mhurhangee/ep-ind-claims huggingface dataset:
An automatic low voltage switch comprises a case in insulating material containing: - A first pole comprising a first contact and a second contact able to be connected/disconnected reciprocally; - A second pole comprising a third contact and a fourth contact able to be connected/disconnected reciprocally; - An open/close kinematism operationally connected to said first and second poles (20, 30) to perform the connection/disconnection of said first and second contacts (21, 22) and said third and fourth contacts (31, 32); - A first, a second and a third protection device conceived to activate the release of said open/close kinematism and the opening of said contacts (21,22; 31,32) following a corresponding first, second, or third fault situation in an electrical installation associated with said switch; - Connecting means that operationally connect said open/close kinematism with said first, second and third protection devices; characterised in that when viewed from the front of said switch, said first and second poles are symmetrically arranged to the left and right of the longitudinal axis of the switch, said open/close kinematism being positioned in the centre in relation to said first and second poles (20, 30). - A first pole comprising a first contact and a second contact able to be connected/disconnected reciprocally; - A second pole comprising a third contact and a fourth contact able to be connected/disconnected reciprocally; - An open/close kinematism operationally connected to said first and second poles (20, 30) to perform the connection/disconnection of said first and second contacts (21, 22) and said third and fourth contacts (31, 32); - A first, a second and a third protection device conceived to activate the release of said open/close kinematism and the opening of said contacts (21,22; 31,32) following a corresponding first, second, or third fault situation in an electrical installation associated with said switch; - Connecting means that operationally connect said open/close kinematism with said first, second and third protection devices;
A method of communications by an access terminal via a communication channel with an access network, comprising: receiving a first congestion indicator from said access network; receiving a second congestion indicator prior to receiving said first congestion indicator, wherein said congestion indicators each indicate a level of congestion of said access network, said congestion being a measure of the amount of pending and active traffic with respect to the rated capacity of the access network; determining a current transmission rate based on said first and second congestion indicators and a previous transmission rate; and transmitting data to said access network via said communication channel at said current transmission rate. receiving a first congestion indicator from said access network; receiving a second congestion indicator prior to receiving said first congestion indicator, wherein said congestion indicators each indicate a level of congestion of said access network, said congestion being a measure of the amount of pending and active traffic with respect to the rated capacity of the access network; determining a current transmission rate based on said first and second congestion indicators and a previous transmission rate; and transmitting data to said access network via said communication channel at said current transmission rate.
A system comprising: a non-transitory memory; and one or more hardware processors coupled to the non-transitory memory and configured to read instructions from the non-transitory memory to cause the system to perform operations comprising: receiving a request to utilize a process available to the system; determining a data collection capability of the system based on an available device component of the system; determining a first authentication pathway and a second authentication pathway in an authentication profile (1200, 1202, 1210) of the system based on the data collection capability; determining user data (1110, 1302) using the data collection capability; determining that the first authentication pathway fails to allow access to the process by the system based on the user data (1110, 1302); and allowing the access to the process through the second authentication pathway based on the user data (1110, 1302). a non-transitory memory; and one or more hardware processors coupled to the non-transitory memory and configured to read instructions from the non-transitory memory to cause the system to perform operations comprising: receiving a request to utilize a process available to the system; determining a data collection capability of the system based on an available device component of the system; determining a first authentication pathway and a second authentication pathway in an authentication profile (1200, 1202, 1210) of the system based on the data collection capability; determining user data (1110, 1302) using the data collection capability; determining that the first authentication pathway fails to allow access to the process by the system based on the user data (1110, 1302); and allowing the access to the process through the second authentication pathway based on the user data (1110, 1302). receiving a request to utilize a process available to the system; determining a data collection capability of the system based on an available device component of the system; determining a first authentication pathway and a second authentication pathway in an authentication profile (1200, 1202, 1210) of the system based on the data collection capability; determining user data (1110, 1302) using the data collection capability; determining that the first authentication pathway fails to allow access to the process by the system based on the user data (1110, 1302); and allowing the access to the process through the second authentication pathway based on the user data (1110, 1302).
An edge section (11a-11d) for facade elements, comprising at least one edge termination surface extending in a longitudinal direction for covering an edge of a facade element; and at least one limb surface angled with respect to the edge termination surface, wherein the limb surface has an arrangement of a plurality of elevated portions and recesses which alternate with one another and which extend in parallel with the longitudinal direction; and wherein the elevated portions define a support surface for the facade element, said support surface extending over a large part of the limb surface, characterized in that, remote from the arrangement of elevated portions and recesses, the limb surface has at least one substantially smooth supporting surface which together with the elevated portions defines the support surface, with at least one rib extending in the longitudinal direction being provided at the supporting surface for a sealing engagement with the facade element.
