mhurhangee/patent-ind-claim-en huggingface dataset:
A package system comprising: at least one secondary packaging container holding at least one primary container (B); and a tertiary packaging carton (57; 157) holding the at least one secondary packaging container , the at least one secondary packaging container being of the basket carrier style having an open-topped structure and comprising: a base wall (78/80); opposed first and second side walls ; opposed first and second end walls ; a medial handle structure (20/22) connected to the first and second end walls and disposed between the first and second side walls ; and at least one corner structure disposed between the first side wall and the first end wall , the tertiary packaging carton (57; 157) comprising: a base wall (17; 117); opposed first and second side walls (15, 19; 115, 119); opposed first and second end walls; a top closure (21; 135b, 137b, 139b, 141b); and at least one corner structure (43a; 143b) disposed between the first side wall and the first end wall, wherein, the at least one corner structure of the secondary packaging container comprises a first corner panel disposed between the first side wall and the first end wall and is sized, configured and arranged to fit internally of one of the at least one corner structures (43a; 143a) of the tertiary packaging carton (57; 157). at least one secondary packaging container holding at least one primary container (B); and a tertiary packaging carton (57; 157) holding the at least one secondary packaging container , the at least one secondary packaging container being of the basket carrier style having an open-topped structure and comprising: a base wall (78/80); opposed first and second side walls ; opposed first and second end walls ; a medial handle structure (20/22) connected to the first and second end walls and disposed between the first and second side walls ; and at least one corner structure disposed between the first side wall and the first end wall , a base wall (78/80); opposed first and second side walls ; opposed first and second end walls ; a medial handle structure (20/22) connected to the first and second end walls and disposed between the first and second side walls ; and at least one corner structure disposed between the first side wall and the first end wall , the tertiary packaging carton (57; 157) comprising: a base wall (17; 117); opposed first and second side walls (15, 19; 115, 119); opposed first and second end walls; a top closure (21; 135b, 137b, 139b, 141b); and at least one corner structure (43a; 143b) disposed between the first side wall and the first end wall, a base wall (17; 117); opposed first and second side walls (15, 19; 115, 119); opposed first and second end walls; a top closure (21; 135b, 137b, 139b, 141b); and at least one corner structure (43a; 143b) disposed between the first side wall and the first end wall, wherein, the at least one corner structure of the secondary packaging container comprises a first corner panel disposed between the first side wall and the first end wall and is sized, configured and arranged to fit internally of one of the at least one corner structures (43a; 143a) of the tertiary packaging carton (57; 157).
A shaped product of a composite material comprising discontinuous reinforcing fibers having an average fiber length of 3 mm to 100 mm, and a thermoplastic resin as a matrix, wherein the shaped product has a three-dimensional shape having a certain reference plane that is a bottom surface; and one or more standing planes that are side surfaces, wherein the composite material forms a self-laminated structure in at least at one location in a boundary region between the certain reference plane and the standing planes , and there is no weld line at any ridgeline where the reference plane and the standing plane are in contact with each other.
A nucleic acid coding for a functional human DGKk (Diacylglycerol Kinase kappa) protein lacking a functional Proline Rich Region and/or a functional EPAPE repeated Region, wherein the nucleic acid has at least 85% of identity with the nucleotide sequence of SEQ ID NO: 1 and wherein the Proline Rich Region is the nucleotide region between nucleotides 70 and 132 of SEQ ID NO: 1, and wherein the EPAPE repeated Region is the nucleotide region between nucleotides 142 and 539 of SEQ ID NO: 1.
A method of wireless backhaul connection, comprising: determining, by a long-term evolution, LTE, base station when receiving, from a wireless backhaul base station, connection requirement information for donor base stations, a first number of donor base stations required by the wireless backhaul base station for wireless backhaul connection according to the connection requirement information; determining, by the LTE base station, a second number of donor base stations that are capable of providing wireless backhaul service to the wireless backhaul base station; and configuring, by the LTE base station, for the wireless backhaul base station, at least one donor base station for wireless backhaul connection according to the first number and the second number, wherein the wireless backhaul base station and one or more donor base stations are located in a coverage area of the LTE base station. determining, by a long-term evolution, LTE, base station when receiving, from a wireless backhaul base station, connection requirement information for donor base stations, a first number of donor base stations required by the wireless backhaul base station for wireless backhaul connection according to the connection requirement information; determining, by the LTE base station, a second number of donor base stations that are capable of providing wireless backhaul service to the wireless backhaul base station; and configuring, by the LTE base station, for the wireless backhaul base station, at least one donor base station for wireless backhaul connection according to the first number and the second number, wherein the wireless backhaul base station and one or more donor base stations are located in a coverage area of the LTE base station.
