mhurhangee/ep-ind-claims huggingface dataset:
An article of manufacture comprising a foldable radome for an antenna reflector dish, the foldable radome comprising: a radome sub-assembly comprising: a plurality of rigid rim segments; and flexible material connected to the rim segments; and a plurality of connection elements, each configured to interconnect two adjacent rim segments, such that: with the connection elements applied, the radome sub-assembly is configured as a radome connectable to the antenna reflector dish; and without the connection elements applied, the radome sub-assembly is foldable between adjacent rim segments, CHARACTERIZED IN THAT each connection element is configured such that a diameter of the radome sub-assembly increases as the connection element engages the two adjacent rim segments to remove slack in the flexible material and wherein one or both of the connection elements and the rim segments have angled surfaces (6', 16') configured to engage corresponding surfaces to increase the diameter of the radome sub-assembly. a radome sub-assembly comprising: a plurality of rigid rim segments; and flexible material connected to the rim segments; and a plurality of rigid rim segments; and flexible material connected to the rim segments; and a plurality of connection elements, each configured to interconnect two adjacent rim segments, such that: with the connection elements applied, the radome sub-assembly is configured as a radome connectable to the antenna reflector dish; and without the connection elements applied, the radome sub-assembly is foldable between adjacent rim segments, CHARACTERIZED IN THAT each connection element is configured such that a diameter of the radome sub-assembly increases as the connection element engages the two adjacent rim segments to remove slack in the flexible material and wherein one or both of the connection elements and the rim segments have angled surfaces (6', 16') configured to engage corresponding surfaces to increase the diameter of the radome sub-assembly. with the connection elements applied, the radome sub-assembly is configured as a radome connectable to the antenna reflector dish; and without the connection elements applied, the radome sub-assembly is foldable between adjacent rim segments,
A polymer comprising a constitutional unit of formula: wherein X 11 and X 12 each independently are H, alkyl optionally substituted by F, or phenyl; Y 11 each independently is O or S; Rf 11 each independently is -(CF 2) n -CF 3 or -(CH 2) 2 -(CF 2) n -CF 3; n is an integer of ≥ 0; and a is an integer of 1-4.
Use of a powder for coloring a food product surface when heated, the powder comprising - a plant extract, - a chemical base, and - a carrier, wherein the plant extract comprises a compound with at least one aromatic ring having at least two hydroxyl groups borne by two adjacent carbon atoms of that aromatic ring. - a plant extract, - a chemical base, and - a carrier,
An elevator system comprising: a car; a counterweight; a suspension member suspending the car and the counterweight; a machine having a traction sheave, the suspension member positioned about the traction sheave; a car side suspension member load sensor sensing a car side suspension member tension, T1; a counterweight suspension member load sensor sensing a counterweight side suspension member tension, T2; and a controller determining a traction ratio in response to a relationship between T1 and T2, the controller determining a stuck car or a stuck counterweight if the traction ratio violates a limit characterized in that the elevator system further comprises: a bed plate for supporting the machine, the bed plate being rotatable about an axis; the car side suspension member load sensor being coupled to the bed plate and the counterweight side suspension member load sensor being coupled to the bed plate. a car; a counterweight; a suspension member suspending the car and the counterweight; a machine having a traction sheave, the suspension member positioned about the traction sheave; a car side suspension member load sensor sensing a car side suspension member tension, T1; a counterweight suspension member load sensor sensing a counterweight side suspension member tension, T2; and a controller determining a traction ratio in response to a relationship between T1 and T2, the controller determining a stuck car or a stuck counterweight if the traction ratio violates a limit a bed plate for supporting the machine, the bed plate being rotatable about an axis; the car side suspension member load sensor being coupled to the bed plate and the counterweight side suspension member load sensor being coupled to the bed plate.