A downhole sensor system for measuring a pressure of a fluid downhole in a well, comprising: - a well tubular structure having an inside and being arranged in a borehole with a wall and an annulus defined between the well tubular structure and the wall of the borehole, and - a sensor unit having a pressure unit sensor and being arranged in connection with the well tubular structure, the pressure unit sensor being adapted to measure a pressure of the fluid in the inside of the well tubular structure and/or in the annulus, the sensor unit further comprising a power supply and a communication module, and the system is characterised by: - a downhole tool comprising a power supply and a communication module for communication with the sensor unit, wherein the downhole tool further comprises a pressure tool sensor adapted to measure a pressure of the fluid inside the well tubular structure substantially opposite the pressure unit sensor for comparison with the pressure measured by the pressure unit sensor. - a well tubular structure having an inside and being arranged in a borehole with a wall and an annulus defined between the well tubular structure and the wall of the borehole, and - a sensor unit having a pressure unit sensor and being arranged in connection with the well tubular structure, the pressure unit sensor being adapted to measure a pressure of the fluid in the inside of the well tubular structure and/or in the annulus, the sensor unit further comprising a power supply and a communication module, and the system is characterised by: - a downhole tool comprising a power supply and a communication module for communication with the sensor unit,
A motor vehicle headlight having a light module that has a matrixlike arrangement of semiconductor light sources (13, 14, 15, 16), a primary lens, and a secondary lens, wherein the primary lens has individual optical wave guide portions (17, 18, 19, 20) for each semiconductor light source and a boundary face composed of partial boundary faces (21, 22, 23, 24) that are arranged in matrixlike fashion, and a respective first optical wave guide portion and a respective first partial boundary face are arranged for aiming light received from a respective first semiconductor light source in a primary radiating direction at the secondary lens, and the secondary lens is arranged for projecting a light distribution, established on the boundary face, into a forefield located ahead of the headlight, characterized in that the respective first optical wave guide portion and/or the respective first partial boundary face is arranged for aiming light from a respective second semiconductor light source (13, 15), which falls onto the respective first partial boundary face directly or via a respective second optical wave guide portion (17, 19), in a secondary beam direction (27, 28) at the secondary lens, and the motor vehicle headlight has at least one reflective and/or absorbent surface, which is located such that the light aimed in the secondary beam directions (27, 28) is prevented from affecting the light distribution established in the forefield, and the secondary lens has an achromatically acting arrangement that has at least two lenses (11, 12) with a different refractive index or which has a combination of a converging lens and a diffractive lens.
A joint arrangement comprising: - a drive member rotatable about a rotation axis, the drive member comprising a drive member press fit surface and a drive member shape lock structure; - an attachment portion having an attachment thread; and - a driven member comprising a driven member press fit surface, a driven member shape lock structure and a through hole; wherein the joint arrangement is configured such that the driven member can be rigidly connected to the drive member by means of a press fit between the drive member press fit surface and the driven member press fit surface by threadingly engaging the attachment thread with an attachment member passing through the through hole; and wherein the joint arrangement is configured such that a shape lock is provided between the drive member shape lock structure and the driven member shape lock structure when the driven member is connected to the drive member; characterised in that, the driven member further comprises a detachment thread; and wherein the joint arrangement is configured such that the press fit can be released by threadingly engaging the detachment thread with a detachment member. - a drive member rotatable about a rotation axis, the drive member comprising a drive member press fit surface and a drive member shape lock structure; - an attachment portion having an attachment thread; and - a driven member comprising a driven member press fit surface, a driven member shape lock structure and a through hole; wherein the joint arrangement is configured such that the driven member can be rigidly connected to the drive member by means of a press fit between the drive member press fit surface and the driven member press fit surface by threadingly engaging the attachment thread with an attachment member passing through the through hole; and wherein the joint arrangement is configured such that a shape lock is provided between the drive member shape lock structure and the driven member shape lock structure when the driven member is connected to the drive member; characterised in that, the driven member further comprises a detachment thread; and wherein the joint arrangement is configured such that the press fit can be released by threadingly engaging the detachment thread with a detachment member.
