mhurhangee/ep-ind-claims huggingface dataset:
Device for providing electric connection and/or communication connection, which device comprises a casing and an insert, wherein: - the casing is arranged to be fitted in a table board or a wall and to contain the insert, wherein the casing is fitted in the table board or wall so that the upper side of the casing essentially is in level with a surface of the table board or the wall; and - the insert comprises at least one electric connection and/or communication connection for analog or digital communication and the device is characterised in that the insert is arranged to be manoeuvred to a plurality of different axial positions in the casing by means of at least a first member arranged on the outside of the insert adapted to co - operate with at least one second member arranged on the inside of the casing, wherein the first member is a recess and the second member is a projection or vice versa, wherein the insert is arranged to at least be able to assume a first position and a second position in the casing so that the space above the insert is varied, wherein the upper side of the insert essentially is in level with the upper side of the casing when the insert assumes the first position. - the casing is arranged to be fitted in a table board or a wall and to contain the insert, wherein the casing is fitted in the table board or wall so that the upper side of the casing essentially is in level with a surface of the table board or the wall; and - the insert comprises at least one electric connection and/or communication connection for analog or digital communication and the device is characterised in that the insert is arranged to be manoeuvred to a plurality of different axial positions in the casing by means of at least a first member arranged on the outside of the insert adapted to co - operate with at least one second member arranged on the inside of the casing, wherein the first member is a recess and the second member is a projection or vice versa, wherein the insert is arranged to at least be able to assume a first position and a second position in the casing so that the space above the insert is varied, wherein the upper side of the insert essentially is in level with the upper side of the casing when the insert assumes the first position.
A folded camera, comprising: a) a movable lens having a lens optical axis and positioned in an optical path between an optical path folding element (OPFE) and an image sensor, wherein the OPFE folds light from a first direction to a second direction, the second direction being substantially along the lens optical axis; and b) an actuator (108, 108') for controlling movement of the lens along the optical axis of the lens; c) a shield that is integral to the actuator or a separate part fixedly attached to the actuator, the shield having an opening positioned and dimensioned, and the actuator being configured to enable installation of the lens in a pick-and-place step into the shield along an insertion direction that is substantially parallel to the first direction. a) a movable lens having a lens optical axis and positioned in an optical path between an optical path folding element (OPFE) and an image sensor, wherein the OPFE folds light from a first direction to a second direction, the second direction being substantially along the lens optical axis; and b) an actuator (108, 108') for controlling movement of the lens along the optical axis of the lens; c) a shield that is integral to the actuator or a separate part fixedly attached to the actuator, the shield having an opening positioned and dimensioned, and the actuator being configured to enable installation of the lens in a pick-and-place step into the shield along an insertion direction that is substantially parallel to the first direction.
Transportable sound absorbing wall, consisting of individual absorbing panels, with each of the absorbing panels (20, 21, 22, 23) being characterised by a stable, circumferential load-bearing frame a sound absorbing board is attached flush to, and with the horizontal frame sections of the load-bearing frames of absorbing panels (20, 21, 22, 23) stacked on top of each other being capable of being connected to a self-supporting stack mechanically, characterised in that every sound absorbing board encompasses the vertical sections of every load-bearing frame with its lateral flanks in such a way that the vertical sections of every load-bearing frame are covered to the front and to the side by the related sound absorbing board.
A method of making a stretchable and foldable electronic device, said method comprising: providing a multilayer device comprising a substrate layer, a functional layer and one or more neutral mechanical surface adjusting layers, wherein said functional layer is supported by said substrate layer, wherein at least one of said one or more neutral mechanical surface adjusting layers is disposed above said functional layer, wherein at least one of said one or more neutral mechanical surface adjusting layers of said multilayer device has a property that is spatially inhomogeneous relative to a location in said multilayer device, wherein said spatially inhomogeneous property positions a spatially varying neutral mechanical surface that is coincident with or proximate to said functional layer and is positioned less than 2 mm from a strain sensitive material of said functional layer, and wherein spatial variations in said spatially inhomogeneous property causes said spatially varying neutral mechanical surface to be positioned at different distances from a top surface of the multilayer device in different spatial regions of the multilayer device, relative to said functional layer. providing a multilayer device comprising a substrate layer, a functional layer and one or more neutral mechanical surface adjusting layers, wherein said functional layer is supported by said substrate layer, wherein at least one of said one or more neutral mechanical surface adjusting layers is disposed above said functional layer, wherein at least one of said one or more neutral mechanical surface adjusting layers of said multilayer device has a property that is spatially inhomogeneous relative to a location in said multilayer device, wherein said spatially inhomogeneous property positions a spatially varying neutral mechanical surface that is coincident with or proximate to said functional layer and is positioned less than 2 mm from a strain sensitive material of said functional layer, and wherein spatial variations in said spatially inhomogeneous property causes said spatially varying neutral mechanical surface to be positioned at different distances from a top surface of the multilayer device in different spatial regions of the multilayer device, relative to said functional layer.
