mhurhangee/ep-ind-claims huggingface dataset:
A socket insert having a socket element which is configured for insertion into an opening in a building wall and which is provided with at least two plug-in spaces each having a pair of plug-in connectors for receiving the contact pins of an electrical connection plug, with the socket insert comprising at least one grounding terminal for each plug-in space for connecting a grounding conductor; and said socket insert having a cover releasably fastenable to the socket element, wherein the socket element and the cover have mutually associated fastening devices (22, 24) in the region of at least one plug-in space, characterized in that the fastening devices (22, 24) are arranged between the two socket openings in a plan view of the plug-in space; in that only one actuation element is provided between the plug-in spaces for simultaneously releasing the grounding terminals of two adjacent plug-in spaces, with the actuation element being actuable from a front side of the socket insert; and in that, in a plan view, the grounding terminals are arranged inwardly toward the socket indented from the margin of the socket element next to the fastening devices of the socket element and are electrically conductively connected to said fastening devices.
Use of a surface-treated calcium carbonate-comprising material and/or magnesium carbonate-comprising material as oxygen scavenger; wherein the surface treatment agent is selected from the group consisting of ascorbic acid and/or salts thereof, gallic acid and/or salts thereof, unsaturated fatty acids and/or salts thereof, elemental iron, iron -salts and iron -comprising oxides, iron (II, III)-comprising oxides and mixtures thereof; and wherein the total weight of the surface treatment agent on the total surface area of the at least one calcium carbonate-comprising material and/or magnesium carbonate-comprising material is from 0.01 to 40 mg/m 2, based on the at least one calcium carbonate-comprising material and/or magnesium carbonate-comprising material.
Rear wheel suspension for a motor vehicle, with a wheel carrier, which is pivotable about a steering axis, for steerably receiving a wheel, a wheel-guiding link which is arranged in a lower link plane with respect to the vertical axis of the vehicle and is connectable on the body side in an articulated manner to a body provided for this purpose and is connected on the wheel side in an articulated manner to the wheel carrier, a wheel-guiding transverse link which is arranged in an upper link plane and is connectable on the body side in an articulated manner to the body provided for this purpose and is connected on the wheel side in an articulated manner to the wheel carrier, and a transverse leaf spring with a body-side two-point mounting which, at its end facing the wheel carrier, is connected in an articulated manner to said wheel carrier behind the wheel centre with respect to the direction of travel, wherein the transverse link is arranged in front of the transverse leaf spring in the direction of travel, and the transverse leaf spring is connected in an articulated manner to the wheel carrier below the transverse link in the vertical direction of the vehicle, and therefore the transverse leaf spring is configured as a toe link for the passive steering of the wheel via the wheel hub, characterized in that the link is connected on the wheel side in an articulated manner to the wheel carrier directly in a first connecting region and indirectly via an integral link in a second connecting region, wherein the integral link is connected in an articulated manner to the wheel carrier below the transverse leaf spring in the vertical direction of the vehicle and in the region of the transverse leaf spring in the longitudinal direction of the vehicle.
A coating composition comprising: a polymer comprising: (i) a barrier segment comprising aromatic groups and urethane linkages, urea linkages, or a combination thereof; and (ii) an elastomeric segment that is different from (i), wherein the barrier segment comprises at least 30 weight % of the polymer based on the total solids weight of the polymer; and an adhesion promoter comprising: (a) at least one epoxy functional polymer and a thiol functional crosslinker reactive with the epoxy functional polymer; and/or (b) a polymeric hydrazide functional component. a polymer comprising: (i) a barrier segment comprising aromatic groups and urethane linkages, urea linkages, or a combination thereof; and (ii) an elastomeric segment that is different from (i), wherein the barrier segment comprises at least 30 weight % of the polymer based on the total solids weight of the polymer; and an adhesion promoter comprising: (a) at least one epoxy functional polymer and a thiol functional crosslinker reactive with the epoxy functional polymer; and/or (b) a polymeric hydrazide functional component.
A vehicle interior structure, wherein a floor spacer for a vehicle is to be disposed in the vehicle, and a floor carpet is laid on at least the floor spacer surface to be on the inner side of the compartment of the vehicle, and graining is applied to the said surface to be on an inner side of a compartment when being disposed in the vehicle; characterised in that: a fiber layer is formed on a back surface of the floor carpet which abuts on the grained floor spacer surface.
