mhurhangee/ep-ind-claims huggingface dataset:
A sensor assembly adapted to sense a hemodynamic parameter from a living subject, comprising: a substantially conformal frame having a central aperture with a frame lip formed along the circumference of the central aperture; a sensor element, said sensor element coupled to said frame by an at least partly flexible support structure (276, 278); and housing element adapted to encase at least a portion of the sensor element, wherein: said sensor element further comprises an electrical interface, and said sensor element is configured so as to form an electrical connection with a corresponding electrical interface of a host device simultaneously during mating of said sensor element to said host device; said sensor element is coupled to said frame using a flexible and resilient suspension loop and associated serpentine-like suspending arms for enabling lateral movement of the sensor element within the frame; the suspension loop is attached to the circumference of the housing element; and the loop substantially encircles the electrical interface and fits within a groove formed in the outer edge of the sensor element. a substantially conformal frame having a central aperture with a frame lip formed along the circumference of the central aperture; a sensor element, said sensor element coupled to said frame by an at least partly flexible support structure (276, 278); and housing element adapted to encase at least a portion of the sensor element, wherein: said sensor element further comprises an electrical interface, and said sensor element is configured so as to form an electrical connection with a corresponding electrical interface of a host device simultaneously during mating of said sensor element to said host device; said sensor element is coupled to said frame using a flexible and resilient suspension loop and associated serpentine-like suspending arms for enabling lateral movement of the sensor element within the frame; the suspension loop is attached to the circumference of the housing element; and the loop substantially encircles the electrical interface and fits within a groove formed in the outer edge of the sensor element. said sensor element further comprises an electrical interface, and said sensor element is configured so as to form an electrical connection with a corresponding electrical interface of a host device simultaneously during mating of said sensor element to said host device; said sensor element is coupled to said frame using a flexible and resilient suspension loop and associated serpentine-like suspending arms for enabling lateral movement of the sensor element within the frame; the suspension loop is attached to the circumference of the housing element; and the loop substantially encircles the electrical interface and fits within a groove formed in the outer edge of the sensor element.
A method of configuring a network element in a communication network, the method being performed by the network element and comprising the steps of: receiving at least one configuration profile defining: a first set of one or more parameter values for one or more associated configuration parameters of the network element; and one or more activation conditions for the first set of one or more parameter values, wherein the one or more activation conditions relate to at least one of a network element type and a network element software version; determining whether or not the one or more activation conditions are fulfilled; and if the one or more activation conditions are fulfilled, triggering activation of the first set of one or more parameter values defined in the configuration profile for the one or more associated parameters. receiving at least one configuration profile defining: a first set of one or more parameter values for one or more associated configuration parameters of the network element; and one or more activation conditions for the first set of one or more parameter values, wherein the one or more activation conditions relate to at least one of a network element type and a network element software version; a first set of one or more parameter values for one or more associated configuration parameters of the network element; and one or more activation conditions for the first set of one or more parameter values, wherein the one or more activation conditions relate to at least one of a network element type and a network element software version; determining whether or not the one or more activation conditions are fulfilled; and if the one or more activation conditions are fulfilled, triggering activation of the first set of one or more parameter values defined in the configuration profile for the one or more associated parameters.
Measurement device for determining a topology of a bulk material surface, comprising: a main body; an antenna assembly comprising an array consisting of radiator elements for controlling the electronic beam; a vertical drive shaft that is fastened to the main body in a rotatably mounted manner about the longitudinal axis thereof for rotating the antenna assembly; a rotation assembly for rotatably fastening the antenna assembly to the drive shaft such that the antenna assembly can assume a folded state and an unfolded state. a main body; an antenna assembly comprising an array consisting of radiator elements for controlling the electronic beam; a vertical drive shaft that is fastened to the main body in a rotatably mounted manner about the longitudinal axis thereof for rotating the antenna assembly; a rotation assembly for rotatably fastening the antenna assembly to the drive shaft such that the antenna assembly can assume a folded state and an unfolded state.
