mhurhangee/patent-ind-claim-en huggingface dataset:
Three-layer complex comprising: - a first layer comprising at least one magnetic compound, - a second layer partially covering the first layer and comprising at least one inorganic silicate compound, - a third layer at least partially covering the second layer and comprising at least one compound having an affinity for said at least one magnetic compound and/or for said at least one inorganic silicate compound, chosen from citric acid and salts thereof, phosphate, pyrophosphate, triphosphate or polyphosphate ions, phosphonic acids, phosphonates, phosphonates or phosphonic acids coupled to organic molecules, compounds of the phosphoric acid family, sulfonates, compounds of the detergent family and/or compounds of the carboxylic acid family. - a first layer comprising at least one magnetic compound, - a second layer partially covering the first layer and comprising at least one inorganic silicate compound, - a third layer at least partially covering the second layer and comprising at least one compound having an affinity for said at least one magnetic compound and/or for said at least one inorganic silicate compound, chosen from citric acid and salts thereof, phosphate, pyrophosphate, triphosphate or polyphosphate ions, phosphonic acids, phosphonates, phosphonates or phosphonic acids coupled to organic molecules, compounds of the phosphoric acid family, sulfonates, compounds of the detergent family and/or compounds of the carboxylic acid family.
Method for installing a control functionality into a control facility for an industrial installation, wherein the industrial installation comprises a control facility , an installation server and a number of installation parts , wherein the installation server comprises an integration server , wherein the installation parts in each case have a control system , wherein the control facility is used to control the processes in the entire industrial installation, wherein the control functionality is a computer program and wherein a control system and the integration server communicate with one another and the integration server determines a control functionality for the control system , characterised in that - the control systems of the installation parts in each case have a login service for independently logging into the integration server , and - after connecting the control system to a bus system across the entire installation, the login service independently registers with the integration server and - the integration server prompts the installation of the control functionality for the control system into the control facility and following successful installation of the control functionality removes the login service from the control system . - the control systems of the installation parts in each case have a login service for independently logging into the integration server , and - after connecting the control system to a bus system across the entire installation, the login service independently registers with the integration server and - the integration server prompts the installation of the control functionality for the control system into the control facility and following successful installation of the control functionality removes the login service from the control system .
A composition comprising 150-250 mg/ml Tobramycin for use in therapeutic or prophylactic treatment of bacterial infections in the pulmonary system of a patient in need thereof, wherein said composition is to be administered by inhalation.
A motorcycle which comprises: a combustion engine (E) having a cylinder block protruding upwardly from a crankcase ; an air cleaner unit for substantially purifying an air; and a supercharger for taking a substantially purified air from the air cleaner unit thereinto and supplying the air towards the combustion engine (E), wherein the supercharger and the air cleaner unit are disposed rearwardly of the cylinder block , the air cleaner unit is disposed rearwardly of the supercharger , characterized in that the air cleaner unit has an intake opening , which opens towards one lateral side of a motorcycle body, and the supercharger has a suction port that is directed towards the opposite lateral side of the motorcycle body, and the air cleaner unit has an outlet opening positioned on the opposite lateral side of the motorcycle body and opening forwards of the motorcycle body. a combustion engine (E) having a cylinder block protruding upwardly from a crankcase ; an air cleaner unit for substantially purifying an air; and a supercharger for taking a substantially purified air from the air cleaner unit thereinto and supplying the air towards the combustion engine (E), wherein the supercharger and the air cleaner unit are disposed rearwardly of the cylinder block , the air cleaner unit is disposed rearwardly of the supercharger , characterized in that the air cleaner unit has an intake opening , which opens towards one lateral side of a motorcycle body, and the supercharger has a suction port that is directed towards the opposite lateral side of the motorcycle body, and the air cleaner unit has an outlet opening positioned on the opposite lateral side of the motorcycle body and opening forwards of the motorcycle body.
An in vitro or ex vivo method for the prevention or inhibition of blood coagulation, said method comprising contacting a composition comprising blood plasma or a material with which said composition is, or may be, in contact, with an alginate oligomer of 2 to 30 monomer residues, wherein said monomer residues do not carry a sulphate group.
