mhurhangee/ep-ind-claims huggingface dataset:
Retaining apparatus for detachable fastening to a building roof, in particular in a region of a bargeboard of the building roof, having: - at least one clamping element which is of elongate form and which has a first direction of longitudinal extent; - a first clamping arm which has a clamping-element support, wherein the clamping-element support supports the clamping element; - a second clamping arm; and - a connecting device which has a second direction of longitudinal extent and which connects the first clamping arm to the second clamping arm, wherein at least one of the first clamping arm and the second clamping arm is a movable clamping arm (110, 120) which can be moved relative to the connecting device in such a way that a spacing between the first clamping arm and the second clamping arm, in which spacing a part of the building roof can be clamped, is configured to be variable; wherein, in a state of the retaining apparatus in which it is mounted on the building roof, the first direction of longitudinal extent of the at least one clamping element is oriented at least substantially orthogonally to the second direction of longitudinal extent of the connecting device, characterized in that the first clamping arm and the second clamping arm furthermore each have the following: - a clamping-arm retainer (111, 121) which is configured to connect the corresponding clamping arm (110, 120) to the connecting device; and - a sliding retainer (112, 122) which is connected displaceably to the clamping-arm retainer (111, 121). - at least one clamping element which is of elongate form and which has a first direction of longitudinal extent; - a first clamping arm which has a clamping-element support, wherein the clamping-element support supports the clamping element; - a second clamping arm; and - a connecting device which has a second direction of longitudinal extent and which connects the first clamping arm to the second clamping arm, wherein at least one of the first clamping arm and the second clamping arm is a movable clamping arm (110, 120) which can be moved relative to the connecting device in such a way that a spacing between the first clamping arm and the second clamping arm, in which spacing a part of the building roof can be clamped, is configured to be variable; wherein, in a state of the retaining apparatus in which it is mounted on the building roof, the first direction of longitudinal extent of the at least one clamping element is oriented at least substantially orthogonally to the second direction of longitudinal extent of the connecting device, characterized in that the first clamping arm and the second clamping arm furthermore each have the following: - a clamping-arm retainer (111, 121) which is configured to connect the corresponding clamping arm (110, 120) to the connecting device; and - a sliding retainer (112, 122) which is connected displaceably to the clamping-arm retainer (111, 121).
Dimensionally stable bone replacement moulded bodies made of mineral bone cement and having residual hydraulic activity, containing - at least one proportion of set mineral bone cement, - at least one proportion of unreacted or unset reactive mineral bone cement, obtainable according to a method comprising the following steps: a. mixing a reactive mineral bone cement with a low water-soluble carrier liquid to form a mouldable bone cement compound; b. shaping the bone cement compound to form a bone replacement moulded body; wherein the bone cement compound is shaped using a 3D printing method or by means of a granulation process; c. contacting the bone replacement moulded body with an aqueous solution or a water (vapour)-saturated environment such that a setting process is initiated and the bone replacement moulded body reaches at least 5% of the maximum value of the strength of a completely set bone replacement material made of the same components and having the same structural features, in particular the same porosity; d. discontinuing the setting process by the substantial removal of water, such that the dimensionally stable bone replacement moulded body, which can be reacted under biological conditions (37°C and water saturation), contains a proportion of set mineral bone cement of from 5 to 90 m.% and that the dimensionally stable bone replacement moulded body is substantially free of water, wherein the dimensionally stable bone replacement moulded bodies have compressive strengths in the range of from 2 to 200 MPa. - at least one proportion of set mineral bone cement, - at least one proportion of unreacted or unset reactive mineral bone cement, a. mixing a reactive mineral bone cement with a low water-soluble carrier liquid to form a mouldable bone cement compound; b. shaping the bone cement compound to form a bone replacement moulded body; wherein the bone cement compound is shaped using a 3D printing method or by means of a granulation process; c. contacting the bone replacement moulded body with an aqueous solution or a water (vapour)-saturated environment such that a setting process is initiated and the bone replacement moulded body reaches at least 5% of the maximum value of the strength of a completely set bone replacement material made of the same components and having the same structural features, in particular the same porosity; d. discontinuing the setting process by the substantial removal of water, such that the dimensionally stable bone replacement moulded body, which can be reacted under biological conditions (37°C and water saturation), contains a proportion of set mineral bone cement of from 5 to 90 m.% and that the dimensionally stable bone replacement moulded body is substantially free of water,
A method of partitioning a predetermined layout of parts (p-1 to p-n) that are to be cut out from a sheet of flexible material by moving at least one cutter tool along two directions (X, Y) in at least two distinct and determined cutting windows along which the material is advanced in succession, wherein, starting from a predetermined layout of the parts in the material, the method comprises: automatically creating mutually distinct groups of parts (G-1 to G-m) by allocating each part to a single group of parts as a function of its geometrical position, each group of parts being associated, for cutting out, with a single cutter tool (0-1 to O-k) and with a single cutting window (F-1 to F-l); characterised in that the method further comprises applying spacings (DX, DY) between the various groups of parts. automatically creating mutually distinct groups of parts (G-1 to G-m) by allocating each part to a single group of parts as a function of its geometrical position, each group of parts being associated, for cutting out, with a single cutter tool (0-1 to O-k) and with a single cutting window (F-1 to F-l); characterised in that the method further comprises applying spacings (DX, DY) between the various groups of parts.