Method to manufacture a shoe guide, comprising at least two distinct members (36,38) stacked on top of each other, adapted, in use, to be in the housing of a fuel pump in order to guide a shoe member hosting a roller cooperating with a plunger reciprocally moving along a main axis to perform a pumping cycle, the method comprising the following steps: a) providing at least two blank members of wrought steel having a cylindrical outer face extending along a main axis from a first end transverse face to an opposed second end transverse face and having an axial central through bore with a substantially rectangular cross-section defining four flat faces (52, 54, 56, 58), said rectangular bore opening in both end transverse faces (46, 48); b) angularly orienting the blank relative to the pump housing and axially inserting with interference said blank into a cylindrical bore provided in the fuel pump housing, the cylindrical outer face being press-fitted against the cylindrical inner face of the bore; c) finishing the four faces (52, 54, 56, 58) so that the nominal dimensions and the geometrical tolerances such as surface finish, flatness parallelism of opposed faces match the functional requirement for the shoe guide to provide axial guiding to the shoe member under operating conditions of a fuel pump and wherein, the axial thickness of the shoe guide measured between the transverse faces (36, 38) is between 16 and 20 mm, preferably 18 mm. a) providing at least two blank members of wrought steel having a cylindrical outer face extending along a main axis from a first end transverse face to an opposed second end transverse face and having an axial central through bore with a substantially rectangular cross-section defining four flat faces (52, 54, 56, 58), said rectangular bore opening in both end transverse faces (46, 48); b) angularly orienting the blank relative to the pump housing and axially inserting with interference said blank into a cylindrical bore provided in the fuel pump housing, the cylindrical outer face being press-fitted against the cylindrical inner face of the bore; c) finishing the four faces (52, 54, 56, 58) so that the nominal dimensions and the geometrical tolerances such as surface finish, flatness parallelism of opposed faces match the functional requirement for the shoe guide to provide axial guiding to the shoe member under operating conditions of a fuel pump and wherein, the axial thickness of the shoe guide measured between the transverse faces (36, 38) is between 16 and 20 mm, preferably 18 mm.
An electric field generating device configured to form part of a cold storage comprising a storage for food and a refrigeration apparatus, the electric field generating device comprising an electrode and a voltage applying device configured to apply a voltage to the electrode, the electric field generating device being configured to generate an electric field in an inside of a storage for food, wherein the electric field generating device comprises: a supporting member configured to support the electrode to be movable between a predetermined use position at which an electric field can be generated in the inside of the storage and a predetermined housing position that differs from the use position, wherein the electrode has an elongated shape, and the use position is a position at which the electrode is in a state of extending from one end side to another end side of the storage through a center portion of the storage; characterized in that the electric field generating device comprises: a fixing member configured to fix the electrode immovably at the use position, wherein the electrode has flexibility, the supporting member is configured to be able to wind up the electrode, and the housing position is a position at which the electrode is in a state of being wound up by the supporting member. a supporting member configured to support the electrode to be movable between a predetermined use position at which an electric field can be generated in the inside of the storage and a predetermined housing position that differs from the use position, wherein the electrode has an elongated shape, and the use position is a position at which the electrode is in a state of extending from one end side to another end side of the storage through a center portion of the storage; a fixing member configured to fix the electrode immovably at the use position, wherein the electrode has flexibility, the supporting member is configured to be able to wind up the electrode, and the housing position is a position at which the electrode is in a state of being wound up by the supporting member.