Tubular membrane, comprising: - a support tube made out of one or more flexible tapes of porous support material which have been helically wound into a tube shape with overlapping tape edges which have been sealed to each other; and - a semi-permeable membrane layer made of membrane forming material on an inner wall of the support tube ; characterized by, at least one inwardly projecting helical ridge on said inner wall of the support tube , which helical ridge is covered with or forms part of the membrane layer , wherein the inwardly projecting helical ridge projects into the membrane cross section for promoting turbulences and secondary flows. - a support tube made out of one or more flexible tapes of porous support material which have been helically wound into a tube shape with overlapping tape edges which have been sealed to each other; and - a semi-permeable membrane layer made of membrane forming material on an inner wall of the support tube ;
A node of a first machine-to-machine service provider, M2M SP, the node of the first M2M SP being configurable to communicate with a node of a second M2M SP and a gateway node , the first M2M SP being different from the second M2M SP, the gateway node being configurable to have a first subscription to the first M2M SP associated with a first network service capabilities layer, NSCL, and a second subscription to the second M2M SP associated with a second NSCL , the node of the first M2M SP comprising: at least one communication interface configured to receive, from the gateway node , a register message for registering a service capability layer, SCL, of the gateway node with the second NSCL (38; S112); and a processor configured to: transmit the register message to the second NSCL (38; S114); receive a response from the second NSCL , the response indicating whether the second NSCL registered the SCL of the gateway node (24; S116); if the second NSCL registered the SCL of the gateway node, generate a resource, the generated resource instructing the node of the first M2M SP to proxy traffic of the SCL of the gateway node to the second NSCL (38; S118, S120). at least one communication interface configured to receive, from the gateway node , a register message for registering a service capability layer, SCL, of the gateway node with the second NSCL (38; S112); and a processor configured to: transmit the register message to the second NSCL (38; S114); receive a response from the second NSCL , the response indicating whether the second NSCL registered the SCL of the gateway node (24; S116); if the second NSCL registered the SCL of the gateway node, generate a resource, the generated resource instructing the node of the first M2M SP to proxy traffic of the SCL of the gateway node to the second NSCL (38; S118, S120). transmit the register message to the second NSCL (38; S114); receive a response from the second NSCL , the response indicating whether the second NSCL registered the SCL of the gateway node (24; S116); if the second NSCL registered the SCL of the gateway node, generate a resource, the generated resource instructing the node of the first M2M SP to proxy traffic of the SCL of the gateway node to the second NSCL (38; S118, S120).
Electronic watch comprising a bracelet and a watch case including at least one electrical or electronic component (8a-8g), characterised in that said watch comprises at least one Dewar device configured to contain at least one of said electrical or electronic components (8a-8g), said at least one Dewar device including inner and outer walls and a vacuum or quasi-vacuum space defined between these said walls , the inner wall delimiting a volume wherein said at least one electrical or electronic component (8a-8g) may be arranged.
Method of producing three-dimensional objects from a powder bed by means of a binder jetting method by multiple repetition of the method steps of a) applying a powder layer on the surface, where the powder bed includes at least two different kinds of particulate material, the first particulate material having a median diameter between 10 and 500 μm, characterized in that the second particulate material comprises coagulated emulsion polymers having a median secondary diameter between 0.5 μm and 80 μm, and b) selectively applying a binder and subsequently or simultaneously thickening this binder in the powder bed by swelling the powder and/or curing.
An opening device configured to be applied to a packaging for pourable products, said opening device comprising: - a pouring spout defining a pouring opening through which to pour, in use, said pourable product; - a cap configured to engage and disengage said pouring spout to respectively close and open said pouring opening ; - a closing element closing and/or sealing said pouring opening , formed in one piece with said pouring spout and connected to said pouring spout by a breakable connecting portion configured to break during first opening of said opening device ; said closing element comprising a protruding portion extending through said pouring opening and connected to said cap ; and - tamper-evidence means fitted to said pouring spout and initially connected to said cap by means of at least one breakable connecting bridge configured to break during first opening of said opening device ; characterized in that said cap is hinged to said tamper-evidence means thereby being permanently tethered to said pouring spout . - a pouring spout defining a pouring opening through which to pour, in use, said pourable product; - a cap configured to engage and disengage said pouring spout to respectively close and open said pouring opening ; - a closing element closing and/or sealing said pouring opening , formed in one piece with said pouring spout and connected to said pouring spout by a breakable connecting portion configured to break during first opening of said opening device ; said closing element comprising a protruding portion extending through said pouring opening and connected to said cap ; and - tamper-evidence means fitted to said pouring spout and initially connected to said cap by means of at least one breakable connecting bridge configured to break during first opening of said opening device ;
A method for operating a floor treatment apparatus that travels by itself within an environment, wherein a control and evaluation unit of the floor treatment apparatus monitors the operating status of the floor treatment apparatus , detects an error condition of the floor treatment apparatus and initiates the output of an optical information signal in case an error condition occurs, characterized in that an optical signal output device of the floor treatment apparatus emits the optical information signal , wherein the optical information signal generates a light projection that represents a directional indicator , wherein the light projection is directed onto a projection site within the environment of the current location of the floor treatment apparatus , and wherein the directional indicator points from the projection site within the environment in the direction of the current position of the floor treatment apparatus .