Piece for technical and/or decorative use including a transparent substrate with a generally flat shape and in the thickness of which is formed a lateral groove in which there are carried out opaque, translucent or transparent depositions that may or may not be coloured, the depositions being made of enamel layers, the transparent substrate being a material resistant to temperatures higher than 500°C, namely a mono- or polycrystalline material whose crystallisation temperature is higher than 500°C, or an amorphous material provided that its softening point is higher than the temperature necessary for carrying out the enamel deposition.
An isolated antibody that can specifically bind to human Sp35 polypeptide (SEQ ID NO:2), wherein the antibody comprises: a VH region comprising the VH CDR1, CDR2, and CDR3 sequences set forth in SEQ ID NO:436, SEQ ID NO:437, and SEQ ID NO:438, respectively; and a VL region comprising the VL CDR1, CDR2, and CDR3 sequences set forth in SEQ ID NO:442, SEQ ID NO:443, and SEQ ID NO:444, respectively, wherein the antibody binds to the Sp35 polypeptide with an affinity characterized by a dissociation constant no greater than 5 x 10 -10 M as measured using FACS on CHO cells stably transfected with human Sp35, and wherein the antibody is IgG1/kappa. a VH region comprising the VH CDR1, CDR2, and CDR3 sequences set forth in SEQ ID NO:436, SEQ ID NO:437, and SEQ ID NO:438, respectively; and a VL region comprising the VL CDR1, CDR2, and CDR3 sequences set forth in SEQ ID NO:442, SEQ ID NO:443, and SEQ ID NO:444, respectively, wherein the antibody binds to the Sp35 polypeptide with an affinity characterized by a dissociation constant no greater than 5 x 10 -10 M as measured using FACS on CHO cells stably transfected with human Sp35, and wherein the antibody is IgG1/kappa.
A system for identifying device connections in a connection area defined by a range of a wireless communication network between one or more receivers and one or more transmission sources, comprising at least one computer including at least one processor, the at least one computer programmed and/or configured to: receive a plurality of physical parameters of a plurality of devices from a plurality of transmission sources in a connection area, wherein the plurality of physical parameters indicates identity and/or physical states of the plurality of devices; and determine at least one identity and/or physical connection state between the plurality of devices based on the plurality of physical parameters of the plurality of devices, wherein the plurality of physical parameters is associated with a plurality of event times, wherein the plurality of event times indicates times of changes in the physical states of the plurality of devices, and wherein the at least one computer is programmed and/or configured to determine the at least one physical connection state based on the plurality of physical parameters of the plurality of devices and the plurality of event times associated with the plurality of physical parameters such that when two or more event times happen within a predetermined time interval with two or more compatible devices, the at least one physical connection state between the two or more compatible devices is determined as changed from a current physical connection state between the two or more compatible devices. receive a plurality of physical parameters of a plurality of devices from a plurality of transmission sources in a connection area, wherein the plurality of physical parameters indicates identity and/or physical states of the plurality of devices; and determine at least one identity and/or physical connection state between the plurality of devices based on the plurality of physical parameters of the plurality of devices, wherein the plurality of physical parameters is associated with a plurality of event times, wherein the plurality of event times indicates times of changes in the physical states of the plurality of devices, and wherein the at least one computer is programmed and/or configured to determine the at least one physical connection state based on the plurality of physical parameters of the plurality of devices and the plurality of event times associated with the plurality of physical parameters such that when two or more event times happen within a predetermined time interval with two or more compatible devices, the at least one physical connection state between the two or more compatible devices is determined as changed from a current physical connection state between the two or more compatible devices.
A method performed by a first network node of a wireless communication network for handling uplink signals sent by a user equipment, UE, wherein the wireless communication network comprises a serving network node responsible for transmitting downlink signals to the UE, and a non-serving network node capable of receiving uplink signals sent by the UE, wherein the non-serving network node is the first network node and the serving network node is a second network node of the communication network, or the non-serving network node is the second network node and the serving network node is the first network node, the method comprising: receiving an uplink signal from the UE, the signal comprising information representing a dedicated physical channel dedicated for the UE; measuring signal quality on the received uplink signal; receiving signal quality information from the second network node regarding signal quality measured by the second network node on the uplink signal received by the second network node, thus enabling detection in the first network node of imbalances in experienced signal quality between the first network node and the second network node, wherein the measured signal quality is signal to interference ratio, SIR, and the received signal quality information is received SIR information, the method being characterized in that it further comprises: modifying an uplink SIR target of the first network node based on the measured first network node SIR and the received second network node SIR information; sending a request to a radio network controller, RNC, to which the first network node is connected, the request requesting the RNC not to alter the modified SIR target value of the first network node. receiving an uplink signal from the UE, the signal comprising information representing a dedicated physical channel dedicated for the UE; measuring signal quality on the received uplink signal; receiving signal quality information from the second network node regarding signal quality measured by the second network node on the uplink signal received by the second network node, thus enabling detection in the first network node of imbalances in experienced signal quality between the first network node and the second network node, modifying an uplink SIR target of the first network node based on the measured first network node SIR and the received second network node SIR information; sending a request to a radio network controller, RNC, to which the first network node is connected, the request requesting the RNC not to alter the modified SIR target value of the first network node.