Swing door drive for driving a swing leaf of a swing door rotatable about a vertical axis, comprising a swing door drive device configured to drive the swing leaf and having a swing door drive shaft as well as a rod gear configured to mechanically connect the swing door drive shaft to the swing leaf, and comprising a mounting type input device configured to input or detect a swing door drive mounting type of the swing door drive, characterized in that the mounting type input device is configured to input or detect the distance (d x, d y) between the swing door drive shaft and the vertical axis, wherein the swing door drive further comprises a closing edge movement detection device configured to determine an instantaneous closing edge velocity (v m) and/or an instantaneous closing edge acceleration (a m) of a closing edge (112, 114) of the swing leaf based on the stored swing door drive mounting type, and a swing door drive device control device to control the swing door drive device based on the swing door drive mounting type and the determined instantaneous closing edge velocity (v m) and/or the determined instantaneous closing edge acceleration (a m).
A method of generating three-dimensional biological structures, the method comprising: (a) depositing, using a flow-confinement device, a first layer of a suspension in a pattern over a substrate, the suspension comprising a liquid and a plurality of cells; (b) allowing the plurality of cells to attach to the substrate and form a first layer of attached cells; (b') culturing the plurality of cells in the first layer for a period of time of between about 10 minutes and about 8 weeks, in order to establish or increase the amount of one or more selected from the group consisting of: cell-cell interactions, cell-cell attachments, cell mass, and cell quantity, the culturing resulting in a tissue-like structure; (c) depositing a cell-attachment agent over the first layer of attached cells; (d) depositing, using a flow-confinement device, a second layer of the suspension in a pattern over the cell-attachment agent; and (e) repeating steps (b)-(d) until a biological structure having a predefined thickness is generated, where steps a)-d) are not performed on the human or animal body. (a) depositing, using a flow-confinement device, a first layer of a suspension in a pattern over a substrate, the suspension comprising a liquid and a plurality of cells; (b) allowing the plurality of cells to attach to the substrate and form a first layer of attached cells; (b') culturing the plurality of cells in the first layer for a period of time of between about 10 minutes and about 8 weeks, in order to establish or increase the amount of one or more selected from the group consisting of: cell-cell interactions, cell-cell attachments, cell mass, and cell quantity, the culturing resulting in a tissue-like structure; (c) depositing a cell-attachment agent over the first layer of attached cells; (d) depositing, using a flow-confinement device, a second layer of the suspension in a pattern over the cell-attachment agent; and (e) repeating steps (b)-(d) until a biological structure having a predefined thickness is generated,
A data transmission method of a second base station in a wireless communication system that supports carrier aggregation with a first base station, the method comprising: receiving, by a second radio link control, RLC, entity in the second base station, in case that a condition for assigning data to be transmitted is fulfilled, RLC data assigned to the second base station and RLC sequence numbers associated with the RLC data from a first RLC entity in the first base station; transmitting, to a user equipment, UE, first medium access control, MAC, data based on a first part of the RLC data and a first RLC sequence number among the RLC sequence numbers; receiving acknowledgement/not-acknowledgement, ACK/NACK, information corresponding to the first MAC data from the first base station; transmitting, to the UE, second MAC data based on a second part of the RLC data and a second RLC sequence number among the RLC sequence numbers, in case that the ACK/NACK information is ACK; and retransmitting, to the UE, the first MAC data, in case that the ACK/NACK information is NACK. receiving, by a second radio link control, RLC, entity in the second base station, in case that a condition for assigning data to be transmitted is fulfilled, RLC data assigned to the second base station and RLC sequence numbers associated with the RLC data from a first RLC entity in the first base station; transmitting, to a user equipment, UE, first medium access control, MAC, data based on a first part of the RLC data and a first RLC sequence number among the RLC sequence numbers; receiving acknowledgement/not-acknowledgement, ACK/NACK, information corresponding to the first MAC data from the first base station; transmitting, to the UE, second MAC data based on a second part of the RLC data and a second RLC sequence number among the RLC sequence numbers, in case that the ACK/NACK information is ACK; and retransmitting, to the UE, the first MAC data, in case that the ACK/NACK information is NACK.