An adjustable device for supporting a load, the device comprising: a belt for fastening about a waist of a user; a rod including two rigid elements (40, 42), one of the elements being longitudinally slidable relative to the other element so as to adjust a length of the rod, the rod further including a locking mechanism that is operable to prevent sliding of the slidable element so as to fix the length of the rod, the locking mechanism comprising, on one of the rigid elements, teeth that are extendible to engage corresponding fixed teeth on the other rigid element so as to lock the locking mechanism, a lower end of the rod being attachable to the belt and an upper section of the rod being attachable to a shoulder harness that is placeable on the user's shoulders for carrying the load; and a control that is operable by the user when carrying the load to unlock the locking mechanism, such that when the control is operated concurrently with movement of the user's shoulders relative to the user's waist, the length of the rod is changed to adjust a distribution of a weight of the load between the user's shoulders and waist. a belt for fastening about a waist of a user; a rod including two rigid elements (40, 42), one of the elements being longitudinally slidable relative to the other element so as to adjust a length of the rod, the rod further including a locking mechanism that is operable to prevent sliding of the slidable element so as to fix the length of the rod, the locking mechanism comprising, on one of the rigid elements, teeth that are extendible to engage corresponding fixed teeth on the other rigid element so as to lock the locking mechanism, a lower end of the rod being attachable to the belt and an upper section of the rod being attachable to a shoulder harness that is placeable on the user's shoulders for carrying the load; and a control that is operable by the user when carrying the load to unlock the locking mechanism, such that when the control is operated concurrently with movement of the user's shoulders relative to the user's waist, the length of the rod is changed to adjust a distribution of a weight of the load between the user's shoulders and waist.
A system including: an enclosure defining a confined space configured to store goods that can be advantageously maintained by controlling the water vapor levels to which the goods are exposed; a water vapor conversion element at which liquid water is converted to water vapor, the water vapor conversion element being operably associated with the confined space of the enclosure to distribute that water vapor to the confined space; and a water delivery unit operatively associated with the water vapor conversion element and configured to deliver water in liquid form to the water vapor conversion element, wherein the water delivery unit comprises a drip chamber configured to deliver water in liquid form to the water vapor conversion element essentially one drop at a time, characterised in that the water vapor conversion element is contained within a chamber. an enclosure defining a confined space configured to store goods that can be advantageously maintained by controlling the water vapor levels to which the goods are exposed; a water vapor conversion element at which liquid water is converted to water vapor, the water vapor conversion element being operably associated with the confined space of the enclosure to distribute that water vapor to the confined space; and a water delivery unit operatively associated with the water vapor conversion element and configured to deliver water in liquid form to the water vapor conversion element, wherein the water delivery unit comprises a drip chamber configured to deliver water in liquid form to the water vapor conversion element essentially one drop at a time, characterised in that the water vapor conversion element is contained within a chamber.
A computer-implemented method for designing stationery comprising: defining variable types (301, 400) including formatting options to be used in stationery templates; specifying variables to be used for a particular stationery template, each of the variables being assigned a particular variable type; creating a global template (303, 225) for a product category of stationery; characterised in that: the global template comprises a series of questions to collect information from an end user, wherein values of the variables used in the global template are conditional based on answers to the series of questions; and in that the method further comprises extracting metadata from a file provided by a stationery designer; creating a product template (304, 220) using information contained in the global template and the metadata extracted from the file, by combining the global template with the metadata and by importing the series of questions; receiving data from a user (306, 261) related to the product template; personalizing the product template with the data; and sending the personalized product template to a printer and/or printing partner over a network. defining variable types (301, 400) including formatting options to be used in stationery templates; specifying variables to be used for a particular stationery template, each of the variables being assigned a particular variable type; creating a global template (303, 225) for a product category of stationery; characterised in that: the global template comprises a series of questions to collect information from an end user, wherein values of the variables used in the global template are conditional based on answers to the series of questions; and in that the method further comprises extracting metadata from a file provided by a stationery designer; creating a product template (304, 220) using information contained in the global template and the metadata extracted from the file, by combining the global template with the metadata and by importing the series of questions; receiving data from a user (306, 261) related to the product template; personalizing the product template with the data; and sending the personalized product template to a printer and/or printing partner over a network. the global template comprises a series of questions to collect information from an end user, wherein values of the variables used in the global template are conditional based on answers to the series of questions; and in that the method further comprises extracting metadata from a file provided by a stationery designer; creating a product template (304, 220) using information contained in the global template and the metadata extracted from the file, by combining the global template with the metadata and by importing the series of questions; receiving data from a user (306, 261) related to the product template; personalizing the product template with the data; and sending the personalized product template to a printer and/or printing partner over a network.
