mhurhangee/patent-ind-claim-en huggingface dataset:
A contacting unit for an electronic circuit, the contacting unit extending lengthwise between first and second ends and widthwise between first and second sides, the contacting unit comprising: a circuit board for the electronic circuit; a connector connected to the circuit board for providing electrical contact between the electronic circuit and a host device, and a casing comprising a first cover and a second cover, the electronic circuit and the circuit board being sandwiched between the first and second covers, at least part of the contacting unit thereby having a first height which is sufficient to cover the electronic circuit and the circuit board; wherein the first and second covers are made at least partially from plastics, the covers being configured to be attached to each other at a plurality of attachment regions of the first and second covers such that said attachment is made between parallel- opposing plastic parts of the first and second covers within one or more of the attachment regions; wherein the circuit board having a form which is adapted to expose at least one of said attachment regions to allow for said attachment of the first and second covers; wherein the connector has a coupling region adapted to cooperate with at least one from the first or second covers to secure the connector in place; characterised in that the contacting unit has a second height less than the first height, either of the first cover and the second cover having a slot for inserting an external circuit, the slot being located at a junction where the cover height changes from the first height to the second height. a circuit board for the electronic circuit; a connector connected to the circuit board for providing electrical contact between the electronic circuit and a host device, and a casing comprising a first cover and a second cover, the electronic circuit and the circuit board being sandwiched between the first and second covers, at least part of the contacting unit thereby having a first height which is sufficient to cover the electronic circuit and the circuit board; wherein the first and second covers are made at least partially from plastics, the covers being configured to be attached to each other at a plurality of attachment regions of the first and second covers such that said attachment is made between parallel- opposing plastic parts of the first and second covers within one or more of the attachment regions; wherein the circuit board having a form which is adapted to expose at least one of said attachment regions to allow for said attachment of the first and second covers; wherein the connector has a coupling region adapted to cooperate with at least one from the first or second covers to secure the connector in place; characterised in that the contacting unit has a second height less than the first height, either of the first cover and the second cover having a slot for inserting an external circuit, the slot being located at a junction where the cover height changes from the first height to the second height.
A washing machine comprising - a tub wherein items to be washed are disposed and the washing process is performed, - a dispenser housing wherein a dispenser is placed in which cleaning agents such as detergent and softener are disposed and cleaning agents are mixed with water, - a flushing device disposed onto the dispenser, enabling the water to be directed into the dispenser, - at least two water inlet valves providing the water that will be used in washing to be taken from the mains, - at least one first conduit providing the water taken from the mains by means of the water inlet valve to be directed to the flushing device , - at least one second conduit , one end of which is connected to another water inlet valve and the other end opens to the tub providing the water to be transmitted partly to the tub directly and to be transmitted partly to the flushing device or dispenser housing by means of a passage which is located on the second conduit and which opens into the flushing device or dispenser housing . - a tub wherein items to be washed are disposed and the washing process is performed, - a dispenser housing wherein a dispenser is placed in which cleaning agents such as detergent and softener are disposed and cleaning agents are mixed with water, - a flushing device disposed onto the dispenser, enabling the water to be directed into the dispenser, - at least two water inlet valves providing the water that will be used in washing to be taken from the mains, - at least one first conduit providing the water taken from the mains by means of the water inlet valve to be directed to the flushing device , - at least one second conduit , one end of which is connected to another water inlet valve and the other end opens to the tub providing the water to be transmitted partly to the tub directly and to be transmitted partly to the flushing device or dispenser housing by means of a passage which is located on the second conduit and which opens into the flushing device or dispenser housing .
An antenna device for an electronic device for wireless communication, comprising: a ground portion ; a feeding portion ; an antenna pattern connected to the ground portion via a ground line ; a first feeding line that connects the feeding portion and one side of the antenna pattern via a first feeding line , wherein length of a first radiator path is determined by the first feeding line and the first radiator path is configured to transmit/receive a signal of a first frequency band; a branching feeding pattern comprising a second feeding line , that branches from the first feeding line , and connected to another side of the antenna pattern , wherein length of a second radiator path is determined by the second feeding line and the second radiator path is configured to receive a signal of a second frequency band. a ground portion ; a feeding portion ; an antenna pattern connected to the ground portion via a ground line ; a first feeding line that connects the feeding portion and one side of the antenna pattern via a first feeding line , wherein length of a first radiator path is determined by the first feeding line and the first radiator path is configured to transmit/receive a signal of a first frequency band; a branching feeding pattern comprising a second feeding line , that branches from the first feeding line , and connected to another side of the antenna pattern , wherein length of a second radiator path is determined by the second feeding line and the second radiator path is configured to receive a signal of a second frequency band.