A powered nailer , comprising: a power source including a driving element reciprocating within a cylinder between a prefiring position and a fastener driving position, the driving element being in the fastener driving position when the element engages a bumper disposed at the bottom of the cylinder; a reciprocating valve element defining a combustion chamber in fluid communication with said cylinder and configured for receiving a dose of fuel and air prior to a user-generated ignition; and a return chamber in fluid communication with said cylinder through openings in the cylinder, said return chamber being configured for receiving a supply of pressurized air generated by said driving element as it moves from the prefiring position to the fastener driving position, said pressurized air passing through said openings, said openings being further configured for allowing the pressurized air to return from the return chamber to the cylinder so as to act on an underside of said driving element for returning it to the pre-firing position, characterised in that said combustion chamber is configured open to atmosphere upon said driving element reaching said bumper . a power source including a driving element reciprocating within a cylinder between a prefiring position and a fastener driving position, the driving element being in the fastener driving position when the element engages a bumper disposed at the bottom of the cylinder; a reciprocating valve element defining a combustion chamber in fluid communication with said cylinder and configured for receiving a dose of fuel and air prior to a user-generated ignition; and a return chamber in fluid communication with said cylinder through openings in the cylinder, said return chamber being configured for receiving a supply of pressurized air generated by said driving element as it moves from the prefiring position to the fastener driving position, said pressurized air passing through said openings, said openings being further configured for allowing the pressurized air to return from the return chamber to the cylinder so as to act on an underside of said driving element for returning it to the pre-firing position, characterised in that said combustion chamber is configured open to atmosphere upon said driving element reaching said bumper .
Window frame system for accommodating at least two windows , having a top bar , a bottom bar , side bars and at least one transom , wherein at least one first window cannot be opened and at least one second window can be opened outwards, and each window has at least one glass element and the second window has a casement frame , and wherein at least the top bar or the bottom bar has an integral main segment , and an intermediate segment is arranged between the glass element of the first window and the main segment , characterised in that the main segment has a recess on the outer side of the windows which has a first receiving surface , on the one hand, for a preferably sealed connection to the intermediate segment and, on the other hand, for a preferably sealed connection to the casement frame , and in that a glass retaining bar of the first window is fastened to the main segment on the inside.
A drive circuit , comprising: a plurality of shift registers ; a first switch circuit connected with the shift registers ; and a second switch circuit connected with the shift registers ; wherein the first switch circuit is configured to selectively output output signals of the shift registers or a first voltage (VGH) to a first display region based on a first control signal (SW1) and a second control signal (SW2); and the second switch circuit is configured to selectively output the output signals of the shift registers or the first voltage (VGH) to a second display region based on a third control signal (SW3) and a fourth control signal (SW4), and wherein the first display region and the second display region are separated from each other physically, and the drive circuit is provided between the first display region and the second display region . a plurality of shift registers ; a first switch circuit connected with the shift registers ; and a second switch circuit connected with the shift registers ; wherein the first switch circuit is configured to selectively output output signals of the shift registers or a first voltage (VGH) to a first display region based on a first control signal (SW1) and a second control signal (SW2); and the second switch circuit is configured to selectively output the output signals of the shift registers or the first voltage (VGH) to a second display region based on a third control signal (SW3) and a fourth control signal (SW4), and wherein the first display region and the second display region are separated from each other physically, and the drive circuit is provided between the first display region and the second display region .
An agent, or composition containing an agent, for use in treating hypercytokinemia in a subject resulting from cytokine release from non-proliferating immune cells in blood, wherein said agent comprises: (i) an oligopeptidic compound comprising a PCNA interacting motif and a cell penetrating peptide (CPP), wherein the PCNA interacting motif is X 1 X 2 X 3 X 4 X 5 (SEQ ID NO: 2) and wherein: X 1 is selected from Arginine (R), Lysine (K) and Histidine (H); X 2 is selected from Tryptophan (W), Phenylalanine (F) and Tyrosine (Y); X 3 is selected from Leucine (L), Isoleucine (I), Valine (V), Alanine (A), Methionine (M), Serine (S), Threonine (T), Asparagine (N), Glutamine (Q) and Cysteine (C); X 4 is selected from Valine (V), Leucine (L), Isoleucine (I), Alanine (A), Methionine (M), Glycine (G), Serine (S), Threonine (T), Asparagine (N), Glutamine (Q), Arginine (R), Lysine (K), Histidine (H) and Cysteine (C); and X 5 is selected from Arginine (R), Lysine (K), Histidine (H) and Proline (P); or (ii) a nucleic acid molecule comprising a