Lock system having lock cylinders and matching flat keys, wherein the broad sides (2, 3) of the key shanks comprise variation grooves (10 to 19) which are produced according to a locking-system-specific coding profile template and extend in the longitudinal direction of the key shank, and the keyways of the lock cylinders comprise variation ribs (10 to 19) which correspond to said variation grooves, wherein the coding profile templates which define the individuality and the locking hierarchy are defined by a plurality of sinusoidal functions (21 to 27) which extend in a cross-sectional plane through the key shank or the keyway and determine the edge distances of vertices (10' to 19') of the variation grooves (10 to 19) from a longitudinal edge (2', 3') of the key shank broad side (2, 3) or the vertices of the variation ribs (10 to 19) from the edge of a broad side of the keyway and the vertex depths of the variation grooves (10 to 19) or the vertex heights of the variation ribs (10 to 19), the zero lines (20, 20') of which sinusoidal functions extend in parallel with the key midplane or keyway midplane and transversely to the longitudinal direction of the key shank or the keyway, and the curve shape of which functions which is defined by an amplitude parameter (A 1 to A 7), a wavelength parameter and a phase parameter (P 1 to P 7) describes the position of the vertex (10' to 19') of the variation grooves (10 to 19) or variation ribs (10 to 19), wherein the variation ribs (10 to 19) have a cross section which is defined by the region of the peaks of the curve shape, wherein all the sinusoidal functions (21 to 27) which define the position of the vertex (10' to 19') of a broad side (2, 3) have the same zero line (20, 20'), which zero line (20, 20') is at a distance (n) away from the key shank midplane or the keyway midplane, outside of the cross-sectional surface of the key shank or the cross-sectional surface of the keyway, that is greater than half the material thickness of the key shank, and have the same wavelength parameter.
An implantable cardiac therapy system comprising: a first lead configured for placement in an internal thoracic vein of a patient, the first lead comprising at least a first electrode thereon for therapy delivery; and an implantable canister for coupling to the first lead, the implantable canister housing and comprising operational circuitry configured to deliver output therapy in the form of at least one of bradycardia pacing, anti-tachycardia pacing, cardiac resynchronization therapy, or defibrillation, using at least the first electrode with the first lead in the ITV. a first lead configured for placement in an internal thoracic vein of a patient, the first lead comprising at least a first electrode thereon for therapy delivery; and an implantable canister for coupling to the first lead, the implantable canister housing and comprising operational circuitry configured to deliver output therapy in the form of at least one of bradycardia pacing, anti-tachycardia pacing, cardiac resynchronization therapy, or defibrillation, using at least the first electrode with the first lead in the ITV.
A computer-implemented method comprising: receiving a deployment manifest for deploying an application in a cloud computing platform, the deployment manifest specifying parameters for provisioning a resource of the cloud computing platform to serve the application; identifying, from the parameters, one or more secret names associated with the resource; requesting, from a credential manager, a respective secret value for each of the one or more secret names; modifying the deployment manifest, including replacing each of the one or more secret names in the deployment manifest with a corresponding secret value received from the credential manager; and provisioning the resource for the application using the modified deployment manifest, including creating a service instance for consumption by the application and binding the resource to the service instance using the one or more secret values. receiving a deployment manifest for deploying an application in a cloud computing platform, the deployment manifest specifying parameters for provisioning a resource of the cloud computing platform to serve the application; identifying, from the parameters, one or more secret names associated with the resource; requesting, from a credential manager, a respective secret value for each of the one or more secret names; modifying the deployment manifest, including replacing each of the one or more secret names in the deployment manifest with a corresponding secret value received from the credential manager; and provisioning the resource for the application using the modified deployment manifest, including creating a service instance for consumption by the application and binding the resource to the service instance using the one or more secret values.
A composition for forming a conductive pattern by electromagnetic irradiation, comprising: a polymer resin; and a non-conductive metal compound which is represented by the following Chemical Formula 1 and has a distorted square pyramidal structure, in which Cu or M is surrounded by five oxygen atoms, or a distorted octahedral structure, in which Cu or M is surrounded by six oxygen atoms, wherein a metal core is formable from the non-conductive metal compound by electromagnetic irradiation: [Chemical Formula 1] Cu 2-x M x P 2 O 7 wherein M is one or more metals selected from the group consisting of Zn, Mg, Ca, Sr and Ba, and x satisfies the condition of 0<x<2. a polymer resin; and a non-conductive metal compound which is represented by the following Chemical Formula 1 and has a distorted square pyramidal structure, in which Cu or M is surrounded by five oxygen atoms, or a distorted octahedral structure, in which Cu or M is surrounded by six oxygen atoms, wherein a metal core is formable from the non-conductive metal compound by electromagnetic irradiation: [Chemical Formula 1] Cu 2-x M x P 2 O 7 wherein M is one or more metals selected from the group consisting of Zn, Mg, Ca, Sr and Ba, and x satisfies the condition of 0<x<2.
