mhurhangee/ep-ind-claims huggingface dataset:
Plug connector - comprising a first connection region in which a plurality of connecting elements is provided for connecting a respective electrical conductor (31, 32), - comprising a second connection region in which at least one contact is provided for contacting a counter connector which is to be connected to the plug connector, - comprising a carrier substrate comprising a printed circuit board forming an upper surface of the carrier substrate on which the connecting elements and the contact are provided, the carrier substrate being configured to electrically interconnect the first and second connection regions (10, 20), and - wherein the carrier substrate is arranged in a housing having a lower part which forms on its lower side a datum plane of the plug connector parallel to the plug-in direction characterized in that the printed circuit board is arranged in an inclined position with respect to the datum plane, so that a lower side of the printed circuit board contacts the lower part of the housing in the first connection region and a distance between the upper surface of the carrier substrate and the datum plane in the second connection region is greater than in the first connection region, wherein in the first connection region at least two of the connecting elements are arranged in tandem on the carrier substrate in the plug-in direction. - comprising a first connection region in which a plurality of connecting elements is provided for connecting a respective electrical conductor (31, 32), - comprising a second connection region in which at least one contact is provided for contacting a counter connector which is to be connected to the plug connector, - comprising a carrier substrate comprising a printed circuit board forming an upper surface of the carrier substrate on which the connecting elements and the contact are provided, the carrier substrate being configured to electrically interconnect the first and second connection regions (10, 20), and - wherein the carrier substrate is arranged in a housing having a lower part which forms on its lower side a datum plane of the plug connector parallel to the plug-in direction characterized in that the printed circuit board is arranged in an inclined position with respect to the datum plane, so that a lower side of the printed circuit board contacts the lower part of the housing in the first connection region and a distance between the upper surface of the carrier substrate and the datum plane in the second connection region is greater than in the first connection region,
An apparatus for producing wood pellets, comprising a feed point for crushed wood material, a hopper for the intermediate storage of the crushed wood material, a press for producing pellets from the crushed wood material, a cooler for cooling the pressed pellets, a delivery point for the crushed pellets which is situated downstream of the cooler, at least one dedusting device (11a, 11b) for separating dust-laden process air into fine dust and exhaust air, and a crushing device for crushing wood material, characterized in that a frame structure is provided, having carrier plates or racks mounted on the frame structure for fixing the hopper, the press, the cooler and the at least one dedusting device (11a, 11b) in a position which is spatially fixed with respect to each other, wherein cladding panels can be fixed to the frame structure, and wherein the frame structure protrudes at least partly beyond the plant components attached thereto, so that they can be covered by the cladding panels fixed to the frame structure, and that the hopper, the press, the cooler and the at least one dedusting device (11a, 11b) are portable with respect to their mutually spatially fixed position by respective handling of the frame structure.
A surgical apparatus comprising: a surgical instrument configured to treat a diseased part of a patient; an energy supply unit configured to supply energy with a rectangular wave for driving the surgical instrument; a sensor configured to obtain information about states of the surgical instrument; and an energy change detector configured to detect rising and falling of the rectangular wave energy supplied to the surgical instrument as an energy change point; and a control unit configured to control the sensor to drive at positions other than the energy change point detected by the energy change detector, wherein the positions other than the energy change point are ON or OFF periods of the rectangular wave energy while excluding a period in which the energy changes, characterized by the control unit comprising: a frequency change unit configured to change the frequency of the waveform of the energy; a duty ratio change unit configured to change a duty ratio of the rectangular wave energy; and a drive timing control unit configured to control the sensor to drive in either an ON or OFF period of a wave having the frequency changed by the frequency change unit and either an ON or OFF period of a wave having the duty ratio changed by the duty ratio change unit while excluding a period in which the energy changes. a surgical instrument configured to treat a diseased part of a patient; an energy supply unit configured to supply energy with a rectangular wave for driving the surgical instrument; a sensor configured to obtain information about states of the surgical instrument; and an energy change detector configured to detect rising and falling of the rectangular wave energy supplied to the surgical instrument as an energy change point; and a control unit configured to control the sensor to drive at positions other than the energy change point detected by the energy change detector, wherein the positions other than the energy change point are ON or OFF periods of the rectangular wave energy while excluding a period in which the energy changes, characterized by the control unit comprising: a frequency change unit configured to change the frequency of the waveform of the energy; a duty ratio change unit configured to change a duty ratio of the rectangular wave energy; and a drive timing control unit configured to control the sensor to drive in either an ON or OFF period of a wave having the frequency changed by the frequency change unit and either an ON or OFF period of a wave having the duty ratio changed by the duty ratio change unit while excluding a period in which the energy changes. a frequency change unit configured to change the frequency of the waveform of the energy; a duty ratio change unit configured to change a duty ratio of the rectangular wave energy; and a drive timing control unit configured to control the sensor to drive in either an ON or OFF period of a wave having the frequency changed by the frequency change unit and either an ON or OFF period of a wave having the duty ratio changed by the duty ratio change unit while excluding a period in which the energy changes.
