mhurhangee/patent-ind-claim-en huggingface dataset:
Building surface panelling consisting of a top layer and a substructure, with the top layer being formed by elongate elements of a wooden material, which are arranged next to one another and parallel to one another at a distance from one another, whereby the substructure features support slats whose longitudinal direction extends transversely to the longitudinal direction of the elements of the top layer , wherein the elements of the top layer are connected to the support slats by fastening elements , wherein two fastening elements are arranged in the intersection area between an element of the top layer and a support slat , which are offset relative to one another by being arranged transversely to the longitudinal direction of the respective top element , whereby each of the support slats consists of a first and a second partial slat , which are arranged parallel to one another, characterised in that the fastening elements are screws or nails, in that the two partial slats (4, 5; 10, 11) are at least slightly movable in their longitudinal direction relative to one another, and in that , at the intersections with elements of the top layer, only the fastening element that is closer to the element of one lateral partial shell surface than to the second of these partial shell surfaces is arranged on the first partial slat , and in that only the fastening element that is closer to the element of its second lateral partial shell surface than to the first of these partial shell surfaces is arranged on the second partial slat , so that, when the cross-sectional area of the elements changes due to moisture-induced swelling or shrinkage, the partial slats are offset relative to one another by approximately the average amount of this change, and thus hardly any shear forces are introduced into the fastening elements .
Material rod feeding device for feeding material rods to a machine tool, comprising a magazine for stocking the material rods , and a guide means into which material rods to be processed can be fed from the magazine, one at a time, wherein a feeding direction of a material rod from the magazine into the guide means is transversely to the longitudinal axis of the material rod in the guide means; wherein the guide means comprises a support leg and an abutment leg for providing a variably modifiable receiving channel, wherein the support leg provides a support surface of the receiving channel, which is inclined in the feeding direction and relative to the horizontal, and wherein the abutment leg is movable along the inclination relative to the support leg , so that the variably modifiable receiving channel is formed between the two legs, into which the material rod to be processed can be fed onto the support surface, characterized in that the support leg together with the abutment leg is vertically movable as a whole.
Method for channel modification within a macro cell of a cellular mobile radio access network wherein the macro cell has a first transmitter and the macro cell overlapping at least partly with a radio coverage area created by a second transmitter, the method comprising the steps of providing a first control channel signal transmitted by the first transmitter; detecting and extracting said first control channel signal by the second transmitter; generating and transmitting a second control channel signal by the second transmitter, wherein the second control channel signal is transmitted by using the same physical layer configuration as the first control channel signal , wherein the second transmitter synchronises the second control channel signal to the first control channel signal , wherein the second control channel signal -- is a duplication of the first control channel signal but -- differs from the first control channel signal in at least one information element carried by the first control channel signal , wherein the at least one information element is carried on a broadcast channel of the first control channel signal and the second control channel signal respectively, wherein the at least one information element comprises a value of the Radio Ressource Control, RRC, parameter "Sintersearch" carried on the broadcast channel , wherein the value of the RRC parameter "Sintersearch" carried on the broadcast channel of the second control channel signal is increased compared to the RRC parameter "Sintersearch" carried on a broadcast channel of the first control channel signal . -- is a duplication of the first control channel signal but -- differs from the first control channel signal in at least one information element carried by the first control channel signal ,
A reactor for continuously coating tow fibers , said reactor comprising: an outer tubular member ; an inner support member (30; 30') spaced from said outer tubular member ; a reactant flowing through a space defined by said outer tubular member and said inner support member (30; 30'); and at least one flow promoter (38; 38') located on an outer surface (34; 34') of said inner support member (30; 30') for directing said reactant towards an inner surface of said outer tubular member . an outer tubular member ; an inner support member (30; 30') spaced from said outer tubular member ; a reactant flowing through a space defined by said outer tubular member and said inner support member (30; 30'); and at least one flow promoter (38; 38') located on an outer surface (34; 34') of said inner support member (30; 30') for directing said reactant towards an inner surface of said outer tubular member .
