mhurhangee/ep-ind-claims huggingface dataset:
Device for blocking a spectacle lens blank having a finished surface and a machining surface opposite the finished surface for machining in a machining device, comprising - a receiving component having a convex, planar or concave receiving surface for blocking the finished surface of the spectacle lens blank, wherein - the receiving component has a substantially planar mating surface arranged opposite the receiving surface, and wherein - the normal of the mating surface is inclined by 1 ° to 10° to the normal at the center of the receiving surface, and wherein - the receiving surface is designed in such a way that the spectacle lens blank can be placed substantially over the entire surface of the receiving surface during blocking; and - with a clamping block having a substantially flat and inclined bearing surface on which the receiving component is rotatably mounted with its counter surface, wherein - the clamping block is designed for clamping in a machining device. - a receiving component having a convex, planar or concave receiving surface for blocking the finished surface of the spectacle lens blank, wherein - the receiving component has a substantially planar mating surface arranged opposite the receiving surface, and wherein - the normal of the mating surface is inclined by 1 ° to 10° to the normal at the center of the receiving surface, and wherein - the receiving surface is designed in such a way that the spectacle lens blank can be placed substantially over the entire surface of the receiving surface during blocking; and - with a clamping block having a substantially flat and inclined bearing surface on which the receiving component is rotatably mounted with its counter surface, wherein - the clamping block is designed for clamping in a machining device.
A coating method, which is a two-coat one-bake system comprising that a base coat paint including an active hydrogen-containing resin is coated, without its hardening by cross-linking, subsequently a clear coat paint including a hardener and an active hydrogen-containing resin is coated on the base coat, then the base coat and clear coat are simultaneously hardened by cross-linking, characterized in that the clear coat paint is a two-pack polyurethane paint with a mole ratio of 0.9 to 2.0 in NCO/H (active hydrogen), and the hardener is one including a polyisocyanate derived from 1,6-hexamethylene diisocyanate, satisfying all the following conditions: 1) The amount of diisocyanate monomers included in polyisocyanate in the hardener is 1 weight % or less, 2) Viscosity of hardener when it is not diluted with any organic solvent is not more than 1000 mPa·s/23°C, 3) Content of 1,6-hexamethylene diisocyanate trimer in hardener is not less than 60 weight %, and 4) Content of 1,6-hexamethylene diisocyanate dimer in hardener is less than 10 weight %. 1) The amount of diisocyanate monomers included in polyisocyanate in the hardener is 1 weight % or less, 2) Viscosity of hardener when it is not diluted with any organic solvent is not more than 1000 mPa·s/23°C, 3) Content of 1,6-hexamethylene diisocyanate trimer in hardener is not less than 60 weight %, and 4) Content of 1,6-hexamethylene diisocyanate dimer in hardener is less than 10 weight %.
A method for providing location privacy of a mobile station, MS, in an idle mode, the method comprising: transmitting, by the mobile station, MS, to a first base station, BS, a de-registration request, DREG-REQ, message requesting entry to the idle mode; receiving, by the MS from the first BS, a de-registration respond, DREG-RSP, message granting the entry of the idle mode, the DREG-RSP message including a temporary identifier; transmitting, by the MS to a second BS, a ranging request message in order to perform a location update by using the temporary identifier; and receiving a ranging response message from the second BS in response to the ranging request message, wherein the temporary identifier is temporarily used to provide security of a medium access control, MAC, address of the MS in a paging group to which the first and the second BS belong, and wherein the temporary identifier is used instead of the MAC address of the MS in order to protect the location privacy of the MS in the paging group. transmitting, by the mobile station, MS, to a first base station, BS, a de-registration request, DREG-REQ, message requesting entry to the idle mode; receiving, by the MS from the first BS, a de-registration respond, DREG-RSP, message granting the entry of the idle mode, the DREG-RSP message including a temporary identifier; transmitting, by the MS to a second BS, a ranging request message in order to perform a location update by using the temporary identifier; and receiving a ranging response message from the second BS in response to the ranging request message, wherein the temporary identifier is temporarily used to provide security of a medium access control, MAC, address of the MS in a paging group to which the first and the second BS belong, and wherein the temporary identifier is used instead of the MAC address of the MS in order to protect the location privacy of the MS in the paging group.