A circular knitting machine comprising at least a rotatable needle cylinder provided with a number of axially extending slots, which needle cylinder is at least reciprocatingly rotatable in a forward direction and a backward direction, a number of needle elements slidably located in the slots, each needle element being provided with at least a first cam follower and near an upper end thereof with a hook and a pivotably latch, stationary cam means for moving the needle elements in axial direction according to a predetermined path, which circular knitting machine is further provided with actuation means for moving the first cam follower of each needle element from an active position in which the first cam follower is engaged with the stationary cam means for moving the needle element in axial direction to an inactive position in which the first cam follower is disengaged of the stationary cam means and forced to move behind the stationary cam means, and vice versa, the circular knitting machine further comprises at least one first and one second movable cam, each movable cam being movable between a rest position and a use position for amending the predetermined path of the stationary cam means, wherein when the needle cylinder is being rotated in the forward direction, the first movable cam (34, 37, 38, 40) is movable into its use position, whereas when the needle cylinder is being rotated in the backward direction, the second movable cam (33, 35, 36, 39) is movable into its use position, characterized in that actuation means are also provided near each movable cam for individually moving the first cam follower of each needle element from an active position in which the first cam follower is engageable with the corresponding movable cam to an inactive position in which the first cam follower is disengagable of the corresponding movable cam, and vice versa.
An anisotropic printing/coating particle (14, 16, 30, 40, 50, 60, 70, 80, 90, 100), for use in a printing ink or a lacquer for counterfeit protection, which comprises at least two separate surface regions (14A, 14B, 16A, 16B) having different physical properties, characterized in that - at least one of said surface regions is formed by a coating substance (18-3, 34, 44, 54, 64-1, 64-2, 114) applied in a non-contact coating method, namely is formed by a coating substance applied in the PVD (physical vapor deposition) method, CVD (chemical vapor deposition) method or spray coating method, and - at least one component of the particle is formed by a printing substance (18-1, 18-2, 32, 42-1, 42-2, 52-1, 52-2, 112), namely by a printing substance applied in continuous inkjet printing, inkjet printing, screen printing or 3D printing. - at least one of said surface regions is formed by a coating substance (18-3, 34, 44, 54, 64-1, 64-2, 114) applied in a non-contact coating method, namely is formed by a coating substance applied in the PVD (physical vapor deposition) method, CVD (chemical vapor deposition) method or spray coating method, and - at least one component of the particle is formed by a printing substance (18-1, 18-2, 32, 42-1, 42-2, 52-1, 52-2, 112), namely by a printing substance applied in continuous inkjet printing, inkjet printing, screen printing or 3D printing.
Mechanical system comprising a wear part, a support and a connection device between the wear part and the support, that belong to a heavy-construction machine bucket, the support comprising: - a base, - a nose that extends from the base along a principal axis, between a proximal end close to the base and a distal end opposite to the base, the nose having a set of cross-sections (50, 70, 90), in planes perpendicular to the principal axis, that change in a proximal direction while delimiting increasing or constant areas, in particular not delimiting any decreasing area, apart from the presence of a housing for receiving a connection device in the nose, and - on each side of the base, a housing receiving a lug belonging to the wear part, the housing being provided in the base in line with the nose, with an open side in a distal direction as well as three closed sides, the mechanical system being characterised in that the nose comprises: - a first zone that is situated in the vicinity of the proximal end of the nose and comprises at least six flat faces opposite in pairs (41, 45; 42, 46; 43, 47; 44, 48) delimiting cross-sections of a first type, and - a second zone that is situated in the vicinity of the distal end of the nose and comprises at least six flat faces opposite in pairs (81, 85; 82, 86; 83, 87; 84, 88) delimiting cross-sections of a second type, each flat face of the second zone being less inclined, with respect to the principal axis, than the flat face of the first zone that is situated in line with it along the proximal direction. - a base, - a nose that extends from the base along a principal axis, between a proximal end close to the base and a distal end opposite to the base, the nose having a set of cross-sections (50, 70, 90), in planes perpendicular to the principal axis, that change in a proximal direction while delimiting increasing or constant areas, in particular not delimiting any decreasing area, apart from the presence of a housing for receiving a connection device in the nose, and - on each side of the base, a housing receiving a lug belonging to the wear part, the housing being provided in the base in line with the nose, with an open side in a distal direction as well as three closed sides, - a first zone that is situated in the vicinity of the proximal end of the nose and comprises at least six flat faces opposite in pairs (41, 45; 42, 46; 43, 47; 44, 48) delimiting cross-sections of a first type, and - a second zone that is situated in the vicinity of the distal end of the nose and comprises at least six flat faces opposite in pairs (81, 85; 82, 86; 83, 87; 84, 88) delimiting cross-sections of a second type, each flat face of the second zone being less inclined, with respect to the principal axis, than the flat face of the first zone that is situated in line with it along the proximal direction.
