mhurhangee/ep-ind-claims huggingface dataset:
Double nipple and/or clamping nut for the sealed laying of tubes, pipes and similar elongated molded parts by punching of equipment walls and similar structural components, wherein the double nipple at least consists of one tube-like portion having a first external thread, onto which a pressure screw can be screwed on, and having a subsequent collar to be applied at the wall, a second external thread for screwing a clamping nut with internal thread and externally circulating collar, wherein the double nipple and/or the clamping nut is longitudinally divided and thus forming separating points and consisting of two half shells (6, 7; 6', 7'), which can be connected with one another, having engaging guidance and positioning means for holding together the half shells (6, 7'; 6, 7') in the assembled state, wherein the engaging guidance and positioning means are formed at the collar (3, 3'), wherein approximately tangentially extending, beyond the separating point in direction of the second half shell (7, 7') protruding hook-like arms (8, 8') are formed as guidance and positioning means at the first half shell (6, 6'), each of which in its assembled state engaging in latching recesses or engaging over latching projections (9, 9') being formed at the second half shell (7, 7'), thus holding together the two half shells (6, 7'; 6, 7'), characterized in that at the second half shell (7, 7') arms (13, 13') extending beyond the separating point in the direction of the first half shell (6, 6'), are formed, each of which can be fitted into a guiding channel (14, 14') of the first half shell (6, 6') and being guided in it, the guiding channel (14, 14') being formed in the collar (3, 3') and opening towards the separating point, and the arms (13, 13') having an attachment region (13a, 13a') leaning resiliently at an outer casing region of a tube-like section of the double nipple or the clamping nut of the first half shell (6, 6'), the casing region forming the bottom of the guiding channel (14, 14') which holds the two half shells (6, 7; 6', 7') to one another in a spaced pre-assembly position, in which the hook-like arms (8, 8') are attached to the latching projections (9, 9') with their free end region, without overlapping them.
Feeding device for transporting products which are provided to the feeding device in groups, comprising: at least one first and one second conveyor belts (5, 6) which are arranged in the direction of transport one behind the other, wherein a first group of products can be transferred from the first conveyor belt to the second conveyor belt, and a control unit which is functionally connected with the first and the second conveyor belts (5, 6), wherein the control unit is configured such that it can accelerate the first conveyor belt independently of the second conveyor belt and can synchronize its acceleration and/or speed, and wherein the first conveyor belt can be accelerated by the control unit when the first group of products has been transferred to the second conveyor belt, and a further, second group of products has arrived on the first conveyor belt to reduce a gap between the first and the second groups of products. at least one first and one second conveyor belts (5, 6) which are arranged in the direction of transport one behind the other, wherein a first group of products can be transferred from the first conveyor belt to the second conveyor belt, and a control unit which is functionally connected with the first and the second conveyor belts (5, 6), wherein the control unit is configured such that it can accelerate the first conveyor belt independently of the second conveyor belt and can synchronize its acceleration and/or speed, and wherein the first conveyor belt can be accelerated by the control unit when the first group of products has been transferred to the second conveyor belt, and a further, second group of products has arrived on the first conveyor belt to reduce a gap between the first and the second groups of products.
