mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a cylindrical screen device having a large number of profiled bars , wherein the profiled bars are inserted parallel with each other and parallel with the cylinder axis in recesses which are open at the edge and which are provided on the inner side of a large number of bar retention rings which each extend about the cylinder axis in a plane perpendicular to the cylinder axis and which are spaced apart from each other in an axial direction, which recesses in terms of their shape at least substantially complement the shape of bar bases of the profiled bars but are initially still slightly larger than them, and the inner and outer diameters of the bar retention rings are permanently reduced via forces acting radially from the outer side until a positive-locking connection is formed between the profiled bars and the recesses of the bar retention rings , wherein the forces acting radially from the outer side are applied by means of pressing jaws which are distributed over the periphery of the bar retention rings , characterized in that the pressing jaws which are each provided with a plurality of grooves which extend in a peripheral and radial direction for receiving a respective bar retention ring , of which during a respective pressing operation only some act as a pressing groove for direct radial pressing of the respective bar retention ring and the other grooves act only as guiding grooves, by means of which the respective bar retention rings are prevented from axial deflection, and/or bar retention rings which are prefabricated with an undulating outer contour in each case and which via their undulating outer contour are radially pressed by means of forces acting radially from the outer side are used.
An apparatus for producing adhesive labels, in particular in a self-service area, for example of a drug store, wherein the device comprises: - an input device which is adapted to allow a user to enter inputs, - a pattern generating means for generating a pattern on the basis of the user inputs, wherein the pattern comprises a cutting pattern and a printing pattern within the cutting pattern, - a printer for printing the printing pattern onto an adhesive film , - a cutting device for cutting the adhesive film along the cutting pattern, wherein the cutting device has a second moving unit for moving the printed adhesive film inside the cutting device , wherein the second moving unit is adapted to move the printed adhesive film in the cutting device in a forward and a backward direction, - a transferring device for automatically transferring the printed adhesive film from the printer to the cutting device , wherein the transferring device comprises a first moving unit for automatically moving the printed adhesive film in a forward direction from the printer to the cutting device , and - a control device for controlling the automatic transfer of the printed adhesive film from the printer to the cutting device . - an input device which is adapted to allow a user to enter inputs, - a pattern generating means for generating a pattern on the basis of the user inputs, wherein the pattern comprises a cutting pattern and a printing pattern within the cutting pattern, - a printer for printing the printing pattern onto an adhesive film , - a cutting device for cutting the adhesive film along the cutting pattern, wherein the cutting device has a second moving unit for moving the printed adhesive film inside the cutting device , wherein the second moving unit is adapted to move the printed adhesive film in the cutting device in a forward and a backward direction, - a transferring device for automatically transferring the printed adhesive film from the printer to the cutting device , wherein the transferring device comprises a first moving unit for automatically moving the printed adhesive film in a forward direction from the printer to the cutting device , and - a control device for controlling the automatic transfer of the printed adhesive film from the printer to the cutting device .
A device for providing protection against contamination of a taper contact surface with blood or tissue particles present in a surgical wound, the device comprising: a flexible conical hollow sleeve adapted to be applied over said taper contact surface, wherein said taper contact surface is a male Morse taper ; a circular rim , wherein said circular rim is firmly attached to the outer surface of the narrow top end of said flexible conical hollow sleeve characterized in that said flexible conical hollow sleeve is constructed from a soft, flexible, extendable and malleable polymeric material such as silicone, rubber and other soft and flexible polymers. a flexible conical hollow sleeve adapted to be applied over said taper contact surface, wherein said taper contact surface is a male Morse taper ; a circular rim , wherein said circular rim is firmly attached to the outer surface of the narrow top end of said flexible conical hollow sleeve characterized in that said flexible conical hollow sleeve is constructed from a soft, flexible, extendable and malleable polymeric material such as silicone, rubber and other soft and flexible polymers.
