mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a dental prosthesis with the aid of a computer, wherein the dental prosthesis comprises a prosthetic base and a plurality of prosthetic teeth (4, 14), wherein the method is carried out with the use of a virtual three-dimensional dental prosthesis model of the dental prosthesis which is to be produced, and wherein the virtual three-dimensional dental prosthesis model comprises virtual prosthetic teeth and a virtual prosthetic base, characterized by the following chronological steps: A) Production of a physical occlusion plate, wherein a region of the surface of the occlusion plate is formed by a negative of the coronal sides of the virtual prosthetic teeth of the virtual dental prosthesis model, wherein the location and orientation of the virtual prosthetic teeth relative to one another corresponding to the virtual dental prosthesis model remain retained in the shape of the surface of the occlusion plate; B) Placement and securing of preassembled prosthetic teeth (4, 14) on the occlusion plate, wherein the coronal sides of the preassembled prosthetic teeth (4, 14) are placed on the surface of the occlusion plate formed by the negative; C) Securing of the occlusion plate, with the prosthetic teeth (4, 14) secured therein, in a device for the layered forming of three-dimensional plastic structures; and D) Printing the prosthetic base onto the basal ends of the prosthetic teeth (4, 14) with the device for the layered forming of three-dimensional plastic structures on the basis of the shape of the virtual prosthetic base. A) Production of a physical occlusion plate, wherein a region of the surface of the occlusion plate is formed by a negative of the coronal sides of the virtual prosthetic teeth of the virtual dental prosthesis model, wherein the location and orientation of the virtual prosthetic teeth relative to one another corresponding to the virtual dental prosthesis model remain retained in the shape of the surface of the occlusion plate; B) Placement and securing of preassembled prosthetic teeth (4, 14) on the occlusion plate, wherein the coronal sides of the preassembled prosthetic teeth (4, 14) are placed on the surface of the occlusion plate formed by the negative; C) Securing of the occlusion plate, with the prosthetic teeth (4, 14) secured therein, in a device for the layered forming of three-dimensional plastic structures; and D) Printing the prosthetic base onto the basal ends of the prosthetic teeth (4, 14) with the device for the layered forming of three-dimensional plastic structures on the basis of the shape of the virtual prosthetic base.
A method for manufacturing a heat resistant resin composition, the method comprising: a melt-kneading step to melt and knead a maleimide-based copolymer and at least one resin selected from the group consisting of ABS resin, ASA resin, AES resin, and SAN resin with an extruder; wherein: a ratio of a melt viscosity of the maleimide-based copolymer with respect to a melt viscosity of the resin is 1.0 or higher and lower than 3.4, wherein the melt viscosity is measured using a capillary rheometer with a capillary die of L=40 mm and D=1 mm, at a shear rate of 120/sec at the cylinder temperature of the kneading unit of the extruder, and the cylinder temperature of the kneading unit is 220 to 330 °C, characterized in that the melt-kneading step is performed in presence of an antioxidant containing a hindered phenol-based antioxidant. a ratio of a melt viscosity of the maleimide-based copolymer with respect to a melt viscosity of the resin is 1.0 or higher and lower than 3.4, wherein the melt viscosity is measured using a capillary rheometer with a capillary die of L=40 mm and D=1 mm, at a shear rate of 120/sec at the cylinder temperature of the kneading unit of the extruder, and the cylinder temperature of the kneading unit is 220 to 330 °C, characterized in that the melt-kneading step is performed in presence of an antioxidant containing a hindered phenol-based antioxidant.
A method for cooling wood gases, wherein wood gases are formed by burning wood material in a gasifier, and the wood gases are cooled in a cooler, characterized in - applying a boiling heat exchanger as the cooler, - cooling the wood gases in the boiling heat exchanger which is equipped with liquid channels for cooling liquid, - adjusting the amount of cooling liquid in the liquid channels of the boiling heat exchanger, and - thereby adjusting the temperature of the wood gases. - applying a boiling heat exchanger as the cooler, - cooling the wood gases in the boiling heat exchanger which is equipped with liquid channels for cooling liquid, - adjusting the amount of cooling liquid in the liquid channels of the boiling heat exchanger, and - thereby adjusting the temperature of the wood gases.
Seat fastening device for fastening vehicle seats in a vehicle, comprising a seat track and a slider in a sliding engagement with the seat track, the slider including a seat fixation means for fixing a vehicle seat, wherein the seat track includes a C-shaped profile and the slider includes a base inserted in the C-shaped profile characterized in that the slider includes a clamping means configured for locking the slider at any desired position along the seat track by clamping the slider against an inner surface (66, 68) of the C-shaped profile wherein the slider includes at least one linear roller contact bearing between the C-shaped profile and the slider.