A fixing clamp for an aligning device for fixingly clamping a body extremity, in particular a tibia, comprising - a first clamp arm and a second clamp arm and - a frame device forming a bearing trough or bearing fork for the body extremity, the frame device having a central mounting or attaching portion for mounting or attaching to an adjustment rod of the aligning device and having a first rotary joint and a second rotary joint at the two bearing fork ends of the frame device, to which in each case the corresponding first clamp arm is articulated rotatably about a first axis of rotation and the second clamp arm is articulated rotatably about a second axis of rotation, characterized by a self-locking mechanism, in the form of two individual latching mechanisms, which frictionally and/or form-fittingly hold or latch the first clamp arm and the second clamp arm relative to the frame device in at least one position independently from each other and thereby block a movement of the first and/or respectively second clamp arm (14a, 14b) about the respective rotary joint (16a, 16b) in an opening rotation direction. - a first clamp arm and a second clamp arm and - a frame device forming a bearing trough or bearing fork for the body extremity, the frame device having a central mounting or attaching portion for mounting or attaching to an adjustment rod of the aligning device and having a first rotary joint and a second rotary joint at the two bearing fork ends of the frame device, to which in each case the corresponding first clamp arm is articulated rotatably about a first axis of rotation and the second clamp arm is articulated rotatably about a second axis of rotation,
A method of intermittently dispensing a liquid from a liquid dispensing module having a discharge outlet (39, 146) and a flow-control mechanism (28, 50; 126, 128, 130) movable with a pneumatic actuator (14, 124) during a cycle time, the cycle time defined as a sum of a first duration to move the flow-control mechanism (28, 50; 126, 128, 130) from a closed position to an open position to dispense the liquid from the discharge outlet (39, 146) and a second duration to move the flow-control mechanism (28, 50; 126, 128, 130) from the open position to the closed position to stop dispensing the liquid from the discharge outlet (39, 146), the method comprising: A) moving the flow-control mechanism (28, 50; 126, 128, 130) with the pneumatic actuator (14, 124) from the closed position to the open position in a first portion of the cycle time to dispense the liquid from the discharge outlet (39, 146); B) moving the flow-control mechanism (28, 50; 126, 128, 130) with the pneumatic actuator (14, 124) from the open position to the closed position in a second portion of the cycle time to stop dispensing the liquid from the discharge outlet (39, 146), wherein the cycle time is less than or equal to 9 milliseconds; C) repeating the steps A and B for a selected number of times. A) moving the flow-control mechanism (28, 50; 126, 128, 130) with the pneumatic actuator (14, 124) from the closed position to the open position in a first portion of the cycle time to dispense the liquid from the discharge outlet (39, 146); B) moving the flow-control mechanism (28, 50; 126, 128, 130) with the pneumatic actuator (14, 124) from the open position to the closed position in a second portion of the cycle time to stop dispensing the liquid from the discharge outlet (39, 146), wherein the cycle time is less than or equal to 9 milliseconds; C) repeating the steps A and B for a selected number of times.
A flaky metal pigment, said flaky metal pigment being made of aluminum, and in a case where said flaky metal pigment is measured by a flow-type particle image analyzer, P50 showing a 50% cumulative frequency of a diameter equivalent to an area circle in a number distribution being less than 0.500 μm, in the case where said flaky metal pigment is measured by the flow-type particle image analyzer, Pmax showing a maximum particle diameter of a diameter equivalent to an area circle in the number distribution being 5.000 μm or less, Pmax/P10 being 1 or more and 18 or less, wherein P10 is a value of a 10% cumulative frequency in the number distribution of the flaky metal pigments measured by the flow-type particle image analyzer, wherein the P50, the Pmax and the PI0 measured by the flow-type particle image analyzer are values measured on measurement conditions: image pick-up unit: high-magnification image pick-up unit, magnification: 40 times (20-times ocular lens × 2-times object lens), measurement mode: HPF measurement mode, measurement time: about 2 minutes, measurement solvent: ethanol, binarized threshold value setting coefficient: 85%, dilution ratio by solvent during measurement: 2000 times, and sheath liquid: ethanol. image pick-up unit: high-magnification image pick-up unit, magnification: 40 times (20-times ocular lens × 2-times object lens), measurement mode: HPF measurement mode, measurement time: about 2 minutes, measurement solvent: ethanol, binarized threshold value setting coefficient: 85%, dilution ratio by solvent during measurement: 2000 times, and sheath liquid: ethanol.
A method of preparing a polyestercarbonate copolymer, comprising: providing a polycarbonate polymer of Formula and a polyestercarbonate polymer of Formula: wherein each R a and R b is independently halogen or hydrocarbon; p and q are independently integers from 1 to 4; A is selected from C 1 -C 12 alkyl, C 6 -C 20 aromatic, and C 6 -C 20 cycloaliphatic; and w is the degree of polymerization; wherein R 1, R 2, and T are independently divalent organic radicals; m is the molar percentage of carbonate units; and n is the molar percentage of ester units; mixing the polycarbonate polymer, the polyestercarbonate polymer, and a chain transfer catalyst to form a mixture; and reacting the mixture to form the polyestercarbonate copolymer. providing a polycarbonate polymer of Formula and a polyestercarbonate polymer of Formula: wherein each R a and R b is independently halogen or hydrocarbon; p and q are independently integers from 1 to 4; A is selected from C 1 -C 12 alkyl, C 6 -C 20 aromatic, and C 6 -C 20 cycloaliphatic; and w is the degree of polymerization; wherein R 1, R 2, and T are independently divalent organic radicals; m is the molar percentage of carbonate units; and n is the molar percentage of ester units; mixing the polycarbonate polymer, the polyestercarbonate polymer, and a chain transfer catalyst to form a mixture; and reacting the mixture to form the polyestercarbonate copolymer.