Abase station, wherein the base station comprises: a receiving module , configured to receive a resource allocation request sent by first user equipment, UE, wherein the first UE is any UE within coverage of the base station; an allocation module , configured to allocate, if the resource allocation request received by the receiving module carries an idle transmission resource index obtained by the first UE through listening, a transmission resource to the first UE according to the idle transmission resource index, and to allocate, if the resource allocation request does not carry any transmission resource index, a transmission resource to the first UE according to an allocation status of the transmission resource of the base station; and a sending module , configured to send, to the first UE, the transmission resource allocated by the allocation module , wherein the sending module is further configured to send listening setting information to the first UE within the coverage of the base station before the receiving module is configured to receive the resource allocation request sent by the first UE, where the listening setting information is used to notify the UE of a duration of listening. a receiving module , configured to receive a resource allocation request sent by first user equipment, UE, wherein the first UE is any UE within coverage of the base station; an allocation module , configured to allocate, if the resource allocation request received by the receiving module carries an idle transmission resource index obtained by the first UE through listening, a transmission resource to the first UE according to the idle transmission resource index, and to allocate, if the resource allocation request does not carry any transmission resource index, a transmission resource to the first UE according to an allocation status of the transmission resource of the base station; and a sending module , configured to send, to the first UE, the transmission resource allocated by the allocation module , wherein the sending module is further configured to send listening setting information to the first UE within the coverage of the base station before the receiving module is configured to receive the resource allocation request sent by the first UE, where the listening setting information is used to notify the UE of a duration of listening.
A process for modifying a macroporous calcium phosphate ceramic comprising: - hydroxyapatite (HA), or - tricalcium phosphate (TCP), or - a mixture thereof in the form of biphasic calcium phosphate (BCP), Said process comprising: reacting said ceramic with supercritical CO 2 in the presence of an aqueous solution. - hydroxyapatite (HA), or - tricalcium phosphate (TCP), or - a mixture thereof in the form of biphasic calcium phosphate (BCP),
Method for producing a bird protection device, wherein the bird protection device is formed from an at least partially transparent material and includes an optical structure visible for a bird's eye, comprising an input of radiation, preferably laser radiation, wherein, for forming the optical structure, the radiation input takes place on and/or in the partially transparent material, characterized in that the optical structure is formed in the surface-proximate region of the partially transparent material as metal-atom-containing and/or metal-nanoparticle-containing, surface-proximate layers by laser-assisted diffusion of metal atoms from a donor material that is in contact with the material.
A cushion (10, X10) for a patient interface that delivers breathable gas to a patient, the cushion comprising: a base wall (28, X28) structured to be connected to a frame; and a membrane (28, X28) adapted to form a continuous seal on the patient's face, wherein at least a portion of the base wall (28, X28) includes a tapered portion that tapers towards the membrane (32, X32); wherein a spring constant that varies along a length of the seal is defined y the base wall (28, X28) and/or an optional underlying support cushion (30, X30) extending away from the base wall towards the patient's face in use, wherein the membrane is provided to substantially cover at least a portion of the underlying support cushion; wherein the membrane (28, X28) includes a nasal bridge region (16, X16) adapted to form a continuous seal on a nasal bridge region of the patient's face and forms an elongated ridge (35, X35) in the nasal bridge region (16, X16), the elongated ridge (35, X35) having sloping sides (36, X36) that meet to form an elongated crest (38, X38), and wherein each of the sloping sides (36, X36) is angled from a centreline of the crest (38, X38) in the range of 30-60° and the crest (38, X38) has a radius of curvature in the range of 1.0-5.0 mm; and wherein the elongated ridge (35, X35) is structured to invert its configuration upon engagement of the membrane's nasal bridge region (16, X16) with the patient's nasal bridge region to create an inverted section of the membrane (32, X32) and a leading edge of the inverted section is adapted to roll as the elongated ridge (35, X35) inverts its configuration. a base wall (28, X28) structured to be connected to a frame; and a membrane (28, X28) adapted to form a continuous seal on the patient's face, wherein at least a portion of the base wall (28, X28) includes a tapered portion that tapers towards the membrane (32, X32); wherein a spring constant that varies along a length of the seal is defined y the base wall (28, X28) and/or an optional underlying support cushion (30, X30) extending away from the base wall towards the patient's face in use, wherein the membrane is provided to substantially cover at least a portion of the underlying support cushion; wherein the membrane (28, X28) includes a nasal bridge region (16, X16) adapted to form a continuous seal on a nasal bridge region of the patient's face and forms an elongated ridge (35, X35) in the nasal bridge region (16, X16), the elongated ridge (35, X35) having sloping sides (36, X36) that meet to form an elongated crest (38, X38), and wherein each of the sloping sides (36, X36) is angled from a centreline of the crest (38, X38) in the range of 30-60° and the crest (38, X38) has a radius of curvature in the range of 1.0-5.0 mm; and wherein the elongated ridge (35, X35) is structured to invert its configuration upon engagement of the membrane's nasal bridge region (16, X16) with the patient's nasal bridge region to create an inverted section of the membrane (32, X32) and a leading edge of the inverted section is adapted to roll as the elongated ridge (35, X35) inverts its configuration.