A process for maintenance of vehicle wheels, comprising the step of: mounting a wheel for vehicles on a support of an apparatus for maintenance of vehicle wheels, said wheel comprising a rim and a tyre; wherein it comprises a method for uniquely identifying the tyre; characterised in that said method comprises: creating a digital code for uniquely identifying said tyre; creating, using a marking system, preferably of the optical type, at least one marking on the surface of a side wall (2A, 2B) of the tyre of said wheel, corresponding to the digital code previously created, wherein the digital code also comprises at least one piece of information relating to the wheel maintenance process. mounting a wheel for vehicles on a support of an apparatus for maintenance of vehicle wheels, said wheel comprising a rim and a tyre; wherein it comprises a method for uniquely identifying the tyre; characterised in that said method comprises: creating a digital code for uniquely identifying said tyre; creating, using a marking system, preferably of the optical type, at least one marking on the surface of a side wall (2A, 2B) of the tyre of said wheel, corresponding to the digital code previously created, wherein the digital code also comprises at least one piece of information relating to the wheel maintenance process. creating a digital code for uniquely identifying said tyre; creating, using a marking system, preferably of the optical type, at least one marking on the surface of a side wall (2A, 2B) of the tyre of said wheel, corresponding to the digital code previously created, wherein the digital code also comprises at least one piece of information relating to the wheel maintenance process.
A toilet seat and lid assembly, comprising: - a toilet lid; - a toilet seat pivotally arranged with respect to the toilet lid; a seat raising mechanism including: lock housing rotatable between a lowered seat position and a raised seat position; a lock pin cavity for receiving a lock pin; a spring-loaded lock pin disposed for displacement within the lock pin cavity between a locking position and an unlocking position; a seat bracket engaged for rotation by the lock housing and engaging the toilet seat; and torsion spring biasing the lock housing towards the raised seat position; characterised by a pin actuating rod carried by the toilet lid, the pin actuating rod engageable with the lock pin for actuation of the lock pin from the locking position to the unlocking position. - a toilet lid; - a toilet seat pivotally arranged with respect to the toilet lid; a seat raising mechanism including: lock housing rotatable between a lowered seat position and a raised seat position; a lock pin cavity for receiving a lock pin; a spring-loaded lock pin disposed for displacement within the lock pin cavity between a locking position and an unlocking position; a seat bracket engaged for rotation by the lock housing and engaging the toilet seat; and torsion spring biasing the lock housing towards the raised seat position; characterised by a pin actuating rod carried by the toilet lid, the pin actuating rod engageable with the lock pin for actuation of the lock pin from the locking position to the unlocking position. lock housing rotatable between a lowered seat position and a raised seat position; a lock pin cavity for receiving a lock pin; a spring-loaded lock pin disposed for displacement within the lock pin cavity between a locking position and an unlocking position; a seat bracket engaged for rotation by the lock housing and engaging the toilet seat; and torsion spring biasing the lock housing towards the raised seat position; characterised by a pin actuating rod carried by the toilet lid, the pin actuating rod engageable with the lock pin for actuation of the lock pin from the locking position to the unlocking position.
Surgical holder (10, 210; 310) for surgical instruments and/or implants for a surgical container, in particular, a sterile container or perforated basket, comprising a storage device (20; 216) for holding and/or storing surgical instruments and/or implants and an attachment device (46; 232) for attaching the holder (10; 210; 310) to the container, wherein the storage device comprises at least one storage element for holding and/or storing surgical instruments and/or implants and at least one holding part for holding the at least one storage element and wherein the at least one holding part is transferable from a holding position, the at least one storage element being held on the at least one holding part in said position, into a removal position, the at least one storage element and the at least one holding part being detachable from one another in said position, characterized by a holding part and in that the holding part and the attachment device are worked in one piece.
Method for the production of seamless pipes, wherein a hot hollow block which has been generated beforehand in a piercing mill is stretched by means of a continuous rolling mill on a mandrel bar to form a mother pipe and, dispensing with an extracting mill and reheating furnace, the mother pipe is fed directly to a stretch reducing mill or sizing mill as finishing mill and is rolled therein to the required finished pipe diameter, characterized in that the length of the hollow block is predimensioned in such a way that only a single length of about 14 to 15 m is produced as required mother pipe length during stretching in the continuous rolling mill, and during the subsequent finish rolling the extraction of the mother pipe from the mandrel bar is carried out by the finish rolling, and the rolling is carried out with rolling mill components whose dimensions are designed for handling single lengths and the rolling in the continuous rolling mill is carried out with three stands and three rolls per stand and the cross section reduction of the rolling stock between hollow block and mother pipe is divided between the three roll stands of the continuous rolling mill as follows: Stand 1 (entry stand hollow block): 50 - 60 % Stand 2 (intermediate stand): 35 - 40 % Stand 3 (exit stand): 5 - 7,5 % and wall thickness reduction in the continuous rolling mill is limited to ≤ 9 mm.