A strap adjustment system comprising: a base body having a bottom wall , two side walls and a strap retaining bar extending between the two side walls , the bottom wall having an aperture therethrough, said aperture having screw threads extending around an inside surface thereof; and a cam lid pivotally connected to the two side walls , the cam lid having a top surface and a bottom surface, the bottom surface containing friction-creating elements configured for gripping a strap placed through the base body when the cam lid is lowered, characterized by a screw disc having a central protrusion and screw threads extending around the central protrusion , the central protrusion being adapted to fit through the aperture in the base body by rotating the screw disc so that the threads in the screw disc mate with the threads in the aperture, such that a height of the protrusion above the bottom wall of the base body is adjustable by turning the screw disc . a base body having a bottom wall , two side walls and a strap retaining bar extending between the two side walls , the bottom wall having an aperture therethrough, said aperture having screw threads extending around an inside surface thereof; and a cam lid pivotally connected to the two side walls , the cam lid having a top surface and a bottom surface, the bottom surface containing friction-creating elements configured for gripping a strap placed through the base body when the cam lid is lowered, characterized by a screw disc having a central protrusion and screw threads extending around the central protrusion , the central protrusion being adapted to fit through the aperture in the base body by rotating the screw disc so that the threads in the screw disc mate with the threads in the aperture, such that a height of the protrusion above the bottom wall of the base body is adjustable by turning the screw disc .
A tank valve with - a valve seat and - a valve disc , which can be displaced relative to the valve seat along a displacement direction into a closed position, in which the tank valve is closed, and into a through-flow position. characterized in that - the valve seat comprises a first plate-shaped part and a second ring-shaped part , and - the valve disc comprises a first contact area , which is in contact with the first part along a closed contour when in the closed position, and a second contact area , which is in contact with the second part of the valve seat when in the closed position, wherein the valve disc is designed to be non-plate-shaped and comprises a tubular casing , which connects the first contact area with the second contact area , - wherein the casing has a U-shaped cross-section with a radially inner limb, at the end of which the first contact area is arranged, and a radially outer limb, which is longer than the radially inner limb and at the end of which the second contact area is arranged. - a valve seat and - a valve disc , which can be displaced relative to the valve seat along a displacement direction into a closed position, in which the tank valve is closed, and into a through-flow position. - the valve seat comprises a first plate-shaped part and a second ring-shaped part , and - the valve disc comprises a first contact area , which is in contact with the first part along a closed contour when in the closed position, and a second contact area , which is in contact with the second part of the valve seat when in the closed position, wherein the valve disc is designed to be non-plate-shaped and comprises a tubular casing , which connects the first contact area with the second contact area , - wherein the casing has a U-shaped cross-section with a radially inner limb, at the end of which the first contact area is arranged, and a radially outer limb, which is longer than the radially inner limb and at the end of which the second contact area is arranged.
A method comprising: detecting , by a short range communication means of a proxy device having direct access to a communication network via a network communication means, a plurality of electronic devices within a communication range of the proxy device, each of the plurality of electronic devices lacking direct access to the communication network; establishing , via the short range communication means of the proxy device and a respective short range communication means of each electronic device, a trusted relationship with the respective electronic devices by authenticating each of the electronic devices during an enrollment process; in response to establishing the trusted relationship, associating , by the proxy device, each of the electronic devices with an access credential; receiving , via the short range communication means of the proxy device, from one of the electronic devices in the electronic devices, a request to conduct a transaction; and initiating , by the network communication means of the proxy device via the communication network, the transaction on behalf of the electronic device using the access credential. detecting , by a short range communication means of a proxy device having direct access to a communication network via a network communication means, a plurality of electronic devices within a communication range of the proxy device, each of the plurality of electronic devices lacking direct access to the communication network; establishing , via the short range communication means of the proxy device and a respective short range communication means of each electronic device, a trusted relationship with the respective electronic devices by authenticating each of the electronic devices during an enrollment process; in response to establishing the trusted relationship, associating , by the proxy device, each of the electronic devices with an access credential; receiving , via the short range communication means of the proxy device, from one of the electronic devices in the electronic devices, a request to conduct a transaction; and initiating , by the network communication means of the proxy device via the communication network, the transaction on behalf of the electronic device using the access credential.