A control box defining a lateral direction, a longitudinal direction, and a transverse direction, the control box comprising: a housing defining an interior; a first circuit board disposed within the interior; a second circuit board and a mezzanine card disposed within the interior, wherein the mezzanine card is in operative communication with the second circuit board; a heat sink removably connected to the housing such that the first circuit board is in contact with the heat sink; wherein the housing comprises a cover and a stiffener, the stiffener removably connected to the cover, the heat sink removably connected to the stiffener, the cover, the stiffener, and the heat sink are stacked along the transverse direction, and the first circuit board and the second circuit board are in contact with the stiffener; wherein the first circuit board is disposed between the stiffener and the heat sink on a first side of the stiffener; wherein the second circuit board and the mezzanine card are disposed between the cover and the stiffener on a second side of the stiffener and the mezzanine card is disposed between the second circuit board and the cover; at least one first input/output connector extending from the mezzanine card along the transverse direction and through the cover; at least one second input/output connector extending from the second circuit board along the transverse direction and through the cover; such that the first circuit board, the second circuit board, and the mezzanine card are positioned between the cover and the heat sink. a housing defining an interior; a first circuit board disposed within the interior; a second circuit board and a mezzanine card disposed within the interior, wherein the mezzanine card is in operative communication with the second circuit board; a heat sink removably connected to the housing such that the first circuit board is in contact with the heat sink; wherein the housing comprises a cover and a stiffener, the stiffener removably connected to the cover, the heat sink removably connected to the stiffener, the cover, the stiffener, and the heat sink are stacked along the transverse direction, and the first circuit board and the second circuit board are in contact with the stiffener; wherein the first circuit board is disposed between the stiffener and the heat sink on a first side of the stiffener; wherein the second circuit board and the mezzanine card are disposed between the cover and the stiffener on a second side of the stiffener and the mezzanine card is disposed between the second circuit board and the cover; at least one first input/output connector extending from the mezzanine card along the transverse direction and through the cover; at least one second input/output connector extending from the second circuit board along the transverse direction and through the cover; such that the first circuit board, the second circuit board, and the mezzanine card are positioned between the cover and the heat sink.
A far-optical device with a base body, at least one electrical load (3, 12) and a control electronics for controlling the electrical load (3, 12), wherein the control electronics is integrated in a unit which is attached to the base body and which is detachable from the same, wherein the control electronics can be programmed by the user in the detached state of the detachable unit via at least one operating element (6,9) arranged at the detachable unit, characterized in that the operating element for programming the control electronics is arranged on the side of the detachable unit facing the base body in its attached state, and that a display device is integrated in the detachable unit, wherein the display device is arranged on the side of the detachable unit facing the base body and is covered when the detachable unit is in its attached state.