A cage for at least one row of rollers of a spherical bearing, with the cage defining a geometrical axis of revolution and having: - two end rings (28, 30) centered on the geometrical axis of revolution, spaced from one another along the geometrical axis of revolution and having different diameters; - bridges connecting the two end rings (28, 30) and delimiting, in pairs with the end rings (28, 30), rollers accommodating cells, with each bridge comprising - two end sections (82, 86), each connected to one of the two end rings (28, 30) and - an intermediate section connecting the two end sections (82, 86) and having an inner face facing the axis of revolution, with the intermediate sections of the bridges defining together a single truncated-shaped intermediate geometrical surface including all the inner faces of the intermediate sections, characterized in that, when considering each of the cells and each of the bridges delimiting the considered cell, the intermediate section of the considered bridge comprises at least two pins protruding towards the considered cell, with each of the pins having a peripheral guiding face oriented towards the considered cell and forming an inner edge with the inner face of the intermediate section of the considered bridge, with the peripheral guiding faces of the pins protruding in the considered cell being tangent to the same surface of revolution about a geometrical axis characteristic of the considered cell which is, with the axis of revolution of the cage, at an angle equal to half the solid angle of the intermediate truncated-shaped geometrical surface, in that the end sections of each of the bridges connected to the one of both rings having the smaller diameter each have an inner face oriented towards the axis of revolution and tangent to the same end truncated-shaped surface described about the axis of revolution and in that the end truncated-shaped surface has a solid angle greater than the solid angle of the intermediate truncated-shaped surface. - two end rings (28, 30) centered on the geometrical axis of revolution, spaced from one another along the geometrical axis of revolution and having different diameters; - bridges connecting the two end rings (28, 30) and delimiting, in pairs with the end rings (28, 30), rollers accommodating cells, with each bridge comprising - two end sections (82, 86), each connected to one of the two end rings (28, 30) and - an intermediate section connecting the two end sections (82, 86) and having an inner face facing the axis of revolution, with the intermediate sections of the bridges defining together a single truncated-shaped intermediate geometrical surface including all the inner faces of the intermediate sections,
A device wearable upon a head of a user, comprising: a first assembly including a wearable portion; an arm having a first end portion connected to the first assembly and a second end portion positioned at an end of the arm opposite to the first end portion; an output display; and a connector connected to the second end portion of the arm and the output display, the connector including: a spherical extension, a spherical bearing sized and dimensioned to mateably receive a portion of the spherical extension, one of the spherical extension and the spherical bearing being connected to the connector, and the other of the spherical extension and the spherical bearing being connected to the output display, the output display and the second end portion of the arm positionable with respect to each other by movement of the spherical extension within the bearing to enable a positioning of the output display with respect to a visual field of the user when the device is worn; characterized by: an adjustment ring threadably engageable in connection with the spherical bearing, and including a thrust surface contactable with the spherical extension, the adjustment ring rotatable to increase or reduce friction formed between the spherical extension and the spherical bearing. a first assembly including a wearable portion; an arm having a first end portion connected to the first assembly and a second end portion positioned at an end of the arm opposite to the first end portion; an output display; and a connector connected to the second end portion of the arm and the output display, the connector including: a spherical extension, a spherical bearing sized and dimensioned to mateably receive a portion of the spherical extension, one of the spherical extension and the spherical bearing being connected to the connector, and the other of the spherical extension and the spherical bearing being connected to the output display, the output display and the second end portion of the arm positionable with respect to each other by movement of the spherical extension within the bearing to enable a positioning of the output display with respect to a visual field of the user when the device is worn; a spherical extension, a spherical bearing sized and dimensioned to mateably receive a portion of the spherical extension, one of the spherical extension and the spherical bearing being connected to the connector, and the other of the spherical extension and the spherical bearing being connected to the output display, the output display and the second end portion of the arm positionable with respect to each other by movement of the spherical extension within the bearing to enable a positioning of the output display with respect to a visual field of the user when the device is worn; characterized by: an adjustment ring threadably engageable in connection with the spherical bearing, and including a thrust surface contactable with the spherical extension, the adjustment ring rotatable to increase or reduce friction formed between the spherical extension and the spherical bearing.