A method for determining a position of a mobile carrier, the mobile carrier comprising a processing and memory circuitry, PMC, and a satellite communications on the move, SOTM, antenna system that includes an antenna and being configured to maintain a communications link from a satellite communications, SATCOM, having a spatial position,, the method comprising, by the PMC: (a) obtaining data indicative of the spatial position of the SATCOM; (b) obtaining data indicative of an estimated altitude of the mobile carrier; (c) obtaining data indicative of an angle of the antenna, wherein the angle is representative of a direction of the antenna towards the SATCOM spatial position; and (d) determining the position of the mobile carrier, based on the obtained data indicative of the spatial position of the SATCOM, the obtained data indicative of the estimated altitude, and the obtained data indicative of the angle. (a) obtaining data indicative of the spatial position of the SATCOM; (b) obtaining data indicative of an estimated altitude of the mobile carrier; (c) obtaining data indicative of an angle of the antenna, wherein the angle is representative of a direction of the antenna towards the SATCOM spatial position; and (d) determining the position of the mobile carrier, based on the obtained data indicative of the spatial position of the SATCOM, the obtained data indicative of the estimated altitude, and the obtained data indicative of the angle.
A vaginal speculum comprising: a vaginal assembly comprising two longitudinal elements (102, 104) each having a proximal and distal end and being connected towards their distal ends, wherein each longitudinal element (102, 104) comprises an inner and an outer surface; wherein the vaginal speculum is configured for holding the vaginal walls of the subject apart via the longitudinal elements, wherein the outer surfaces of the longitudinal elements are configured to be in contact with the vaginal walls of the subject whilst in use and the vaginal assembly is fabricated at least partially from an elastic material having a flexural modulus of from about 1000 MPa to about 3500 MPa, and wherein the outer surface of one or both of the longitudinal elements that is/are configured to be in contact with the vaginal walls of the subject whilst in use have a surface roughness of from about 5 to 31 micrometers Ra.
Air vent comprising an outflow unit movably mounted in a mount of a cladding element of a motor vehicle, wherein - the outflow unit is mounted to be rotatable about a pivot axis and displaceable transversely to the pivot axis, - the outflow unit is coupled by way of a first Maltese cross transmission to a drive unit, - the first Maltese cross transmission comprises a first star wheel connected with the outflow unit and a second star wheel opposite the first star wheel, - the axes of rotation of the first star wheel and the second star wheel lie on the pivot axis of the outflow unit, - the first Maltese cross transmission comprises a first drive wheel, the axis of rotation of which extends at a spacing from the pivot axis, - the first drive wheel has a first pin on the side facing the outflow unit and two opposite second pins (72, 74) on the side facing the second star wheel, - the first star wheel has a slot and the second star wheel two slots (80, 82), - the first drive wheel is coupled to a drive unit and - the second star wheel is connected with the mount by way of a pivotably mounted connecting element. - the outflow unit is mounted to be rotatable about a pivot axis and displaceable transversely to the pivot axis, - the outflow unit is coupled by way of a first Maltese cross transmission to a drive unit, - the first Maltese cross transmission comprises a first star wheel connected with the outflow unit and a second star wheel opposite the first star wheel, - the axes of rotation of the first star wheel and the second star wheel lie on the pivot axis of the outflow unit, - the first Maltese cross transmission comprises a first drive wheel, the axis of rotation of which extends at a spacing from the pivot axis, - the first drive wheel has a first pin on the side facing the outflow unit and two opposite second pins (72, 74) on the side facing the second star wheel, - the first star wheel has a slot and the second star wheel two slots (80, 82), - the first drive wheel is coupled to a drive unit and - the second star wheel is connected with the mount by way of a pivotably mounted connecting element.
An apparatus for debriding a tissue site with negative pressure, the apparatus comprising: a felted foam having a plurality of perforations, the perforations fluidly coupling a first side of the felted foam to a second side of the felted foam; and a film coupled to the first side of the felted foam, the film having an anti-bioburden agent, wherein the anti-bioburden agent comprises citric acid and/or acetic acid. a felted foam having a plurality of perforations, the perforations fluidly coupling a first side of the felted foam to a second side of the felted foam; and a film coupled to the first side of the felted foam, the film having an anti-bioburden agent, wherein the anti-bioburden agent comprises citric acid and/or acetic acid.