Rail vehicle - having a longitudinal support and a fuel tank, - wherein the fuel tank has a tank wall and at least one first support (75, 80), - wherein the tank wall delimits a tank interior space for storing a fuel, - wherein the first support (75, 80) is connected to the tank wall at least in sections, - wherein the longitudinal support comprises a first longitudinal support section and a second longitudinal support section that is arranged so as to be offset in the longitudinal direction of the rail vehicle, - wherein the fuel tank is arranged in the longitudinal direction between the first longitudinal support section and the second longitudinal support section, - wherein the first support is coupled to the first longitudinal support section and the second longitudinal support section, - characterized in that - the first support (75, 80) at least in sections is arranged in the tank interior space, - the first support (75, 80) running in the longitudinal direction is arranged between the first longitudinal support section and the second longitudinal support section and at least in sections in the tank interior space, - wherein the first support is configured for fully transmitting a force acting between the first longitudinal support section and the second longitudinal support section in the longitudinal direction of the rail vehicle. - having a longitudinal support and a fuel tank, - wherein the fuel tank has a tank wall and at least one first support (75, 80), - wherein the tank wall delimits a tank interior space for storing a fuel, - wherein the first support (75, 80) is connected to the tank wall at least in sections, - wherein the longitudinal support comprises a first longitudinal support section and a second longitudinal support section that is arranged so as to be offset in the longitudinal direction of the rail vehicle, - wherein the fuel tank is arranged in the longitudinal direction between the first longitudinal support section and the second longitudinal support section, - wherein the first support is coupled to the first longitudinal support section and the second longitudinal support section, - characterized in that - the first support (75, 80) at least in sections is arranged in the tank interior space, - the first support (75, 80) running in the longitudinal direction is arranged between the first longitudinal support section and the second longitudinal support section and at least in sections in the tank interior space, - wherein the first support is configured for fully transmitting a force acting between the first longitudinal support section and the second longitudinal support section in the longitudinal direction of the rail vehicle.
A drive device for a movable furniture part, comprising - two ejection devices for ejecting the movable furniture part from a closed position into an open position, wherein the ejection devices can be arranged on opposite sides of the movable furniture part and wherein each ejection device comprises • a spring-loaded locking element for locking the ejection device in a locking position, • a guide track comprising an angled end section, wherein in the latching position the locking element can be locked in the angled end section, and • a release element being separate from the locking element, wherein the locking element can be released from the angled end section by the release element into an overpressing position (ÜS) lying behind the closed position when the movable furniture part is overpressed, characterized by - a synchronizing device, by means of which the release element of the two ejection devices can be synchronized. - two ejection devices for ejecting the movable furniture part from a closed position into an open position, wherein the ejection devices can be arranged on opposite sides of the movable furniture part and wherein each ejection device comprises • a spring-loaded locking element for locking the ejection device in a locking position, • a guide track comprising an angled end section, wherein in the latching position the locking element can be locked in the angled end section, and • a release element being separate from the locking element, wherein the locking element can be released from the angled end section by the release element into an overpressing position (ÜS) lying behind the closed position when the movable furniture part is overpressed, characterized by • a spring-loaded locking element for locking the ejection device in a locking position, • a guide track comprising an angled end section, wherein in the latching position the locking element can be locked in the angled end section, and • a release element being separate from the locking element, wherein the locking element can be released from the angled end section by the release element into an overpressing position (ÜS) lying behind the closed position when the movable furniture part is overpressed, - a synchronizing device, by means of which the release element of the two ejection devices can be synchronized.
