mhurhangee/ep-ind-claims huggingface dataset:
Method in a base station for adjusting a channel quality indicator value related to the channel quality of a wireless transmission between the base station and a user equipment served by the base station, the base station, the user equipment and a relay node are comprised in a multi-hop wireless communication system and adapted to intercommunicate in a first transmission mode and a second transmission mode, the method comprising the steps of: sending a radio signal to be received by the user equipment, obtaining the channel quality indicator value via signalling over a Physical Uplink Shared Channel PUSCH from the user equipment, wherein measurement of the channel quality indicator value is performed in the user equipment, determining if the transmission mode of the sent radio signal is different from the transmission mode of the obtained channel quality indicator value measurement, and adding a channel quality indicator offset value to the channel quality indicator value, if the transmission mode of the relay node is determined to be the first transmission mode while the channel quality indicator was measured and obtained in the second transmission mode, wherein one of the first and second transmission modes is a backhaul mode or a Multimedia Broadcast Single Frequency Network, MBSFN, mode. sending a radio signal to be received by the user equipment, obtaining the channel quality indicator value via signalling over a Physical Uplink Shared Channel PUSCH from the user equipment, wherein measurement of the channel quality indicator value is performed in the user equipment, determining if the transmission mode of the sent radio signal is different from the transmission mode of the obtained channel quality indicator value measurement, and adding a channel quality indicator offset value to the channel quality indicator value, if the transmission mode of the relay node is determined to be the first transmission mode while the channel quality indicator was measured and obtained in the second transmission mode, wherein one of the first and second transmission modes is a backhaul mode or a Multimedia Broadcast Single Frequency Network, MBSFN, mode.
A crystal form of a compound represented by formula, wherein an X-ray powder diffraction spectrum of the crystal form comprises characteristic peaks at 2θ values of 13.07°±0.2°, 16.84±0.2°, and 18.51±0.2°.
An assembly, comprising: - an outer component having a bore; - an inner component mounted in the bore of the outer component and having an outer surface, such that the inner component mates with the outer component and is movable relative thereto; - a bearing or tolerance ring located in the bore between the inner and outer components (23, 27), the bearing or tolerance ring having a plurality of waves with peaks and valleys that undulate between the outer and inner components (23, 27) and contact their bore and outer surface (25, 29), respectively, characterised in that the bearing or tolerance ring further comprises: - an annular band formed from a metallic material; - an elastomeric layer on the annular band; and - a low friction layer on at least one of the annular band and the elastomeric layer. - an outer component having a bore; - an inner component mounted in the bore of the outer component and having an outer surface, such that the inner component mates with the outer component and is movable relative thereto; - a bearing or tolerance ring located in the bore between the inner and outer components (23, 27), the bearing or tolerance ring having a plurality of waves with peaks and valleys that undulate between the outer and inner components (23, 27) and contact their bore and outer surface (25, 29), respectively, characterised in that the bearing or tolerance ring further comprises: - an annular band formed from a metallic material; - an elastomeric layer on the annular band; and - a low friction layer on at least one of the annular band and the elastomeric layer.
Surgical forceps comprising a vessel sealing tip, the vessel sealing tip comprising at least one optical fiber arranged to deliver, upon actuation, electromagnetic radiation to a vessel to yield a vessel welding effect in a specified sealing section of the vessel and/or to cut the vessel within the specified sealing section, wherein the at least one optical fiber comprises at least one specified emission region that is configured to emit transferred electromagnetic radiation from a core through a cladding of the optical fiber by the optical fiber being bent at the at least one specified emission region beyond a specified bending threshold.
A linear water feed apparatus for use in agricultural irrigation comprising: a linear-move machine including a mobile truss assembly supporting a plurality of individual sprinklers and adapted for movement in a specified direction across a field to be irrigated, the truss assembly oriented transverse to the specified direction; a supply pipe (26, 444) arranged in said specified direction along or within the field to be irrigated, said supply pipe mounting a plurality of water supply hydrants (28, 438, 442) at spaced locations along said pipe, each of said hydrants enclosing a water supply valve; a docking station (76, 434) supported at one end of said truss assembly closest to said supply pipe, and adapted to engage and open successive ones of said water supply valves in said plurality of hydrants, said docking station (76, 434) suspended from a first frame (56, 430) for floating movement relative to the first frame (56, 430) about at least three mutually perpendicular axes, and characterized in that said first frame is secured to a trolley and movable on the trolley in a guided direction transverse to said specified direction. a linear-move machine including a mobile truss assembly supporting a plurality of individual sprinklers and adapted for movement in a specified direction across a field to be irrigated, the truss assembly oriented transverse to the specified direction; a supply pipe (26, 444) arranged in said specified direction along or within the field to be irrigated, said supply pipe mounting a plurality of water supply hydrants (28, 438, 442) at spaced locations along said pipe, each of said hydrants enclosing a water supply valve; a docking station (76, 434) supported at one end of said truss assembly closest to said supply pipe, and adapted to engage and open successive ones of said water supply valves in said plurality of hydrants, said docking station (76, 434) suspended from a first frame (56, 430) for floating movement relative to the first frame (56, 430) about at least three mutually perpendicular axes, and characterized in that said first frame is secured to a trolley and movable on the trolley in a guided direction transverse to said specified direction.
