mhurhangee/ep-ind-claims huggingface dataset:
A circuit board system comprising: - a circuit board comprising a base part (101, 201, 301, 401, 701) and at least one changeable part (102, 202, 302, 402, 702), and - at least one electrical component (103, 203, 303, 403, 703) mounted on surface of the changeable part, wherein the base part comprises an aperture (104, 204, 304, 404, 704) for receiving the changeable part so that a perpendicular of the surface of the changeable part is parallel with a perpendicular of a surface of the base part, the aperture being shaped to allow a position of the changeable part to be changed with respect to the base part when the changeable part is in the aperture so that the perpendicular of the surface of the changeable part is parallel with the perpendicular of the surface of the base part, and edges of the aperture and edges of the changeable part being shaped to form mutually cooperative connection portions (105, 106, 205, 206, 305, 306, 405, 406, 705, 706) which allow the changeable part to be introduced on the aperture when the changeable part is in a first position with respect to the base part and which mechanically limit freedom of the changeable part to get away from the aperture when the changeable part is in a second position with respect to the base part, the circuit board system further comprises a locking element (107, 207) having connection portions (108, 208) shaped to constitute, together with the connection portions (106, 206) of the changeable part, combined connection portions for shape-locking the combination of the changeable part and the locking element with respect to the base part when the changeable part is in the second position with respect to the base part. - a circuit board comprising a base part (101, 201, 301, 401, 701) and at least one changeable part (102, 202, 302, 402, 702), and - at least one electrical component (103, 203, 303, 403, 703) mounted on surface of the changeable part,
A method for performing wireless communication by a first device, the method comprising: generating a medium access control, MAC, protocol data unit, PDU, including a MAC control element, CE, for inter-UE coordination information, based on logical channel prioritization, LCP; transmitting, to a second device through a physical sidelink control channel, PSCCH, first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, and second SCI, wherein the first SCI includes information related to frequency resource assignment, information related to time resource assignment and information related to a format of the second SCI; and transmitting, to the second device through the PSSCH, the second SCI including a source ID and a destination ID, and the MAC PDU, wherein the inter-UE coordination information is included in the MAC CE for the inter-UE coordination information in the MAC PDU, wherein the inter-UE coordination information includes information related to a preferred resource or information related to a non-preferred resource, and wherein, in the LCP, a priority of the MAC CE for the inter-UE coordination information is lower than a priority of data from a sidelink control channel, SCCH, and a priority of a MAC CE for sidelink, SL, channel state information, CSI, reporting, and the priority of the MAC CE for the inter-UE coordination information is higher than a priority of data from a sidelink traffic channel, STCH. generating a medium access control, MAC, protocol data unit, PDU, including a MAC control element, CE, for inter-UE coordination information, based on logical channel prioritization, LCP; transmitting, to a second device through a physical sidelink control channel, PSCCH, first sidelink control information, SCI, for scheduling of a physical sidelink shared channel, PSSCH, and second SCI, wherein the first SCI includes information related to frequency resource assignment, information related to time resource assignment and information related to a format of the second SCI; and transmitting, to the second device through the PSSCH, the second SCI including a source ID and a destination ID, and the MAC PDU, wherein the inter-UE coordination information is included in the MAC CE for the inter-UE coordination information in the MAC PDU, wherein the inter-UE coordination information includes information related to a preferred resource or information related to a non-preferred resource, and wherein, in the LCP, a priority of the MAC CE for the inter-UE coordination information is lower than a priority of data from a sidelink control channel, SCCH, and a priority of a MAC CE for sidelink, SL, channel state information, CSI, reporting, and the priority of the MAC CE for the inter-UE coordination information is higher than a priority of data from a sidelink traffic channel, STCH.
A method, comprising: encoding, by a processor of a user equipment, UE, of a plurality of UEs, data for non-orthogonal multiple access, NOMA, the encoding comprising spreading the data into shared resources using a low-density spreading, LDS, pattern which is less than an entire pattern of the shared resources; and transmitting, by the processor, the encoded data to a wireless receiver; wherein the processing of the data using the NOMA scheme in spreading the data into the shared resources with the LDS pattern comprises processing the data using a repetition division multiple access, RDMA, scheme in spreading the data into the shared resources using the LDS pattern, wherein the RDMA scheme comprises spreading the data into the shared resources using a repetition pattern of a plurality of data pieces of the data. encoding, by a processor of a user equipment, UE, of a plurality of UEs, data for non-orthogonal multiple access, NOMA, the encoding comprising spreading the data into shared resources using a low-density spreading, LDS, pattern which is less than an entire pattern of the shared resources; and transmitting, by the processor, the encoded data to a wireless receiver; wherein the processing of the data using the NOMA scheme in spreading the data into the shared resources with the LDS pattern comprises processing the data using a repetition division multiple access, RDMA, scheme in spreading the data into the shared resources using the LDS pattern, wherein the RDMA scheme comprises spreading the data into the shared resources using a repetition pattern of a plurality of data pieces of the data.