sequence encoding the oligopeptidic compound of (i). (i) an oligopeptidic compound comprising a PCNA interacting motif and a cell penetrating peptide (CPP), wherein the PCNA interacting motif is X 1 X 2 X 3 X 4 X 5 (SEQ ID NO: 2) and wherein: X 1 is selected from Arginine (R), Lysine (K) and Histidine (H); X 2 is selected from Tryptophan (W), Phenylalanine (F) and Tyrosine (Y); X 3 is selected from Leucine (L), Isoleucine (I), Valine (V), Alanine (A), Methionine (M), Serine (S), Threonine (T), Asparagine (N), Glutamine (Q) and Cysteine (C); X 4 is selected from Valine (V), Leucine (L), Isoleucine (I), Alanine (A), Methionine (M), Glycine (G), Serine (S), Threonine (T), Asparagine (N), Glutamine (Q), Arginine (R), Lysine (K), Histidine (H) and Cysteine (C); and X 5 is selected from Arginine (R), Lysine (K), Histidine (H) and Proline (P); or X 1 is selected from Arginine (R), Lysine (K) and Histidine (H); X 2 is selected from Tryptophan (W), Phenylalanine (F) and Tyrosine (Y); X 3 is selected from Leucine (L), Isoleucine (I), Valine (V), Alanine (A), Methionine (M), Serine (S), Threonine (T), Asparagine (N), Glutamine (Q) and Cysteine (C); X 4 is selected from Valine (V), Leucine (L), Isoleucine (I), Alanine (A), Methionine (M), Glycine (G), Serine (S), Threonine (T), Asparagine (N), Glutamine (Q), Arginine (R), Lysine (K), Histidine (H) and Cysteine (C); and X 5 is selected from Arginine (R), Lysine (K), Histidine (H) and Proline (P); or (ii) a nucleic acid molecule comprising a sequence encoding the oligopeptidic compound of (i).
A refrigerator comprises: a cabinet configured to form a storage space; a main door configured to open and store the storage space, and having an opening part which is in communication with the storage space; and a sub-door rotatably installed at the main door and configured to open and close the opening part , characterized in that the sub-door comprises: an outer plate which is formed of a metal plate material, forms an exterior of the sub-door and having a panel installation opening , a panel assembly disposed in the panel installation opening and including a front panel which is formed of a glass material, and a door liner which is spaced apart from the outer plate , forms a perimeter of a rear surface of the sub-door , and forms a space, in which an insulation is filled, at an outside of the panel assembly ; and a support frame , wherein one side of the support frame is fixed to a rear surface of the outer plate , and the other side thereof is fixed to the panel assembly , wherein a bezel is disposed along a perimeter of the rear surface of the front panel and the other side of the support frame is disposed at an area of the bezel . a cabinet configured to form a storage space; a main door configured to open and store the storage space, and having an opening part which is in communication with the storage space; and a sub-door rotatably installed at the main door and configured to open and close the opening part , characterized in that the sub-door comprises: an outer plate which is formed of a metal plate material, forms an exterior of the sub-door and having a panel installation opening , a panel assembly disposed in the panel installation opening and including a front panel which is formed of a glass material, and a door liner which is spaced apart from the outer plate , forms a perimeter of a rear surface of the sub-door , and forms a space, in which an insulation is filled, at an outside of the panel assembly ; and a support frame , wherein one side of the support frame is fixed to a rear surface of the outer plate , and the other side thereof is fixed to the panel assembly , wherein a bezel is disposed along a perimeter of the rear surface of the front panel and the other side of the support frame is disposed at an area of the bezel . an outer plate which is formed of a metal plate material, forms an exterior of the sub-door and having a panel installation opening , a panel assembly disposed in the panel installation opening and including a front panel which is formed of a glass material, and a door liner which is spaced apart from the outer plate , forms a perimeter of a rear surface of the sub-door , and forms a space, in which an insulation is filled, at an outside of the panel assembly ; and a support frame , wherein one side of the support frame is fixed to a rear surface of the outer plate , and the other side thereof is fixed to the panel assembly , wherein a bezel is disposed along a perimeter of the rear surface of the front panel and the other side of the support frame is disposed at an area of the bezel .
Method for decelerating a utility vehicle , characterised in that - in a determination step a target deceleration value for the utility vehicle is determined using pedal information , wherein the pedal information represents a pedal position of a brake pedal of the utility vehicle ; - in an acquisition step an offset value is acquired using deceleration information and the target deceleration value , wherein the deceleration information represents a current change in speed (Δv) of the utility vehicle ; and - in a provision step a brake signal is provided for a brake system of the utility vehicle using the offset value and the pedal information , in order to decelerate the utility vehicle . - in a determination step a target deceleration value for the utility vehicle is determined using pedal information , wherein the pedal information represents a pedal position of a brake pedal of the utility vehicle ; - in an acquisition step an offset value is acquired using deceleration information and the target deceleration value , wherein the deceleration information represents a current change in speed (Δv) of the utility vehicle ; and - in a provision step a brake signal is provided for a brake system of the utility vehicle using the offset value and the pedal information , in order to decelerate the utility vehicle .