A method for bonding edges of furniture boards comprising a chip inner layer, wherein an edge cover is bonded with the furniture board by means of a glue heated to a certain temperature, characterized in that the volume and temperature of the glue are individually adjusted for each bonded edge, depending on the parameters of the raw material of the chip inner layer determined by an analyzer of the image of the chip inner layer.
A cold firework excitation device for a cold firework ejection apparatus, wherein the cold firework excitation device comprises: a heating mechanism for gradually heating metal powder during conveyance of the metal powder, an ignition mechanism for exciting and igniting the heated metal powder by means of airflow, and an ejection mechanism for ejecting the ignited metal powder by the airflow from the ignition mechanism; wherein an output end of the heating mechanism is communicated with the ignition mechanism, wherein an output end of the ignition mechanism is communicated with the ejection mechanism; wherein the airflow from the ignition mechanism is output toward the ejection mechanism; wherein the ejection mechanism is provided with an ejection port; wherein the heating mechanism comprises: a conveying passage for conveying the metal powder; a material-urging screw provided in the conveying passage so as to continuously urge the metal powder entering from a feeding inlet along an inner wall surface of the conveying passage toward the ignition mechanism; and a heating ring that is closely fitted over an outer wall surface of the conveying passage and configured to gradually heat the metal powder; wherein by controlling a gap between the material-urging screw and the conveying passage and controlling the rotational speed of the material-urging screw, the uniformity and continuity of the metal powder urged by the material-urging screw can be controlled, thereby controlling the stability and continuity of the flame and thus solving the problem of unstability and discontinuity of the flame when being ejected by the cold firework ejection apparatus.
A method of testing for sickle cell disease in an individual, characterized in that it comprises the following successive steps, it being possible for steps a/ and b/ to be carried out successively or simultaneously, said method comprising no step of bringing said blood sample into contact with a cell lysis agent: a/ bringing a blood sample from said individual into contact with an agent for inducing sickling of sickle red blood cells capable of placing the red blood cells contained in the blood sample in a hypoxic condition, b/ filtering said blood sample containing red blood cells through a porous membrane of which the pore size is determined so as to be capable of retaining the red blood cells having undergone said sickling, and of allowing the red blood cells which have not undergone sickling to pass through, c/ and detecting the possible presence of a residue on said membrane, during and/or at the end of the filtering step, said presence being associated with the fact that the individual has a sickle cell disease characteristic. a/ bringing a blood sample from said individual into contact with an agent for inducing sickling of sickle red blood cells capable of placing the red blood cells contained in the blood sample in a hypoxic condition, b/ filtering said blood sample containing red blood cells through a porous membrane of which the pore size is determined so as to be capable of retaining the red blood cells having undergone said sickling, and of allowing the red blood cells which have not undergone sickling to pass through, c/ and detecting the possible presence of a residue on said membrane, during and/or at the end of the filtering step, said presence being associated with the fact that the individual has a sickle cell disease characteristic.
Apparatus for applying drinking straws to packaging containers, said apparatus comprises a drive means adapted for conveying drinking straws wrapped in protective envelopes to a picking position, a first conveyor adapted for conveying packaging containers, at a substantially constant velocity (v c), along a packaging container moving direction, and an application device which comprises at least one applicator arm, which applicator arm comprises a drinking straw carrier adapted to carry a drinking straw, said at least one applicator arm is adapted to pick a drinking straw from the drive means at the picking position and carry, with the drinking straw carrier, the drinking straw to an application position where the drinking straw is adapted to come into contact with a wall of the packaging container, and further to a leaving position where the at least one applicator arm leaves the drinking straw on the packaging container, wherein the drinking straw carrier is adapted to keep the drinking straw towards the wall of the packaging container while moving along a lengthwise direction of the drinking straw, from the application position to the leaving position, characterized in that the drinking straw carrier comprises a rotatable roller having an axis of rotation arranged substantially perpendicular to the lengthwise direction of the drinking straw, which roller is adapted to rotate in contact with the protective envelope and drinking straw, wherein the roller is shaped as an axisymmetric, concave cylinder adapted to carry the drinking straw with a concave centre bounded by two end flanges.
