mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol distributor for filter leakage detection in a gas filtration system , said aerosol distributor being configured to be positioned in a gas stream upstream of the filter , said aerosol distributor comprising: a housing comprising a primary chamber in fluid connection with two or more secondary chambers , the housing having an inlet for admitting a test aerosol from an aerosol source into the primary chamber and passages for releasing the test aerosol from the primary chamber into each of the secondary chambers, said secondary chambers being elongated and provided with a plurality of outlet holes along the length thereof for releasing the test aerosol from the secondary chambers into a gas stream surrounding the aerosol distributor, characterized in that the dimensions of the inlet, the primary chamber, the passages, the secondary chambers and the outlet holes are selected such that during operation, the pressure of the test aerosol in the primary chamber will be higher than the pressure of the test aerosol in the secondary chambers. a housing comprising a primary chamber in fluid connection with two or more secondary chambers , the housing having an inlet for admitting a test aerosol from an aerosol source into the primary chamber and passages for releasing the test aerosol from the primary chamber into each of the secondary chambers, said secondary chambers being elongated and provided with a plurality of outlet holes along the length thereof for releasing the test aerosol from the secondary chambers into a gas stream surrounding the aerosol distributor, characterized in that the dimensions of the inlet, the primary chamber, the passages, the secondary chambers and the outlet holes are selected such that during operation, the pressure of the test aerosol in the primary chamber will be higher than the pressure of the test aerosol in the secondary chambers.
A stacker , wherein the stacker is removably mountable in a processing apparatus, and is configured to be disposed at an ejection opening of the processing apparatus and to cause media (P) ejected through the ejection opening to be stacked and placed on a stacking surface , wherein the stacker includes a support member that is movable toward an upstream side and a downstream side in an ejecting direction (Y), that is configured to receive each of the media ejected through the ejection opening, and that is configured to support the medium in such an orientation that the medium is inclined with an end edge of the medium on the downstream side in the ejecting direction positioned above an end edge of the medium on the upstream side in the ejecting direction and that the end edge of the medium on the upstream side in the ejecting direction abuts the stacking surface, a receding mechanism configured to cause the support member to recede toward the downstream side, and a position maintaining mechanism configured to maintain a position of the support member having been moved by the receding mechanism, characterized by a transport roller configured to receive the medium ejected through the ejection opening and to transport the medium toward the downstream side, and a power transmission unit configured to drive the transport roller by transmitting motive power from an ejection roller with which the processing apparatus ejects the medium to the transport roller . wherein the stacker is removably mountable in a processing apparatus, and is configured to be disposed at an ejection opening of the processing apparatus and to cause media (P) ejected through the ejection opening to be stacked and placed on a stacking surface , wherein the stacker includes a support member that is movable toward an upstream side and a downstream side in an ejecting direction (Y), that is configured to receive each of the media ejected through the ejection opening, and that is configured to support the medium in such an orientation that the medium is inclined with an end edge of the medium on the downstream side in the ejecting direction positioned above an end edge of the medium on the upstream side in the ejecting direction and that the end edge of the medium on the upstream side in the ejecting direction abuts the stacking surface, a receding mechanism configured to cause the support member to recede toward the downstream side, and a position maintaining mechanism configured to maintain a position of the support member having been moved by the receding mechanism, characterized by a transport roller configured to receive the medium ejected through the ejection opening and to transport the medium toward the downstream side, and a power transmission unit configured to drive the transport roller by transmitting motive power from an ejection roller with which the processing apparatus ejects the medium to the transport roller .
A method performed in a communication network, the communication network comprising a network node and special user equipments, UEs, , the method comprising: obtaining (S805), by the network node from neighbor network nodes, capability information indicating whether the neighbor network nodes support the special UEs ; receiving (S810), by the network node , a measurement report for the neighbor network nodes from a special UE ; and selecting (S815), by the network node , one of the neighbor network nodes as a target node for handover of the special UE based on the received measurement report and the obtained capability information, wherein the method further comprises sending, by the network node , a handover request message to the selected target node; and receiving, by the network node , a handover request acknowledgement message from the target node, wherein the special UE has built-in additional capabilities relative to standardized UEs or network nodes, wherein the built-in additional capabilities are non-standard compliant capabilities. obtaining (S805), by the network node from neighbor network nodes, capability information indicating whether the neighbor network nodes support the special UEs ; receiving (S810), by the network node , a measurement report for the neighbor network nodes from a special UE ; and selecting (S815), by the network node , one of the neighbor network nodes as a target node for handover of the special UE based on the received measurement report and the obtained capability information, wherein the method further comprises sending, by the network node , a handover request message to the selected target node; and receiving, by the network node , a handover request acknowledgement message from the target node, wherein the special UE has built-in additional capabilities relative to standardized UEs or network nodes, wherein the built-in additional capabilities are non-standard compliant capabilities.
