprising plural rows (A-E), each row comprising plural cylindrical cells, the plural rows including at least a first row (A), a second row (B) adjacent to the first row, and a third row (C) adjacent to the second row (B), each cylindrical cell extending between opposed first and second ends in a direction perpendicular to a plane of the array; a plurality of flexible printed circuit boards, PCBs , each flexible PCB provided between two adjacent rows of the plurality of rows of cells, the plurality of flexible PCBs including a first flexible PCB provided between the adjacent first and second rows (A, B) and a second flexible PCB provided between the adjacent second and third rows (B, C); a plurality of sensor carriers separate to the flexible PCBs, each sensor carrier comprising an aperture for receiving a temperature sensor in the direction perpendicular to the plane of the array, each sensor carrier being located in a gap formed between cells of two adjacent rows; and a plurality of temperature sensors , each temperature sensor received within the aperture of one of the sensor carriers, each temperature sensor electrically connected to one of the plurality of flexible PCB, each respective temperature sensor being operable to sense a temperature of one or more cells of the respective two adjacent rows. an array of cylindrical battery cells , the array comprising plural rows (A-E), each row comprising plural cylindrical cells, the plural rows including at least a first row (A), a second row (B) adjacent to the first row, and a third row (C) adjacent to the second row (B), each cylindrical cell extending between opposed first and second ends in a direction perpendicular to a plane of the array; a plurality of flexible printed circuit boards, PCBs , each flexible PCB provided between two adjacent rows of the plurality of rows of cells, the plurality of flexible PCBs including a first flexible PCB provided between the adjacent first and second rows (A, B) and a second flexible PCB provided between the adjacent second and third rows (B, C); a plurality of sensor carriers separate to the flexible PCBs, each sensor carrier comprising an aperture for receiving a temperature sensor in the direction perpendicular to the plane of the array, each sensor carrier being located in a gap formed between cells of two adjacent rows; and a plurality of temperature sensors , each temperature sensor received within the aperture of one of the sensor carriers, each temperature sensor electrically connected to one of the plurality of flexible PCB, each respective temperature sensor being operable to sense a temperature of one or more cells of the respective two adjacent rows.