A tile, in particular a high-temperature resistant tile for lining internal surfaces of gas turbines, having a body made of a CMC material consisting of ceramic fibers embedded in a ceramic matrix; the body comprising a hollow CMC structure between a lower solid CMC layer and an upper solid CMC layer; wherein the lower solid CMC layer and the upper solid CMC layer are solid homogeneous layers, having no cavities or void spaces inside the CMC material; and the hollow CMC structure comprises a cell pattern, extending between opposite faces (12, 13), facing each other and substantially parallel to each other, of the lower solid CMC layer and the upper solid CMC layer respectively, and consisting of a plurality of cells defined by respective cavities and delimited by lateral walls and arranged side-by-side on at least one cell layer; characterized by comprising an outer covering layer made of a ceramic foam having a thermal conductivity lower than the CMC material of the body and applied on and attached to the upper solid CMC layer; and wherein the body comprises an anchoring feature projecting from the upper solid CMC layer and penetrating inside the covering layer; the anchoring feature being defined by an anchoring layer of the body, made of the same CMC material of the other parts of the body and having a hollow structure and comprising an auxiliary cell pattern consisting of a plurality of second cells defined by respective cavities and arranged side-by-side and filled with the ceramic foam of the covering layer, so as the covering layer and the anchoring layer are interpenetrated with each other.
Drainage element (10; 50; 60; 80; 90) having a channel body made of concrete comprising a U-shaped upper channel part, which is open above and includes an inlet and a water overflow, and at least one lower channel part, which is arranged underlying and includes a receiving space (40, 86) which is separated from the upper channel part by a horizontal separating section (16; 84) of the channel body and is completely surrounded by the channel body at least in an axial section of the drainage element, wherein the horizontal separating section (16; 84) forms the bottom of the upper channel part, and wherein the drainage element (10; 50; 60; 80; 90) has at least one outlet which extends from the upper channel part into the lower channel part, characterized in that the at least one outlet is designed as an overflow and extends upward from the bottom of the upper channel part and has an inlet opening spaced apart from the bottom of the upper channel part, the upper channel part has a sedimentation space for settling out solids from inflowing wastewater, and the lower channel part is designed to discharge the water exiting from the sedimentation space via the overflow.
Method for detecting an R-wave from an ECG signal (x(t)) derived from a living body, the method comprising the following steps performed by means of an R-wave detection system: acquiring the ECG signal (x(t)) from the living body; digitizing the ECG signal (x(t)) into a digital ECG signal (x(t i)); filtering the digital ECG signal (x(t i)) with a bandpass filter and applying an absolute value filter thereto to create a filtered ECG signal (g(t i)); for each sequential value of the filtered ECG signal (g(t i)), comparing the filtered ECG signal (g(t i)) to an ECG tracking threshold; if the filtered ECG signal (g(t i)) is no greater than the tracking threshold, incrementing a counter, but if greater than the tracking threshold, setting the counter to zero; and comparing the counter to a predetermined refractory count and, if the count is equal to the refractory count, outputting an R-wave trigger indicating that an R-wave has been detected. acquiring the ECG signal (x(t)) from the living body; digitizing the ECG signal (x(t)) into a digital ECG signal (x(t i)); filtering the digital ECG signal (x(t i)) with a bandpass filter and applying an absolute value filter thereto to create a filtered ECG signal (g(t i)); for each sequential value of the filtered ECG signal (g(t i)), comparing the filtered ECG signal (g(t i)) to an ECG tracking threshold; if the filtered ECG signal (g(t i)) is no greater than the tracking threshold, incrementing a counter, but if greater than the tracking threshold, setting the counter to zero; and comparing the counter to a predetermined refractory count and, if the count is equal to the refractory count, outputting an R-wave trigger indicating that an R-wave has been detected.