Method for the transmission of data via a subscriber's connection located in a communication network designed according to the Ethernet transmission method, in which connection data (port-id) representing the subscriber's connection is transmitted to the communication network (OKN, ASR) and in which the transmitted connection data (port-id) is used to authenticate the data to be transmitted via the subscriber's connection, wherein the connection data (port-id) is inserted as the "Relay Session ID TAG" into the PPPoE Active Discovery (PADI) messages transmitted via the subscriber's connection to the communication network (OKN, ASR) by means of a switching device allocated to the subscriber's connection in the communication network.
A gas turbine engine comprising: a compressor section including a low pressure compressor and a high pressure compressor; a low spool and a high spool; a fan; said fan delivering air into said compressor section, and said compressor section compressing air and delivering it into a combustion section; the combustion section mixing air with fuel, igniting the fuel, and driving the products of the combustion across turbine rotors; said compressor section including a variable inlet guide vane (184|) which is movable between distinct angles to control the airflow approaching said compressor section; characterized by further comprising: a control for said gas turbine engine, programmed to position said vane at startup of the engine to increase airflow across said compressor section when the engine is installed on an aircraft; wherein the position of said vane is selected to increase airflow across the low pressure compressor while the aircraft associated with the gas turbine engine is in the air, and to increase windmilling speed of the low and high spools (30, 32). a compressor section including a low pressure compressor and a high pressure compressor; a low spool and a high spool; a fan; said fan delivering air into said compressor section, and said compressor section compressing air and delivering it into a combustion section; the combustion section mixing air with fuel, igniting the fuel, and driving the products of the combustion across turbine rotors; said compressor section including a variable inlet guide vane (184|) which is movable between distinct angles to control the airflow approaching said compressor section; characterized by further comprising: a control for said gas turbine engine, programmed to position said vane at startup of the engine to increase airflow across said compressor section when the engine is installed on an aircraft; wherein the position of said vane is selected to increase airflow across the low pressure compressor while the aircraft associated with the gas turbine engine is in the air, and to increase windmilling speed of the low and high spools (30, 32). a control for said gas turbine engine, programmed to position said vane at startup of the engine to increase airflow across said compressor section when the engine is installed on an aircraft; wherein the position of said vane is selected to increase airflow across the low pressure compressor while the aircraft associated with the gas turbine engine is in the air, and to increase windmilling speed of the low and high spools (30, 32).
A method for controlling a throttle loss recovery system for a spark-ignition internal combustion engine wherein the TLR system includes a turbine through which intake air passes before being delivered to the engine and an electrical generator coupled to the turbine and driven to rotate by the turbine, the method comprising the steps of: detecting a rotational speed ω of the generator; providing a rectifier, a filter, an over-voltage controller, and a pulse width modulation controller between the generator and a load served by the generator such that AC electrical power generated by the generator is rectified and filtered into DC current, over-voltage controlled, and is supplied to the load via the PWM controller; predefining an electrical power generation zone bounded on one side by a predefined minimum generator speed threshold ω min and on an opposite side by a predefined maximum generator speed threshold ω max; and configuring the PWM controller such that when the TLR system is activated a duty cycle of the PWM controller is equal to: zero when ω is less than ω min; 100% when ω is greater than ω max; and F when ω is within the electrical power generation zone, where F is a non-linear function of ω, increasing with increasing ω, and is greater than zero but less than 100%. detecting a rotational speed ω of the generator; providing a rectifier, a filter, an over-voltage controller, and a pulse width modulation controller between the generator and a load served by the generator such that AC electrical power generated by the generator is rectified and filtered into DC current, over-voltage controlled, and is supplied to the load via the PWM controller; predefining an electrical power generation zone bounded on one side by a predefined minimum generator speed threshold ω min and on an opposite side by a predefined maximum generator speed threshold ω max; and configuring the PWM controller such that when the TLR system is activated a duty cycle of the PWM controller is equal to: zero when ω is less than ω min; 100% when ω is greater than ω max; and F when ω is within the electrical power generation zone, where F is a non-linear function of ω, increasing with increasing ω, and is greater than zero but less than 100%. zero when ω is less than ω min; 100% when ω is greater than ω max; and F when ω is within the electrical power generation zone, where F is a non-linear function of ω, increasing with increasing ω, and is greater than zero but less than 100%.