mhurhangee/patent-ind-claim-en huggingface dataset:
A module for evaluating a speed of a rear wheel of an automobile in a turn, filled in by input parameters which comprise, as the only speed parameters, evaluations of speeds of the front wheels of the automobile, characterized in that the speed of the rear wheel in the inside of the turn is evaluated by a formula V eAR = V moy 3 + 2 3 V min 2 V max K corr , where V eAR is the rear wheel speed evaluation, V min and V max the front wheel speed evaluations with V min ≤ V max , V moy = 1 2 V min + V max , and K corr is a correction coefficient, and in that K corr = 1 for V max V min ≤ S 1 , and K corr ≤ 1 for V max V min > S 1 , S1 being a fixed threshold.
A method for controlling refrigerant distribution of a multi-split air-conditioning system, wherein, the multi-split air-conditioning system comprises a re-cooling system and a flow distributing device, the re-cooling system comprises a first heat exchanger, a second heat exchanger, a first electronic expansion valve and a second electronic expansion valve, and the method comprises: when the multi-split air-conditioning system enters a main heating mode, controlling the second electronic expansion valve to close (S101); controlling an electronic expansion valve corresponding to a cooling indoor unit to perform an opening adjustment (S102); when an opening of the electronic expansion valve corresponding to the cooling indoor unit reaches a maximum opening, calculating a target opening of the second electronic expansion valve according to a total opening and the maximum opening of the electronic expansion valve corresponding to the cooling indoor unit (S103); and controlling the second electronic expansion valve according to the target opening (S104). when the multi-split air-conditioning system enters a main heating mode, controlling the second electronic expansion valve to close (S101); controlling an electronic expansion valve corresponding to a cooling indoor unit to perform an opening adjustment (S102); when an opening of the electronic expansion valve corresponding to the cooling indoor unit reaches a maximum opening, calculating a target opening of the second electronic expansion valve according to a total opening and the maximum opening of the electronic expansion valve corresponding to the cooling indoor unit (S103); and controlling the second electronic expansion valve according to the target opening (S104).
An SMS message processing method performed by a mobile terminal, wherein the method is applied to an SMS message interaction interface of the mobile terminal, and the mobile terminal comprises a touchscreen, wherein the SMS message interaction interface comprises a recipient name, an SMS message text box, and an SMS message Favorites bar, and the SMS message Favorites bar comprises a Favorites button; and the method comprises: receiving, , a first touch operation on the Favorites button; obtaining, , a Favorite SMS message from storage space of the mobile terminal according to the first touch operation; displaying, , the obtained Favorite SMS message on the touchscreen; receiving a second touch operation on a historical SMS message, wherein the SMS message interaction interface further comprises the historical SMS message of the mobile terminal, the second touch operation is an operation of touching the historical SMS message and dragging the historical SMS message to the SMS message Favorites bar, the historical SMS message is an SMS message received or sent by the mobile terminal before a current moment; and marking the historical SMS message as a Favorite SMS message according to the second touch operation. receiving, , a first touch operation on the Favorites button; obtaining, , a Favorite SMS message from storage space of the mobile terminal according to the first touch operation; displaying, , the obtained Favorite SMS message on the touchscreen; receiving a second touch operation on a historical SMS message, wherein the SMS message interaction interface further comprises the historical SMS message of the mobile terminal, the second touch operation is an operation of touching the historical SMS message and dragging the historical SMS message to the SMS message Favorites bar, the historical SMS message is an SMS message received or sent by the mobile terminal before a current moment; and marking the historical SMS message as a Favorite SMS message according to the second touch operation.
Hinge for a door, a window, or a similar structural component, with at least one hinge leaf on the structural component side and one on the frame side, which can be rotated relative to one another about an axis of a hinge pin which connects them to one another, wherein, in the installed state, the hinge leaf on the structural component side is mounted such as to pivot at the hinge leaf on the frame side, wherein the hinge pin and the one hinge leaf are provided with an adjustment mechanism , by means of which the hinge pin can be adjusted in this one hinge leaf sufficiently far in both axial directions that, in the released position, it is located at a distance from the adjacent side edge (6") of the other hinge leaf on the structural component side, inasmuch as, in the installed state, it engages in a borehole of the hinge leaf in order to provide for the pivot mounting, wherein the adjustment mechanism is provided as a screw connection between the hinge pin and the hinge leaf , wherein the adjustment mechanism is formed in a guide sleeve of the hinge leaf on the frame side, and in the hinge pin , characterized in that for the screw connection of the adjustment mechanism , an internal thread is worked into the lower part of the guide sleeve , and an outer thread at the hinge pin , over approximately such a length that, in the released retracted position, it is still partially screwed into this guide sleeve , wherein the hinge pin , mounted in the borehole in the hinge leaf , is guided in an eccentric sleeve with a parallel axis to it and with an adjustable axis of rotation, and can be pushed back on the upper side as far as a bearing element of the eccentric sleeve .
