mhurhangee/ep-ind-claims huggingface dataset:
Device for manually applying a label to a predetermined object, the device comprising a first receptacle designed to receive and hold the label and a second receptacle designed to receive and hold the object in a predetermined position relative to the first receptacle, the second receptacle being adjacent to the first receptacle and having a window opening onto the first receptacle so that the label can be applied in whole or in part to the object, wherein the first receptacle comprises a base having a surface (12A1) forming a support for the label, and at least one holding element designed to limit the movement of the label relative to the surface (12A1), wherein the holding element comprises at least one stop (12C3), the device comprising at least one groove adjacent to the surface (12A1), the groove having a bottom (12C3) forming an angle with the surface (12A1), the bottom (12C3) forming the stop (12C3).
Method for obtaining homogeneous ink for inkjet devices, wherein - an ink jet is separated into individual equally large ink droplets; - at least some of the ink droplets are provided with an electric charge; and - the ink droplets are directed by a deflection device; characterized in that - the ink droplets which are deflected by a predefined amount are collected by a homogenization droplet catcher, wherein the homogenization droplet catcher is arranged at a predetermined distance from the flight path of the undeflected ink droplets, and only those ink droplets with a predetermined mass/charge ratio are collected by it, and - in that the ink droplets collected by the homogenization droplet catcher are used for printing. - an ink jet is separated into individual equally large ink droplets; - at least some of the ink droplets are provided with an electric charge; and - the ink droplets are directed by a deflection device; characterized in that - the ink droplets which are deflected by a predefined amount are collected by a homogenization droplet catcher, wherein the homogenization droplet catcher is arranged at a predetermined distance from the flight path of the undeflected ink droplets, and only those ink droplets with a predetermined mass/charge ratio are collected by it, and - in that the ink droplets collected by the homogenization droplet catcher are used for printing.
A method, performed by a mobile device, comprising a step of: generating a message comprising mobile device-specific information, the method characterized in that: the mobile device-specific information is related to operation of a state transition timer for the mobile device, wherein the mobile device-specific information comprises an indication of the anticipated mobility status of the mobile device, wherein the anticipated mobility status is based on at least one of: a serving cell identity, a cell global identity, a physical cell identity; and in that the method further comprises a step of: sending the generated message towards an access point associated with a wireless communication network, wherein the mobile device-specific information causes the access point to adjust the state transition timer for the mobile device, wherein an expiry of the state transition timer causes the mobile device to transition from one state to another state.
A tunnel field effect transistor (TFET) device is provided, said TFET comprising at least following segments: - A highly doped drain region, - A lowly doped up to undoped channel region having a longitudinal direction and being in contact with said drain region, - A highly doped source region in contact with said channel region, the contact between the source region and the channel region forming a source-channel interface, - A gate dielectric and a gate electrode, wherein - the gate dielectric and the gate electrode are covering along the longitudinal direction at least part of the source and channel regions, said gate electrode being situated onto said gate dielectric, not extending beyond said gate dielectric, - the effective gate dielectric thickness t gd,eff is smaller at the source-channel interface than above the channel at a distance from the source-channel interface, the increase in effective gate dielectric thickness t gd,eff being obtained by means of changing the physical thickness t gd of the gate dielectric, which is achieved by having a first section with a first length with constant first thickness, and a second section with second length with varying and increasing thickness, wherein the physical thickness of said gate dielectric t gd along the longitudinal direction is increasing as the distance to the source-channel interface increases, the second section starting immediately beyond the source-channel interface up to 50 nm beyond the source-channel interface. - A highly doped drain region, - A lowly doped up to undoped channel region having a longitudinal direction and being in contact with said drain region, - A highly doped source region in contact with said channel region, the contact between the source region and the channel region forming a source-channel interface, - A gate dielectric and a gate electrode, wherein - the gate dielectric and the gate electrode are covering along the longitudinal direction at least part of the source and channel regions, said gate electrode being situated onto said gate dielectric, not extending beyond said gate dielectric, - the effective gate dielectric thickness t gd,eff is smaller at the source-channel interface than above the channel at a distance from the source-channel interface, the increase in effective gate dielectric thickness t gd,eff being obtained by means of changing the physical thickness t gd of the gate dielectric, which is achieved by having a first section with a first length with constant first thickness, and a second section with second length with varying and increasing thickness, wherein the physical thickness of said gate dielectric t gd along the longitudinal direction is increasing as the distance to the source-channel interface increases, the second section starting immediately beyond the source-channel interface up to 50 nm beyond the source-channel interface.
