mhurhangee/ep-ind-claims huggingface dataset:
Method for registering a user in a medical software application used in a local communication network of a hospital environment, the method comprising: - providing a registration code to a user from an external communication entity via a public communication network, the registration code containing information relating to a license key and information (61, 62) relating to at least one user credential associated with the user, - entering, by the user, the registration code and at least one user credential associated with the user into the software application used in the local communication network of the hospital environment, - processing, by the software application, the registration code and the at least one user credential entered by the user, and - creating a user account for the user in the software application based on the information (61, 62) relating to the at least one user credential associated with the user contained in the registration code. - providing a registration code to a user from an external communication entity via a public communication network, the registration code containing information relating to a license key and information (61, 62) relating to at least one user credential associated with the user, - entering, by the user, the registration code and at least one user credential associated with the user into the software application used in the local communication network of the hospital environment, - processing, by the software application, the registration code and the at least one user credential entered by the user, and - creating a user account for the user in the software application based on the information (61, 62) relating to the at least one user credential associated with the user contained in the registration code.
Drain (1,20, 30), comprising: - a collecting housing (2, 21, 31) with an inflow opening on the upper side, an outflow opening (4, 22, 32) and a tunnel (5, 23, 24, 33) extending to the outflow opening (4, 22, 32), wherein the outflow opening (4, 22, 32) debouches in the tunnel (5, 23, 24, 33); - a siphon cover (6, 35) arranged over the outflow opening (4, 22, 32), wherein during use the edge of the siphon cover (6, 35) is located lower than the outflow opening (4, 22, 32), characterized by - a bridge part hanging over the tunnel (5, 23, 24, 33) and having a first end arranged on the outer side of the siphon cover (6, 35), wherein the other end of the bridge part further lies sealingly against the inner wall of the collecting housing (2, 21, 31). - a collecting housing (2, 21, 31) with an inflow opening on the upper side, an outflow opening (4, 22, 32) and a tunnel (5, 23, 24, 33) extending to the outflow opening (4, 22, 32), wherein the outflow opening (4, 22, 32) debouches in the tunnel (5, 23, 24, 33); - a siphon cover (6, 35) arranged over the outflow opening (4, 22, 32), wherein during use the edge of the siphon cover (6, 35) is located lower than the outflow opening (4, 22, 32), characterized by - a bridge part hanging over the tunnel (5, 23, 24, 33) and having a first end arranged on the outer side of the siphon cover (6, 35), wherein the other end of the bridge part further lies sealingly against the inner wall of the collecting housing (2, 21, 31).
A canned motor pump, comprising: a motor with a rotor and a stator; a stator can in a cylindrical shape positioned between the rotor and the stator of the motor; and a motor housing (44, 46, 48; 50), wherein the motor housing (44, 46, 48, 50) forms, together with the stator can, a stator chamber for installing the stator, and a filling member filled in the stator chamber and being a mixed material comprising spherical inorganic material particles and resin, characterized by the filling member including dried spherical inorganic material particles densely filled in the stator chamber, wherein the particles adhere to one another, and cured resin bonding the spherical inorganic material particles to each other, wherein the filling member is obtainable by pouring, initially, dried spherical inorganic material particles densely into the stator chamber, filling, thereafter, resin by application of vacuum drawing to the stator chamber from a side opposite to a filling opening, so that the resin is introduced between the spherical inorganic material particles, and thereafter, drying the resin with heat to be thereby cured. a motor with a rotor and a stator; a stator can in a cylindrical shape positioned between the rotor and the stator of the motor; and a motor housing (44, 46, 48; 50), wherein the motor housing (44, 46, 48, 50) forms, together with the stator can, a stator chamber for installing the stator, and a filling member filled in the stator chamber and being a mixed material comprising spherical inorganic material particles and resin, characterized by the filling member including dried spherical inorganic material particles densely filled in the stator chamber, wherein the particles adhere to one another, and cured resin bonding the spherical inorganic material particles to each other, wherein the filling member is obtainable by pouring, initially, dried spherical inorganic material particles densely into the stator chamber, filling, thereafter, resin by application of vacuum drawing to the stator chamber from a side opposite to a filling opening, so that the resin is introduced between the spherical inorganic material particles, and thereafter, drying the resin with heat to be thereby cured. pouring, initially, dried spherical inorganic material particles densely into the stator chamber, filling, thereafter, resin by application of vacuum drawing to the stator chamber from a side opposite to a filling opening, so that the resin is introduced between the spherical inorganic material particles, and thereafter, drying the resin with heat to be thereby cured.