An apparatus for reducing brake wear, the apparatus comprising: a brake de-selection function for selectively disabling at least one brake on a vehicle; and a controller configured to: receive torque information which relates to torque reacted by a brake on the vehicle during a braking event; receive wheel speed information which relates to a speed of a wheel associated with the brake during the braking event; calculate an energy input into the brake during the braking event, based on the received torque information and the received wheel speed information; determine whether the calculated energy input meets at least one predefined energy input criterion; and activate the brake de-selection function if the calculated energy input meets the at least one predefined energy input criterion. a brake de-selection function for selectively disabling at least one brake on a vehicle; and a controller configured to: receive torque information which relates to torque reacted by a brake on the vehicle during a braking event; receive wheel speed information which relates to a speed of a wheel associated with the brake during the braking event; calculate an energy input into the brake during the braking event, based on the received torque information and the received wheel speed information; determine whether the calculated energy input meets at least one predefined energy input criterion; and activate the brake de-selection function if the calculated energy input meets the at least one predefined energy input criterion. receive torque information which relates to torque reacted by a brake on the vehicle during a braking event; receive wheel speed information which relates to a speed of a wheel associated with the brake during the braking event; calculate an energy input into the brake during the braking event, based on the received torque information and the received wheel speed information; determine whether the calculated energy input meets at least one predefined energy input criterion; and activate the brake de-selection function if the calculated energy input meets the at least one predefined energy input criterion.
A machine for filleting fish, comprising - means for engaging the fish and centring said fish relative to a vertical plane of the machine, such that lower sides of the fish are arranged on opposite sides of said plane; - means for detecting and registering the vertical extent of the lower edges of the fish and the fish back; - means for fixating the fish back, and cutting means for cutting slits in the fish back, said slits having an extent at least along either side of the protruding back fin; - articulated cutting means, where said articulated cutting means are arranged on either side of the vertical plane, suitable for cutting/trimming at least a part of the lowermost sides and/or edges of the fish; - upper cutting means positioned along the vertical plane for cutting the fish meat free from the vertebrae of the fish; - means (70,70',70",70′′′) for cutting vertically on either side of the vertebrae; and - means for directing the bone-free fillets to further processing - means for engaging the fish and centring said fish relative to a vertical plane of the machine, such that lower sides of the fish are arranged on opposite sides of said plane; - means for detecting and registering the vertical extent of the lower edges of the fish and the fish back; - means for fixating the fish back, and cutting means for cutting slits in the fish back, said slits having an extent at least along either side of the protruding back fin; - articulated cutting means, where said articulated cutting means are arranged on either side of the vertical plane, suitable for cutting/trimming at least a part of the lowermost sides and/or edges of the fish; - upper cutting means positioned along the vertical plane for cutting the fish meat free from the vertebrae of the fish; - means (70,70',70",70′′′) for cutting vertically on either side of the vertebrae; and - means for directing the bone-free fillets to further processing
A method of folding over and pressing a fibrous sheet to produce a panel-shaped building element having two large faces, the method comprising: - providing a fibrous sheet having a width, a length, and a thickness and including a central portion and two lateral portions parallel thereto and adapted to form at least a part of the large faces of the building element, all three portions (23, 24) extending the full length of the sheet, the central portion carrying spacing elements (25, 26) for providing a desired thickness of the building element; - providing an adhesive for adhering the two lateral portions to the spacing elements (25, 26); - providing a first folding mechanism and operating it to fold the two lateral portions of the fibrous sheet upward such that they are in their entirety upturned relative to the central portion; - providing a second folding mechanism in the form of a pressing mechanism having two pressing members (16a, 16b) and operating it to carry out the following steps: - i) first folding down an outer part of each of the two upturned lateral portions to place said outer parts of the lateral portions on top of the central portion; and - ii) then making the two pressing members (16a, 16b) move on top of said outer parts of the lateral portions to press them against the spacing elements (25, 26) on the central portion of the fibrous sheet to become adhered thereto and to produce the building element having two main faces interconnected by the spacing elements (25, 26) and the adhesive. - providing a fibrous sheet having a width, a length, and a thickness and including a central portion and two lateral portions parallel thereto and adapted to form at least a part of the large faces of the building element, all three portions (23, 24) extending the full length of the sheet, the central portion carrying spacing elements (25, 26) for providing a desired thickness of the building element; - providing an adhesive for adhering the two lateral portions to the spacing elements (25, 26); - providing a first folding mechanism and operating it to fold the two lateral portions of the fibrous sheet upward such that they are in their entirety upturned relative to the central portion; - providing a second folding mechanism in the form of a pressing mechanism having two pressing members (16a, 16b) and operating it to carry out the following steps: - i) first folding down an outer part of each of the two upturned lateral portions to place said outer parts of the lateral portions on top of the central portion; and - ii) then making the two pressing members (16a, 16b) move on top of said outer parts of the lateral portions to press them against the spacing elements (25, 26) on the central portion of the fibrous sheet to become adhered thereto and to produce the building element having two main faces interconnected by the spacing elements (25, 26) and the adhesive.
