mhurhangee/patent-ind-claim-en huggingface dataset:
Horizontal forming device, in particular for horizontal flow pack machines, with at least one, in particular roller-free, forming unit , in particular a forming shoulder, and with at least one support unit , which are configured for forming a packaging material web , in particular a paper web, into a packaging material tube , wherein the forming unit and the support unit together delimit a guiding gap which the packaging material web can be guided through, characterized by at least one compensation unit , which is configured to movably support the forming unit and/or the support unit in such a way that, at least during a forming of the packaging material tube , the forming unit and the support unit are movable relative to each other, in particular in order to enable a compensation movement of the forming unit and/or the support unit relative to each other during a forming of the packaging material tube .
An amusement game for play by one or more players , comprising: at least one game piece ; a target positioned a playing distance from the one or more players , the target being designed to receive and retain the at least one game piece when the game piece is thrown by the player at the target , wherein the target includes a plurality of spaced fingers extending from a finger plate , wherein the fingers are spaced to receive and retain the game piece when the game piece is thrown into contact with the target ; a release frame mounted to move relative to the target between a retracted playing position and an extended release position such that movement of the release frame from the retracted playing position to the extended release position releases the at least one game piece from the target ; and a return conveyor having a first end positioned beneath the target and a second end positioned near the one or more players, wherein the return conveyor is operable to return the game piece released from the target to the player; characterized in that the release frame includes a mesh that is movable between the plurality of spaced fingers . at least one game piece ; a target positioned a playing distance from the one or more players , the target being designed to receive and retain the at least one game piece when the game piece is thrown by the player at the target , wherein the target includes a plurality of spaced fingers extending from a finger plate , wherein the fingers are spaced to receive and retain the game piece when the game piece is thrown into contact with the target ; a release frame mounted to move relative to the target between a retracted playing position and an extended release position such that movement of the release frame from the retracted playing position to the extended release position releases the at least one game piece from the target ; and a return conveyor having a first end positioned beneath the target and a second end positioned near the one or more players, wherein the return conveyor is operable to return the game piece released from the target to the player; characterized in that the release frame includes a mesh that is movable between the plurality of spaced fingers .
A blade outer air seal assembly for a gas turbine engine , the blade outer air seal assembly comprising: a support structure ; a blade outer air seal extending circumferentially about an axis (A) and mounted in the support structure , the blade outer air seal having a lip at an axial end (A2) engaged with the support structure ; a seal structure having a seal portion and a wear liner portion joined by a radially extending portion , wherein the seal portion is radially outward of the lip and the wear liner portion is radially inward of the lip , and the wear liner portion is flat, characterised in that : the wear liner portion is arranged between a support member of the support structure and the lip , and the wear liner portion is in contact with the lip and the support member . a support structure ; a blade outer air seal extending circumferentially about an axis (A) and mounted in the support structure , the blade outer air seal having a lip at an axial end (A2) engaged with the support structure ; a seal structure having a seal portion and a wear liner portion joined by a radially extending portion , wherein the seal portion is radially outward of the lip and the wear liner portion is radially inward of the lip , and the wear liner portion is flat, characterised in that : the wear liner portion is arranged between a support member of the support structure and the lip , and the wear liner portion is in contact with the lip and the support member .
A method for transmitting a sidelink synchronization signal and a Physical Sidelink Broadcast Channel, PSBCH, in a wireless communication system supporting Device-to-Device, D2D, communication, comprising: mapping (S3801) the sidelink synchronization signal and the PSBCH to a set of resource blocks; and transmitting (S3803) the mapped sidelink synchronization signal and the PSBCH to a user equipment, UE, wherein the sidelink synchronization signal is mapped to the set of resource blocks, each resource block having 12 subcarriers, and the sidelink synchronization signal is mapped to 62 subcarriers in the center of the set of resource blocks, wherein the sidelink synchronization signal comprises a Primary Sidelink Synchronization Signal, PSSS, and a Secondary Sidelink Synchronization Signal, SSSS, wherein the PSBCH carries information used for D2D communication, characterized by , the PSBCH is mapped to 72 subcarriers of the set of resource blocks to occupy a larger bandwidth than the mapped sidelink synchronization signal. mapping (S3801) the sidelink synchronization signal and the PSBCH to a set of resource blocks; and transmitting (S3803) the mapped sidelink synchronization signal and the PSBCH to a user equipment, UE, wherein the sidelink synchronization signal is mapped to the set of resource blocks, each resource block having 12 subcarriers, and the sidelink synchronization signal is mapped to 62 subcarriers in the center of the set of resource blocks, wherein the sidelink synchronization signal comprises a Primary Sidelink Synchronization Signal, PSSS, and a Secondary Sidelink Synchronization Signal, SSSS, wherein the PSBCH carries information used for D2D communication, characterized by , the PSBCH is mapped to 72 subcarriers of the set of resource blocks to occupy a larger bandwidth than the mapped sidelink synchronization signal.