Device having an annular cylinder and an annular piston which is arranged concentrically on the annular cylinder, a substantially annular pressure medium chamber being formed between the annular cylinder and the annular piston, the annular piston being movable with respect to the annular cylinder when the pressure medium chamber is loaded with pressure, the annular piston having a circumferential wiper ring as wiper element, by way of which a penetration of particles from the surroundings into the pressure medium chamber is prevented, and the annular piston having, as a sealing element, a circumferential sealing ring which is arranged at a spacing from the wiper ring and by way of which the pressure medium chamber is sealed against an escape of pressure medium, an annular space being formed between the wiper ring and the lip sealing ring, which annular space is suitable for receiving lubricant, and the wiper ring being active in both cylinder running directions, as a result of which a penetration of particles from the surroundings into the pressure medium chamber and, at the same time, a discharge of lubricant from the annular space which is arranged between the wiper ring and the lip sealing ring are prevented, characterized in that the wiper ring has an interruption in the circumferential direction, and an elastic insert piece is arranged in the interruption.
A bioprinter spray head assembly, comprising: an outer nozzle provided with a second channel, the outer nozzle comprises a first guide portion and a first body portion connected with the first guide portion; and an inner nozzle provided with a first material channel, and the inner nozzle being coaxially provided within the second channel, and the inner nozzle comprises a second guide portion and a second body portion connected with the second guide portion; wherein an annular space between the outer nozzle and the inner nozzle forms a second material channel, and the second material channel surrounds the first material channel at an outlet of the first material channel to converge a second material sprayed from an outlet of the second material channel toward a first material sprayed from the outlet of the first material channel, so as to form a fluid printing unit; wherein the first guide portion and the second guide portion are provided adjacent to an outlet of the spray head, and a first annular space between the first guide portion and the second guide portion is tapered along a direction toward the outlet of the second material channel, wherein a second annular space between the first body portion and the second body portion is at least partially tapered towards a direction of the outlet of the second material channel, characterized in that at the outlet of the second material channel, the outlet of the outer nozzle is flush with the outlet of the inner nozzle. an outer nozzle provided with a second channel, the outer nozzle comprises a first guide portion and a first body portion connected with the first guide portion; and an inner nozzle provided with a first material channel, and the inner nozzle being coaxially provided within the second channel, and the inner nozzle comprises a second guide portion and a second body portion connected with the second guide portion; wherein an annular space between the outer nozzle and the inner nozzle forms a second material channel, and the second material channel surrounds the first material channel at an outlet of the first material channel to converge a second material sprayed from an outlet of the second material channel toward a first material sprayed from the outlet of the first material channel, so as to form a fluid printing unit; wherein the first guide portion and the second guide portion are provided adjacent to an outlet of the spray head, and a first annular space between the first guide portion and the second guide portion is tapered along a direction toward the outlet of the second material channel, wherein a second annular space between the first body portion and the second body portion is at least partially tapered towards a direction of the outlet of the second material channel, characterized in that at the outlet of the second material channel, the outlet of the outer nozzle is flush with the outlet of the inner nozzle.
A method, for use in a communications network, of generating or updating a user profile based on a packet flow from a user terminal to a destination address, the method comprising: informing, in a Credit Control Answer, CCA, command sent fro a Policy Control and Charging Rules Function, PCRF,, to a Policy and Charging Enforcement Function, PCEF,, the CCA command informing the PCEF about the fact that the user profile is to be generated or updated, about a content of an item of information to be collected and transmitted, so that the PCEF is specifically instructed by the PCRF to collect and transmit the item of information for a particular user session, wherein the item of information to be collected by the PCEF are the Internet Protocol, IP, addresses visited by the user terminal and domains most often visited up to a maximum number as reporting condition; receiving, responsive to the informing step and upon the maximum number of at least one of the IP addresses and the domains having been collected for the particular user session, via a Credit Control Request, CCR, command at the PCRF from the PCEF, the item of information; generating or updating, by the PCRF and based on the item of information, the user profile for a user associated with the user terminal. informing, in a Credit Control Answer, CCA, command sent fro a Policy Control and Charging Rules Function, PCRF,, to a Policy and Charging Enforcement Function, PCEF,, the CCA command informing the PCEF about the fact that the user profile is to be generated or updated, about a content of an item of information to be collected and transmitted, so that the PCEF is specifically instructed by the PCRF to collect and transmit the item of information for a particular user session, wherein the item of information to be collected by the PCEF are the Internet Protocol, IP, addresses visited by the user terminal and domains most often visited up to a maximum number as reporting condition; receiving, responsive to the informing step and upon the maximum number of at least one of the IP addresses and the domains having been collected for the particular user session, via a Credit Control Request, CCR, command at the PCRF from the PCEF, the item of information; generating or updating, by the PCRF and based on the item of information, the user profile for a user associated with the user terminal.