A method in a wireless device, the method comprising, for a dual connectivity mode of the wireless device: receiving in a System Information Block Type 1, SIB1, message an indication of a first Uplink-Downlink, UL-DL, configuration; receiving an indication of a reference UL-DL configuration, wherein the reference UL-DL configuration indicates one of a plurality of Time Division Duplex, TDD, configuration patterns for Long Term Evolution, LTE; comparing the first UL-DL configuration to the reference UL-DL configuration to determine whether a communication direction of at least one communication resource indicated by the first UL-DL configuration matches a communication direction of at least one corresponding communication resource indicated by the reference UL-DL configuration; and based on the comparison of the reference UL-DL configuration to the first UL-DL configuration, determining whether the at least one communication resource is to be used for a Long Term Evolution, LTE, radio access network or for a New Radio, NR, access network. receiving in a System Information Block Type 1, SIB1, message an indication of a first Uplink-Downlink, UL-DL, configuration; receiving an indication of a reference UL-DL configuration, wherein the reference UL-DL configuration indicates one of a plurality of Time Division Duplex, TDD, configuration patterns for Long Term Evolution, LTE; comparing the first UL-DL configuration to the reference UL-DL configuration to determine whether a communication direction of at least one communication resource indicated by the first UL-DL configuration matches a communication direction of at least one corresponding communication resource indicated by the reference UL-DL configuration; and based on the comparison of the reference UL-DL configuration to the first UL-DL configuration, determining whether the at least one communication resource is to be used for a Long Term Evolution, LTE, radio access network or for a New Radio, NR, access network.
A negative pressure treatment arrangement comprising at least one open-cell contact element, by means of which a negative pressure and/or suction can be generated in a body cavity, wherein the open-cell contact element is designed, at least in sections, in the form of a tube and has an outer and/or inner boundary area surrounding, at least in part, a tube axis, characterised by a tubular hollow body for medical applications in the human or animal body, the outside of which consists of the contact element, wherein the contact element consists of a film that is non-permeable to gases and liquids whose side located on the outside has an open-cell surface, liquids and/or gases being allowed to flow along this surface side, and the side of which that is located on the inside has an open cell-free surface, and the open-cell surface side of the film is connected to a negative pressure-generating system by means of at least one fluid-communicating element, said negative pressure-generating system being configured to apply a negative pressure of up to 200 mmHg to the open-cell film surface.
Method for configuring a wireless communication coverage extension system comprising a backhaul network in tree form, comprising a plurality of nodes (121, 122, 123, 124) implementing a functionality of access point of one and the same wireless communication network, the wireless communication coverage extension system being adapted to make it possible to connect devices (110, 141, 142, 143, 144) to said nodes (121, 122, 123, 124) by means of the wireless communication network or by cable in order to form a local area network, at least two nodes in said plurality of nodes being connected directly to an internet access gateway, referred to as a gateway, characterised in that the method comprises the following steps: - identifying said at least two nodes (121, 122, 126) directly connected to said gateway among said nodes in the backhaul subnetwork; - selecting a single node among said at least two nodes identified in order to be the node through which a configuration of said wireless communication coverage extension system is defined by comparing a parameter associated with one of the at least two nodes to a corresponding parameter associated with another node of said at least two nodes, said parameter for a given node being: a number of nodes in a branch of said tree to which said given node belongs, a performance parameter in terms of bandwidth, error rate and/or latency time of a link between said given node and said gateway, an operating time of the given node as the node through which a configuration of said wireless communication coverage extension system is defined, or a combination of at least two of said parameters; and - sending the configuration of the wireless communication coverage extension system defined from the selected node to all the other nodes in the backhaul subnetwork. - identifying said at least two nodes (121, 122, 126) directly connected to said gateway among said nodes in the backhaul subnetwork; - selecting a single node among said at least two nodes identified in order to be the node through which a configuration of said wireless communication coverage extension system is defined by comparing a parameter associated with one of the at least two nodes to a corresponding parameter associated with another node of said at least two nodes, said parameter for a given node being: a number of nodes in a branch of said tree to which said given node belongs, a performance parameter in terms of bandwidth, error rate and/or latency time of a link between said given node and said gateway, an operating time of the given node as the node through which a configuration of said wireless communication coverage extension system is defined, or a combination of at least two of said parameters; and - sending the configuration of the wireless communication coverage extension system defined from the selected node to all the other nodes in the backhaul subnetwork.