A recombinant microorganism having enhanced producibility of an L-amino acid, wherein activity of at least one of adenosine deaminase comprising an amino acid sequence of SEQ ID NO: 14 and AMP nucleosidase comprising an amino acid sequence of SEQ ID NO: 16 is removed or decreased, wherein the recombinant microorganism belongs to genus Escherichia and the L-amino acid is L-threonine or L-tryptophan.
A pressure filter, comprising: a plurality of filter plates, wherein the filter plates are arranged in a stack; a moveable pressing plate configured to be moved from a retracted position to an engaged position to form filter chambers between adjacent filter plates; and at least one displacement sensor configured to measure the displacement of the moveable pressing plate relative to a stationary frame of the pressure filter; characterized in that the pressure filter is configured to: monitor the displacement of the moveable pressing plate during cycle pressurization of the filter chambers; and provide a warning if the displacement of the moveable pressing plate changes by an amount exceeding a threshold during pressurization. a plurality of filter plates, wherein the filter plates are arranged in a stack; a moveable pressing plate configured to be moved from a retracted position to an engaged position to form filter chambers between adjacent filter plates; and at least one displacement sensor configured to measure the displacement of the moveable pressing plate relative to a stationary frame of the pressure filter; characterized in that the pressure filter is configured to: monitor the displacement of the moveable pressing plate during cycle pressurization of the filter chambers; and provide a warning if the displacement of the moveable pressing plate changes by an amount exceeding a threshold during pressurization. monitor the displacement of the moveable pressing plate during cycle pressurization of the filter chambers; and provide a warning if the displacement of the moveable pressing plate changes by an amount exceeding a threshold during pressurization.
Structural element for installation in joints of buildings, especially at staircase landings, for sound-insulating, force-transmitting connection of building parts (A, B) adjoining on both sides, consisting of a separating plate and of reinforcing elements that pass through the latter, wherein the separating plate has at least one opening (1 d, 1 e, 1 f, 1 g) for a reinforcing element, the separating plate having in the region of the opening (1d, 1e, 1f, 1g) a trough-shaped shell body which, starting from the separating plate, projects into the first of the two adjoining building parts, wherein the reinforcing element, starting from the second of the two building parts, passes through the opening (1d, 1e, 1f, 1g) and projects into the shell body where it co-operates with an insulating element serving for sound-insulated force transmission between the two building parts (A, B), the reinforcing element having a supporting element for the insulating element and forming together with the supporting element a bracket-like bearing projection (3, 4) for the second of the two building parts, and wherein that second building part extends by means of the bearing projection into the shell body and thus projects into the first building part for sound-insulating, force-transmitting connection of the two building parts (A, B), characterised in that the reinforcing element comprises, at least in part, a reinforcing bar (3a, 3b, 3c), and the reinforcing bar (3a, 3b, 3c) is in the form of a transverse force bar and extends through the separating plate at an angle of inclination with respect to the horizontal of preferably greater than 45° and especially preferably greater than 60°.
A stent delivery system, comprising: an inner member having an enlarged proximal end and an atraumatic distal tip; a stent disposed about the inner member; a deployment sheath disposed about the inner member and the stent; a gear rack assembly coupled to the deployment sheath; a handle coupled to the inner member and to the deployment sheath; wherein the handle includes a thumbwheel that is coupled to the gear rack assembly so that rotation of the thumbwheel proximally retracts the gear rack assembly and the deployment sheath; characterized in that the stent delivery system further comprises an intermediate tube disposed between the inner member and the deployment sheath, and an engagement mechanism coupled to the gear rack assembly, the engagement mechanism being configured to catch on the enlarged proximal end of the inner member, after the deployment sheath is proximally retracted a distance, and proximally retract the inner member. an inner member having an enlarged proximal end and an atraumatic distal tip; a stent disposed about the inner member; a deployment sheath disposed about the inner member and the stent; a gear rack assembly coupled to the deployment sheath; a handle coupled to the inner member and to the deployment sheath; wherein the handle includes a thumbwheel that is coupled to the gear rack assembly so that rotation of the thumbwheel proximally retracts the gear rack assembly and the deployment sheath; characterized in that the stent delivery system further comprises an intermediate tube disposed between the inner member and the deployment sheath, and an engagement mechanism coupled to the gear rack assembly, the engagement mechanism being configured to catch on the enlarged proximal end of the inner member, after the deployment sheath is proximally retracted a distance, and proximally retract the inner member.