A method of applying cushion gum to a tire casing, comprising the steps of: selecting one of a plurality of recipes for applying cushion gum based on one of a size, model and shape of the tire casing, the plurality of recipes providing one or more combinations of one or more predetermined pressures, extruder crush distances, extruder stop distances, and extruder smear distances for applying cushion gum to a tire casing; pressurizing the tire casing to a predetermined pressure based on the selected recipe; translating one of the tire casing and the extruder head a distance to contact the other, the distance being based on the selected recipe; crushing the tire casing with an extruder head a predetermined amount of the tire casing radius, the predetermined amount based on the selected recipe; extruding the cushion gum from the extruder head onto the tire casing as the tire casing rotates and as the tire casing is crushed according to the step of crushing. selecting one of a plurality of recipes for applying cushion gum based on one of a size, model and shape of the tire casing, the plurality of recipes providing one or more combinations of one or more predetermined pressures, extruder crush distances, extruder stop distances, and extruder smear distances for applying cushion gum to a tire casing; pressurizing the tire casing to a predetermined pressure based on the selected recipe; translating one of the tire casing and the extruder head a distance to contact the other, the distance being based on the selected recipe; crushing the tire casing with an extruder head a predetermined amount of the tire casing radius, the predetermined amount based on the selected recipe; extruding the cushion gum from the extruder head onto the tire casing as the tire casing rotates and as the tire casing is crushed according to the step of crushing.
A method for modifying a behavior of a client device in a data collection system wherein the client device comprises a combination of one or more sensor devices and an intermediate gateway device acting as a client device on behalf of one or more directly connected sensor devices, said intermediate gateway device collects data for transmission to a remote server, the method comprising the steps of: the intermediate gateway device transmitting data to the remote server; characterized by the steps of; the remote server using at least a portion of the data received from the intermediate gateway device to generate information that represents a modification to a behavior of the intermediate gateway device, the remote server further using one or more dynamic external context attributes relating to the user of a sensor, wherein the generated information that represents a modification to a behavior of the client device comprises a generated rule; the remote server device transmitting the generated information to the intermediate gateway device; and the intermediate gateway device subsequently altering its behavior for operating on collected data before it is transmitted to the remote server based on the generated rule and wherein the rule is operable to alter the intermediate gateway device's behavior for a period of time after which the intermediate gateway device returns to its previous behavior. the intermediate gateway device transmitting data to the remote server; characterized by the steps of; the remote server using at least a portion of the data received from the intermediate gateway device to generate information that represents a modification to a behavior of the intermediate gateway device, the remote server further using one or more dynamic external context attributes relating to the user of a sensor, wherein the generated information that represents a modification to a behavior of the client device comprises a generated rule; the remote server device transmitting the generated information to the intermediate gateway device; and the intermediate gateway device subsequently altering its behavior for operating on collected data before it is transmitted to the remote server based on the generated rule and wherein the rule is operable to alter the intermediate gateway device's behavior for a period of time after which the intermediate gateway device returns to its previous behavior.
A method for transmitting Uplink Control Information, UCI, by a user equipment, UE, in a communication system, comprising: determining, through Radio Resource Control, RRC, signaling, configuration information indicating concurrent Physical Uplink Shared Channel, PUSCH, and Physical Uplink Control Channel, PUCCH, transmission; generating the UCI comprising at least one of a Hybrid Automatic Repeat reQuest-ACKnowledgement, HARQ-ACK, and a Channel Quality Indicator, CQI, to be transmitted in a subframe; determining whether data information on the PUSCH is transmitted in the subframe; and transmitting the UCI on one of the PUSCH and the PUCCH based on the configuration information and the determination whether the data information on the PUSCH is transmitted in the subframe. determining, through Radio Resource Control, RRC, signaling, configuration information indicating concurrent Physical Uplink Shared Channel, PUSCH, and Physical Uplink Control Channel, PUCCH, transmission; generating the UCI comprising at least one of a Hybrid Automatic Repeat reQuest-ACKnowledgement, HARQ-ACK, and a Channel Quality Indicator, CQI, to be transmitted in a subframe; determining whether data information on the PUSCH is transmitted in the subframe; and transmitting the UCI on one of the PUSCH and the PUCCH based on the configuration information and the determination whether the data information on the PUSCH is transmitted in the subframe.