A chassis for an electronic device, said chassis having an open state and closed state, and the chassis having a chassis height, the chassis including: a first portion having a first outer edge and a first inner edge; a second portion having a second outer edge and a second inner edge; and a perforated hinge including a plurality of perforations, the perforated hinge positioned between the first portion and the second portion at the first inner edge and the second inner edge, where the first portion, the second portion, and the perforated hinge are integrally formed from a continuous piece and the perforated hinge is configured to deform, while the chassis moves from the open state to the closed state, to mate the first outer edge to the second outer edge in the closed state; wherein in the closed state, the chassis defines an interior space between the first portion and second portion said interior space containing at least one electronic component; wherein in the closed state, the perforated hinge has a rounded shape in profile about a longitudinal axis (244, 344) thereof, and a controlled radius of curvature, and a hinge height in the closed state defines the chassis height. a first portion having a first outer edge and a first inner edge; a second portion having a second outer edge and a second inner edge; and a perforated hinge including a plurality of perforations, the perforated hinge positioned between the first portion and the second portion at the first inner edge and the second inner edge, where the first portion, the second portion, and the perforated hinge are integrally formed from a continuous piece and the perforated hinge is configured to deform, while the chassis moves from the open state to the closed state, to mate the first outer edge to the second outer edge in the closed state; wherein in the closed state, the chassis defines an interior space between the first portion and second portion said interior space containing at least one electronic component; wherein in the closed state, the perforated hinge has a rounded shape in profile about a longitudinal axis (244, 344) thereof, and a controlled radius of curvature, and a hinge height in the closed state defines the chassis height.
Liquid collection and/or movement apparatus, said apparatus including at least one panel formed by a series of members which are respectively located and formed so as to define a plurality of slots and/or apertures in the said panel which pass between a first face and an opposing second face of the said at least one panel, the panel is formed with a first group of members which are spaced apart and arranged substantially in parallel and a second group of members (4") which are spaced apart and arranged substantially in parallel and the said second group of members (4") are arranged at an angle offset to the members of the first group of members so as to form a mesh with a repeating pattern across said at least one panel, characterised in that said at least one panel is an integral unitary structural panel and a support structure locates the said at least one panel such that the first face acts as an upward facing impact surface on which said liquid impacts and locates said panel to lie at an angle to a horizontal plane which is greater than 10 so that the majority of said liquid which impacts on said first face passes across said first face to one or more edges of the at least one panel rather than pass through said plurality of slots and/or apertures.
Control device for ventilation and air-conditioning systems, comprising at least: - one or more rooms (32, 34) or room zones to be ventilated; - a supply air duct and room supply air ducts branching off therefrom; - an exhaust air duct and room exhaust air ducts branching off therefrom; - a supply air fan in the supply air duct; - controllable supply air throttle flaps for the supply air stream in the room supply air duct; - controllable exhaust air throttle flaps for the exhaust air stream in the room exhaust air duct; - a pressure sensor for each room (32, 34) or room zone, which registers a room pressure in the room (32, 34) to be ventilated, the room pressure forming a direct reference input variable of a controller for the opening position of a throttle flap (12, 14), characterized in that the limits of the open position of the supply air throttle flaps and exhaust air throttle flaps are defined as a function of the duct resistances with the effect of hydraulic equalization, in that further controllers are provided, at least in order to control the opening position of the supply air throttle flap and the output of the supply air fan, the supply air fan being controlled such that the necessary air volume or the necessary air pressure is provided in order that the condition of the air in the room (32, 34) or the room zone with the greatest difference (actual air condition value/air condition set point) is adjusted optimally. - one or more rooms (32, 34) or room zones to be ventilated; - a supply air duct and room supply air ducts branching off therefrom; - an exhaust air duct and room exhaust air ducts branching off therefrom; - a supply air fan in the supply air duct; - controllable supply air throttle flaps for the supply air stream in the room supply air duct; - controllable exhaust air throttle flaps for the exhaust air stream in the room exhaust air duct; - a pressure sensor for each room (32, 34) or room zone, which registers a room pressure in the room (32, 34) to be ventilated, the room pressure forming a direct reference input variable of a controller for the opening position of a throttle flap (12, 14),