Method for checking the state of a pipette, comprising a suction tube and a pipette tip, in which - ultrasound is coupled into the wall of the suction pipe, wherein the ultrasound is generated with a piezoactuator and the piezoactuator is mounted on the wall of the suction pipe, and wherein, to increase sensitivity, an additional mass is mounted on the wall of the piezoactuator facing away from the suction tube, - the attenuation of the ultrasonic signal is measured in a frequency-dependent manner within a frequency range, - by comparing the measured frequency-dependent attenuation in the frequency range with at least one reference measurement of the frequency-dependent attenuation or a calibration curve based upon reference measurements, it is determined whether or not the pipette contains or is in contact with liquid. - ultrasound is coupled into the wall of the suction pipe, wherein the ultrasound is generated with a piezoactuator and the piezoactuator is mounted on the wall of the suction pipe, and wherein, to increase sensitivity, an additional mass is mounted on the wall of the piezoactuator facing away from the suction tube, - the attenuation of the ultrasonic signal is measured in a frequency-dependent manner within a frequency range, - by comparing the measured frequency-dependent attenuation in the frequency range with at least one reference measurement of the frequency-dependent attenuation or a calibration curve based upon reference measurements, it is determined whether or not the pipette contains or is in contact with liquid.
A food product valve assembly for operational placement between a food supply tube and a resiliently flexible food bag of a food product dispensing machine, the food product valve assembly comprising: a valve including a body defining a first flow passage, a cap engaged to the body and including a hole in communication with the first flow passage, and a resiliently flexible member sealably biased between the body and the cap, wherein the resiliently flexible member includes a self-sealing piercing constructed and arranged to open for communication between the hole and the first flow passage; and a fitting including a first end segment engageable to the food supply tube and a second end segment constructed and arranged to pierce the resiliently flexible member, wherein the fitting defines a second flow passage that communicates through the first and second end segments (70, 72) for fluid communication between the first flow passage when assembled, wherein the second end segment is a barbed end segment, wherein the fitting includes a circumferentially continuous sealing face that is configured to seal to the resiliently flexible member when the fitting extends through the self-sealing piercing, and wherein the resiliently flexible member is sealably biased radially against the circumferentially continuous sealing face of the fitting when assembled. a valve including a body defining a first flow passage, a cap engaged to the body and including a hole in communication with the first flow passage, and a resiliently flexible member sealably biased between the body and the cap, wherein the resiliently flexible member includes a self-sealing piercing constructed and arranged to open for communication between the hole and the first flow passage; and a fitting including a first end segment engageable to the food supply tube and a second end segment constructed and arranged to pierce the resiliently flexible member, wherein the fitting defines a second flow passage that communicates through the first and second end segments (70, 72) for fluid communication between the first flow passage when assembled, wherein the second end segment is a barbed end segment, wherein the fitting includes a circumferentially continuous sealing face that is configured to seal to the resiliently flexible member when the fitting extends through the self-sealing piercing, and wherein the resiliently flexible member is sealably biased radially against the circumferentially continuous sealing face of the fitting when assembled.
An apparatus for taking a panoramic photograph, the apparatus comprising: a camera module having a lens adapted to capture a plurality of images for the panoramic photograph; a memory unit adapted to store the plurality of images captured by the camera module; a display unit adapted to visually exhibit the image stored in the memory unit and offer a preview image when a capture mode is enabled; an angular velocity sensor adapted to output angular velocities utilizing perceived rotations of the lens; a rotation angle calculator adapted to receive the angular velocities from the angular velocity sensor and calculate corresponding rotation angles; and a control unit adapted to receive a first rotation angle from the rotation angle calculator and to decide whether the first rotation angle is within a capturable section of the panoramic photograph having lowest and highest value; to notify a stop of the rotation of the lens if the first rotation angle is within that capturable section; to receive a second rotation angle of the lens from the rotation angle calculator according to a further rotation of the lens; and to decide whether the lens is in a stationary state by deciding whether an absolute value of the second rotation angle is within a specific threshold value; characterized in that the control unit is also adapted to capture a second image of the panoramic photograph by operating the camera module if the absolute value of the second rotation angle is within the specific threshold value and the stationary state of the lens remains until a specific time lapses and then to store the captured second image. a camera module having a lens adapted to capture a plurality of images for the panoramic photograph; a memory unit adapted to store the plurality of images captured by the camera module; a display unit adapted to visually exhibit the image stored in the memory unit and offer a preview image when a capture mode is enabled; an angular velocity sensor adapted to output angular velocities utilizing perceived rotations of the lens; a rotation angle calculator adapted to receive the angular velocities from the angular velocity sensor and calculate corresponding rotation angles; and a control unit adapted to receive a first rotation angle from the rotation angle calculator and to decide whether the first rotation angle is within a capturable section of the panoramic photograph having lowest and highest value; to notify a stop of the rotation of the lens if the first rotation angle is within that capturable section; to receive a second rotation angle of the lens from the rotation angle calculator according to a further rotation of the lens; and to decide whether the lens is in a stationary state by deciding whether an absolute value of the second rotation angle is within a specific threshold value; characterized in that the control unit is also adapted to capture a second image of the panoramic photograph by operating the camera module if the absolute value of the second rotation angle is within the specific threshold value and the stationary state of the lens remains until a specific time lapses and then to store the captured second image.