A toner comprising a crystalline polyester resin, wherein the crystalline polyester has a Young's modulus as measured by an ultramicro durometer at 25°C of at least 2 GPa and a melting point of at least 60°C and not more than 125°C, wherein the Young's modulus and the melting point are determined according to the description.
An ascension aid for a wind turbine comprising a cabin , a catch unit which co-operates with a securing cable as a securing means and is adapted to prevent the cabin from moving unexpectedly downwardly, and a testing unit for testing the functionality of the catch unit , wherein the testing unit has a guide unit for the securing cable characterized in that the testing unit comprises an entrainment unit for the securing cable , which is suitable for pulling the securing cable upwardly. a cabin , a catch unit which co-operates with a securing cable as a securing means and is adapted to prevent the cabin from moving unexpectedly downwardly, and a testing unit for testing the functionality of the catch unit , wherein the testing unit has a guide unit for the securing cable characterized in that the testing unit comprises an entrainment unit for the securing cable , which is suitable for pulling the securing cable upwardly.
A hydrostatic seal configured to be disposed between relatively rotatable components, the seal comprising: a base ; and a shoe operatively coupled to the base and extending axially from a forward end to an aft end to define an axial length; wherein the base is operatively coupled to a static housing structure ; characterized in that the static housing structure is substantially a U-shaped cross-sectional structure that includes a first segment extending axially rearward from a first end to a second end , a second segment extending radially from the second end to a third end , and a third segment extending axially forward from the third end toward a fourth end that abuts or is in close proximity to the aft end of the shoe. a base ; and a shoe operatively coupled to the base and extending axially from a forward end to an aft end to define an axial length; wherein the base is operatively coupled to a static housing structure ; characterized in that the static housing structure is substantially a U-shaped cross-sectional structure that includes a first segment extending axially rearward from a first end to a second end , a second segment extending radially from the second end to a third end , and a third segment extending axially forward from the third end toward a fourth end that abuts or is in close proximity to the aft end of the shoe.
A method of sampling fluid from a flow system in a subsea oil and gas installation, the method comprising: providing a valve apparatus comprising: an inlet for production flow from the subsea oil and gas production installation, and an outlet for production flow; a first flow control valve disposed between the inlet and the outlet; and first and second flow lines disposed between the inlet and the first flow control valve and the outlet and the first flow control valve, respectively; providing a sampling apparatus having a sampling circuit in communication with the first and second flow lines, the sampling apparatus comprising: a second flow control valve disposed in the first or second flow line; partially closing the first flow control valve of the valve apparatus to create a pressure differential between the first and second flow lines and thereby create a turbulent and/or mixed flow of a production fluid and drive production fluid into the sampling circuit ; and partially closing the second flow control valve to regulate the turbulent and/or mixed flow of production fluid to a sampling flow rate through the sampling circuit . providing a valve apparatus comprising: an inlet for production flow from the subsea oil and gas production installation, and an outlet for production flow; a first flow control valve disposed between the inlet and the outlet; and first and second flow lines disposed between the inlet and the first flow control valve and the outlet and the first flow control valve, respectively; an inlet for production flow from the subsea oil and gas production installation, and an outlet for production flow; a first flow control valve disposed between the inlet and the outlet; and first and second flow lines disposed between the inlet and the first flow control valve and the outlet and the first flow control valve, respectively; providing a sampling apparatus having a sampling circuit in communication with the first and second flow lines, the sampling apparatus comprising: a second flow control valve disposed in the first or second flow line; partially closing the first flow control valve of the valve apparatus to create a pressure differential between the first and second flow lines and thereby create a turbulent and/or mixed flow of a production fluid and drive production fluid into the sampling circuit ; and partially closing the second flow control valve to regulate the turbulent and/or mixed flow of production fluid to a sampling flow rate through the sampling circuit .