Buffer device for piece goods , in particular, containers, bottles or packages, with a buffer area , a feed device for supplying piece goods to the buffer area , the feed device extending into an inlet region which adjoins a rear end of the buffer area , a discharge device , for discharging piece goods from the buffer area , the discharge device being arranged at the opposite end of the buffer area, several circulating, independently drivable row pushers which can transport the piece goods in the direction of transport (T) through the buffer area , where the orbit of the row pushers is arranged above the buffer area , characterised in that the feed device and the discharge device extend in a direction perpendicular to the direction of transport (T) and the buffer device comprises a switch upstream of the inlet region of the feed device onto the buffer area , which is adapted such that it deflects the lane of piece goods supplied by the feed device such that a certain number of successive piece goods can be made to assume a sawtooth shape, where the sawtooth shape has a tip and two sections that converge at a flat angle (α). a buffer area , a feed device for supplying piece goods to the buffer area , the feed device extending into an inlet region which adjoins a rear end of the buffer area , a discharge device , for discharging piece goods from the buffer area , the discharge device being arranged at the opposite end of the buffer area, several circulating, independently drivable row pushers which can transport the piece goods in the direction of transport (T) through the buffer area , where the orbit of the row pushers is arranged above the buffer area , characterised in that the feed device and the discharge device extend in a direction perpendicular to the direction of transport (T) and the buffer device comprises a switch upstream of the inlet region of the feed device onto the buffer area , which is adapted such that it deflects the lane of piece goods supplied by the feed device such that a certain number of successive piece goods can be made to assume a sawtooth shape, where the sawtooth shape has a tip and two sections that converge at a flat angle (α).
A receiver in canal, RIC, device comprising a hearing device cable comprising: a body portion extending between a first end region and a second end region along a tube centerline , wherein the body portion comprises a first radial portion proximate the first end region and a second radial portion proximate the second end region , wherein the tube centerline lies along an x-y plane between the first and second end regions in a relaxed state, when the hearing device cable is not positioned in an ear of a user, wherein the body portion defines an S-shape such that the first radial portion extends along an arc that curves in a direction opposite an arc along which the second radial portion extends, and wherein the tube centerline does not only extend along the x-y plane in a deflected state, when the hearing device cable is positioned in the ear of the user. a body portion extending between a first end region and a second end region along a tube centerline , wherein the body portion comprises a first radial portion proximate the first end region and a second radial portion proximate the second end region , wherein the tube centerline lies along an x-y plane between the first and second end regions in a relaxed state, when the hearing device cable is not positioned in an ear of a user, wherein the body portion defines an S-shape such that the first radial portion extends along an arc that curves in a direction opposite an arc along which the second radial portion extends, and wherein the tube centerline does not only extend along the x-y plane in a deflected state, when the hearing device cable is positioned in the ear of the user.