An air-conditioning device for the temperature control and ventilation of rooms, comprising a ceiling radiating surface structure which has a plurality of pipes of a pipe register, a heat transmission medium to flow therethrough, and radiating plates facing the room to be temperature-controlled, wherein at least one portion of a radiating plate together with at least one channel segment form a housing which at least partially surrounds the pipe register and which is provided with an air channel connection for the supply of fresh air into the housing and with outlet openings, which face the room to be temperature-controlled, in at least one of the radiating plates for discharging temperature-controlled air into the room, characterised in that fastening eyes are provided on lateral radiating plates for fastening the air-conditioning device to a ceiling of a room to be temperature-controlled, and in that the at least one air channel connection is in fluidic connection with a heat exchanger for preheating fresh air supplied from the housing by means of exhaust air.
A method of laminating a surface of a flexible material (1109; 2605) to a surface of a rigid, curved material (1101; 2607), the method comprising: pressing an area of the surface of the flexible material into the surface of the rigid, curved material with a compliant holder (1111; 2611) to create a contact area while the flexible material is conformed to a curved surface of the holder and in direct contact with curved material at least at the contact area; and changing the contact area between the surface of the flexible material and the surface of the rigid, curved material while maintaining pressure on the contact area until the surface of the flexible material and the surface of the rigid, curved material are laminated, wherein a curvature of the compliant holder (1111; 2611) is greater than or equal to a curvature of the surface of the rigid, curved material (1101; 2607). pressing an area of the surface of the flexible material into the surface of the rigid, curved material with a compliant holder (1111; 2611) to create a contact area while the flexible material is conformed to a curved surface of the holder and in direct contact with curved material at least at the contact area; and changing the contact area between the surface of the flexible material and the surface of the rigid, curved material while maintaining pressure on the contact area until the surface of the flexible material and the surface of the rigid, curved material are laminated, wherein a curvature of the compliant holder (1111; 2611) is greater than or equal to a curvature of the surface of the rigid, curved material (1101; 2607).
Use of a composition comprising a cationic surfactant, which comprises a primary or secondary ammonium head group and a linear unsubstituted C12-alkyl tail, for inducing germination of bacterial endospores in pulp suspension for making of paper or board.
A suction nozzle comprising a base plate shaped so as to have a base plate channel open towards a surface to be vacuumed, a suction channel in fluid communication with the base plate channel and a covering body connected to at least one of said base plate channel and said covering body, characterized by the suction nozzle further comprising an accessory configured to be removably coupled with the suction nozzle in the region of the base plate, wherein said accessory comprises a flattened main body with an upper face configured to be coupled with the suction nozzle, a lower face facing the surface to be vacuumed, and an elongate slot, wherein said accessory also comprises a first strip of a sliding material arranged substantially along the entire front edge of the elongate slot and a second strip of a sliding material arranged substantially along the entire rear edge of the elongate slot, wherein the sliding material comprises a fibrous material selected from the group comprising: felt, fabric, mop-type fabric or velvet, wherein the suction nozzle further comprises coupling devices for releasably connecting the accessory to the suction nozzle. characterized by the suction nozzle further comprising an accessory configured to be removably coupled with the suction nozzle in the region of the base plate, wherein said accessory comprises a flattened main body with an upper face configured to be coupled with the suction nozzle, a lower face facing the surface to be vacuumed, and an elongate slot, wherein said accessory also comprises a first strip of a sliding material arranged substantially along the entire front edge of the elongate slot and a second strip of a sliding material arranged substantially along the entire rear edge of the elongate slot, wherein the sliding material comprises a fibrous material selected from the group comprising: felt, fabric, mop-type fabric or velvet, wherein the suction nozzle further comprises coupling devices for releasably connecting the accessory to the suction nozzle.
A method of configuring a service at a base station of a wireless communication network, the method comprising: receiving a first message associated with a first bearer, the first message containing a first quality of service class identifier, QCI; receiving a second message associated with a second bearer, the second message containing a second QCI; determining a service identifier based on at least one of the first and second QCIs; and configuring at the base station the first and second bearers according to a service configuration associated with the service identifier. receiving a first message associated with a first bearer, the first message containing a first quality of service class identifier, QCI; receiving a second message associated with a second bearer, the second message containing a second QCI; determining a service identifier based on at least one of the first and second QCIs; and configuring at the base station the first and second bearers according to a service configuration associated with the service identifier.