A method for reducing overhead associated with providing a monitor (306; 504) for an object included in a multi-threaded, object-based computing system, the computing system including a plurality of monitors (306; 504) which includes a first monitor, the method comprising: setting a first pointer, included in the first monitor, to the object; setting a second pointer, included in the object, to the first monitor; setting a third pointer, included in a thread, to the object, wherein the thread is arranged to execute on the object; setting a reference directly from the thread to the first monitor, wherein setting the reference includes updating contents of a reference field associated with the thread; invoking the object using the thread, wherein said invoking of the object using the thread includes initiating a wait action with respect to the object; and performing a memory reclamation during the wait action, wherein said performing of a memory reclamation during the wait action includes: identifying the contents of the reference field, using the contents of the reference field to identify the first monitor, and updating the contents of a monitor field associated with the first monitor to indicate that the first monitor is in use. setting a first pointer, included in the first monitor, to the object; setting a second pointer, included in the object, to the first monitor; setting a third pointer, included in a thread, to the object, wherein the thread is arranged to execute on the object; setting a reference directly from the thread to the first monitor, wherein setting the reference includes updating contents of a reference field associated with the thread; invoking the object using the thread, wherein said invoking of the object using the thread includes initiating a wait action with respect to the object; and performing a memory reclamation during the wait action, wherein said performing of a memory reclamation during the wait action includes: identifying the contents of the reference field, using the contents of the reference field to identify the first monitor, and updating the contents of a monitor field associated with the first monitor to indicate that the first monitor is in use. identifying the contents of the reference field, using the contents of the reference field to identify the first monitor, and updating the contents of a monitor field associated with the first monitor to indicate that the first monitor is in use.
Electric motor comprising unipolar windings having at least two distinct stator poles that each support a winding received on a winding form, and each having a thermal protection switch (6.1, 6.2, 6.3) and/or a sensor that is associated with the stator winding, is fixed in the winding form in a predetermined position of the relevant winding, and rests substantially flush thereon, characterised in that the winding form (3, 3.1, 3.2) is formed in a plurality of parts and can be put together, the thermal protection switch or thermal protection switches (6.1, 6.2, 6.3) being fixed in a separate retaining part that is inserted and fastened in the winding form (3.1) in order to position the thermal protection switch (6.1, 6.2, 6.3) in the inner region of the windings, the retaining part being designed as a partial circle in the circumferential direction of the arrangement of the stator poles in the motor, the thermal protection switches (6.1, 6.2, 6.3) or sensors being positioned and fixed in the retaining part so as to be spaced apart in the circumferential direction.
An apparatus for taking a sample from a piping, the apparatus comprising: - a T-shaped tubular part open at each end, - two concentric pistons (3, 4) sliding inside a leg of the T: • a first, external, piston comprising a wall at the end of which a needle is attached and pierced with at least two holes facing each other, and movable between a first position where the needle is in the tubular part and a second position where the needle comes out of the tubular part and the holes are between two arms of a crossbar of the T, • a second, internal, piston sliding inside the first, external, piston and delimiting a chamber, the holes being open to the chamber, - an opening placed facing the leg of the T. - a T-shaped tubular part open at each end, - two concentric pistons (3, 4) sliding inside a leg of the T: • a first, external, piston comprising a wall at the end of which a needle is attached and pierced with at least two holes facing each other, and movable between a first position where the needle is in the tubular part and a second position where the needle comes out of the tubular part and the holes are between two arms of a crossbar of the T, • a second, internal, piston sliding inside the first, external, piston and delimiting a chamber, the holes being open to the chamber, • a first, external, piston comprising a wall at the end of which a needle is attached and pierced with at least two holes facing each other, and movable between a first position where the needle is in the tubular part and a second position where the needle comes out of the tubular part and the holes are between two arms of a crossbar of the T, • a second, internal, piston sliding inside the first, external, piston and delimiting a chamber, the holes being open to the chamber, - an opening placed facing the leg of the T.