A logistics center layout generation method for an arrangement of storage cells in multiple stacking areas (A1, A2, A3, A4) in a logistics center, the logistics center layout generation method comprising: receiving (S110) basic configuration information for generating a layout of the logistics center; generating (S120), based on an inventory history of the logistics center, storage cells configured to store items handled in the logistics center; arranging (S130), based on an outgoing history of the logistics center, the generated storage cells for the items in each stacking area according to possible combinations of types and arrangement directions of the items; and generating (S140), based on combinatorial optimization, multiple altemative layouts, comparing outgoing times of the alternative layouts, and providing a recommended layout among the multiple alternative layouts, wherein the arranging (S130) of the storage cells comprises: determining a usage dock for each of the items by using a usage dock list in case that a combination of the items and arrangement directions for the stacking area is configured, configuring a corner of the stacking area closest to the usage dock as a starting point, and sequentially arranging the storage cells from the starting point in the arrangement directions. receiving (S110) basic configuration information for generating a layout of the logistics center; generating (S120), based on an inventory history of the logistics center, storage cells configured to store items handled in the logistics center; arranging (S130), based on an outgoing history of the logistics center, the generated storage cells for the items in each stacking area according to possible combinations of types and arrangement directions of the items; and generating (S140), based on combinatorial optimization, multiple altemative layouts, comparing outgoing times of the alternative layouts, and providing a recommended layout among the multiple alternative layouts, wherein the arranging (S130) of the storage cells comprises: determining a usage dock for each of the items by using a usage dock list in case that a combination of the items and arrangement directions for the stacking area is configured, configuring a corner of the stacking area closest to the usage dock as a starting point, and sequentially arranging the storage cells from the starting point in the arrangement directions. determining a usage dock for each of the items by using a usage dock list in case that a combination of the items and arrangement directions for the stacking area is configured, configuring a corner of the stacking area closest to the usage dock as a starting point, and sequentially arranging the storage cells from the starting point in the arrangement directions.
A printhead-wiping device comprising: a wiper element ; a biasing mechanism coupled to the wiper element , the biasing mechanism to bias the wiper element towards a printhead, wherein the biasing element is a spring; an actuator coupled to the biasing mechanism , the actuator to adjust a preload force applied to the biasing mechanism , the actuator comprising a ramp, or a pair of opposed ramps , to be inserted between the biasing mechanism and a support surface so as to progressively space the biasing mechanism from the support surface, wherein the actuator compresses the spring to adjust the preload force applied to the spring; and a controller to actuate the actuator so as to adjust the preload force and thereby control a wiping force applied by the wiper element against the printhead. a wiper element ; a biasing mechanism coupled to the wiper element , the biasing mechanism to bias the wiper element towards a printhead, wherein the biasing element is a spring; an actuator coupled to the biasing mechanism , the actuator to adjust a preload force applied to the biasing mechanism , the actuator comprising a ramp, or a pair of opposed ramps , to be inserted between the biasing mechanism and a support surface so as to progressively space the biasing mechanism from the support surface, wherein the actuator compresses the spring to adjust the preload force applied to the spring; and a controller to actuate the actuator so as to adjust the preload force and thereby control a wiping force applied by the wiper element against the printhead.
An assembly set for mounting a water output device , in particular a concealed cistern of a WC , into a wall , which assembly set comprises armature parts for mounting a cover plate for closing an inspection opening of the water output device in the wall , the armature parts respectively integrally comprising at least one fixing element respectively having a part (23-26) to the cover plate side on the cover plate and a part (20-22) to the wall side for mounting in or on the inspection opening, which parts (20-26) co-operate in effecting the fixing and are adapted for a latch engagement of one part with the other part in a shifting or inserting of the cover plate onto/into the inspection opening, which latch engagement is releasable by a retracting of the cover plate , and adjustment means for a final adjustment of the position of the cover plate relative to the wall in a direction perpendicular to the wall , characterized in that the armature parts additionally comprise abutment elements for limiting the shifting or inserting and for a preliminary adjustment of the position of the cover plate relative to the wall in a direction perpendicular to the wall , which abutment elements are variable for adjusting the preliminary adjustment position of the cover plate by means of a thread.
An anti-FcRn antibody or FcRn-binding fragment thereof comprising a heavy chain or heavy chain fragment having a variable region, wherein said variable region comprises three CDRs wherein CDR H1 has the sequence given in SEQ ID NO: 1, CDR H2 has the sequence given in SEQ ID NO: 2 and CDR H3 has the sequence given in SEQ ID NO: 3, and wherein the antibody or FcRn-binding fragment thereof further comprises a light chain or light chain fragment having a variable region, wherein said variable region comprises three CDRs, wherein CDR L1 has the sequence given in SEQ ID NO: 4, CDR L2 has the sequence given in SEQ ID NO: 5 and CDR L3 has the sequence given in SEQ ID NO: 6.