A pressure-sensing guide wire, comprising: a first elongate flexible element having a proximal portion and a distal portion, the first elongate flexible element being formed of a conductive material; a second elongate flexible element positioned around the first elongate flexible element , the second elongate flexible element being formed of a conductive material and having an outer diameter of 0.46 mm or less; a radial capacitive pressure sensing structure coupled to the distal portion of the first elongate flexible element , the radial capacitive pressure sensing structure having a cavity , a flexible membrane formed of a non-conductive material positioned around at least a portion of the cavity and a conductive member positioned around at least a portion of the flexible membrane such that the conductive member is displaced by changes in ambient pressure relative to a pressure in the cavity ; and an application-specific integrated circuit, ASIC, coupled to the distal portion of the first elongate flexible element , the ASIC in electrical communication with the conductive member of the radial capacitive pressure sensing component and the first and second flexible elongate elements . a first elongate flexible element having a proximal portion and a distal portion, the first elongate flexible element being formed of a conductive material; a second elongate flexible element positioned around the first elongate flexible element , the second elongate flexible element being formed of a conductive material and having an outer diameter of 0.46 mm or less; a radial capacitive pressure sensing structure coupled to the distal portion of the first elongate flexible element , the radial capacitive pressure sensing structure having a cavity , a flexible membrane formed of a non-conductive material positioned around at least a portion of the cavity and a conductive member positioned around at least a portion of the flexible membrane such that the conductive member is displaced by changes in ambient pressure relative to a pressure in the cavity ; and an application-specific integrated circuit, ASIC, coupled to the distal portion of the first elongate flexible element , the ASIC in electrical communication with the conductive member of the radial capacitive pressure sensing component and the first and second flexible elongate elements .
A media gap motor, in particular for a turbocharger , including a rotor and a stator , the stator comprising fins which extend by means of an inner portion radially towards the rotor in a flow chamber formed between the stator and the rotor , wherein the fins do not extend by means of their inner portions as far as the rotor , and therefore a gap is formed between an inner end of the fins and the rotor , characterized in that an internal diameter of the fins is at least 1.2 times and at most 3 times an external diameter of the rotor , wherein the flow chamber is delimited in an inner region by the rotor , whereby the inner ends of the fins are free-standing, wherein a maximum diameter of the flow chamber is at least twice the external diameter of the rotor andwherein the rotor comprises a rotor magnet, wherein the fins comprise an axial overlap with the rotor magnet. wherein the fins do not extend by means of their inner portions as far as the rotor , and therefore a gap is formed between an inner end of the fins and the rotor , characterized in that an internal diameter of the fins is at least 1.2 times and at most 3 times an external diameter of the rotor , wherein the flow chamber is delimited in an inner region by the rotor , whereby the inner ends of the fins are free-standing, wherein a maximum diameter of the flow chamber is at least twice the external diameter of the rotor andwherein the rotor comprises a rotor magnet, wherein the fins comprise an axial overlap with the rotor magnet.
Fitting base for a mains plug , characterized in that it comprises: - a support element comprising at least one opening suitable for receiving at least one connector of the plug , - a first fixed portion having a length in the range of [1 cm, 2 cm], said first fixed portion projecting from the support element and extending along a y-axis, said Y-axis being perpendicular to an axis belonging to the plane of the support element , - a first movable portion of rectangular shape, secured to the first fixed portion , said movable portion being movable in translation along an axis substantially perpendicular to the y-axis of the first fixed portion , said movable portion having a width in the range of [3 mm, 5 mm] and a thickness in the range of [2 mm, 5 mm] and also having a shape and dimensions suitable for insertion into a first cavity of the plug when the at least one connector of the plug is fitted into the at least one opening of the support element . - a support element comprising at least one opening suitable for receiving at least one connector of the plug , - a first fixed portion having a length in the range of [1 cm, 2 cm], said first fixed portion projecting from the support element and extending along a y-axis, said Y-axis being perpendicular to an axis belonging to the plane of the support element , - a first movable portion of rectangular shape, secured to the first fixed portion , said movable portion being movable in translation along an axis substantially perpendicular to the y-axis of the first fixed portion , said movable portion having a width in the range of [3 mm, 5 mm] and a thickness in the range of [2 mm, 5 mm] and also having a shape and dimensions suitable for insertion into a first cavity of the plug when the at least one connector of the plug is fitted into the at least one opening of the support element .
