mhurhangee/patent-ind-claim-en huggingface dataset:
A packaging material, comprising a laminate with a core material layer and having a plurality of delimited areas (11a-g) intended to form faces of a package by means of crease lines, wherein at least one delimited area is provided with at least one pre-laminated hole ; characterized in that the at least one delimited area is provided with at least one compressed feature , other than the crease lines, wherein the at least one compressed feature is arranged adjacent to the pre-laminated hole , the at least one compressed feature comprises at least one straight line (30a-b, 30g-i) and the pre-laminated hole has only one diameter.
A knockdown apparatus for a finisher , comprising: a register tray ; a paddle coupled to a rotatable shaft to compile a recording medium toward an end of the register tray ; a knockdown device (800, 900, 900', 900"), provided above the register tray, to rotate to apply a downward force to the recording medium while the recording medium is in the register tray to decrease a curl in the recording medium; and an upper paper guide (570, 570', 570") provided above the register tray, characterized in that the knockdown device includes: a first end coupled to the upper paper guide such that the knockdown device rotates about the first end, and a second end including at least one of a roller wheel or a rib , and the at least one of the roller wheel or the rib is to contact the recording medium to apply the downward force to the recording medium when the knockdown device rotates. a register tray ; a paddle coupled to a rotatable shaft to compile a recording medium toward an end of the register tray ; a knockdown device (800, 900, 900', 900"), provided above the register tray, to rotate to apply a downward force to the recording medium while the recording medium is in the register tray to decrease a curl in the recording medium; and an upper paper guide (570, 570', 570") provided above the register tray, characterized in that the knockdown device includes: a first end coupled to the upper paper guide such that the knockdown device rotates about the first end, and a second end including at least one of a roller wheel or a rib , and the at least one of the roller wheel or the rib is to contact the recording medium to apply the downward force to the recording medium when the knockdown device rotates. a first end coupled to the upper paper guide such that the knockdown device rotates about the first end, and a second end including at least one of a roller wheel or a rib , and the at least one of the roller wheel or the rib is to contact the recording medium to apply the downward force to the recording medium when the knockdown device rotates.
A grass mowing machine comprising: a vehicle body frame supported on a ground surface via a wheel unit; a mower deck incorporating a rotary cutter blade ; a coupling mechanism for coupling the mower deck to the vehicle body frame and allowing a lateral displacement of the mower deck in a vehicle body transverse direction; a displacement operation mechanism (MV) for laterally displacing the mower deck in the vehicle body transverse direction in operative association with the coupling mechanism; and characterized by a mower electric motor mounted to the mower deck and configured to feed rotary power to the rotary cutter blade . a vehicle body frame supported on a ground surface via a wheel unit; a mower deck incorporating a rotary cutter blade ; a coupling mechanism for coupling the mower deck to the vehicle body frame and allowing a lateral displacement of the mower deck in a vehicle body transverse direction; a displacement operation mechanism (MV) for laterally displacing the mower deck in the vehicle body transverse direction in operative association with the coupling mechanism; and characterized by a mower electric motor mounted to the mower deck and configured to feed rotary power to the rotary cutter blade .
A multi-vector patient contact interface, comprising: a first electrode pad and a second electrode pad ; the first and second electrode pad each having a non-conductive substrate , two or more non-conductive adhesive regions formed on the non-conductive substrate and at least a first conductive patient contact and a second conductive patient contact wherein at least one patient contact is adhered to and surrounded by each non-conductive adhesive region ; two or more electrical leads , wherein each conductive patient contact is electrically connected to a different electrical lead ; wherein each conductive patient contact on each electrode pad is electrically isolated from the other conductive patient contacts on the same electrode pad by the non-conductive substrate and the adhesive regions ; wherein the first conductive patient contact and the electrical lead connected to the first conductive patient contact of the first electrode pad forms a separate shock vector with the first conductive patient contact and the electrical lead connected to the first conductive patient contact of the second electrode pad and the second conductive patient contact and the electrical lead connected to the second conductive patient contact of the first electrode pad forms a separate shock vector with the second conductive patient contact and the electrical lead connected to the second conductive patient contact of the second electrode pad for a defibrillation pulse; and wherein each conductive patient contact is adhesive. a first electrode pad and a second electrode pad ; the first and second electrode pad each having a non-conductive substrate , two or more non-conductive adhesive regions formed on the non-conductive substrate and at least a first conductive patient contact and a second conductive patient contact wherein at least one patient contact is adhered to and surrounded by each non-conductive adhesive region ; two or more electrical leads , wherein each conductive patient contact is electrically connected to a different electrical lead ; wherein each conductive patient contact on each electrode pad is electrically isolated from the other conductive patient contacts on the same electrode pad by the non-conductive substrate and the adhesive regions ; wherein the first conductive patient contact and the electrical lead connected to the first conductive patient contact of the first electrode pad forms a separate shock vector with the first conductive patient contact and the electrical lead connected to the first conductive patient contact of the second electrode pad and the second conductive patient contact and the electrical lead connected to the second conductive patient contact of the first electrode pad forms a separate shock vector with the second conductive patient contact and the electrical lead connected to the second conductive patient contact of the second electrode pad for a defibrillation pulse; and wherein each conductive patient contact is adhesive.