An additive manufacturing machine defining a vertical direction (V) and a horizontal plane (H), the additive manufacturing machine comprising: a build platform extending within the horizontal plane (H); a build unit comprising a powder dispenser for discharging a layer of an additive powder and an energy source for selectively directing energy toward the layer of the additive powder to fuse portions of the layer of the additive powder ; a gantry positioned above the build platform and movably supporting the build unit , wherein the gantry comprises horizontally extending support beams; and a powder supply system positioned below the gantry and extending between a powder supply source and the powder dispenser , wherein the gantry defines a build area and facilitates movement of the build unit within the build area to repeatedly deposit layers of the additive powder and fuse portions of each of the layers of the additive powder to build one or more components, and the powder supply system comprises a conveyor that transports the additive powder to the powder dispenser . a build platform extending within the horizontal plane (H); a build unit comprising a powder dispenser for discharging a layer of an additive powder and an energy source for selectively directing energy toward the layer of the additive powder to fuse portions of the layer of the additive powder ; a gantry positioned above the build platform and movably supporting the build unit , wherein the gantry comprises horizontally extending support beams; and a powder supply system positioned below the gantry and extending between a powder supply source and the powder dispenser , wherein the gantry defines a build area and facilitates movement of the build unit within the build area to repeatedly deposit layers of the additive powder and fuse portions of each of the layers of the additive powder to build one or more components, and the powder supply system comprises a conveyor that transports the additive powder to the powder dispenser .
Processing and/or inspection line for poultry, comprising a first conveyor line with shackles for suspending poultry by the legs , wherein said conveyor line is arranged to move the poultry in a conveying direction (A) past a processing and/or inspection station for the poultry , wherein at least along a part of said conveyor line a support is provided that supports the shackles and maintains the shackles sideways deflected in a second position away from a first neutral vertical suspension position (region B), in which second position the shackles are suspended obliquely in the conveyor line whilst being supported and resting against the support , characterized in that the support is an endless belt which is driven synchronously with the conveyor line so as to arrange that any back-and-forth movement of said shackles in their conveying direction is prevented or counteracted.
A context identification indication method, applied to a User Equipment, UE, comprising: carrying part of UE context identification information and related information of identification information for a second base station in an MSG3 message , wherein the related information of identification information comprises a difference value between the identification information of the second base station and identification information of the first base station; and sending the MSG3 message to a first base station , characterized in that before carrying the part of UE context identification information and the related information of the identification information for the second base station in the MSG3 message, the method further comprises: acquiring the difference value between the identification information of the second base station and the identification information of the first base station; and determining whether the difference value is greater than a preset value. carrying part of UE context identification information and related information of identification information for a second base station in an MSG3 message , wherein the related information of identification information comprises a difference value between the identification information of the second base station and identification information of the first base station; and sending the MSG3 message to a first base station , characterized in that before carrying the part of UE context identification information and the related information of the identification information for the second base station in the MSG3 message, the method further comprises: acquiring the difference value between the identification information of the second base station and the identification information of the first base station; and determining whether the difference value is greater than a preset value. acquiring the difference value between the identification information of the second base station and the identification information of the first base station; and determining whether the difference value is greater than a preset value.
Method for obtaining a nutritional and medicinal oral composition for veterinary use comprising the following steps: a) supplying cores of complete feed extrudate, and b) coating the cores of complete feed extrudate supplied in step a) with at least one layer of fat comprising at least one medicinal agent, said medicinal agent comprising (i) at least one preconditioned active principle in the form of a solution or of a suspension of said active principle in an oily liquid or (ii) at least one preconditioned active principle in the form of waxy granules, at a temperature below 40°C. a) supplying cores of complete feed extrudate, and b) coating the cores of complete feed extrudate supplied in step a) with at least one layer of fat comprising at least one medicinal agent, said medicinal agent comprising (i) at least one preconditioned active principle in the form of a solution or of a suspension of said active principle in an oily liquid or (ii) at least one preconditioned active principle in the form of waxy granules, at a temperature below 40°C.