A curable composition for dental impression comprising: a curable base composition and a surfactant system comprising a first surfactant, which is at least one compound having the following formula (I) wherein R are each, independently of one another, a C 1 -C 4 aliphatic; each R 1 is, independently of the others, a C 1 -C 6 aliphatic, each R 2 is, independently of the others, selected from a group consisting of: H and C 1 -C 3 aliphatic; each R 3 is selected, independently of the others, from a group consisting of: H and C 1 -C 4 aliphatic; x is an integer from 0 to 5; y is an integer from 1 to 10; a is an integer from 1 to 30; b is an integer from 0 to 5; and a fluorotelomer, which is at least one compound having the following formula (II): CF 3 -(CFX) n -(CH 2 ) m -(CHOH) p -(CYOH) (II), wherein each X is selected, independently of the others, in the group consisting of: -F and -CF 3 ; Y is selected in the group consisting of: -H and -OH; n is an integer from 2 to 20; m is an integer from 0 to 5; p is an integer from 0 to 2. a curable base composition and a surfactant system comprising a first surfactant, which is at least one compound having the following formula (I) wherein R are each, independently of one another, a C 1 -C 4 aliphatic; each R 1 is, independently of the others, a C 1 -C 6 aliphatic, each R 2 is, independently of the others, selected from a group consisting of: H and C 1 -C 3 aliphatic; each R 3 is selected, independently of the others, from a group consisting of: H and C 1 -C 4 aliphatic; x is an integer from 0 to 5; y is an integer from 1 to 10; a is an integer from 1 to 30; b is an integer from 0 to 5; and a fluorotelomer, which is at least one compound having the following formula (II): CF 3 -(CFX) n -(CH 2 ) m -(CHOH) p -(CYOH) (II), wherein each X is selected, independently of the others, in the group consisting of: -F and -CF 3 ; Y is selected in the group consisting of: -H and -OH; n is an integer from 2 to 20; m is an integer from 0 to 5; p is an integer from 0 to 2.
A bushing for a wind turbine rotor blade , the bushing comprising - a first bushing end and an opposite second bushing end ; and - a bushing bore which extends in a region between the first bushing end and the second bushing end and comprises a bore longitudinal axis ; - wherein, along the bore longitudinal axis in the direction of the second bushing end , - the bushing bore comprises a threaded portion , and - the bushing comprises a bushing runout that follows the threaded portion , said bushing runout comprising a widening portion of the bushing bore , in which a diameter of the bushing bore enlarges at least monotonically while an increase in diameter decreases at least monotonically, wherein the diameter in the widening portion is enlarged such, that the bushing runout comprises an arc-shaped course in the widening portion . - a first bushing end and an opposite second bushing end ; and - a bushing bore which extends in a region between the first bushing end and the second bushing end and comprises a bore longitudinal axis ; - wherein, along the bore longitudinal axis in the direction of the second bushing end , - the bushing bore comprises a threaded portion , and - the bushing comprises a bushing runout that follows the threaded portion , said bushing runout comprising a widening portion of the bushing bore , in which a diameter of the bushing bore enlarges at least monotonically while an increase in diameter decreases at least monotonically, wherein the diameter in the widening portion is enlarged such, that the bushing runout comprises an arc-shaped course in the widening portion . - wherein, along the bore longitudinal axis in the direction of the second bushing end , - the bushing bore comprises a threaded portion , and - the bushing comprises a bushing runout that follows the threaded portion , said bushing runout comprising a widening portion of the bushing bore , in which a diameter of the bushing bore enlarges at least monotonically while an increase in diameter decreases at least monotonically, wherein the diameter in the widening portion is enlarged such, that the bushing runout comprises an arc-shaped course in the widening portion .