Method for retracting a brake pedal in a vehicle, wherein the following steps are carried out: - carrying out identification of deactivation of an automatic braking request, - carrying out detection of at least one situation parameter, which is specific to a current situation of the vehicle, - carrying out adjustment of a speed (v) of the retraction of the brake pedal depending on the at least one detected situation parameter and the identified deactivation. - carrying out identification of deactivation of an automatic braking request, - carrying out detection of at least one situation parameter, which is specific to a current situation of the vehicle, - carrying out adjustment of a speed (v) of the retraction of the brake pedal depending on the at least one detected situation parameter and the identified deactivation.
An eyeglass lens in which an anti-reflection film and an oil-repellent film are disposed, and wherein an anti-slip film is further disposed on the lens surface in that order from the side of the lens surface, and characterized in that the anti-slip film comprises a mixture of minute particles of a first group of a metal oxide, silicon oxide or antimony oxide or minute particles of a second group of a fluoride, or minute particles of both groups, and a resin consisting of an organic compound, with this mixture being disposed on the surface of the oil-repellent film, as a single mixed layer comprising particles and resin.
A household appliance comprising an electronic control unit, power supply means (12, 13, 14) for said electronic control unit, a first bistable circuit, and a first switch connected to said first bistable circuit and adapted to switch said first bistable circuit between a first mode of stand-by, in which said electronic control unit is not powered, and a second mode of operation, in which said electronic control unit is powered to wake up from said first mode of stand-by, characterized in that said household appliance further comprises a second bistable circuit connected to said first bistable circuit and a second switch connected to said second bistable circuit, said second switch being adapted to switch said first bistable circuit as a consequence of switching said second bistable circuit and also adapted to switch said second bistable circuit so that said second bistable circuit outputs a signal to said electronic control unit to cause the execution of a predefined or preset program of said household appliance, wherein said household appliance further comprises at least one control node connected to said second bistable circuit, said control node being adapted to have at least two voltage levels, wherein said second switch is adapted to switch the voltage levels of said control node to supply said signal to said electronic control unit.
Deployable flap hinge, comprising a flap part assigned to a flap, the flap part comprising an upper flap part and a lower flap part, a body part assigned to a vehicle body, a first joint assembly which connects the flap part and the body part in an articulated manner, a second joint assembly connecting the upper flap part and lower flap part in an articulated manner, the upper flap part being pivotable relative to the lower flap part between an idle position and a deployed position, a locking arrangement for locking the deployment movement of the upper flap part, and a preload device for preloading the upper flap part in the direction towards the deployed position, characterized in that the preload device comprises a preload element formed in a single piece from a part of the flap hinge. a flap part assigned to a flap, the flap part comprising an upper flap part and a lower flap part, a body part assigned to a vehicle body, a first joint assembly which connects the flap part and the body part in an articulated manner, a second joint assembly connecting the upper flap part and lower flap part in an articulated manner, the upper flap part being pivotable relative to the lower flap part between an idle position and a deployed position, a locking arrangement for locking the deployment movement of the upper flap part, and a preload device for preloading the upper flap part in the direction towards the deployed position, characterized in that the preload device comprises a preload element formed in a single piece from a part of the flap hinge.
A spunbond nonwoven made of polymer fibers, characterized in that - the polymer fibers have a non-circular cross-section with a trilobal, multilobal, flat, oval, Z, S or keyhole shape; and - the polymer fibers have low fiber titers of from 0.5 to 3.5 dtex; and - the polymer fibers are made from polyolefins, polyamide or polyester; and - the polymer fibers have a preferential direction perpendicular to a z axis in the longitudinal or transverse direction in said spunbond nonwoven; and - said spunbond nonwoven has masses per area of from 7 g/m 2 to 20 g/m 2. - the polymer fibers have a non-circular cross-section with a trilobal, multilobal, flat, oval, Z, S or keyhole shape; and - the polymer fibers have low fiber titers of from 0.5 to 3.5 dtex; and - the polymer fibers are made from polyolefins, polyamide or polyester; and - the polymer fibers have a preferential direction perpendicular to a z axis in the longitudinal or transverse direction in said spunbond nonwoven; and - said spunbond nonwoven has masses per area of from 7 g/m 2 to 20 g/m 2.