A liquid discharge device comprising: a conveyance belt configured to stick a medium (M) on an adhesive layer of a surface of the conveyance belt and convey the medium; a pressure roller configured to stick the medium to the conveyance belt; and an attachment part provided at an upstream position relative to the pressure roller in a movement path of the conveyance belt, the attachment part being configured to adhere a pretreatment liquid (L) to the conveyance belt, the medium being stuck using the pressure roller to the conveyance belt in a state with the pretreatment liquid adhered to the conveyance belt, and the pretreatment liquid being a penetrant. a conveyance belt configured to stick a medium (M) on an adhesive layer of a surface of the conveyance belt and convey the medium; a pressure roller configured to stick the medium to the conveyance belt; and an attachment part provided at an upstream position relative to the pressure roller in a movement path of the conveyance belt, the attachment part being configured to adhere a pretreatment liquid (L) to the conveyance belt, the medium being stuck using the pressure roller to the conveyance belt in a state with the pretreatment liquid adhered to the conveyance belt, and the pretreatment liquid being a penetrant.
An airfoil with dual wall cooling for a gas turbine engine, the airfoil comprising: a spar having a pressure side wall and a suction side wall meeting at a leading edge and a trailing edge of the airfoil with a tip extending therebetween, an interior of the spar including a coolant cavity , each of the pressure side wall and the suction side wall including an arrangement of pedestals on an outer surface thereof and a plurality of cooling holes in fluid communication with the coolant cavity ; a pressure side coversheet overlying the pressure side wall and terminating in a radial direction short of the tip of the spar to form a shelf extending along a chordal direction, an inner surface of the pressure side coversheet being in contact with the arrangement of pedestals so as to define flow channels between the pressure side wall and the pressure side coversheet , the flow channels being configured to direct coolant from the cooling holes to radial flow outlets adjacent to the shelf; and a suction side coversheet overlying the suction side wall , an inner surface of the suction side coversheet being in contact with the arrangement of pedestals so as to define a suction side coolant circuit between the suction side wall and the suction side coversheet , wherein the suction side coolant circuit does not include radial coolant outlets. a spar having a pressure side wall and a suction side wall meeting at a leading edge and a trailing edge of the airfoil with a tip extending therebetween, an interior of the spar including a coolant cavity , each of the pressure side wall and the suction side wall including an arrangement of pedestals on an outer surface thereof and a plurality of cooling holes in fluid communication with the coolant cavity ; a pressure side coversheet overlying the pressure side wall and terminating in a radial direction short of the tip of the spar to form a shelf extending along a chordal direction, an inner surface of the pressure side coversheet being in contact with the arrangement of pedestals so as to define flow channels between the pressure side wall and the pressure side coversheet , the flow channels being configured to direct coolant from the cooling holes to radial flow outlets adjacent to the shelf; and a suction side coversheet overlying the suction side wall , an inner surface of the suction side coversheet being in contact with the arrangement of pedestals so as to define a suction side coolant circuit between the suction side wall and the suction side coversheet , wherein the suction side coolant circuit does not include radial coolant outlets.
Use of a composition comprising a (meth)acrylate (A) for the preparation of a dental material, wherein the (meth)acrylate (A) comprises a (meth)acrylate comprising (i) a reaction product of a thiol compound containing two or more thiol groups, and a (meth)acrylate compound containing two or more (meth)acryloyloxy groups, (ii) a structure represented by the following general formula (B), and two or more (meth)acryloyloxy groups in a molecule, or (iii) a structure containing a sulfide bond and an ester bond: wherein, in the general formula (B), R 2 represents a hydrogen atom or a methyl group; and each * represents a binding site. (i) a reaction product of a thiol compound containing two or more thiol groups, and a (meth)acrylate compound containing two or more (meth)acryloyloxy groups, (ii) a structure represented by the following general formula (B), and two or more (meth)acryloyloxy groups in a molecule, or (iii) a structure containing a sulfide bond and an ester bond: wherein, in the general formula (B), R 2 represents a hydrogen atom or a methyl group; and each * represents a binding site.
Method for producing banknotes including in each case at least one integrated circuit , the banknotes being produced from a sheet or from a material web in a production panel, at least in a plurality of or in each of these banknotes an aperture being created through their substrate , in each case an integrated circuit being arranged in the relevant aperture , in a first method step each of the integrated circuits to be arranged in one of the apertures being arranged, with respect to the intended position in each of the banknotes that includes an aperture , in the correct position on a band-shaped foil , and in a second method step each of these integrated circuits being transferred from this band-shaped foil onto the relevant banknote , owing to this transfer that is carried out in the second method step one integrated circuit in each case being arranged in the apertures created in the banknotes .