Push button system intended to activate an actuation member, the system comprising: - a button head ; - a pusher actuator integral with the button head , the pusher actuator having a lower end intended to cooperate with the actuation member; - a first hollow guide member , the pusher actuator being mounted to slide into the first hollow guide member , the first hollow guide member being intended to be secured to a fixed element relative to the button head and to the pusher actuator ; - a second hollow guide member arranged in the button head ; - a pin mounted to slide into the second hollow guide member , and intended to be secured to the fixed element; characterized in that the pusher actuator has an upper portion provided on the periphery thereof with a collar intended to cooperate with an internal face of the first hollow guide member to guide the pusher inside said member . - a button head ; - a pusher actuator integral with the button head , the pusher actuator having a lower end intended to cooperate with the actuation member; - a first hollow guide member , the pusher actuator being mounted to slide into the first hollow guide member , the first hollow guide member being intended to be secured to a fixed element relative to the button head and to the pusher actuator ; - a second hollow guide member arranged in the button head ; - a pin mounted to slide into the second hollow guide member , and intended to be secured to the fixed element;
Positioning unit , comprising two control carriages and a working carriage , - the two control carriages and the working carriage being movable on tracks that extend in parallel with one another, - a working arm being articulated on a working base point on the working carriage and a control arm being articulated on a respective control base point on the control carriages , - the control arms being articulated on the working arm at a control point of said working arm, the control point being spaced apart by a predefined lambda distance (d) from an end of the working arm that forms a working point end and faces away from the working base point , and - the two control base points and the working base point generating a triangle, characterized in that at least two carriages of the two control carriages and of the working carriage are movably arranged on a common guide . - the two control carriages and the working carriage being movable on tracks that extend in parallel with one another, - a working arm being articulated on a working base point on the working carriage and a control arm being articulated on a respective control base point on the control carriages , - the control arms being articulated on the working arm at a control point of said working arm, the control point being spaced apart by a predefined lambda distance (d) from an end of the working arm that forms a working point end and faces away from the working base point , and - the two control base points and the working base point generating a triangle,
A method of manufacturing a height-modulated optically diffractive grating, comprising - providing a substrate , - manufacturing a plurality of temporary elements of first material onto the substrate , the elements being separated by gaps and arranged as a periodic structure comprising at least two periods having different element heights, - depositing a coating layer of second material on the plurality of temporary elements such that the coating layer fills said gaps and covers said temporary elements, wherein said coating layer is a conformal layer, - removing a uniform layer of second material in order to expose said temporary elements , - removing said first material in order to form a height -modulated pattern of said second material onto the substrate as said optically diffractive grating. - providing a substrate , - manufacturing a plurality of temporary elements of first material onto the substrate , the elements being separated by gaps and arranged as a periodic structure comprising at least two periods having different element heights, - depositing a coating layer of second material on the plurality of temporary elements such that the coating layer fills said gaps and covers said temporary elements, wherein said coating layer is a conformal layer, - removing a uniform layer of second material in order to expose said temporary elements , - removing said first material in order to form a height -modulated pattern of said second material onto the substrate as said optically diffractive grating.
An electric apparatus , comprising: a superimposition signal transmission portion configured to transmit an operation signal corresponding to a state of an operation element to an external communication device, and configured to transmit, to the external communication device, a superimposition signal obtained by superimposing a data signal indicating predetermined information on the operation signal, characterized in that the electric apparatus further comprises: an operation mode switching portion configured to switch between a normal operation mode in which transmission of the superimposition signal is performed and a low current consumption mode in which transmission of the operation signal is performed and transmission of the superimposition signal is not performed, and a current detection portion configured to detect a current value supplied from the external communication device, wherein the operation mode switching portion is configured to switch to the normal operation mode when the current detection portion detects a current equal to or greater than a predetermined threshold value in the low current consumption mode. an operation mode switching portion configured to switch between a normal operation mode in which transmission of the superimposition signal is performed and a low current consumption mode in which transmission of the operation signal is performed and transmission of the superimposition signal is not performed, and a current detection portion configured to detect a current value supplied from the external communication device, wherein the operation mode switching portion is configured to switch to the normal operation mode when the current detection portion detects a current equal to or greater than a predetermined threshold value in the low current consumption mode.