A food processor , comprising: a cutter head , on which a cutter is arranged, wherein an intersecting line of a side wall of the cutter head and a cross section of the cutter head is a cutter head contour line, a maximum inscribed circle or a minimum circumscribed circle of the cutter head contour line is a cutter head base circle, and a central axis of the cutter head penetrates the center of the cutter head base circle; and a cup body located above the cutter head and arranged on the cutter head , wherein an intersecting line of the cup wall of the cup body and a cross section of the cup wall is a cup body contour line , a maximum inscribed circle or a minimum circumscribed circle of the cup body contour line is a cup body base circle , and a central axis of the cup body penetrates the center of the cup body base circle ; wherein distances between different points on the same cup body contour line and the center of the cup body base circle are equal; and distances between different points on the same cutter head contour line and the center of the cutter head base circle are unequal, characterized in that the central axis of the cutter head is coincident with that of the cup body . a cutter head , on which a cutter is arranged, wherein an intersecting line of a side wall of the cutter head and a cross section of the cutter head is a cutter head contour line, a maximum inscribed circle or a minimum circumscribed circle of the cutter head contour line is a cutter head base circle, and a central axis of the cutter head penetrates the center of the cutter head base circle; and a cup body located above the cutter head and arranged on the cutter head , wherein an intersecting line of the cup wall of the cup body and a cross section of the cup wall is a cup body contour line , a maximum inscribed circle or a minimum circumscribed circle of the cup body contour line is a cup body base circle , and a central axis of the cup body penetrates the center of the cup body base circle ; wherein distances between different points on the same cup body contour line and the center of the cup body base circle are equal; and distances between different points on the same cutter head contour line and the center of the cutter head base circle are unequal, characterized in that the central axis of the cutter head is coincident with that of the cup body .
Arrangement of a trim element on a window pillar structure , by means of a fastening device , in a zone for joining to a roof lining in which the roof lining passes beneath the window pillar trim element , the trim element of the window pillar having a curved profile formed by a lateral part and a frontal part that are connected by a bent linking part , and the device comprising a fastening plate with a substantially longitudinal orientation, having an inner face connected to the window pillar structure and an opposite outer face provided: - with a first fastening means that is able to cooperate with a catching means carried by the lateral part of the window pillar trim element and with a second fastening means that is able to cooperate with a receiving means carried by the bent part of the window pillar trim element , - and with a first means for pressing the roof lining into the lateral part of the trim of the window pillar, disposed between the fastening means and , and with a second means for pressing the roof lining into the frontal part of the window pillar trim element , the second pressing means extending from the front edge of the plate in the direction of the frontal part of the window pillar trim element , characterized in that the device has a third means for pressing the roof lining into the bent part of the window pillar trim element , disposed on the outer face of the plate above the second fastening means . - with a first fastening means that is able to cooperate with a catching means carried by the lateral part of the window pillar trim element and with a second fastening means that is able to cooperate with a receiving means carried by the bent part of the window pillar trim element , - and with a first means for pressing the roof lining into the lateral part of the trim of the window pillar, disposed between the fastening means and , and with a second means for pressing the roof lining into the frontal part of the window pillar trim element , the second pressing means extending from the front edge of the plate in the direction of the frontal part of the window pillar trim element , characterized in that the device has a third means for pressing the roof lining into the bent part of the window pillar trim element , disposed on the outer face of the plate above the second fastening means .
A silicide-based composite material comprising - a silicide of Mo, B, W, Nb, Ta, Ti, Cr, Co, Y, or a combination thereof, - 20-40 wt% of Si 3 N 4 , - 0.5-8 wt% of Y 2 O 3 , - 0.5-6 wt% of CeO 2 , - up to 4 wt% of impurities, said impurities comprising Al, C, Fe, Ca, O, N, or a combination thereof. - a silicide of Mo, B, W, Nb, Ta, Ti, Cr, Co, Y, or a combination thereof, - 20-40 wt% of Si 3 N 4 , - 0.5-8 wt% of Y 2 O 3 , - 0.5-6 wt% of CeO 2 , - up to 4 wt% of impurities, said impurities comprising Al, C, Fe, Ca, O, N, or a combination thereof.