A luggage comprising a holding system comprising at least one strap intended to hold an object (O) in a storage position inside the luggage by pressing the object against a wall of the luggage called bearing wall , at least one rail carried by the bearing wall, and at least one clamping member slidably mounted on the rail at least partially covering the strap, the strap being at least partially elastic or the luggage comprising a system for tensioning the strap , characterized in that the strap has a rest position in which it is not used to hold an object (O), the strap in its rest position being pressed against the rail , on the bearing wall , the strap thus extending to cover the rail , and in that the clamping member is movable between an unlocked state in which the clamping member slides freely along the rail and a locked state in which the clamping member is immobilized on the rail.
Ophthalmic pharmaceutical formulations comprising Nepafenac and methyl-β-cyclodextrin.
A subframe for mounting at least one working implement , in particular at least one hydraulic lifting device, on a vehicle chassis of a vehicle , with - at least two longitudinal members extending in a longitudinal direction and - at least two transverse members running between the at least two longitudinal members , wherein the at least two transverse members extend transversely to the longitudinal direction of the at least two longitudinal members , wherein the subframe has at least one reinforcing element which runs centrally at least in sections between the longitudinal members and at least in sections between the at least two transverse members in order to increase the torsional stiffness of the subframe , characterized in that the at least one reinforcing element is respectively connected in a force-fitting manner by means of a torsion-resistant connection having connection means at a respective attachment region respectively to the at least two transverse members , wherein the at least two transverse members are each of a profiled configuration and at least one recess is provided in at least one of the at least two transverse members for at least partially receiving the at least one reinforcing element . - at least two longitudinal members extending in a longitudinal direction and - at least two transverse members running between the at least two longitudinal members , wherein the at least two transverse members extend transversely to the longitudinal direction of the at least two longitudinal members , the subframe has at least one reinforcing element which runs centrally at least in sections between the longitudinal members and at least in sections between the at least two transverse members in order to increase the torsional stiffness of the subframe , characterized in that the at least one reinforcing element is respectively connected in a force-fitting manner by means of a torsion-resistant connection having connection means at a respective attachment region respectively to the at least two transverse members , wherein the at least two transverse members are each of a profiled configuration and at least one recess is provided in at least one of the at least two transverse members for at least partially receiving the at least one reinforcing element .
A recombinant expression vector, comprising an expression cassette comprising a hamster GAPDH promoter, operably linked to an exogenous gene of interest, further comprising a regulatory element that (a) is at least 95% identical to the nucleic acid sequence set forth in SEQ ID NO: 38; and (b) is operably linked to the promoter, wherein the regulatory element is in the plus orientation. (a) is at least 95% identical to the nucleic acid sequence set forth in SEQ ID NO: 38; and (b) is operably linked to the promoter, wherein the regulatory element is in the plus orientation.