A control device of a brake system, comprising: a sensor unit including at least one of a pedal sensor, a pressure sensor, and a motor position sensor; a first control unit which includes at least one of an electronic parking brake (EPB) driver, a valve driver, and a motor driver and includes a first microcontroller unit (MCU) configured to control the EPB driver, the valve driver, and the motor driver according to a signal received from the sensor unit; and a second control unit which performs the same function as the first control unit and constitutes redundancy of the first control unit. a sensor unit including at least one of a pedal sensor, a pressure sensor, and a motor position sensor; a first control unit which includes at least one of an electronic parking brake (EPB) driver, a valve driver, and a motor driver and includes a first microcontroller unit (MCU) configured to control the EPB driver, the valve driver, and the motor driver according to a signal received from the sensor unit; and a second control unit which performs the same function as the first control unit and constitutes redundancy of the first control unit.
A multimeric polypeptide comprising: a heterodimeric polypeptide comprising a) a first polypeptide comprising, in order from N-terminus to C-terminus: i) a peptide epitope; and ii) a first major histocompatibility complex (MHC) polypeptide; b) a second polypeptide comprising a second MHC polypeptide, and c) at least one immunomodulatory polypeptide, wherein the first and/or the second polypeptide comprises the at least one immunomodulatory polypeptide, wherein the first MHC polypeptide is a β2-microglobulin polypeptide, and wherein the second MHC polypeptide is an MHC class I heavy chain polypeptide, wherein the peptide epitope is a cancer-associated epitope, and optionally, wherein the multimeric polypeptide comprises an immunoglobulin (Ig) Fc polypeptide or a non-Ig scaffold. a heterodimeric polypeptide comprising a) a first polypeptide comprising, in order from N-terminus to C-terminus: i) a peptide epitope; and ii) a first major histocompatibility complex (MHC) polypeptide; b) a second polypeptide comprising a second MHC polypeptide, and c) at least one immunomodulatory polypeptide, a) a first polypeptide comprising, in order from N-terminus to C-terminus: i) a peptide epitope; and ii) a first major histocompatibility complex (MHC) polypeptide; i) a peptide epitope; and ii) a first major histocompatibility complex (MHC) polypeptide; b) a second polypeptide comprising a second MHC polypeptide, and c) at least one immunomodulatory polypeptide, wherein the first and/or the second polypeptide comprises the at least one immunomodulatory polypeptide, wherein the first MHC polypeptide is a β2-microglobulin polypeptide, and wherein the second MHC polypeptide is an MHC class I heavy chain polypeptide, wherein the peptide epitope is a cancer-associated epitope, and optionally, wherein the multimeric polypeptide comprises an immunoglobulin (Ig) Fc polypeptide or a non-Ig scaffold.
A method for preparing benzoic acid esters comprising the following steps: a) esterification of benzoic acid and alcohol, selected from the group comprising monohydric aliphatic alcohols having a number of carbon atoms from 6 to 12, or polyhydric alcohol having a number of carbon atoms from 2 to 10, in the presence of metal containing catalyst in a media of an aromatic solvent, under the stepwise buildup of the temperature of the process from the temperature of charging the starting components to 180-200°C, further to 200-220°C, and then to 240-250°C, to obtain the reaction mixture comprising ester, unreacted benzoic acid and aromatic solvent; b) vacuum distillation of unreacted benzoic acid together with aromatic solvent from the reaction mixture obtained in step (a) to produce crude ester; c) recycling the unreacted benzoic acid distilled in step (b) optionally together with aromatic solvent to the esterification step; d) neutralization of the benzoic acid residues in crude ester and washing thereof with water; e) filtration and drying of ester. a) esterification of benzoic acid and alcohol, selected from the group comprising monohydric aliphatic alcohols having a number of carbon atoms from 6 to 12, or polyhydric alcohol having a number of carbon atoms from 2 to 10, in the presence of metal containing catalyst in a media of an aromatic solvent, under the stepwise buildup of the temperature of the process from the temperature of charging the starting components to 180-200°C, further to 200-220°C, and then to 240-250°C, to obtain the reaction mixture comprising ester, unreacted benzoic acid and aromatic solvent; b) vacuum distillation of unreacted benzoic acid together with aromatic solvent from the reaction mixture obtained in step (a) to produce crude ester; c) recycling the unreacted benzoic acid distilled in step (b) optionally together with aromatic solvent to the esterification step; d) neutralization of the benzoic acid residues in crude ester and washing thereof with water; e) filtration and drying of ester.
Composition comprising IgG for use in the treatment of an immunodeficiency in a subject in need thereof by an intradermal (ID) route using a removable ID device comprising needles wherein the IgG composition has an IgG concentration of 15% to 30% (w/v) and a pH of the IgG composition is from 4.5 to 8.0.