A method for controlling a heating apparatus inside a room including at least one leaf able to assume an open state or a closed state, the heating apparatus comprising at least one CO 2 sensor and at least one temperature sensor and further comprising a controlling module and a heating means, the controlling method comprising the following steps: - determining, over a configuration time period, the current state of the at least one leaf among the open state and the closed state, using at least one from among the at least one CO 2 sensor and the at least one temperature sensor; - periodically querying the at least one CO 2 sensor and the at least one temperature sensor regarding a detection of a change in the current state of the at least one leaf; and - as soon as a change in the current state of the at least one leaf is detected by at least one from among the at least one CO 2 sensor and the at least one temperature sensor, transitioning the heating apparatus into a controlling mode corresponding to the new current state. - determining, over a configuration time period, the current state of the at least one leaf among the open state and the closed state, using at least one from among the at least one CO 2 sensor and the at least one temperature sensor; - periodically querying the at least one CO 2 sensor and the at least one temperature sensor regarding a detection of a change in the current state of the at least one leaf; and - as soon as a change in the current state of the at least one leaf is detected by at least one from among the at least one CO 2 sensor and the at least one temperature sensor, transitioning the heating apparatus into a controlling mode corresponding to the new current state.
A computer-implemented method for locale-based sorting on a client computer system, comprising: an act of sending a request for a contact list to a server computer system, the request including an indication of the user's locale, the contact list including contact information for one or more contacts of a specified user; an act of receiving the requested contact list from the server computer system, the received contact list including one or more portions of appended sorting metadata for at least one of the user's contacts' fields, the sorting metadata being specific to the user's locale, wherein, if the user's current locale changes, the metadata is changed accordingly; an act of receiving on the client computer system, from the user, a request to sort the contacts of the contact list based on a selected sorting criterion; an act of sorting, on the client computer system, the contacts of the contact list according to the selected sorting criterion using the sorting metadata, the sorting metadata including a sorting order specific to the user's locale; and an act of presenting the sorted contacts to the user in a user interface on the client computer system. an act of sending a request for a contact list to a server computer system, the request including an indication of the user's locale, the contact list including contact information for one or more contacts of a specified user; an act of receiving the requested contact list from the server computer system, the received contact list including one or more portions of appended sorting metadata for at least one of the user's contacts' fields, the sorting metadata being specific to the user's locale, wherein, if the user's current locale changes, the metadata is changed accordingly; an act of receiving on the client computer system, from the user, a request to sort the contacts of the contact list based on a selected sorting criterion; an act of sorting, on the client computer system, the contacts of the contact list according to the selected sorting criterion using the sorting metadata, the sorting metadata including a sorting order specific to the user's locale; and an act of presenting the sorted contacts to the user in a user interface on the client computer system.
A dialysis system comprising: a dialysis instrument including at least one pump actuator; a disposable cassette operable with the at least one pump actuator, a plurality of supply lines connected to the disposable cassette, each supply line including a supply line connector and a supply line tip protector, a plurality of dialysis fluid containers, the dialysis fluid containers each including a solutions line having a solution line connector and a solution line tip protector, and an auto-connection mechanism including a solution line connector holder, a supply line connector holder, one of the holders fixed, the other of the holders moveable, and a moveable tip protector remover. a dialysis instrument including at least one pump actuator; a disposable cassette operable with the at least one pump actuator, a plurality of supply lines connected to the disposable cassette, each supply line including a supply line connector and a supply line tip protector, a plurality of dialysis fluid containers, the dialysis fluid containers each including a solutions line having a solution line connector and a solution line tip protector, and an auto-connection mechanism including a solution line connector holder, a supply line connector holder, one of the holders fixed, the other of the holders moveable, and a moveable tip protector remover.