Cooking apparatus such as a hot air fryer comprising a heating system, a ventilation system, a drive motor capable of rotating a stirring element, said stirring element being removable, and a kit of elements for assembling a container (1, 2) of a cooking apparatus such as a hot air fryer, comprising an edge element, cooking apparatus such as a hot air fryer, characterised in that said kit of elements for assembling comprises at least two interchangeable bottom elements (4, 5) having different functionalities and means for assembling the edge element with a bottom element from among the at least two bottom elements (4, 5) and in that the edge element is open and has two side end portions (23, 24), the assembling means being configured to bring together the two side end portions (23, 24) by tightening on itself said edge element, a guiding system (25, 26, 27) being arranged between the two side end portions (23, 24) of the edge element so as to make them slide opposite one another during the tightening on itself of said edge element.
A refrigerator (300, 400) comprising: a first storage chamber; a second storage chamber located below the first storage chamber; an ice maker configured to make ice pieces; an ice bucket configured to store the ice pieces made in the ice maker; and a middle wall partitioning inside space of the refrigerator (300, 400) into the first storage chamber and the second storage chamber, and including a base portion, and a stepped portion located higher than the base portion to form ice-making space in the second storage chamber, wherein at least one portion of the ice maker and at least one portion of the ice bucket are accommodated in the ice-making space, wherein the first storage chamber is a refrigerating chamber, and the second storage chamber is a freezing chamber, characterized in that the stepped portion includes a first stepped portion located higher than the base portion to form a first ice-making space, and a second stepped portion located higher than the first stepped portion to form second ice-making space, and wherein the at least one portion of the ice bucket is accommodated in the first ice-making space, and the at least one portion of the ice maker is accommodated in the second ice-making space. a first storage chamber; a second storage chamber located below the first storage chamber; an ice maker configured to make ice pieces; an ice bucket configured to store the ice pieces made in the ice maker; and a middle wall partitioning inside space of the refrigerator (300, 400) into the first storage chamber and the second storage chamber, and including a base portion, and a stepped portion located higher than the base portion to form ice-making space in the second storage chamber, wherein at least one portion of the ice maker and at least one portion of the ice bucket are accommodated in the ice-making space, wherein the first storage chamber is a refrigerating chamber, and the second storage chamber is a freezing chamber, characterized in that the stepped portion includes a first stepped portion located higher than the base portion to form a first ice-making space, and a second stepped portion located higher than the first stepped portion to form second ice-making space, and wherein the at least one portion of the ice bucket is accommodated in the first ice-making space, and the at least one portion of the ice maker is accommodated in the second ice-making space.