A pull-out piece indexing device (100; 100') for a timepiece or for a clock movement, in particular a lever device for a pull-out piece or lever/spring device for a pull-out piece or pull-out piece device , comprising: - an indexing member (4; 1'), and - an indexing element (3; 3') which comprises at least two sets of flanks (31a, 31b, 31c; 32a, 32b; 31a', 31b', 31c'; 32a', 32b') for defining indexing positions of a pull-out piece (10; 10') and which is mounted on the indexing member (4; 1'), the indexing device being characterized in that the indexing member (4; 1') and the indexing element (3; 3') are arranged or configured so as to define at least two fixing positions of the indexing element (3; 3') on the indexing member (4; 1'). - an indexing member (4; 1'), and - an indexing element (3; 3') which comprises at least two sets of flanks (31a, 31b, 31c; 32a, 32b; 31a', 31b', 31c'; 32a', 32b') for defining indexing positions of a pull-out piece (10; 10') and which is mounted on the indexing member (4; 1'), the indexing device being characterized in that the indexing member (4; 1') and the indexing element (3; 3') are arranged or configured so as to define at least two fixing positions of the indexing element (3; 3') on the indexing member (4; 1').
A terminal comprising: a receiving section that is configured to monitor physical downlink control channel, PDCCH, candidates on a first carrier (CC #0) corresponding to a first subcarrier spacing, SCS, based on a maximum number of the PDCCH candidates and a maximum number of non-overlapping control channel elements, CCEs; characterized by a control section that, when a cross carrier scheduling from the first carrier (CC #0) corresponding to the first SCS to a second carrier (CC #2, CC #3) corresponding to a second SCS different from the first SCS is configured, is configured to determine, based on a number of downlink cells scheduled by the first carrier (CC #0) corresponding to the first SCS, the maximum number of monitored PDCCH candidates and the maximum number of monitored non-overlapping CCEs for the first SCS, wherein the downlink cells scheduled by the first carrier includes a downlink cell that is cross-carrier scheduled to the second carrier corresponding to the second SCS. a receiving section that is configured to monitor physical downlink control channel, PDCCH, candidates on a first carrier (CC #0) corresponding to a first subcarrier spacing, SCS, based on a maximum number of the PDCCH candidates and a maximum number of non-overlapping control channel elements, CCEs; characterized by a control section that, when a cross carrier scheduling from the first carrier (CC #0) corresponding to the first SCS to a second carrier (CC #2, CC #3) corresponding to a second SCS different from the first SCS is configured, is configured to determine, based on a number of downlink cells scheduled by the first carrier (CC #0) corresponding to the first SCS, the maximum number of monitored PDCCH candidates and the maximum number of monitored non-overlapping CCEs for the first SCS, wherein the downlink cells scheduled by the first carrier includes a downlink cell that is cross-carrier scheduled to the second carrier corresponding to the second SCS.
A method for packaging a printed circuit board assembly , the method including the steps of: providing a printed circuit board assembly comprising a printed circuit board (PCB) and a plurality of elements assembled on the printed circuit board; providing a support constructed to carry the printed circuit board assembly and define a space for accommodating the printed circuit board assembly placing the printed circuit board assembly in the space of the support to enable the support to carry and position the printed circuit board assembly , and placing the support and the printed circuit board assembly carried thereby in a mould ; and filling the mould with a packaging material using a moulding process so as to form a packaging structure encapsulating at least the printed circuit board assembly and fixing the printed circuit board assembly relative to the support , characterized in that the support is in the form of an open frame and comprises a plurality of supports arms to carry the printed circuit board assembly to be packaged at a plurality of locations . providing a printed circuit board assembly comprising a printed circuit board (PCB) and a plurality of elements assembled on the printed circuit board; providing a support constructed to carry the printed circuit board assembly and define a space for accommodating the printed circuit board assembly placing the printed circuit board assembly in the space of the support to enable the support to carry and position the printed circuit board assembly , and placing the support and the printed circuit board assembly carried thereby in a mould ; and filling the mould with a packaging material using a moulding process so as to form a packaging structure encapsulating at least the printed circuit board assembly and fixing the printed circuit board assembly relative to the support , characterized in that the support is in the form of an open frame and comprises a plurality of supports arms to carry the printed circuit board assembly to be packaged at a plurality of locations .