Attachment arrangement with: an attachment structure for attaching a personal protection equipment to an underground structure which comprises a hollow space, wherein the attachment structure comprises: a carrier element which comprises at least one elongated through hole structure which comprises at least one elongated hole which comprises a ratio of length to width of larger than five, and which is respectively adapted to receive an attachment element at a selectable position along the through hole structure , to anchor the attachment element to a hollow space of the underground structure for attaching the attachment structure to the underground structure ; and a personal protection equipment attachment at the carrier element which is adapted for attaching the personal protection equipment to the attachment structure ; and the underground structure which comprises the hollow space to which the attachment structure is attached, wherein the hollow space of the underground structure is a material-free region in the interior of the underground structure . a carrier element which comprises at least one elongated through hole structure which comprises at least one elongated hole which comprises a ratio of length to width of larger than five, and which is respectively adapted to receive an attachment element at a selectable position along the through hole structure , to anchor the attachment element to a hollow space of the underground structure for attaching the attachment structure to the underground structure ; and a personal protection equipment attachment at the carrier element which is adapted for attaching the personal protection equipment to the attachment structure ; and the underground structure which comprises the hollow space to which the attachment structure is attached, wherein the hollow space of the underground structure is a material-free region in the interior of the underground structure .
Differential lock actuator for a differential locking mechanism, the Differential lock actuator comprising: a housing ; a push rod configured to be movable within the housing between a first position and a second position for activation/deactivation of a differential locking system; a lock detection assembly adapted to detect a position of the push rod within the housing , wherein the lock detection assembly comprises a first detector component connected to a removable part of the housing wherein the housing comprises a hollow inner space adapted to guide the push rod along a longitudinal axis of the housing , and wherein the removable part of the housing is a cap, adapted to cover an open side end of the housing wherein the cap comprises a cavity adapted to enclose the first detector component in such a way that the first detector component is separated from the push rod . a housing ; a push rod configured to be movable within the housing between a first position and a second position for activation/deactivation of a differential locking system; a lock detection assembly adapted to detect a position of the push rod within the housing , wherein the lock detection assembly comprises a first detector component connected to a removable part of the housing wherein the housing comprises a hollow inner space adapted to guide the push rod along a longitudinal axis of the housing , and wherein the removable part of the housing is a cap, adapted to cover an open side end of the housing wherein the cap comprises a cavity adapted to enclose the first detector component in such a way that the first detector component is separated from the push rod .
Method for ensuring road tracking up to a predefined lateral acceleration limit ( a lat,R 79 ) in a vehicle having an autonomous steering function arranged to selectively apply a steering wheel overlay torque ( T PA ) to a normal steering assistance torque ( T a ) in an electrical power assisted steering system of the vehicle , the method comprising: acquiring the predetermined lateral acceleration limit ( a lat,R 79 ); acquiring a signal representing a current lateral acceleration ( a lat ) of the vehicle ; comparing the predetermined lateral acceleration limit ( a lat,R 79 ) with the acquired current lateral acceleration signal ( a lat ) to obtain a controller error (e); setting a torque limit ( T LIM ) for the steering wheel overlay torque ( T PA ), if the controller error (e) is equal to or greater than a predetermined first threshold, to the actual value of the steering wheel overlay torque ( T PA ) as an initial value ( T LIM,init ) for the torque limit ( T LIM ); and subjecting the controller error (e) to a proportional-integral-derivative, PID, controller , which is arranged to provide the torque limit ( T LIM ) for the steering wheel overlay torque ( T PA ) after setting the torque limit ( T LIM ) to the initial value ( T LIM,init ). acquiring the predetermined lateral acceleration limit ( a lat,R 79 ); acquiring a signal representing a current lateral acceleration ( a lat ) of the vehicle ; comparing the predetermined lateral acceleration limit ( a lat,R 79 ) with the acquired current lateral acceleration signal ( a lat ) to obtain a controller error (e); setting a torque limit ( T LIM ) for the steering wheel overlay torque ( T PA ), if the controller error (e) is equal to or greater than a predetermined first threshold, to the actual value of the steering wheel overlay torque ( T PA ) as an initial value ( T LIM,init ) for the torque limit ( T LIM ); and subjecting the controller error (e) to a proportional-integral-derivative, PID, controller , which is arranged to provide the torque limit ( T LIM ) for the steering wheel overlay torque ( T PA ) after setting the torque limit ( T LIM ) to the initial value ( T LIM,init ).