Method for making a safety glass characterized in that it comprises the steps of: - roughening at least one glass plate ; - placing a vitreous frit on said at least surface of the plate ; - heating from 600°C to 700°C, preferably 650°C, the plate and the frit to vitrify the latter on the plate ; - cooling said plate and said vitreous frit to obtain a semi-finished product ; where said roughening comprises the phase to roughen at least said surface of the plate assigned to receive the vitreous frit by means of at least one among sandblasting, opacification by laser or sanding, to obtain a roughness of said surface ranging from 0,02 μm to 0,15 μm. - roughening at least one glass plate ; - placing a vitreous frit on said at least surface of the plate ; - heating from 600°C to 700°C, preferably 650°C, the plate and the frit to vitrify the latter on the plate ; - cooling said plate and said vitreous frit to obtain a semi-finished product ;
A method to locally authenticate an authorized user and control access to an electronic device , the method comprising: generating a neuro-mechanical fingerprint for a user in response to a micro-motion signal sensed at a body part of the user using the electronic device; generating a match percentage of the neuro-mechanical fingerprint in response to authorized user calibration parameters ; controlling user access to the electronic device in response to the match percentage; in response to the match percentage being greater than or equal to an access match level , identifying the user as an authorized user and granting the authorized user access to the electronic device; and in response to the match percentage being less than a predetermined level, recalibrating the authorized user calibration parameters. generating a neuro-mechanical fingerprint for a user in response to a micro-motion signal sensed at a body part of the user using the electronic device; generating a match percentage of the neuro-mechanical fingerprint in response to authorized user calibration parameters ; controlling user access to the electronic device in response to the match percentage; in response to the match percentage being greater than or equal to an access match level , identifying the user as an authorized user and granting the authorized user access to the electronic device; and in response to the match percentage being less than a predetermined level, recalibrating the authorized user calibration parameters.
Belt drive having at least one drive pulley , at least one output pulley , and a tensioning device which has tensioning rollers for a belt , the tensioning device having a first tensioning roller which rolls on a load run of the belt and a second tensioning roller which rolls on an empty run of the belt , having an endless belt which wraps around the drive pulley, the output pulley and the tensioning rollers, the tensioning rollers being in each case eccentrically pivotably mounted and being connected to one another via a hinged support which is articulated eccentrically on the tensioning rollers, in such a way that pivoting, which takes place under load or drive load, of the first tensioning roller which rolls on the load run brings about pivoting, which takes place in the direction of an increase of the belt tension in the empty run, of the second tensioning roller which rolls on the empty run, characterized in that the respective articulation point lies symmetrically opposite the hinged support onto the tensioning roller in relation to a vertical axis H s of the pivotable mounting of the tensioning roller, which vertical axis H s runs through a vertex of the wraparound and the centre point or the centre of rotation of the tensioning roller.
A mixing unit for mixing a liquid product , the mixing unit comprising: a tank configured to hold the liquid product ; and a fluid nozzle attached to a bottom of the tank and configured to inject a fluid flow of the liquid product into the tank ; wherein the fluid nozzle has a first outlet that opens in a sideways direction (S), a second outlet that opens in an upward direction (U), and a valve plug configured to selectively open and close the first outlet and the second outlet , wherein the mixing unit is operable - in a low stage operational mode during which the first outlet is open and the second outlet is closed for effecting mixing in a lower region of the tank , and - in a high stage operational mode during which the first outlet is closed and the second outlet is open for effecting mixing in an upper region of the tank ; wherein the valve plug includes an elongated control stem ; characterized in that the control stem is axially movable to a first axial position during the low stage operational mode and to a second axial position during the high stage operational mode . a tank configured to hold the liquid product ; and a fluid nozzle attached to a bottom of the tank and configured to inject a fluid flow of the liquid product into the tank ; wherein the fluid nozzle has a first outlet that opens in a sideways direction (S), a second outlet that opens in an upward direction (U), and a valve plug configured to selectively open and close the first outlet and the second outlet , wherein the mixing unit is operable - in a low stage operational mode during which the first outlet is open and the second outlet is closed for effecting mixing in a lower region of the tank , and - in a high stage operational mode during which the first outlet is closed and the second outlet is open for effecting mixing in an upper region of the tank ; - in a low stage operational mode during which the first outlet is open and the second outlet is closed for effecting mixing in a lower region of the tank , and - in a high stage operational mode during which the first outlet is closed and the second outlet is open for effecting mixing in an upper region of the tank ; wherein the valve plug includes an elongated control stem ; characterized in that the control stem is axially movable to a first axial position during the low stage operational mode and to a second axial position during the high stage operational mode .