An apparatus for detecting hepatic fibrosis, characterized by comprising: An input device (11, 31), used to receive age, serum biochemical variables and transient elastography imaging data, wherein the serum biochemical variables at least includes blood platelet, hyaluronic acid, serum direct bilirubin (DBIL), prothrombin time, serum glutamic pyruvic transaminase (ALT; GPT), serum glutamic oxaloacetic transaminase (AST; GOT), serum alkaline phosphatase (ALP; AKP), serum cholinesterase (ChE), prothrombin activity, transforming growth factor β1 (TGF- β1) and α2-macroglobulin and wherein the transient elastography imaging data at least includes FibroScan stiffness value; A classifier (12, 32, 52), used for hepatic fibrosis staging or inflammation diagnosis according to the age, said serum biochemical variables and said transient elastography imaging data received by the input device (11, 31), wherein the classifier (12, 32, 52) is a linear support vector machine classifier (12, 32, 52) or a nonlinear support vector machine classifier (12, 32, 52) based on kernel method; An output device (13, 33), used to output the said hepatic fibrosis staging or inflammation diagnosis results of the said classifier (12, 32, 52). An input device (11, 31), used to receive age, serum biochemical variables and transient elastography imaging data, wherein the serum biochemical variables at least includes blood platelet, hyaluronic acid, serum direct bilirubin (DBIL), prothrombin time, serum glutamic pyruvic transaminase (ALT; GPT), serum glutamic oxaloacetic transaminase (AST; GOT), serum alkaline phosphatase (ALP; AKP), serum cholinesterase (ChE), prothrombin activity, transforming growth factor β1 (TGF- β1) and α2-macroglobulin and wherein the transient elastography imaging data at least includes FibroScan stiffness value; A classifier (12, 32, 52), used for hepatic fibrosis staging or inflammation diagnosis according to the age, said serum biochemical variables and said transient elastography imaging data received by the input device (11, 31), wherein the classifier (12, 32, 52) is a linear support vector machine classifier (12, 32, 52) or a nonlinear support vector machine classifier (12, 32, 52) based on kernel method; An output device (13, 33), used to output the said hepatic fibrosis staging or inflammation diagnosis results of the said classifier (12, 32, 52).
A refrigerator comprising: a dispenser passage; a water supplier configured to supply sterilizing water or rinsing water to the dispenser passage; a drain configured to drain the sterilizing water or the rinsing water that is supplied to the dispenser passage; and a controller configured to perform a sterilization cycle and to control the water supplier and the drain to perform a rinsing cycle after completing the sterilization cycle, wherein the sterilization cycle is a cycle of keeping the sterilizing water in the dispenser passage and then draining the sterilizing water, and the rinsing cycle is a cycle of supplying the rinsing water to the dispenser passage and draining the rinsing water therefrom, and characterized in that the controller blocks a passage to an ice-making machine until the rinsing water is drained after the sterilizing water is supplied. a dispenser passage; a water supplier configured to supply sterilizing water or rinsing water to the dispenser passage; a drain configured to drain the sterilizing water or the rinsing water that is supplied to the dispenser passage; and a controller configured to perform a sterilization cycle and to control the water supplier and the drain to perform a rinsing cycle after completing the sterilization cycle, wherein the sterilization cycle is a cycle of keeping the sterilizing water in the dispenser passage and then draining the sterilizing water, and the rinsing cycle is a cycle of supplying the rinsing water to the dispenser passage and draining the rinsing water therefrom, and characterized in that the controller blocks a passage to an ice-making machine until the rinsing water is drained after the sterilizing water is supplied.