Cooling module for batteries of an electric or hybrid vehicle, comprising a coolant supply line , a coolant discharge line , a plurality of flat tubes arranged side by side, between which there is space for batteries to be cooled, each of the flat tubes being connected to the coolant supply line and the coolant discharge line , wherein the flat tubes each carry connectors , the coolant supply line and the coolant discharge line are each assembled from a plurality of line segments, which are connected by a connector of one of the flat tubes to one of the connectors of an adjacent flat tube , and a spacer strip is arranged between adjacent flat tubes , said spacer strip limiting between itself and each of the two adjacent flat tubes spaces for batteries that are to be cooled on one side only, namely on the side that abuts in use against one of the flat tubes , while the opposite side abutting the spacer strip is not to be cooled, wherein the cooling module comprises a plurality of spacer strips characterised in that the spacer strips have an extension that touches the coolant supply line and/or the coolant discharge line . a coolant supply line , a coolant discharge line , a plurality of flat tubes arranged side by side, between which there is space for batteries to be cooled, each of the flat tubes being connected to the coolant supply line and the coolant discharge line , wherein the flat tubes each carry connectors , the coolant supply line and the coolant discharge line are each assembled from a plurality of line segments, which are connected by a connector of one of the flat tubes to one of the connectors of an adjacent flat tube , and a spacer strip is arranged between adjacent flat tubes , said spacer strip limiting between itself and each of the two adjacent flat tubes spaces for batteries that are to be cooled on one side only, namely on the side that abuts in use against one of the flat tubes , while the opposite side abutting the spacer strip is not to be cooled, wherein the cooling module comprises a plurality of spacer strips characterised in that the spacer strips have an extension that touches the coolant supply line and/or the coolant discharge line .
Motor vehicle roof antenna with at least one motor vehicle external microphone with at least one microphone unit , which has a microphone capsule arranged in a microphone housing , wherein the microphone housing has at least one microphone opening through which an acoustic duct is formed between the at least one microphone opening and the microphone capsule, wherein the motor vehicle external microphone comprises a switching device which is configured to release the at least one microphone opening in an activated state of the motor vehicle external microphone and to close it in an deactivated state of the motor vehicle external microphone , wherein the motor vehicle roof antenna comprises a basic body for mounting on a vehicle roof and an antenna body coupled thereto, wherein by means of the switching device at least one element of the basic body or of the antenna body is movable.
A vector comprising a nucleic acid molecule comprising a sequence encoding a non-mutant or functional CYP4V2 protein or a functional variant thereof having at least 96% sequence identity with any of SEQ ID NOs: 4-6 and 19-29 operably linked to at least one regulatory sequence, wherein the vector is a recombinant adeno-associated virus (rAAV) vector.
An autonomous emergency braking (AEB) system comprising: a front lateral detection sensor configured to detect a distance and a relative speed between a host vehicle and a peripheral object, or transmit peripheral images of the host vehicle to an electronic control unit (ECU, 30); a vehicle dynamics sensor configured to detect a driving speed of the host vehicle, and transmit the detected driving speed to the electronic control unit (ECU); and the electronic control unit (ECU) configured to receive detection signals from the front lateral detection sensor and the vehicle dynamics sensor , characterized in that the electronic control unit (ECU) is configured to increase an AEB control available speed and a size of an AEB control available region when at least one leading moving object or at least one external object is present in longitudinal and latitudinal directions of a forward region of the host vehicle and the host vehicle is unable to perform steering avoidance capable of preventing collision with the leading moving object or the external object. a front lateral detection sensor configured to detect a distance and a relative speed between a host vehicle and a peripheral object, or transmit peripheral images of the host vehicle to an electronic control unit (ECU, 30); a vehicle dynamics sensor configured to detect a driving speed of the host vehicle, and transmit the detected driving speed to the electronic control unit (ECU); and the electronic control unit (ECU) configured to receive detection signals from the front lateral detection sensor and the vehicle dynamics sensor , characterized in that the electronic control unit (ECU) is configured to increase an AEB control available speed and a size of an AEB control available region when at least one leading moving object or at least one external object is present in longitudinal and latitudinal directions of a forward region of the host vehicle and the host vehicle is unable to perform steering avoidance capable of preventing collision with the leading moving object or the external object.
A sample preparation apparatus comprising: a filter which separates predetermined cells from a liquid sample containing a plurality types of cells; a rotor which includes a magnetic body and detaches the cells attached to the filter by rotation; a driving unit which rotates the rotor using a magnetic force; and a rotation information acquiring unit which acquires a rotation information of the rotor when the driving unit rotates the rotor , wherein the acquired rotation information of the rotor is the rotating speed of the rotor per a predetermined time, and characterised in that the sample preparation apparatus further comprises a control unit which is configured to send an error message when the rotating speed of the rotor is lower than a predetermined threshold. a filter which separates predetermined cells from a liquid sample containing a plurality types of cells; a rotor which includes a magnetic body and detaches the cells attached to the filter by rotation; a driving unit which rotates the rotor using a magnetic force; and a rotation information acquiring unit which acquires a rotation information of the rotor when the driving unit rotates the rotor , wherein the acquired rotation information of the rotor is the rotating speed of the rotor per a predetermined time, and characterised in that the sample preparation apparatus further comprises a control unit which is configured to send an error message when the rotating speed of the rotor is lower than a predetermined threshold.