A wiper blade system comprising: a reusable adapter configured for a specific wiper blade arm of a vehicle; a first connector attached to said adapter ; and a second connector attached to a disposable wiper blade , said second connector configured to mate with said first connector , wherein said first connector is female and said second connector is male, and wherein said male connector has a set of squeezable prongs with protruding surfaces , said protruding surfaces configured to engage opposing holes or slots in said female connector , characterised in that the system further comprises a locking mechanism configured to slide over the opposing holes or slots of the first connector and lock said protruding surfaces when said protruding surfaces are engaged with said opposing holes or slots in said first connector . a reusable adapter configured for a specific wiper blade arm of a vehicle; a first connector attached to said adapter ; and a second connector attached to a disposable wiper blade , said second connector configured to mate with said first connector , wherein said first connector is female and said second connector is male, and wherein said male connector has a set of squeezable prongs with protruding surfaces , said protruding surfaces configured to engage opposing holes or slots in said female connector , characterised in that the system further comprises a locking mechanism configured to slide over the opposing holes or slots of the first connector and lock said protruding surfaces when said protruding surfaces are engaged with said opposing holes or slots in said first connector .
Polymer-based sliding material having fillers which improve the tribological properties, the polymer base comprising ultra-high molecular weight polyethylene which has a molar mass of at least 5.0 million g/mol, characterized in that the fillers comprise a mixture of calcium phosphate, WS 2 and SnS 2 , the proportion of this mixture being at most 15.0 wt.% of the sliding material. the polymer base comprising ultra-high molecular weight polyethylene which has a molar mass of at least 5.0 million g/mol, characterized in that the fillers comprise a mixture of calcium phosphate, WS 2 and SnS 2 , the proportion of this mixture being at most 15.0 wt.% of the sliding material.
System for heating up water for a consumer unit in an aircraft , the system comprising a water reservoir and a control unit , the water reservoir comprising a heating device configured to heat water held in the water reservoir to a consumer temperature, such that water can be provided at the consumer temperature from the water reservoir to the consumer unit for immediate use, and the control unit being configured to control the heating device such that water held in the water reservoir is automatically heated to or above a disinfection temperature at which germ formation in the water reservoir and on its internal surfaces is eliminated or suppressed by thermal treatment, and a temperature of the water in the water reservoir is maintained at or above the disinfection temperature for a disinfection period, the heating to the disinfection temperature being effected only during flight phases or portions of flight phases of the aircraft during which use of the consumer unit by a user is not to be expected. the water reservoir comprising a heating device configured to heat water held in the water reservoir to a consumer temperature, such that water can be provided at the consumer temperature from the water reservoir to the consumer unit for immediate use, and the control unit being configured to control the heating device such that water held in the water reservoir is automatically heated to or above a disinfection temperature at which germ formation in the water reservoir and on its internal surfaces is eliminated or suppressed by thermal treatment, and a temperature of the water in the water reservoir is maintained at or above the disinfection temperature for a disinfection period, the heating to the disinfection temperature being effected only during flight phases or portions of flight phases of the aircraft during which use of the consumer unit by a user is not to be expected.
A method for operating a policy control function, PCF, in a wireless communication system, the method comprising: configuring an aggregate maximum bit rate, AMBR, of non-guaranteed bitrate, non-GBR, Quality of Service, QoS, flows associated with a network slice of a single-network slice selection assistance information, S-NSSAI, for all protocol data unit, PDU, sessions established using the S-NSSAI; transmitting, to a session management function, SMF, the configured AMBR of the non-GBR QoS flows; obtaining slice policy information including a maximum data rate for the network slice; monitoring data rates of all the PDU sessions associated with the network slice of the S-NSSAI; determining whether the data rates associated with the network slice exceeds the maximum data rate; changing the AMBR of the non-GBR QoS flows to control the data rates not to exceed the maximum data rate; and transmitting, to the SMF , a policy enforcement request message including the changed AMBR for controlling the data rates associated with the network slice. configuring an aggregate maximum bit rate, AMBR, of non-guaranteed bitrate, non-GBR, Quality of Service, QoS, flows associated with a network slice of a single-network slice selection assistance information, S-NSSAI, for all protocol data unit, PDU, sessions established using the S-NSSAI; transmitting, to a session management function, SMF, the configured AMBR of the non-GBR QoS flows; obtaining slice policy information including a maximum data rate for the network slice; monitoring data rates of all the PDU sessions associated with the network slice of the S-NSSAI; determining whether the data rates associated with the network slice exceeds the maximum data rate; changing the AMBR of the non-GBR QoS flows to control the data rates not to exceed the maximum data rate; and transmitting, to the SMF , a policy enforcement request message including the changed AMBR for controlling the data rates associated with the network slice.