A wrapping material for wrapping an item having a circumference, comprising a plurality of wrapping portions, each having a wrapping portion length greater than the circumference of the item and a wrapping portion width, transverse to said wrapping portion length, said plurality of wrapping portions forming a continuous roll of wrapping material; and at least one fastener secured to an area of each of said plurality of wrapping portions such that said continuous roll of wrapping material includes a plurality of fasteners serially disposed thereon and spaced from one another so that each of said plurality of wrapping portions includes said at least one fastener within said area, each of said plurality of fasteners include a plurality of engaging elements for engaging a plurality of fibre elements of an underlying or overlying segment of a respective wrapping portion during a wrapping cycle so as to secure a tail end of said respective wrapping portion to said underlying or overlying segment at the end of a wrapping cycle, characterised in that each of said plurality of wrapping portions include a continuous wrapping component and a discontinuous wrapping component attached to said continuous wrapping component, the continuous wrapping component being a netting material and the discontinuous wrapping component is at least one breathable polymeric panel, said at least one fastener being attached to either of said continuous or discontinuous wrapping components (120,130).
A latching mechanism configured to selectively secure a communication module to a receptacle of a host device, the latching mechanism comprising: a latch including a first portion including a latch hook and a latch protrusion, a second portion integral with the first portion, a third portion including two securing features separated by an intra-securing feature dimension, and a latch neck connecting the third portion to the second portion; a latch release including a latch release member having a member neck having a member neck width corresponding to the intra-securing feature dimension, the latch release configured to be positioned between the securing features of the third portion of the latch; and a cam mechanically coupled to the latch release, the cam positioned with respect to the latch such that an activation force applied to the latch release translates the cam to contact the latch protrusion and displace the latch hook. a latch including a first portion including a latch hook and a latch protrusion, a second portion integral with the first portion, a third portion including two securing features separated by an intra-securing feature dimension, and a latch neck connecting the third portion to the second portion; a latch release including a latch release member having a member neck having a member neck width corresponding to the intra-securing feature dimension, the latch release configured to be positioned between the securing features of the third portion of the latch; and a cam mechanically coupled to the latch release, the cam positioned with respect to the latch such that an activation force applied to the latch release translates the cam to contact the latch protrusion and displace the latch hook.
Mattress with a mattress core with at least two layers (H, W) of foam material lying on each and other having different specific spring strengths, such that one layer forms a softer layer and the other layer forms a harder layer, wherein the softer and the harder layer (H, W) each have at least two sink-in zones (ZH, ZW) for accommodating the hip region and shoulder region of a person lying on the mattress, wherein the sink-in zones (ZH, ZW) have a reduced specific sink-in zone spring strength compared to the specific spring strength of the respective layer (H, W), the softer and the harder layer (H, W) each have at least one zone apart from the sink-in zones (ZH, ZW) which has the specific spring strength of the respective layer (H, W), the two layers each have an upper side (OH, OW) and lower side (UH, UW), wherein the sink-in zones (ZH, ZW) are incorporated in the two layers (H, W) in such a way that the upper sides has the reduced specific sink-in zone spring strength in the region of the sink-in zones, and the lower sides in the region of the sink-in zones has the an average specific sink-in zone spring strength, the strength of which lies between the reduced specific sink-in zone spring strength and the specific spring strength of the respective layer, characterized in that the reduced specific sink-in zone spring strengths in the region of in each case two sink-in zones lying on top of each other of the two layers lying on top of each other are designed such that in the harder layer, the smaller of the two reduced specific sink-in zone spring strengths is greater than the greater of the two reduced specific sink-in zone spring strengths in the softer layer. the upper sides has the reduced specific sink-in zone spring strength in the region of the sink-in zones, and the lower sides in the region of the sink-in zones has the an average specific sink-in zone spring strength, the strength of which lies between the reduced specific sink-in zone spring strength and the specific spring strength of the respective layer,
Method for treating continuous fibreglass filament waste, comprising the steps of comminuting said waste to obtain comminuted fibre pieces (h) of predetermined size; continuously feeding a feedstock of comminuted fibre pieces to a heat treatment; and within said heat treatment, heating said feedstock of comminuted fibre pieces to cause, in succession, the elimination of any moisture content, the evaporation of volatile components of an organic coating of the continuous fibre, and the combustion of residual components of the organic coating; characterized in that said feedstock of comminuted fibre pieces is fed to the heat treatment as a web of material, whose thickness at the entry to the heat treatment is controlled so as to have a predetermined maximum value; at least the combustion of residual components of the organic coating takes place in a tunnel furnace (20, 21) comprising a plurality of heat sources provided at least above and below said web of material; and during the heat treatment, the feedstock of comminuted fibre pieces moves continuously forward, and is brought, in conditions of progressively rising temperature, from a starting temperature to a final heating temperature greater than the softening point of fibreglass.