Phosphosulindac for use in treating and/or preventing neuropathic pain associated with post-traumatic peripheral neuropathy (PTPN) in a subject, wherein PS has the formula I (PS-I): or the formula II (PS-II):
Operating environment (100, 200) for electronic devices, the operating environment (100, 200) comprising: a wireless electronic device (105, 205), the wireless electronic device (105, 205) comprising an optical configuration interface (106, 206) configured to sense brightness and/or color changes in the surroundings of the wireless electronic device (105, 205) and to convert the brightness and/or color changes into digital data (107, 207), and a control unit (108, 208) coupled to the optical configuration interface (106, 206) and configured to derive configuration parameters (102, 202, 222) for the wireless electronic device (105, 205) from the digital data (107, 207) and to configure the wireless electronic device (105, 205) according to the configuration parameters (102, 202, 222), a light generation device (101, 201) configured to generate light (103, 203) and to provide configuration parameters (102, 202, 222) to the wireless electronic device (105, 205) via brightness and/or color changes of the generated light (103, 203), and a configuration server configured to provide the configuration parameters (102, 202, 222) to the light generation device (101, 201) in the form of an http document wherein the light generation device (101, 201) comprises a display configured to display said http document to provide said configuration parameters (102, 202, 222). a wireless electronic device (105, 205), the wireless electronic device (105, 205) comprising an optical configuration interface (106, 206) configured to sense brightness and/or color changes in the surroundings of the wireless electronic device (105, 205) and to convert the brightness and/or color changes into digital data (107, 207), and a control unit (108, 208) coupled to the optical configuration interface (106, 206) and configured to derive configuration parameters (102, 202, 222) for the wireless electronic device (105, 205) from the digital data (107, 207) and to configure the wireless electronic device (105, 205) according to the configuration parameters (102, 202, 222), a light generation device (101, 201) configured to generate light (103, 203) and to provide configuration parameters (102, 202, 222) to the wireless electronic device (105, 205) via brightness and/or color changes of the generated light (103, 203), and a configuration server configured to provide the configuration parameters (102, 202, 222) to the light generation device (101, 201) in the form of an http document wherein the light generation device (101, 201) comprises a display configured to display said http document to provide said configuration parameters (102, 202, 222).
A structure for combining a cable and a casing, the structure comprising: a screw groove provided on a front side of an inner surface of a through hole of the casing; locking notches continuously provided on a rear side of the inner surface of the through hole; a screw protrusion having the cable penetrating the through hole and screw-engaged with the screw groove; and a locking protrusion provided on the cable, and having an inclined surface configured to allow the locking protrusion to move over the locking notches in a forward direction and a locking surface configured to prevent the locking protrusion from moving in a reverse direction by being engaged with the locking notches; characterized in that a boundary between the locking notches and the screw groove has a stepped surface and a boundary between the locking protrusion and the screw protrusion of the cable has a contact surface that is in contact with the stepped surface. a screw groove provided on a front side of an inner surface of a through hole of the casing; locking notches continuously provided on a rear side of the inner surface of the through hole; a screw protrusion having the cable penetrating the through hole and screw-engaged with the screw groove; and a locking protrusion provided on the cable, and having an inclined surface configured to allow the locking protrusion to move over the locking notches in a forward direction and a locking surface configured to prevent the locking protrusion from moving in a reverse direction by being engaged with the locking notches; characterized in that a boundary between the locking notches and the screw groove has a stepped surface and a boundary between the locking protrusion and the screw protrusion of the cable has a contact surface that is in contact with the stepped surface.
An electrolyte composition containing an alkali metal salt, the composition further comprising: a photocurable and/or thermosetting monomer; and a salt dissociating agent, a content ratio of the alkali metal salt being 50% by mass or more relative to 100% by mass of a total amount of the alkali metal salt, the photocurable and/or thermosetting monomer, and the salt dissociating agent, wherein the alkali metal salt is an alkali metal salt of bis(fluorosulfonyl)imide, and the salt dissociating agent is a compound selected from the group consisting of a carbonate compound, a sulfonyl compound and a nitrile compound. a photocurable and/or thermosetting monomer; and a salt dissociating agent, a content ratio of the alkali metal salt being 50% by mass or more relative to 100% by mass of a total amount of the alkali metal salt, the photocurable and/or thermosetting monomer, and the salt dissociating agent, wherein the alkali metal salt is an alkali metal salt of bis(fluorosulfonyl)imide, and the salt dissociating agent is a compound selected from the group consisting of a carbonate compound, a sulfonyl compound and a nitrile compound.
An agent for use in a method of treating type 2 diabetes, wherein the agent blocks the NKG2D ligand binding interaction in a subject, and wherein the NKG2D ligand is selected from the group consisting of MICA/B, ULBP/RAET1, Multl, Rae-1δ Rae-1ε and H60b.