A deburring tool for deburring bores, comprising a pairwise arrangement of cutting blades (2, 2a) and a rotatably driven tool holder, wherein in a blade recess of a blade housing, the cutting blades (2, 2a), which are arranged opposite each other and have radially outwardly facing conical cutting edges (27, 28), are driven so as to be radially displaceable relative to each other by a rotatable rocker arranged in a base body of the tool holder, and the rocker is supported in the tool holder so as to be rotatable about an axial longitudinal axis and is spring-biased in the axial direction, characterised in that, in order to adjust the chamfer size of a bore edge, the radial turning position of the knife housing relative to the rocker and to the base body can be continuously turned and fixed.
A cleaner (200, 500), comprising: an agitator; and a mounting portion on which the agitator is rotatably mounted, wherein the agitator includes: a brush assembly having brushes, a frame that includes a first opening into which the brush assembly is inserted, an installation space to receive the brush assembly, and a second opening through which the brushes protrude, first and second side caps that are connected to the frame and support the brush assembly, wherein the brush assembly includes a rod at which the brushes are installed, and the rod is coupled to the first and second side caps. an agitator; and a mounting portion on which the agitator is rotatably mounted, wherein the agitator includes: a brush assembly having brushes, a frame that includes a first opening into which the brush assembly is inserted, an installation space to receive the brush assembly, and a second opening through which the brushes protrude, first and second side caps that are connected to the frame and support the brush assembly, wherein the brush assembly includes a rod at which the brushes are installed, and the rod is coupled to the first and second side caps. a brush assembly having brushes, a frame that includes a first opening into which the brush assembly is inserted, an installation space to receive the brush assembly, and a second opening through which the brushes protrude, first and second side caps that are connected to the frame and support the brush assembly, wherein the brush assembly includes a rod at which the brushes are installed, and the rod is coupled to the first and second side caps.
A method for the detection of magnetic particles (1, 1') in a sample chamber, comprising: a) generating a sequence of a repulsive magnetic field and an attractive magnetic field, wherein a1) the attractive magnetic field has a component parallel to a binding surface of the sample chamber and attracts magnetic particles (1, 1') to the binding surface; a2) the repulsive magnetic field pulls magnetic particles (1, 1') away from the binding surface, characterised in that the method further comprises a3) the duration and/or the gradient of the repulsive magnetic field is larger than that of the attractive magnetic field; b) detecting magnetic particles (1, 1') at the binding surface at a time of between about 0.01 s and about 1 s after the start of the attractive magnetic field. a) generating a sequence of a repulsive magnetic field and an attractive magnetic field, wherein a1) the attractive magnetic field has a component parallel to a binding surface of the sample chamber and attracts magnetic particles (1, 1') to the binding surface; a2) the repulsive magnetic field pulls magnetic particles (1, 1') away from the binding surface, characterised in that the method further comprises a3) the duration and/or the gradient of the repulsive magnetic field is larger than that of the attractive magnetic field; a1) the attractive magnetic field has a component parallel to a binding surface of the sample chamber and attracts magnetic particles (1, 1') to the binding surface; a2) the repulsive magnetic field pulls magnetic particles (1, 1') away from the binding surface, characterised in that the method further comprises a3) the duration and/or the gradient of the repulsive magnetic field is larger than that of the attractive magnetic field; b) detecting magnetic particles (1, 1') at the binding surface at a time of between about 0.01 s and about 1 s after the start of the attractive magnetic field.
An exhaust purifying apparatus for an internal combustion engine, comprising: a NOx removing catalyst, which is located in an exhaust passage and removes NOx in exhaust gas using an urea water solution added to the exhaust gas; an oxidation catalyst, which is located at a part of the exhaust passage downstream of the NOx removing catalyst; a NOx amount calculating section, which is configured to calculate an amount of NOx contained in exhaust gas that has passed through the oxidation catalyst; and a controller, which is configured to execute an abnormality diagnosis process for determining that there is an abnormality in the NOx removing catalyst if NOx removal efficiency obtained from the amount of NOx calculated by the NOx amount calculating section is less than or equal to a predetermined value, the exhaust purifying apparatus being characterized in that the controller is configured to execute the abnormality diagnosis process after executing a desorption process that desorbs unburned fuel adsorbed by the NOx removing catalyst if an execution condition previously set for the abnormality diagnosis process is met. a NOx removing catalyst, which is located in an exhaust passage and removes NOx in exhaust gas using an urea water solution added to the exhaust gas; an oxidation catalyst, which is located at a part of the exhaust passage downstream of the NOx removing catalyst; a NOx amount calculating section, which is configured to calculate an amount of NOx contained in exhaust gas that has passed through the oxidation catalyst; and a controller, which is configured to execute an abnormality diagnosis process for determining that there is an abnormality in the NOx removing catalyst if NOx removal efficiency obtained from the amount of NOx calculated by the NOx amount calculating section is less than or equal to a predetermined value, the exhaust purifying apparatus being characterized in that the controller is configured to execute the abnormality diagnosis process after executing a desorption process that desorbs unburned fuel adsorbed by the NOx removing catalyst if an execution condition previously set for the abnormality diagnosis process is met.