A method comprising: receiving a request for communications from a network operator, wherein communications with the network operator are supported by a first of a plurality of identification profiles; determining relative to predefined criteria whether the communications should be supported by the first identification profile or by another identification profile configured to support communications from another network operator; and in an instance in which the communications should be supported by another identification profile, causing the request for communications to be denied, characterized by in an instance in which the communications should be supported by the another identification profile, causing information to be provided to a requestor who initiated the request for communications with the information relating to the communications from the another network operator that are supported by the another identification profile; wherein each of the plurality of identification profiles is associated with a subscription with a respective network operator, and wherein causing information to be provided to the requestor comprises causing information relating to the subscription associated with the another identification profile to be provided to the requestor in an instance in which the communications should be supported by the another identification profile. receiving a request for communications from a network operator, wherein communications with the network operator are supported by a first of a plurality of identification profiles; determining relative to predefined criteria whether the communications should be supported by the first identification profile or by another identification profile configured to support communications from another network operator; and in an instance in which the communications should be supported by another identification profile, causing the request for communications to be denied, characterized by in an instance in which the communications should be supported by the another identification profile, causing information to be provided to a requestor who initiated the request for communications with the information relating to the communications from the another network operator that are supported by the another identification profile; wherein each of the plurality of identification profiles is associated with a subscription with a respective network operator, and wherein causing information to be provided to the requestor comprises causing information relating to the subscription associated with the another identification profile to be provided to the requestor in an instance in which the communications should be supported by the another identification profile.
Elevator apparatus comprising: - a traveling assembly, - a shaft, comprising at least one wall, where the traveling assembly can be displaced according to a path defined by a displacement direction, - at least one shaft element, which may be fixed or mobile, and which at some point of the path of the traveling assembly is located in a space between said at least one wall and said traveling assembly, and - covering means located in the traveling assembly, where said covering means can be displaced between an active position and an inactive position, such that the minimum distance between said at least one wall of the shaft and the covering means in the active position is smaller than in the inactive position, such that the covering means in the inactive position cannot contact said at least one shaft element at any point of the path of the traveling assembly, whereas they can contact it in the active position when the traveling assembly is located in its path next to said at least one shaft element, characterized in that the covering means automatically switch from the active position to the inactive position when the traveling assembly is located in its path next to said at least one shaft element. - a traveling assembly, - a shaft, comprising at least one wall, where the traveling assembly can be displaced according to a path defined by a displacement direction, - at least one shaft element, which may be fixed or mobile, and which at some point of the path of the traveling assembly is located in a space between said at least one wall and said traveling assembly, and - covering means located in the traveling assembly, where said covering means can be displaced between an active position and an inactive position, such that the minimum distance between said at least one wall of the shaft and the covering means in the active position is smaller than in the inactive position, such that the covering means in the inactive position cannot contact said at least one shaft element at any point of the path of the traveling assembly, whereas they can contact it in the active position when the traveling assembly is located in its path next to said at least one shaft element,
Aerosol-generating device for generating an inhalable aerosol, wherein the device comprises: • a haptic element configured to create a haptic feedback to a user, • an airflow sensor configured to detect airflow through an airflow channel of the device, and • a detection element configured to detect at least one of: a type of aerosol-generating article inserted into a heating chamber of the device, a length of a draw of user, a number of draws over a period of time, a time of the day of a draw of a user, and • a controller, being connected with the detection element and the haptic elemen and configured for controlling the operation of the haptic element based on saic detection element. • a haptic element configured to create a haptic feedback to a user, • an airflow sensor configured to detect airflow through an airflow channel of the device, and • a detection element configured to detect at least one of: a type of aerosol-generating article inserted into a heating chamber of the device, a length of a draw of user, a number of draws over a period of time, a time of the day of a draw of a user, and • a controller, being connected with the detection element and the haptic elemen and configured for controlling the operation of the haptic element based on saic detection element.
Apparatus for producing ice cream products, having an immersion bath which can be filled with a liquid coating material, a device for introducing a frozen core of ice cream into the immersion bath for producing an ice product consisting of the core provided with a coating of coating material, and a chilling device for chilling and hardening the surface of the coating of the ice product, characterized in that the chilling device comprises a transport device for transporting the ice product and a nozzle arrangement which is connected to a supply line for a cryogenic medium and intended for applying a cryogenic freezing agent to the surface of the ice product, wherein the nozzle arrangement comprises at least two nozzle outlets (25, 26) which are arranged on mutually opposite sides of a transport path through which the ice product runs in the chilling device when the apparatus is used as intended.
Method for producing a fibre composite moulded part in which reinforcing fibres are embedded in a matrix of thermoplastic material, wherein multicomponent fibres comprising at least one first lower-melting component of thermoplastic material and comprising at least one second higher-melting component of thermoplastic material are acted upon with heat and/or pressure so that the first lower-melting component melts and forms a matrix of thermoplastic material in which the second higher-melting component is embedded as reinforcing material or as reinforcing fibres, characterized in that the multicomponent fibres are used as endless filaments in the form of a spunbond or random nonwoven material.