A method for transferring an object data set stored in a data storage area of a lower server to an upper server , the lower server and the upper server being installed in a server cluster comprising at least one upper server, and the servers being arranged in vertically staggered server levels E1, E2, E3, E4, the unique allocation of the object data set to a specific object being performed either by addressing the server data storage area with an access data set stored in an access data storage area of an RFID data carrier attached to the object or by transferring the object data set from a data storage area of the RFID data carrier to an allocated data storage area of the lower server, transferal of the object data set to the upper server being performed by accessing the data storage area of the lower server, characterised in that the lower server has a plurality of object data or object data sets allocated to an object, the object data being uniquely allocated to one object by means of an RFID data carrier and the object data sets being uniquely allocated to a plurality of different objects by means of a corresponding number of RFID data carriers, only the lower server providing access to all of the object data or object data sets, and the upper servers each providing access only to defined object data or object data sets in such a manner that the higher a server is arranged in the vertical server cluster, the higher the number of authorised users of that server is.
An oil separator , comprising: a first pipe suitable to be connected to a discharge port of a compressor ; a second pipe suitable to be connected to a suction port of the compressor ; a differential pressure generation mechanism that has a third pipe that connects the first pipe and the second pipe with each other and a filter portion located at a distal end of the third pipe at which the third pipe is connected to the first pipe , the differential pressure generation mechanism being configured to generate a differential pressure between a pressure of high-pressure refrigerant that flows in the first pipe and a pressure of low-pressure refrigerant that flows in the second pipe ; and an oil return mechanism that has an oil return port opened and formed at the first pipe and disposed downstream of a connection position at which the third pipe is connected to the first pipe and a portion of an oil return circuit that connects the first pipe and the second pipe with each other via the oil return port , the filter portion in the differential pressure generation mechanism being configured to collect, by the differential pressure, the lubricating oil that is in a form of mist included in the high-pressure refrigerant, the first pipe allowing the collected lubricating oil to move downstream along an internal wall of the first pipe , the oil return mechanism being configured to return, via the oil return circuit and the oil return port , the collected lubricating oil included in the high-pressure refrigerant from the first pipe to the second pipe . a first pipe suitable to be connected to a discharge port of a compressor ; a second pipe suitable to be connected to a suction port of the compressor ; a differential pressure generation mechanism that has a third pipe that connects the first pipe and the second pipe with each other and a filter portion located at a distal end of the third pipe at which the third pipe is connected to the first pipe , the differential pressure generation mechanism being configured to generate a differential pressure between a pressure of high-pressure refrigerant that flows in the first pipe and a pressure of low-pressure refrigerant that flows in the second pipe ; and an oil return mechanism that has an oil return port opened and formed at the first pipe and disposed downstream of a connection position at which the third pipe is connected to the first pipe and a portion of an oil return circuit that connects the first pipe and the second pipe with each other via the oil return port , the filter portion in the differential pressure generation mechanism being configured to collect, by the differential pressure, the lubricating oil that is in a form of mist included in the high-pressure refrigerant, the first pipe allowing the collected lubricating oil to move downstream along an internal wall of the first pipe , the oil return mechanism being configured to return, via the oil return circuit and the oil return port , the collected lubricating oil included in the high-pressure refrigerant from the first pipe to the second pipe .
Composite pane for a head-up display with an upper edge (O), a lower edge (U), and an HUD region (B), at least comprising an outer pane and an inner pane , which are joined to one another by a thermoplastic intermediate layer , and a transparent, electrically conductive coating on the surface (III) of the inner pane facing the intermediate layer or within the intermediate layer , - wherein the intermediate layer is formed by at least one ply of thermoplastic material, which is arranged between the electrically conductive coating and the outer pane , - wherein the thickness of the ply of thermoplastic material is variable with a wedge angle (α) over its vertical course between the lower edge (U) and the upper edge (O) at least in the HUD region (B), and - wherein an anti-reflective coating is applied on the surface (IV) of the inner pane facing away from the intermediate layer . - wherein the intermediate layer is formed by at least one ply of thermoplastic material, which is arranged between the electrically conductive coating and the outer pane , - wherein the thickness of the ply of thermoplastic material is variable with a wedge angle (α) over its vertical course between the lower edge (U) and the upper edge (O) at least in the HUD region (B), and - wherein an anti-reflective coating is applied on the surface (IV) of the inner pane facing away from the intermediate layer .