A data processing method comprising: storing a node based access control policy system wherein each node identifies a resource and an access control policy for the resource; identifying, from the node based access control policy system, a policy for a first node and an identifier of a second node, wherein the second node is a parent node to the first node; generating a first effective policy identifier (EPID 1) from the policy for the first node and the identifier of the second node; storing data associating the first effective policy identifier (EPID 1) with the first node; identifying, from the node based access control policy system, a policy for a third node and an identifier of the second node, wherein the second node is a parent node to the third node and wherein the policy for the third node is equivalent to the policy for the first node; in response to the second node being a parent node to the third node and the policy for the third node being equivalent to the policy for the first node, storing data associating the first effective policy identifier (EPID 1) with the third node; and storing data associating one or more user identifiers with the first effective policy identifier (EPID 1). storing a node based access control policy system wherein each node identifies a resource and an access control policy for the resource; identifying, from the node based access control policy system, a policy for a first node and an identifier of a second node, wherein the second node is a parent node to the first node; generating a first effective policy identifier (EPID 1) from the policy for the first node and the identifier of the second node; storing data associating the first effective policy identifier (EPID 1) with the first node; identifying, from the node based access control policy system, a policy for a third node and an identifier of the second node, wherein the second node is a parent node to the third node and wherein the policy for the third node is equivalent to the policy for the first node; in response to the second node being a parent node to the third node and the policy for the third node being equivalent to the policy for the first node, storing data associating the first effective policy identifier (EPID 1) with the third node; and storing data associating one or more user identifiers with the first effective policy identifier (EPID 1).
A radar-based fill level measuring device for measuring a fill level of a filling material located in a container, comprising: - a signal generating unit that is configured to generate an electrical high frequency signal (s HF) based on an adjustable measurement rate (r m), - an antenna arrangement, which can be used to transmit the high frequency signal (s HF) toward the filling material as a radar signal (s HF) and can then, following reflection on the surface of the filling material, be received as a corresponding reception signal (e HF), - an evaluation unit that is configured to cyclically redetermine the fill level at least on the basis of the reception signal (e HF) at the adjustable measurement rate (r m), - a temperature sensor that is configured to measure the temperature on the signal generating unit and/or on the evaluation unit, characterized in that the signal generating unit and the evaluation unit are configured to regulate the measurement rate (r m) in such a way on the basis of the measured temperature that the measurement rate (r m) is at least reduced above a defined limit temperature (T g) as the temperature increases, and that the signal generating unit and the evaluation unit are configured to stop the fill level measurement insofar as the measured temperature exceeds a predefined maximum temperature (T max). - a signal generating unit that is configured to generate an electrical high frequency signal (s HF) based on an adjustable measurement rate (r m), - an antenna arrangement, which can be used to transmit the high frequency signal (s HF) toward the filling material as a radar signal (s HF) and can then, following reflection on the surface of the filling material, be received as a corresponding reception signal (e HF), - an evaluation unit that is configured to cyclically redetermine the fill level at least on the basis of the reception signal (e HF) at the adjustable measurement rate (r m), - a temperature sensor that is configured to measure the temperature on the signal generating unit and/or on the evaluation unit, the signal generating unit and the evaluation unit are configured to regulate the measurement rate (r m) in such a way on the basis of the measured temperature that the measurement rate (r m) is at least reduced above a defined limit temperature (T g) as the temperature increases, and that the signal generating unit and the evaluation unit are configured to stop the fill level measurement insofar as the measured temperature exceeds a predefined maximum temperature (T max).
Apparatus comprising: a plurality of laminated chip assemblies (200,201; 300), wherein each laminated chip assembly comprises multiple semiconductor chips (202, 203; A, B, C), which are bonded permanently together to form the laminated chip assembly and which communicate with each other through electrically conductive connections; wherein the plurality of laminated chip assemblies are stacked together to form a stack of laminated chip assemblies without being permanently bonded to each other; and wherein laminated chip assemblies communicate with each other through capacitive coupling (204; 302). a plurality of laminated chip assemblies (200,201; 300), wherein each laminated chip assembly comprises multiple semiconductor chips (202, 203; A, B, C), which are bonded permanently together to form the laminated chip assembly and which communicate with each other through electrically conductive connections; wherein the plurality of laminated chip assemblies are stacked together to form a stack of laminated chip assemblies without being permanently bonded to each other; and wherein laminated chip assemblies communicate with each other through capacitive coupling (204; 302).