Syringe defining a reservoir for containing a liquid and comprising an end-piece having a longitudinal axis A, the said end-piece encompassing a channel aligned with the said longitudinal axis A and providing a passageway for the transfer of the said liquid, the said channel comprises at least two portions, a first portion and a second portion , the said first portion extending from a free distal end of the end-piece in the direction of the reservoir , and the said second portion extending between the first portion of the channel and a proximal end of the end-piece and connecting the said first portion to the reservoir , the said first portion having an average diameter that is greater than the average diameter of the said second portion , each of said first and second portions having the shape of a cylinder so that, for each portion, the average diameter is substantially constant, wherein a transition zone connects the said first portion and the said second portion together, the said transition zone having a length along the longitudinal axis A of the said end-piece greater than 0, characterized in that the diameter of the said transition zone varying along the said length within a range defined by the average diameter of the said first portion and the average diameter of the said second portion , and wherein the syringe and the end-piece are made in a single piece out of glass.
A method of wireless communication, comprising: receiving a packet from a base station, the packet having a first modulation and coding scheme, MCS; attempting to decode the packet; sending information to the base station if the packet fails to be completely decoded, wherein the information comprises channel quality information, CQI, relating to an interference condition corresponding to time-frequency resources allocated for the received packet, a data channel quality information, DCQI, report and the amount of the packet decoded, wherein the DCQI report corresponds to a worst CQI seen by different code blocks corresponding to the allocated time-frequency resources. receiving a packet from a base station, the packet having a first modulation and coding scheme, MCS; attempting to decode the packet; sending information to the base station if the packet fails to be completely decoded, wherein the information comprises channel quality information, CQI, relating to an interference condition corresponding to time-frequency resources allocated for the received packet, a data channel quality information, DCQI, report and the amount of the packet decoded, wherein the DCQI report corresponds to a worst CQI seen by different code blocks corresponding to the allocated time-frequency resources.
A device adapted to provide evidence of tampering with a container, said device comprising: a sleeve having an interior that defines at least a first ledge ; and an insert positioned within said sleeve, said insert comprising a flap that is movable between a closed position and an open position; wherein said sleeve is adapted to be moved relative to said insert when there is an attempt to open the container, and said flap is adapted to move from said closed position to said open position when a position of said sleeve relative to said insert is changed a predetermined amount, such that said first ledge is adapted to engage said flap , wherein said open position of said flap is adapted to indicate tampering. a sleeve having an interior that defines at least a first ledge ; and an insert positioned within said sleeve, said insert comprising a flap that is movable between a closed position and an open position; wherein said sleeve is adapted to be moved relative to said insert when there is an attempt to open the container, and said flap is adapted to move from said closed position to said open position when a position of said sleeve relative to said insert is changed a predetermined amount, such that said first ledge is adapted to engage said flap , wherein said open position of said flap is adapted to indicate tampering.
A waste evacuation channel for evacuating fecal waste from a human colon, comprising: a lumen (609 and 610), sized for insertion of a distal end thereof to a distal end of said colon; said lumen having a lobed cross-section comprising at least a first and second lobe ; a passage between said first and second lobes comprising at least one slot narrower than the widest extent of the cross-section of said first lobe; and said first lobe having a cross-sectional area at least 4 times larger than the cross-sectional area of said second lobe; characterized in that : passage of fluid between said first and second lobe is gated by a one-way valve member extending along said slot . a lumen (609 and 610), sized for insertion of a distal end thereof to a distal end of said colon; said lumen having a lobed cross-section comprising at least a first and second lobe ; a passage between said first and second lobes comprising at least one slot narrower than the widest extent of the cross-section of said first lobe; and said first lobe having a cross-sectional area at least 4 times larger than the cross-sectional area of said second lobe;