A handover method for a tag in a wireless sensor network having a cell structure, each cell of the network comprising a plurality of anchors including a coordinating anchor and at least one subordinate anchor, the subordinate anchors of a cell being synchronised with the coordinating anchor of this cell, the tag being further synchronised with a first coordinating anchor ( A i ) of a first cell ( C i ) by means of a first beacon signal, the method being characterised by : a) determining , from distances separating anchors of the first cell, whether the tag is located in a coverage zone ( Z i ) of this first cell and, if not, b) the tag tracking the beacon signals of cells adjacent to the first cell and identifying among them a second beacon signal the power of which is highest, the second beacon signal being transmitted by a second coordinating anchor ( A i' ); c) the tag testing whether the second cell meets a selection criterion by comparing power ( ρ i' ) of the second beacon signal with power ( ρ i ) of the first beacon signal and, if yes, associating with the second beacon and dissociating from the first beacon . a) determining , from distances separating anchors of the first cell, whether the tag is located in a coverage zone ( Z i ) of this first cell and, if not, b) the tag tracking the beacon signals of cells adjacent to the first cell and identifying among them a second beacon signal the power of which is highest, the second beacon signal being transmitted by a second coordinating anchor ( A i' ); c) the tag testing whether the second cell meets a selection criterion by comparing power ( ρ i' ) of the second beacon signal with power ( ρ i ) of the first beacon signal and, if yes, associating with the second beacon and dissociating from the first beacon .
Apheresis device for extracorporeal removal of CRP from blood comprising: an extracorporeal circulation system for blood, means for generation and regulation of a flow of blood in the extracorporeal circulation system , a cell separator for separation of the blood into blood plasma and cellular components, at least one apheresis column for affinity chromatographic removal of CRP from blood, wherein the extracorporeal circulation system comprises an arterial line to the cell separator , a plasma line from the cell separator to the apheresis column , a plasma line for CRP-depleted blood plasma from the apheresis column to a point (P1), a cell line for the separated cellular components from the cell separator to the point (P1) and a venous line starting from the point (P1), a central processing unit for controlling the apheresis device , at least one connection line for connection of at least one liquid container (F) to the arterial line or the cell separator , characterized in that a bypass line branches off from the plasma line and runs into the plasma line , a waste line goes off directly from the apheresis column or from the plasma line in the direction of flow before the junction of the bypass line , and at least one regeneration line which goes off from the at least one liquid container (F) or from the at least one connection line and leads to the plasma line in the direction of flow at or after the branch of the bypass line or runs directly into the apheresis column . an extracorporeal circulation system for blood, means for generation and regulation of a flow of blood in the extracorporeal circulation system , a cell separator for separation of the blood into blood plasma and cellular components, at least one apheresis column for affinity chromatographic removal of CRP from blood, wherein the extracorporeal circulation system comprises an arterial line to the cell separator , a plasma line from the cell separator to the apheresis column , a plasma line for CRP-depleted blood plasma from the apheresis column to a point (P1), a cell line for the separated cellular components from the cell separator to the point (P1) and a venous line starting from the point (P1), a central processing unit for controlling the apheresis device , at least one connection line for connection of at least one liquid container (F) to the arterial line or the cell separator , characterized in that a bypass line branches off from the plasma line and runs into the plasma line , a waste line goes off directly from the apheresis column or from the plasma line in the direction of flow before the junction of the bypass line , and at least one regeneration line which goes off from the at least one liquid container (F) or from the at least one connection line and leads to the plasma line in the direction of flow at or after the branch of the bypass line or runs directly into the apheresis column .
A filter element comprising: a block of filter media defining first and second flow faces , first and second sides extending between the first and second flow faces, and first and second ends extending between the first and second flow faces and the first and second sides; first and second end caps attached to the first and second ends of the block of filter media, respectively, each of the first and second end caps including a panel portion and a rectangular sidewall portion extending outward from the panel portion, the rectangular sidewall portion overlapping the first and second flow faces and the first and second sides, the rectangular sidewall portion including first and second notches , the first notch overlaps the first side and the second notch overlaps the second side; first adhesive material securing the first and second end caps to the first and second ends of the block of filter media, respectively, each of the first and second notches in the first and second end caps exposing a portion of the first adhesive material; a seal arrangement attached to the block of filter media and extending, at least in part, around the block of filter media and the first and second end caps; a second adhesive material sealingly securing the seal arrangement to the block of filter media and the first and second end caps, the second adhesive material contacting the first adhesive material exposed by the notches of the first and second end caps. a block of filter media defining first and second flow faces , first and second sides extending between the first and second flow faces, and first and second ends extending between the first and second flow faces and the first and second sides; first and second end caps attached to the first and second ends of the block of filter media, respectively, each of the first and second end caps including a panel portion and a rectangular sidewall portion extending outward from the panel portion, the rectangular sidewall portion overlapping the first and second flow faces and the first and second sides, the rectangular sidewall portion including first and second notches , the first notch overlaps the first side and the second notch overlaps the second side; first adhesive material securing the first and second end caps to the first and second ends of the block of filter media, respectively, each of the first and second notches in the first and second end caps exposing a portion of the first adhesive material; a seal arrangement attached to the block of filter media and extending, at least in part, around the block of filter media and the first and second end caps; a second adhesive material sealingly securing the seal arrangement to the block of filter media and the first and second end caps, the second adhesive material contacting the first adhesive material exposed by the notches of the first and second end caps.