A method of operating a client device in a wireless communication network, comprising: establishing a connectivity context with a connectivity network based on a first credential; and establishing one or more service contexts with one or more service networks associated with the connectivity network utilizing the connectivity context established with the connectivity network, wherein the one or more service contexts are established using one or more second credentials, wherein, if the one or more service contexts consists of a single service context, the single service context comprises a security context, and if the one or more service contexts comprises a plurality of service contexts, each service context of the plurality of service contexts respectively comprises a different security context, and wherein each of the security contexts comprises a non-access stratum, NAS, security context and an access stratum, AS, security context, both the NAS security context and the AS security context corresponding to a same second credential of the one or more second credentials, for the respective context, wherein each of the security contexts is associated with a virtual Evolved Packet System, EPS, session management tag. establishing a connectivity context with a connectivity network based on a first credential; and establishing one or more service contexts with one or more service networks associated with the connectivity network utilizing the connectivity context established with the connectivity network, wherein the one or more service contexts are established using one or more second credentials, wherein, if the one or more service contexts consists of a single service context, the single service context comprises a security context, and if the one or more service contexts comprises a plurality of service contexts, each service context of the plurality of service contexts respectively comprises a different security context, and wherein each of the security contexts comprises a non-access stratum, NAS, security context and an access stratum, AS, security context, both the NAS security context and the AS security context corresponding to a same second credential of the one or more second credentials, for the respective context, wherein each of the security contexts is associated with a virtual Evolved Packet System, EPS, session management tag.
A signal processing method for processing a weight signal of a weighing device, comprising the following steps: a) Repeatedly sampling a weight signal (W) between a first constant value (WK1) and a second constant value (WK2) with a sampling interval (Δt), wherein i discrete values (W(i)) are obtained; b) Preprocessing of the weight signal (W), determination and output of resulting characteristics (RK(i)), c) Providing at least two, at most i resulting characteristics (RK(i)) to respective inputs (E(p)) of at least one artificial neural network (KNN ) as input values, processing the input values (RK(i)) in at least one inner layer (H(m,n)), d) Outputting of output values (A(q)) from an output layer (O(q)), wherein an output value (A ) is an estimated value (SW) for the second constant value (WK2), wherein input layers (I(i)), the at least one inner layer (H(i)) and output layers (O(i)) each comprise neurons which are connected via weighted connections (w(m,n)) to the neurons of the same or respective preceding and/or succeeding layers. a) Repeatedly sampling a weight signal (W) between a first constant value (WK1) and a second constant value (WK2) with a sampling interval (Δt), wherein i discrete values (W(i)) are obtained; b) Preprocessing of the weight signal (W), determination and output of resulting characteristics (RK(i)), c) Providing at least two, at most i resulting characteristics (RK(i)) to respective inputs (E(p)) of at least one artificial neural network (KNN ) as input values, processing the input values (RK(i)) in at least one inner layer (H(m,n)), d) Outputting of output values (A(q)) from an output layer (O(q)), wherein an output value (A ) is an estimated value (SW) for the second constant value (WK2),
Shoe comprising a shoe upper and a sole , wherein the shoe upper comprises an upper portion , which in the worn state of the shoe is arranged on a top side of the foot of the wearer of the shoe , and wherein the upper portion of the shoe upper comprises a knitted fabric , wherein the shoe upper comprises a sole-side portion , which in the worn state of the shoe is arranged on a sole side of the foot of the wearer of the shoe , and wherein the sole-side portion comprises a knitted fabric , wherein the upper portion and/or the sole-side portion of the shoe upper comprise(s) a first yarn , which contains a hydrophobic synthetic fiber material, and a second yarn , which contains a synthetic fiber material or a hydrophilic natural fiber material, characterized in that the sole comprises a spacer knitted fabric and in that the shoe comprises a midsole , which is fixed to the spacer knitted fabric and at least partially covers a lateral outer rim of the spacer knitted fabric , wherein the midsole comprises at least one ventilation recess through which air from the spacer knitted fabric is able to escape into the surroundings of the shoe and wherein the shoe comprises an outsole , which is fixed to the midsole and has at least one ventilation recess , which is in fluidic connection with the at least one ventilation recess of the midsole . a shoe upper and a sole , wherein the shoe upper comprises an upper portion , which in the worn state of the shoe is arranged on a top side of the foot of the wearer of the shoe , and wherein the upper portion of the shoe upper comprises a knitted fabric , wherein the shoe upper comprises a sole-side portion , which in the worn state of the shoe is arranged on a sole side of the foot of the wearer of the shoe , and wherein the sole-side portion comprises a knitted fabric , wherein the upper portion and/or the sole-side portion of the shoe upper comprise(s) a first yarn , which contains a hydrophobic synthetic fiber material, and a second yarn , which contains a synthetic fiber material or a hydrophilic natural fiber material, characterized in that the sole comprises a spacer knitted fabric and in that the shoe comprises a midsole , which is fixed to the spacer knitted fabric and at least partially covers a lateral outer rim of the spacer knitted fabric , wherein the midsole comprises at least one ventilation recess through which air from the spacer knitted fabric is able to escape into the surroundings of the shoe and wherein the shoe comprises an outsole , which is fixed to the midsole and has at least one ventilation recess , which is in fluidic connection with the at least one ventilation recess of the midsole .