A catalyst compound comprising a compound represented by the formula: where M is a Group 3, 4, 5 or 6 transition metal; each X is, independently, a univalent C 1 to C 20 hydrocarbyl radical, a functional group comprising elements from Groups 13 - 17 of the periodic table of the elements, or X 1 and X 2 join together to form a C 4 to C 62 cyclic or polycyclic ring structure, provided, however, where M is trivalent then X 2 is not present; each R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, R 12, R 13, R 14, R 15, R 16, R 17, R 18, R 19, R 20, R 21, and R 22 is, independently, a hydrogen, a C 1 -C 40 hydrocarbyl radical, a functional group comprising elements from Group 13 - 17 of the periodic table of the elements, wherein each functional group is selected from radicals comprising alkyl radicals, alkene radicals, aryl radicals, halogens, O, S, Se, Te, NR* x, OR*, SeR*, TeR*, PR* x, AsR* x, SbR* x, SR*, BR* x, SiR* x, GeR* x, SnR* x, PbR* x, or combinations thereof, wherein R* is a C 1 to C 20 hydrocarbyl and wherein x is the appropriate integer to provide an electron neutral moiety, or two or more of R 1 to R 22 may independently join together to form a C 4 to C 62 cyclic or polycyclic ring structure, or a combination thereof; at least one of R 6, R 7, R 8, R 9, R 10, R 16, R 17, R 18, R 19, or R 20 comprise fluorine; and Y is a divalent C 1 to C 20 hydrocarbyl radical. where M is a Group 3, 4, 5 or 6 transition metal; each X is, independently, a univalent C 1 to C 20 hydrocarbyl radical, a functional group comprising elements from Groups 13 - 17 of the periodic table of the elements, or X 1 and X 2 join together to form a C 4 to C 62 cyclic or polycyclic ring structure, provided, however, where M is trivalent then X 2 is not present; each R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8, R 9, R 10, R 11, R 12, R 13, R 14, R 15, R 16, R 17, R 18, R 19, R 20, R 21, and R 22 is, independently, a hydrogen, a C 1 -C 40 hydrocarbyl radical, a functional group comprising elements from Group 13 - 17 of the periodic table of the elements, wherein each functional group is selected from radicals comprising alkyl radicals, alkene radicals, aryl radicals, halogens, O, S, Se, Te, NR* x, OR*, SeR*, TeR*, PR* x, AsR* x, SbR* x, SR*, BR* x, SiR* x, GeR* x, SnR* x, PbR* x, or combinations thereof, wherein R* is a C 1 to C 20 hydrocarbyl and wherein x is the appropriate integer to provide an electron neutral moiety, or two or more of R 1 to R 22 may independently join together to form a C 4 to C 62 cyclic or polycyclic ring structure, or a combination thereof; at least one of R 6, R 7, R 8, R 9, R 10, R 16, R 17, R 18, R 19, or R 20 comprise fluorine; and Y is a divalent C 1 to C 20 hydrocarbyl radical.
Method for manufacturing an insulating glass provided with at least one glass plate and a rigid spacer frame, comprising the manufacture of the rigid spacer frame and the application of said rigid spacer frame to at least one glass plate, wherein the manufacture of the rigid spacer frame comprises the steps of: - providing a template according to the size and shape of the rigid spacer frame, - laying on the template of components making up the rigid spacer frame, - joining these components so as to obtain the finished spacer frame and locking on the template of the spacer frame thus assembled, and wherein the application of said rigid spacer frame to at least one glass plate comprises: - the transfer of the finished spacer template-frame assembly at a station of an insulating glass production line; - the application of said spacer template-frame assembly to at least one glass plate, - release and removal of the template from the spacer template-frame assembly. - providing a template according to the size and shape of the rigid spacer frame, - laying on the template of components making up the rigid spacer frame, - joining these components so as to obtain the finished spacer frame and locking on the template of the spacer frame thus assembled, - the transfer of the finished spacer template-frame assembly at a station of an insulating glass production line; - the application of said spacer template-frame assembly to at least one glass plate, - release and removal of the template from the spacer template-frame assembly.
An apparatus, comprising: a clock; a communication interface for communicating with a second clock; a user interface coupled with the clock synchronization logic; and clock synchronization logic coupled with the clock and the communication interface; the clock synchronization logic determines a time difference between the clock and the second clock and allows the clock to synchronize with the second clock when the time difference between the clock and the second clock is less than a predetermined limit; and the clock synchronization logic prevents the clock from synchronizing with the second clock when the time difference between the clock and the second clock is greater than the predetermined limit until an event has been detected; characterized in that the event represents a user authentication received from a user via the user interface. a clock; a communication interface for communicating with a second clock; a user interface coupled with the clock synchronization logic; and clock synchronization logic coupled with the clock and the communication interface; the clock synchronization logic determines a time difference between the clock and the second clock and allows the clock to synchronize with the second clock when the time difference between the clock and the second clock is less than a predetermined limit; and the clock synchronization logic prevents the clock from synchronizing with the second clock when the time difference between the clock and the second clock is greater than the predetermined limit until an event has been detected; characterized in that the event represents a user authentication received from a user via the user interface.