A method for producing a graphene layer from a liquid metal matrix on a solid metal or ceramic substrate with using the mixture of acetylene, ethylene and hydrogen as a carburising medium, characterized in that a multilayered plate containing, as the graphene forming matrix, an external layer composed of a metal or a metal alloy with a melting point in the range from 1051°C and 1150°C and, as a support substrate, between 1 and 5 layers made of transition metals and/or their alloys and/or metalloids and/or their solutions and compounds with melting points in the range from 1151°C to 3410°C, is subjected to heat treatment in the following stages: - plate heating until the plate reaches a temperature that is between 0.5°C and 50°C higher than the melting point of the forming matrix, - annealing, at a constant or variable temperature from the temperature range, for a period between 60 and 600 seconds, concurrently supplying the atmosphere with acetylene at a partial pressure of between 0 and 4 hPa, ethylene at a partial pressure of between 0 and 4 hPa and hydrogen at a partial pressure of between 0 and 2 hPa for a period between 10 and 300 seconds, - cooling, partially controlled, with the cooling rate maintained between 0.1 and 2°C/min in the temperature range of 1200°C-1050°C, where consecutive stages of heating, annealing and cooling are conducted in the atmosphere of pure argon at a constant partial pressure varying from 1 hPa to 1100 hPa. - plate heating until the plate reaches a temperature that is between 0.5°C and 50°C higher than the melting point of the forming matrix, - annealing, at a constant or variable temperature from the temperature range, for a period between 60 and 600 seconds, concurrently supplying the atmosphere with acetylene at a partial pressure of between 0 and 4 hPa, ethylene at a partial pressure of between 0 and 4 hPa and hydrogen at a partial pressure of between 0 and 2 hPa for a period between 10 and 300 seconds, - cooling, partially controlled, with the cooling rate maintained between 0.1 and 2°C/min in the temperature range of 1200°C-1050°C, where consecutive stages of heating, annealing and cooling are conducted in the atmosphere of pure argon at a constant partial pressure varying from 1 hPa to 1100 hPa.
Quick-change system for exchangeable machine elements that depend on the product in a machine carrying out an operating sequence, particularly in a container processing machine in which system the machine element can be brought manually or by a changer in an exchange direction into a target position into a holder and can be fiixed in the target position by a securing unit comprising at least one securing element, wherein at least one second securing unit is provided, characterised in that, by the second securing unit, the machine element that either has not been brought into the target position or that has moved out of the target position can be fixed in a defined detectable securing position that differs from the target position, and that the target position and the securing position each are mechanically locked positions of the machine element in the holder, namely in the target position by a form-fit engagement of the machine element and the securing element and in the securing position by a form-fit engagement of the machine element and the same or an additional securing element.
A method for relocating the mobility anchor for a Mobile Terminal (115a; 215a) in a wireless communication system (100; 200), which method performed in a new mobility anchor (112b, 114b; 212b, 214b) is characterized by: - receiving from a Mobility Node (111; 211) a request for redirecting an old bearer (Ld; B-old) communicating user-data between the Mobile Terminal (115a; 215a) and an old mobility anchor (114a; 214a), and - setting up a new standby bearer (Ls; B-new) while the old bearer (Ld; B-old) is still active for communicating user-data for the Mobile Terminal (115a; 215a), wherein the new standby bearer (Ls; B-new) is configured to operatively communicate user-data between the Mobile Terminal (115a; 215a) and the new mobility anchor (112b, 114b; 212b, 214b), and ready to be activated once the old bearer (Ld; B-old) is deleted. - receiving from a Mobility Node (111; 211) a request for redirecting an old bearer (Ld; B-old) communicating user-data between the Mobile Terminal (115a; 215a) and an old mobility anchor (114a; 214a), and - setting up a new standby bearer (Ls; B-new) while the old bearer (Ld; B-old) is still active for communicating user-data for the Mobile Terminal (115a; 215a), wherein the new standby bearer (Ls; B-new) is configured to operatively communicate user-data between the Mobile Terminal (115a; 215a) and the new mobility anchor (112b, 114b; 212b, 214b), and ready to be activated once the old bearer (Ld; B-old) is deleted.