A developing roller comprising: an electro-conductive mandrel; and an electro-conductive layer on the mandrel, wherein an outer surface of the developing roller includes electrically insulating first regions and a second region whose electro-conductivity is higher than that of the first regions, and each of the first regions is adjacent to the second region, characterized in that the electro-conductive layer has a crown shape in which an outer diameter of a central portion in a direction along the mandrel is larger than outer diameters of both end portions in the direction along the mandrel, and the first regions are constituted by electrically insulating portions, and when an arithmetic average in a circumferential direction of thicknesses of the electrically insulating portions is defined as D (μm), a coefficient of variation C of D is lower than 0.5, where C is represented by σ/D, and σ represents a standard deviation of a distribution of the thicknesses of the electrically insulating portions. an electro-conductive mandrel; and an electro-conductive layer on the mandrel, wherein an outer surface of the developing roller includes electrically insulating first regions and a second region whose electro-conductivity is higher than that of the first regions, and electrically insulating first regions and a second region whose electro-conductivity is higher than that of the first regions, and each of the first regions is adjacent to the second region, characterized in that the electro-conductive layer has a crown shape in which an outer diameter of a central portion in a direction along the mandrel is larger than outer diameters of both end portions in the direction along the mandrel, and the first regions are constituted by electrically insulating portions, and when an arithmetic average in a circumferential direction of thicknesses of the electrically insulating portions is defined as D (μm), a coefficient of variation C of D is lower than 0.5, where C is represented by σ/D, and σ represents a standard deviation of a distribution of the thicknesses of the electrically insulating portions.
A liquid gasket for in-place forming which comprises a moisture-curable vinyl copolymer of ethyl acrylate, butyl acrylate and 2-methoxyethyl acrylate, the copolymer having at least one crosslinkable silyl group.
A method of controlling a vehicle combination, the vehicle combination comprising a first vehicle unit, a second vehicle unit and an articulated coupling connecting the first and second vehicle units to each other, the method comprising the following steps: - determining a coupling force parameter (F xc, F yc, F zc, M xc) of the articulated coupling based on a combination of motion related parameters obtained from the first and second vehicle units; - selecting an operational envelope for the vehicle combination based on the coupling force parameter; and - controlling the vehicle combination to operate within the operational envelope. - determining a coupling force parameter (F xc, F yc, F zc, M xc) of the articulated coupling based on a combination of motion related parameters obtained from the first and second vehicle units; - selecting an operational envelope for the vehicle combination based on the coupling force parameter; and - controlling the vehicle combination to operate within the operational envelope.
A method for arranging engagement means in a concrete part, comprising the steps of providing a body (23, 30, 50, 60) whose exterior comprises an elastomer material, with mechanical properties which are such that there is a considerable reduction in the external diameter at removal from the concrete; providing a formwork (71, 72), arranging said body at the formwork surface, encasing said body in concrete material and removing it from the concrete after setting and removal of the formwork, said body being elongate and is removed from the concrete in its longitudinal direction and is provided with a projection which, at a distance from its end located at the boundary surface of the concrete, is positioned transversely with respect to the longitudinal direction and leaves behind a non-release recess in the concrete after setting, which recess comprises securing means for an engagement part which is then fitted into the concrete, wherein said body comprises a core (24, 58, 63) with a high strength compared to the outer material, the core comprising a supporting surface and is selfsupporting and is secured to the inner side of said formwork, where in the mechanical properties of said elastomer material are such that this material undergoes considerable constriction when a tensile load is applied thereof, characterized in that the vicinity of an end of the body located at the formwork the core comprises a recess matching an annular projection in the elastomer material to transmit the tensile force to the elastomer material via the core upon removal.
A power supply device for supplying power to a load by combining a secondary battery and a capacitor, comprising: a switching element adapted to switch the supply of power to the load from the capacitor; a DC-DC converter adapted to enable a voltage of the secondary battery to be stepped up and supplied to the load; and a control unit characterised in that the control unit is adapted to enable power to be supplied to the load by pulse-controlling the switching element, controlling the DC-DC converter to output a pulse current alternately with the switching element and combining the alternately output pulse currents if the voltage of the capacitor drops below a minimum voltage capable of driving the load. a switching element adapted to switch the supply of power to the load from the capacitor; a DC-DC converter adapted to enable a voltage of the secondary battery to be stepped up and supplied to the load; and a control unit characterised in that the control unit is adapted to enable power to be supplied to the load by pulse-controlling the switching element, controlling the DC-DC converter to output a pulse current alternately with the switching element and combining the alternately output pulse currents if the voltage of the capacitor drops below a minimum voltage capable of driving the load.
Filling device for beverages, with a store tank for receiving a beverage supply, and a filling valve for filling packages with the beverage from the store tank, with a first heat exchanger integrated into the filling valve, characterized, in that the first heat exchanger is integrated in the wall of the filling valve.