A computer implemented method for monitoring the status of a production order in a factory such as product and production order number a current device processes, comprising: generating at least one production IoT model on the basis of a production scheduling system document, wherein the production IoT model is used to represent the production order and comprises at least process attributes of product processing including processes comprised in the production order and wherein each attribute of product processing comprises a value, generating at least one product IoT model on the basis of a product design specification document, wherein the product IoT model is used to represent production process information of a product and also comprise at least process attributes of product processing, associating a production IoT model with a product IoT model having the same process attributes to determine specific information about the production order such as the product and the order number the current device processes according to the attribute values in the two IoT models, learning data of a production device acquired by a data acquisition automation control system in the factory to obtain a data model representing processing steps of a product, wherein each product processing comprises one or more processing steps, and matching the processing steps against the process attributes of the product IoT model and determining the status of the production order in the factory on the basis of the matching result. generating at least one production IoT model on the basis of a production scheduling system document, wherein the production IoT model is used to represent the production order and comprises at least process attributes of product processing including processes comprised in the production order and wherein each attribute of product processing comprises a value, generating at least one product IoT model on the basis of a product design specification document, wherein the product IoT model is used to represent production process information of a product and also comprise at least process attributes of product processing, associating a production IoT model with a product IoT model having the same process attributes to determine specific information about the production order such as the product and the order number the current device processes according to the attribute values in the two IoT models, learning data of a production device acquired by a data acquisition automation control system in the factory to obtain a data model representing processing steps of a product, wherein each product processing comprises one or more processing steps, and matching the processing steps against the process attributes of the product IoT model and determining the status of the production order in the factory on the basis of the matching result.
An image processing device comprising: an acquisition unit that acquires a shape of an insertion part to be inserted into a subject in an endoscope; a storage unit in which a predetermined shape is stored; a determination unit that determines whether or not the shape of the insertion part includes the predetermined shape stored in the storage unit; and characterised by a display controller that controls a display unit to display a first shape image in a case where the determination unit determines that the shape of the insertion part does not include the predetermined shape, and controls the display unit to display the first shape image and a second shape image in a case where the determination unit determines that the shape of the insertion part includes the predetermined shape, the first shape image representing the shape of the insertion part in a first viewpoint direction, the second shape image including a portion corresponding to the predetermined shape of the insertion part in a second viewpoint direction different from the first viewpoint direction. an acquisition unit that acquires a shape of an insertion part to be inserted into a subject in an endoscope; a storage unit in which a predetermined shape is stored; a determination unit that determines whether or not the shape of the insertion part includes the predetermined shape stored in the storage unit; and characterised by a display controller that controls a display unit to display a first shape image in a case where the determination unit determines that the shape of the insertion part does not include the predetermined shape, and controls the display unit to display the first shape image and a second shape image in a case where the determination unit determines that the shape of the insertion part includes the predetermined shape, the first shape image representing the shape of the insertion part in a first viewpoint direction, the second shape image including a portion corresponding to the predetermined shape of the insertion part in a second viewpoint direction different from the first viewpoint direction.
A locking structure of switch device comprising: a connection seat formed with a main body assembling hole, an arm being disposed on the connection seat, a restriction section being formed on the arm; and a shift body assembled on the connection seat, the shift body being movable between a first position and a second position, the shift body having a shift section, the shift section being aligned with the arm in the second position, a lever member being disposed on the shift section, one end of the lever member being formed with push/press section, characterized in that the other end of the lever member is formed with a ridge section, whereby when the shift body moves from the first position to the second position, the ridge section is permitted to directly elastically pass over the restriction section to be restricted by the restriction section into a locked state, when the push/press section is pressed, the ridge section being driven by way of leverage to backward pass over the restriction section into an unlocked state. a connection seat formed with a main body assembling hole, an arm being disposed on the connection seat, a restriction section being formed on the arm; and a shift body assembled on the connection seat, the shift body being movable between a first position and a second position, the shift body having a shift section, the shift section being aligned with the arm in the second position, a lever member being disposed on the shift section, one end of the lever member being formed with push/press section, characterized in that the other end of the lever member is formed with a ridge section, whereby when the shift body moves from the first position to the second position, the ridge section is permitted to directly elastically pass over the restriction section to be restricted by the restriction section into a locked state, when the push/press section is pressed, the ridge section being driven by way of leverage to backward pass over the restriction section into an unlocked state.