A method for wireless communication performed at a transmitter user equipment, UE, comprising: determining a first zone identifier, ID, corresponding to a first zone in which the transmitter UE is located, wherein the first zone is within a set of zones and each zone of the first set of zones has a unique identifier, wherein the first zone ID is the unique identifier of the first zone within the set of zones; determining a distance threshold based on a distance requirement of an application associated with the transmitter UE, wherein the distance threshold is a hybrid automatic repeat request, HARQ, feedback distance threshold; determining a second zone ID based on the first zone ID, the distance threshold, and a size of the first zone, wherein the second zone ID is the same for a subset of adjacent zones of the set of zones, wherein the subset of adjacent zones that share the same second zone ID comprises a plurality of zones, and wherein the first zone ID represents an individual zone within the subset of adjacent zones that share the same second zone ID; and wherein a number of bits of the first zone ID is n bits, a number of bits of the second zone ID is m bits, and m is less than or equal to n; and transmitting the second zone ID and the distance threshold to one or more receiver UEs. determining a first zone identifier, ID, corresponding to a first zone in which the transmitter UE is located, wherein the first zone is within a set of zones and each zone of the first set of zones has a unique identifier, wherein the first zone ID is the unique identifier of the first zone within the set of zones; determining a distance threshold based on a distance requirement of an application associated with the transmitter UE, wherein the distance threshold is a hybrid automatic repeat request, HARQ, feedback distance threshold; determining a second zone ID based on the first zone ID, the distance threshold, and a size of the first zone, wherein the second zone ID is the same for a subset of adjacent zones of the set of zones, wherein the subset of adjacent zones that share the same second zone ID comprises a plurality of zones, and wherein the first zone ID represents an individual zone within the subset of adjacent zones that share the same second zone ID; and wherein a number of bits of the first zone ID is n bits, a number of bits of the second zone ID is m bits, and m is less than or equal to n; and transmitting the second zone ID and the distance threshold to one or more receiver UEs.
Monitoring device for monitoring a movement profile of a user in the region of an actuating element of an aircraft or spacecraft, comprising: at least one movement sensor (9, 10) which is configured to detect a first monitoring space of the monitoring device and at the same time a second monitoring space of the monitoring device which differs from the first monitoring space, a first detection region; and a second detection region, the first detection region and the second detection region overlapping each other at least in portions, the first detection region representing the first monitoring space of the monitoring device, and a differential region of the first detection region and of the second detection region, which can only be detected by the second detection region, represents the second monitoring space of the monitoring device and wherein the first detection region and the second detection region extend from the monitoring device along their respective centre axes, characterised in that the detection regions (5; 6) are configured spatially in the shape of a lobe, a length (l 2) of the second detection region being greater than a length (l 1) of the first detection region, wherein a first centre axis of the first detection region is arranged coaxially to a second centre axis of the second detection region. at least one movement sensor (9, 10) which is configured to detect a first monitoring space of the monitoring device and at the same time a second monitoring space of the monitoring device which differs from the first monitoring space, a first detection region; and a second detection region, the first detection region and the second detection region overlapping each other at least in portions, the first detection region representing the first monitoring space of the monitoring device, and a differential region of the first detection region and of the second detection region, which can only be detected by the second detection region, represents the second monitoring space of the monitoring device and wherein the first detection region and the second detection region extend from the monitoring device along their respective centre axes, characterised in that the detection regions (5; 6) are configured spatially in the shape of a lobe, a length (l 2) of the second detection region being greater than a length (l 1) of the first detection region, wherein a first centre axis of the first detection region is arranged coaxially to a second centre axis of the second detection region.
A handle (20, 40) for a shaving razor, the handle comprising: a grip portion (23, 42); and a neck portion (21, 44) coupled to an end of the grip portion, the neck portion comprising: a frame (22, 46) coupled to the end of the grip portion, the frame comprising a pin; a pod (24, 48) rotatably coupled to the frame, the pod defining an aperture to receive the pin of the frame, wherein the pod is configured to rotate about an axis (28, 32, 50) substantially perpendicular to a length of the grip portion; and a spring coupled to the pod, wherein the spring generates a return torque when the pod is rotated; characterized in that the neck portion (21, 44) further comprises an anchor coupled to the end of the grip portion (23, 42) and to the spring. a grip portion (23, 42); and a neck portion (21, 44) coupled to an end of the grip portion, the neck portion comprising: a frame (22, 46) coupled to the end of the grip portion, the frame comprising a pin; a pod (24, 48) rotatably coupled to the frame, the pod defining an aperture to receive the pin of the frame, wherein the pod is configured to rotate about an axis (28, 32, 50) substantially perpendicular to a length of the grip portion; and a spring coupled to the pod, wherein the spring generates a return torque when the pod is rotated; characterized in that the neck portion (21, 44) further comprises an anchor coupled to the end of the grip portion (23, 42) and to the spring. a frame (22, 46) coupled to the end of the grip portion, the frame comprising a pin; a pod (24, 48) rotatably coupled to the frame, the pod defining an aperture to receive the pin of the frame, wherein the pod is configured to rotate about an axis (28, 32, 50) substantially perpendicular to a length of the grip portion; and a spring coupled to the pod, wherein the spring generates a return torque when the pod is rotated; characterized in that the neck portion (21, 44) further comprises an anchor coupled to the end of the grip portion (23, 42) and to the spring.