A method for producing malt from cereal grains, in particular from barley grains, comprising at least the method steps of steeping , germinating and kilning w of the cereal grains, characterized in that the germinated cereal grains are interim-dried, wherein the germinated cereal grains are set in the interim drying method step to a degree of steeping W° where W° ≤ 26 %, subsequently steeped in a flavored liquid and then kilned.
A robot control method, comprising: receiving location information of a robot from the robot located in a space; specifying a camera placed in a specific space corresponding to the location information among multiple cameras placed in the space, based on the location information; receiving an image from each of a camera included in the robot and the specified camera; and outputting the images received from the robot and the specified camera to a display unit. receiving location information of a robot from the robot located in a space; specifying a camera placed in a specific space corresponding to the location information among multiple cameras placed in the space, based on the location information; receiving an image from each of a camera included in the robot and the specified camera; and outputting the images received from the robot and the specified camera to a display unit.
A network-distributed process control system comprising - operative nodes constituting a network adapted to operate determined by a network configuration, each operative node having a node configuration determining its network role , the node configurations altogether constituting the network configuration, and each operative node having at least one redundant counterpart, wherein the operative nodes are created by configuring general-purpose nodes , wherein each general-purpose node is configured for a respective network role required for operating as the given operative node , and - a platform software on the general-purpose nodes prepared to perform any of the network roles , the software being adapted for automatically receiving, from a configuration node , the node configuration to be assigned, and for operating as an operative node based on the received node configuration, characterised in that - at least two of the operative nodes are configuration nodes that are adapted for storing the network configuration and for assigning the node configurations of the operative nodes connected to them over the network, and are synchronized with each other for identical operation, wherein the at least two configuration nodes constitute redundant counterparts of each other and are operated in master mode, - the operative nodes other than the configuration nodes are configured either as a data acquisition node , a data processing node , a view node , or an archiving node , and - the system further comprises an operative node configured to allow editing of the network configuration. - operative nodes constituting a network adapted to operate determined by a network configuration, each operative node having a node configuration determining its network role , the node configurations altogether constituting the network configuration, and each operative node having at least one redundant counterpart, wherein the operative nodes are created by configuring general-purpose nodes , wherein each general-purpose node is configured for a respective network role required for operating as the given operative node , and - a platform software on the general-purpose nodes prepared to perform any of the network roles , the software being adapted for automatically receiving, from a configuration node , the node configuration to be assigned, and for operating as an operative node based on the received node configuration, characterised in that - at least two of the operative nodes are configuration nodes that are adapted for storing the network configuration and for assigning the node configurations of the operative nodes connected to them over the network, and are synchronized with each other for identical operation, wherein the at least two configuration nodes constitute redundant counterparts of each other and are operated in master mode, - the operative nodes other than the configuration nodes are configured either as a data acquisition node , a data processing node , a view node , or an archiving node , and - the system further comprises an operative node configured to allow editing of the network configuration.
A decorative film having a base film layer and a fluorinated layer containing a crosslinked fluorinated polymer, characterized in that the crosslinked fluorinated polymer is a crosslinked product of a crosslinkable polymer comprising units based on a fluoroolefin and units having a crosslinkable group, and the average molecular weight between crosslinking points of the crosslinked fluorinated polymer is from 500 to 50,000, wherein the average molecular weight between crosslinking points of the crosslinked fluorinated polymer is determined according to the method indicated in the description. the crosslinked fluorinated polymer is a crosslinked product of a crosslinkable polymer comprising units based on a fluoroolefin and units having a crosslinkable group, and the average molecular weight between crosslinking points of the crosslinked fluorinated polymer is from 500 to 50,000, wherein the average molecular weight between crosslinking points of the crosslinked fluorinated polymer is determined according to the method indicated in the description.