An outdoor unit (100a to 100d) of an air-conditioning apparatus, comprising: - a casing having an air inlet and an air outlet, and forming an outer shell; - a fan provided inside the casing, and configured to suck outside air from the air inlet and exhaust the outside air from the air outlet; and - a heat exchanger (10a to 10f) provided inside the casing, and configured to exchange heat between the outside air sucked by the fan and a refrigerant, the heat exchanger (10a to 10f) including - a first heat exchanger main body (20, 120) including a plurality of fins arranged in parallel at an interval and a plurality of flat pipes passing through the plurality of fins in a direction of parallel arrangement of the plurality of fins, wherein the refrigerant is arranged for flowing inside the plurality of flat pipes, and - a second heat exchanger main body (30, 130) including a plurality of fins arranged in parallel at an interval and a plurality of circular pipes passing through the plurality of fins in a direction of parallel arrangement of the plurality of fins, wherein the refrigerant is arranged for flowing inside the plurality of circular pipes, the first heat exchanger main body (20, 120) being arranged closer to the fan than is the second heat exchanger main body (30, 130); the outdoor unit further comprising: - a header connected to an upstream side of the first heat exchanger main body (20, 120); and - a distributor connected to an upstream side of the second heat exchanger main body (30, 130) through a capillary tube. - a casing having an air inlet and an air outlet, and forming an outer shell; - a fan provided inside the casing, and configured to suck outside air from the air inlet and exhaust the outside air from the air outlet; and - a heat exchanger (10a to 10f) provided inside the casing, and configured to exchange heat between the outside air sucked by the fan and a refrigerant, the heat exchanger (10a to 10f) including - a first heat exchanger main body (20, 120) including a plurality of fins arranged in parallel at an interval and a plurality of flat pipes passing through the plurality of fins in a direction of parallel arrangement of the plurality of fins, wherein the refrigerant is arranged for flowing inside the plurality of flat pipes, and - a second heat exchanger main body (30, 130) including a plurality of fins arranged in parallel at an interval and a plurality of circular pipes passing through the plurality of fins in a direction of parallel arrangement of the plurality of fins, wherein the refrigerant is arranged for flowing inside the plurality of circular pipes, - a header connected to an upstream side of the first heat exchanger main body (20, 120); and - a distributor connected to an upstream side of the second heat exchanger main body (30, 130) through a capillary tube.
A hydraulic machine having at least two stages comprising a shaft and impellers, wherein each stage comprises an impeller, and wherein each impeller comprises a plurality of impeller blades, is connected to the shaft and is of the radial type, and wherein the hydraulic machine has a low and a high pressure side, and wherein a first stage is located adjacent to the low pressure side of the hydraulic machine, and wherein an uppermost stage is located adjacent to the high pressure side of the hydraulic machine, and wherein the number of impeller blades of the first stage impeller is less than the number of impeller blades of any one impeller of the remaining stages, characterised in that each stage comprises a plurality of stationary blades, the distance between the stationary blades and the impeller blades of the uppermost stage being greater than the distance between the stationary blades and the impeller blades of the remaining stages.
A printing apparatus comprising: a housing; a platen disposed in the housing at a position where a medium is supported and recording is performed; an output port provided in the housing so that the medium is outputted through the output port; and a guiding section provided between the platen and the output port to guide the medium, wherein the guiding section includes a first guiding section facing one surface of the medium transported and a second guiding section facing the other surface of the medium, the first guiding section and the second guiding section each include a bent portion (110,210), the first guiding section and the second guiding section each include a first bent portion (111,211) and a second bent portion (112,212), and the first bent portion and the second bent portion are different in a bending direction, the first guiding section is disposed under the second guiding section, for each one of the first and second guiding sections, the first bent portion (111,211) of the one guiding section is located at a position closer to the output port than the second bent portion (112,212) of the one guiding section, and characterized in that a radius of the first bent portion of the first guiding section is larger than a radius (R1') of the first bent portion of the second guiding section. a housing; a platen disposed in the housing at a position where a medium is supported and recording is performed; an output port provided in the housing so that the medium is outputted through the output port; and a guiding section provided between the platen and the output port to guide the medium, wherein the guiding section includes a first guiding section facing one surface of the medium transported and a second guiding section facing the other surface of the medium, the first guiding section and the second guiding section each include a bent portion (110,210), the first guiding section and the second guiding section each include a first bent portion (111,211) and a second bent portion (112,212), and the first bent portion and the second bent portion are different in a bending direction, the first guiding section is disposed under the second guiding section, for each one of the first and second guiding sections, the first bent portion (111,211) of the one guiding section is located at a position closer to the output port than the second bent portion (112,212) of the one guiding section, and characterized in that a radius of the first bent portion of the first guiding section is larger than a radius (R1') of the first bent portion of the second guiding section.