An UAV configured to be carried on a vehicle, comprising: a UAV body; a UAV controller; a first driving device connected with the UAV controller; a propeller connected with the first driving device; a second driving device connected with the UAV controller; an umbrella unit connected with the second driving device; a wireless communication module connected with the UAV controller and used for wirelessly communicating with the vehicle; wherein when the UAV provides the holding umbrella service for an occupant, the UAV controller is configured to control the first driving device to drive the propeller to bring the UAV body to take off from the vehicle and fly above a corresponding door of the vehicle or above the occupant, the UAV controller is configured to control the second driving device to drive the umbrella unit to be opened from a closing state to an opening state, so that the UAV holds the umbrella unit for the occupant; wherein after the UAV finishes the holding umbrella service for the occupant, the UAV controller is configured to control the second driving device to drive the umbrella unit to be closed from the opening state to the closing state, the UAV controller is configured to control the first driving device to drive the propeller to bring the UAV body to return back to the vehicle. a UAV body; a UAV controller; a first driving device connected with the UAV controller; a propeller connected with the first driving device; a second driving device connected with the UAV controller; an umbrella unit connected with the second driving device; a wireless communication module connected with the UAV controller and used for wirelessly communicating with the vehicle; wherein when the UAV provides the holding umbrella service for an occupant, the UAV controller is configured to control the first driving device to drive the propeller to bring the UAV body to take off from the vehicle and fly above a corresponding door of the vehicle or above the occupant, the UAV controller is configured to control the second driving device to drive the umbrella unit to be opened from a closing state to an opening state, so that the UAV holds the umbrella unit for the occupant; wherein after the UAV finishes the holding umbrella service for the occupant, the UAV controller is configured to control the second driving device to drive the umbrella unit to be closed from the opening state to the closing state, the UAV controller is configured to control the first driving device to drive the propeller to bring the UAV body to return back to the vehicle.
An altered family B archaeal DNA polymerase comprising amino acid substitution mutations at positions positionally equivalent to Leu408, Tyr409, Pro410, and Lys477 in the wild-type 9°N DNA polymerase amino acid sequence SEQ ID NO:5, wherein the substitution mutations are homologous to Leu408Ala, Tyr409Ala, Pro410Ile and Lys477Met, wherein the amino acid sequence of the altered family B archaeal DNA polymerase is at least 80% identical to SEQ ID NO: 5, and wherein in use, the altered family B archaeal DNA polymerase exhibits polymerase activity.
A method of coating an active material for a secondary battery in which the active material is coated onto an electrode current collector of the secondary battery, the method comprising the steps of: disposing a guide member on each of the left and right sides based on a moving direction of the electrode current collector, and coating the active material onto the electrode current collector between the two guide members, wherein the moving direction of the electrode current collector moves in a linear direction by a first roller rotating in a first rotating direction, and the method further comprises a step in which the guide member is rotated and moved by a second roller that rotates along a second rotating direction that is the opposite direction to the first rotating direction; and wherein the second roller allows the guide member to rotate in place by rollers located respectively at both ends of the guide member. disposing a guide member on each of the left and right sides based on a moving direction of the electrode current collector, and coating the active material onto the electrode current collector between the two guide members, wherein the moving direction of the electrode current collector moves in a linear direction by a first roller rotating in a first rotating direction, and the method further comprises a step in which the guide member is rotated and moved by a second roller that rotates along a second rotating direction that is the opposite direction to the first rotating direction; and wherein the second roller allows the guide member to rotate in place by rollers located respectively at both ends of the guide member.
Multilayer pigments based on glass flakes characterized in that the glass flakes have an average particle size in the range of 5-150 μm and a thickness of 0.1-0.8 μm and are coated with alternating layers with a high and a low refractive index and that the glass flakes are coated with at least three layers, and that the pigments comprise at least one layer sequence comprising a coating having a refractive index n > 1.8 a coating having a refractive index n ≤ 1.8 and a coating having a refractive index n > 1.8, and if desired, an outer protective layer, with the proviso that the layer packet + may be present in the standard layer assembly + + up to four times, and that between the substrate and the layer, between the layer and, between layer and and/or between layer and the top layer is a further absorbing or nonabsorbing layer [,,,]. a coating having a refractive index n > 1.8 a coating having a refractive index n ≤ 1.8 and a coating having a refractive index n > 1.8, and if desired, an outer protective layer,
A magnetic recording tape comprising: a tape substrate (9, 46); a perpendicular magnetic recording layer (10,41); comprising magnetic particles suspended in a binder material, disposed over the tape substrate; and a soft-magnetic underlayer (12,42), comprising a continuous film of soft-magnetic material, disposed between the recording layer (10, 41) and the tape substrate (9, 46), and wherein said magnetic particles comprise one of barium ferrite, strontium ferrite, epsilon iron oxide and chromium dioxide. a tape substrate (9, 46); a perpendicular magnetic recording layer (10,41); comprising magnetic particles suspended in a binder material, disposed over the tape substrate; and a soft-magnetic underlayer (12,42), comprising a continuous film of soft-magnetic material, disposed between the recording layer (10, 41) and the tape substrate (9, 46), and wherein said magnetic particles comprise one of barium ferrite, strontium ferrite, epsilon iron oxide and chromium dioxide.