A refrigerator, comprising: a cabinet having a storage compartment; a refrigerator door opening or closing the storage compartment; an ice maker defining a space for generating ice and including a rotation shaft ; an ice bin mounted to the refrigerator door and disposed below the ice maker to receive the ice generated in the ice maker , the ice bin having a discharge hole at a bottom and an inlet (301 a); a motor assembly provided in the refrigerator door and including a connection member ; an ice discharge member disposed in the ice bin to selectively discharge the ice in the ice bin while rotating, and including: a rotation axis horizontally disposed within ice bin ; a plurality of rotation blades fixed to the rotation axis and disposed spaced from each other in an extending direction of the rotation axis , the plurality of rotation blades configured to rotate in a first direction for crushing the ice and rotate in a second direction for discharging the ice in a non-crushed state; and a plurality of fixed blades alternately disposed with the plurality of rotation blades in the extending direction of the rotation axis ; wherein the rotation axis is horizontally disposed to cross the rotation shaft within ice bin when viewed from the top; wherein the inlet of the ice bin is disposed at a position lower than the ice maker to pass the ice dropping downwardly; characterized in that a portion of ice cubes separated from the ice maker directly drops into at least one rotation blade of the plurality of rotation blades , and in that the refrigerator further comprises an opening/closing member disposed at a lateral side of the plurality of fixed blades ; and an elastic member having one end fixed to the ice bin and the other end seated on a surface of the opening/closing member to elastically support the opening/closing member ; wherein the opening/closing member is downwardly rotated by compression force of the ices and the rotation blades , when the rotation blades rotate in the second direction; wherein the ice discharge member includes a connection plate selectively connected to the connection member , the rotation axis passing through the connection plate ; wherein the opening/closing member is configured to return to its initial position by elastic force of the elastic member ; wherein an operation restriction part is disposed below the opening/closing member to restrict an operation range of the opening/closing member.
A pump comprising: a housing having a cylindrical shape to contain water; a rotatable impeller to discharge the water in the housing to an external; a heater cover to form a bottom surface of the housing ; a heater plate joined to a lower side of the heater cover ; and characterized in that : a heater joined to a lower side of the heater plate to heat the heater plate , wherein the heater plate heated by the heater is configured to heat the heater cover , such that the heater is not in direct contact with the heater cover , wherein an external side surface of the heater body is spaced apart from an external side surface of the cover holder , wherein an external side surface of the cover holder is spaced apart from a side surface of the housing . a housing having a cylindrical shape to contain water; a rotatable impeller to discharge the water in the housing to an external; a heater cover to form a bottom surface of the housing ; a heater plate joined to a lower side of the heater cover ; and characterized in that : a heater joined to a lower side of the heater plate to heat the heater plate , wherein the heater plate heated by the heater is configured to heat the heater cover , such that the heater is not in direct contact with the heater cover , wherein an external side surface of the heater body is spaced apart from an external side surface of the cover holder , wherein an external side surface of the cover holder is spaced apart from a side surface of the housing . a heater joined to a lower side of the heater plate to heat the heater plate , wherein the heater plate heated by the heater is configured to heat the heater cover , such that the heater is not in direct contact with the heater cover , wherein an external side surface of the heater body is spaced apart from an external side surface of the cover holder , wherein an external side surface of the cover holder is spaced apart from a side surface of the housing .