A linear expression construct free of any conventional plasmid-based bacterial amplification and/or selection sequences comprising: an RNA polymerase I (polI) promoter and a poll termination signal, inserted between a RNA polymerase II (polII) promoter and a polyadenylation signal; at the N- and/or C-terminus of the construct, a homopurine or homopyrimidine peptide nucleic acid clamp binding sequence that forms a stable PNA-DNA-PNA triplex hybrid with two identical PNA clamp half-sites complementary thereto, and optionally a PNA clamp sequence comprising said two PNA clamp half-sites joined by a flexible hairpin linker containing three 8-amino-3,6-dioxaoctanoic acid units, wherein a PNA is a nucleic acid analog in which the deoxyribose-phosphate backbone has been exchanged with a polyamide backbone containing 2-aminoethyl glycine units, and wherein a PNA clamp includes two identical PNA sequences joined by a flexible hairpin linker; and at least one influenza virus gene segment inserted between the poll promoter and the poll termination signal. an RNA polymerase I (polI) promoter and a poll termination signal, inserted between a RNA polymerase II (polII) promoter and a polyadenylation signal; at the N- and/or C-terminus of the construct, a homopurine or homopyrimidine peptide nucleic acid clamp binding sequence that forms a stable PNA-DNA-PNA triplex hybrid with two identical PNA clamp half-sites complementary thereto, and optionally a PNA clamp sequence comprising said two PNA clamp half-sites joined by a flexible hairpin linker containing three 8-amino-3,6-dioxaoctanoic acid units, wherein a PNA is a nucleic acid analog in which the deoxyribose-phosphate backbone has been exchanged with a polyamide backbone containing 2-aminoethyl glycine units, and wherein a PNA clamp includes two identical PNA sequences joined by a flexible hairpin linker; and a homopurine or homopyrimidine peptide nucleic acid clamp binding sequence that forms a stable PNA-DNA-PNA triplex hybrid with two identical PNA clamp half-sites complementary thereto, and optionally a PNA clamp sequence comprising said two PNA clamp half-sites joined by a flexible hairpin linker containing three 8-amino-3,6-dioxaoctanoic acid units, wherein a PNA is a nucleic acid analog in which the deoxyribose-phosphate backbone has been exchanged with a polyamide backbone containing 2-aminoethyl glycine units, and wherein a PNA clamp includes two identical PNA sequences joined by a flexible hairpin linker; and at least one influenza virus gene segment inserted between the poll promoter and the poll termination signal.
A system for radiation dose monitoring in a medical environment, the system comprising: an imaging device for directing radiation onto a patient; a radiation dose measuring device for measuring a radiation dose of at least one medical personnel within the medical environment, the radiation dose measuring device being attachable to the at least one medical personnel; the system being characterised by further comprising a processor configured for receiving radiation dose information of the patient and of the at least one medical personnel, and for receiving radiation dose information from the imaging device, wherein the processor is configured for rendering, in real-time, a virtual object associated with each radiation dose measuring device, the virtual object representing radiation dose information. an imaging device for directing radiation onto a patient; a radiation dose measuring device for measuring a radiation dose of at least one medical personnel within the medical environment, the radiation dose measuring device being attachable to the at least one medical personnel; the system being characterised by further comprising a processor configured for receiving radiation dose information of the patient and of the at least one medical personnel, and for receiving radiation dose information from the imaging device, wherein the processor is configured for rendering, in real-time, a virtual object associated with each radiation dose measuring device, the virtual object representing radiation dose information.
Motorized fan unit for a heating, ventilation and/or air-conditioning installation of a motor vehicle, comprising: - an electric motor which rotates a first air-propulsion member and a second air-propulsion member, the said first and second air-propulsion members (18A, 18B) being turbines; - an electric motor support housing the electric motor; the said motor support defining a device for retaining the electric motor, the device being of annular general shape and surrounding the electric motor and being arranged between the two turbines (18A and 18B), the said retaining device comprising a reception housing for the electric motor and comprising a wall, and the shut-off means (60, 62; 72, 74, 76; 80) being arranged between the electric motor and the wall of the reception housing, characterized in that the said first air-propulsion member comprises a closed bowl and the said second air-propulsion member comprises an open bowl. - an electric motor which rotates a first air-propulsion member and a second air-propulsion member, the said first and second air-propulsion members (18A, 18B) being turbines; - an electric motor support housing the electric motor;