mhurhangee/ep-ind-claims huggingface dataset:
A shelving system comprising: a plurality of vertical posts formed by pultrusion; and a plurality of horizontal traverses formed by pultrusion disposed between the plurality of vertical posts and coupled to the vertical posts; characterized by further comprising a plurality of injection molded bifurcated collars, coupling each end of each one of the plurality of traverses to a corresponding one of the plurality of posts; wherein the bifurcated collar is comprised of two halves (52, 54) on each of which is disposed at least one male component and wherein the plurality of horizontal traverses each comprises a plurality of corresponding injection molded traverse end pieces, each traverse end piece with at least two substantially dove-tailed female apertures defined therein, which female apertures are each sized and shaped to accommodate and capture the at least one male component so that due to the dove-tailed shape of both the female apertures of the traverse end pieces and the male components of the two halves (52, 54) of the bifurcated collar a load placed on the plurality of horizontal traverses is distributed so that each half (52, 54) of each bifurcated collar is pushed toward each other and are squeezed around the corresponding one of the plurality of vertical posts to which the bifurcated collar is coupled. a plurality of vertical posts formed by pultrusion; and a plurality of horizontal traverses formed by pultrusion disposed between the plurality of vertical posts and coupled to the vertical posts; characterized by further comprising a plurality of injection molded bifurcated collars, coupling each end of each one of the plurality of traverses to a corresponding one of the plurality of posts; wherein the bifurcated collar is comprised of two halves (52, 54) on each of which is disposed at least one male component and wherein the plurality of horizontal traverses each comprises a plurality of corresponding injection molded traverse end pieces, each traverse end piece with at least two substantially dove-tailed female apertures defined therein, which female apertures are each sized and shaped to accommodate and capture the at least one male component so that due to the dove-tailed shape of both the female apertures of the traverse end pieces and the male components of the two halves (52, 54) of the bifurcated collar a load placed on the plurality of horizontal traverses is distributed so that each half (52, 54) of each bifurcated collar is pushed toward each other and are squeezed around the corresponding one of the plurality of vertical posts to which the bifurcated collar is coupled.
A method for the transport of multihoming service related information between User Equipement UE and 3GPP Evolved Packet Core EPC through untrusted non 3GPP Access Network (WiFi network), said method comprising a step of: - transporting multihoming service related information using signaling exchanged for security procedures between UE and an evolved Packet Data Gateway ePDG of said untrusted non 3GPP Access Network, said multihoming service related information indicating that the UE supports IP flow mobility. - transporting multihoming service related information using signaling exchanged for security procedures between UE and an evolved Packet Data Gateway ePDG of said untrusted non 3GPP Access Network, said multihoming service related information indicating that the UE supports IP flow mobility.
A particle-counting apparatus arranged to receive an electric input signal from an associated particle detector, the apparatus comprising: - a charge-sensitive amplifier arranged to receive the input signal and generate an amplified signal in response, - a shaper (SHPR) arranged to receive the amplified signal and generate a shaped signal in response, and - a reset generator (RSTG) arranged to detect a peak in the shaped signal and generate a reset signal to the shaper (SHPR) upon detection of the peak, so as to reduce temporal extension of the shaped signal in response to a pulse in the electric input signal, characterized in that the reset generator (RSTG) arranged to apply the reset signal to the shaper (SHPR) and to the charge-sensitive amplifier simultaneously. - a charge-sensitive amplifier arranged to receive the input signal and generate an amplified signal in response, - a shaper (SHPR) arranged to receive the amplified signal and generate a shaped signal in response, and - a reset generator (RSTG) arranged to detect a peak in the shaped signal and generate a reset signal to the shaper (SHPR) upon detection of the peak, so as to reduce temporal extension of the shaped signal in response to a pulse in the electric input signal,
A mother-child robot cooperative work system, comprising: a mother robot and a charging base, the mother robot being provided with a control unit and a work unit; and a child robot communicatively coupled to the mother robot, wherein: the mother robot performs cleaning for a work area under the control of the control unit, the mother robot recognizes a cleanable area and an assisted cleaning area during a cleaning process, the control unit in the mother robot controls the child robot to cooperatively complete the cleaning work in the assisted cleaning area, and the mother robot is provided with a child robot pose sensing unit that obtains a position and an orientation of the child robot, the child robot pose sensing unit configured to input child robot pose information to the control unit, and the control unit configured to control the child robot according to the position and the orientation of the child robot. a mother robot and a charging base, the mother robot being provided with a control unit and a work unit; and a child robot communicatively coupled to the mother robot, wherein: the mother robot performs cleaning for a work area under the control of the control unit, the mother robot recognizes a cleanable area and an assisted cleaning area during a cleaning process, the control unit in the mother robot controls the child robot to cooperatively complete the cleaning work in the assisted cleaning area, and the mother robot is provided with a child robot pose sensing unit that obtains a position and an orientation of the child robot, the child robot pose sensing unit configured to input child robot pose information to the control unit, and the control unit configured to control the child robot according to the position and the orientation of the child robot. the mother robot performs cleaning for a work area under the control of the control unit, the mother robot recognizes a cleanable area and an assisted cleaning area during a cleaning process, the control unit in the mother robot controls the child robot to cooperatively complete the cleaning work in the assisted cleaning area, and the mother robot is provided with a child robot pose sensing unit that obtains a position and an orientation of the child robot, the child robot pose sensing unit configured to input child robot pose information to the control unit, and the control unit configured to control the child robot according to the position and the orientation of the child robot.
A sensing system for determining and/or monitoring a presence and/or level of an analyte in a sample, the system comprising a field effect transistor having a source electrode, a drain electrode, a gate electrode, and channel between said source and said drain electrodes, said channel being a semiconductor nanostructure having a hydrogel covalently attached thereto via a linking moiety, said hydrogel having associated therewith a sensing moiety which selectively interacts with the analyte and being configured such that upon contacting the analyte, said nanostructure exhibits a detectable change in an electrical property, wherein said sensing moiety and said analyte form an affinity pair, and wherein said detectable change in an electrical property comprises a change in electron density on a surface of said nanostructure, wherein said semiconductor nanostructure is a silicon nanowire, the sensing system further comprising a detector constructed for measuring an electrical measure corresponding to said change in said electrical property.
An apparatus for additively manufacturing three-dimensional objects by means of successive irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, the apparatus comprising: a process chamber; an irradiation device configured output an energy beam to selectively irradiate sequential layers of build material; and an application unit comprising an application element (8, 21) and an adhesion unit (10, 20, 22), wherein the application element comprises an application surface, and wherein the application element is configured to transfer build material previously applied onto the application surface to an application region of a build plane, the build plane comprising a build plate or a previously applied layer of build material, wherein the adhesion unit is configured to adjust an adhesion ability of the application surface of the application element and/or an adhesion ability of build material, for build material to temporarily adhere the application surface, characterized in that the build material temporarily adhering to the application surface at least in part by a suction stream or a vacuum applied in a region of the application surface of the application element. a process chamber; an irradiation device configured output an energy beam to selectively irradiate sequential layers of build material; and an application unit comprising an application element (8, 21) and an adhesion unit (10, 20, 22), wherein the application element comprises an application surface, and wherein the application element is configured to transfer build material previously applied onto the application surface to an application region of a build plane, the build plane comprising a build plate or a previously applied layer of build material, wherein the adhesion unit is configured to adjust an adhesion ability of the application surface of the application element and/or an adhesion ability of build material, for build material to temporarily adhere the application surface, characterized in that the build material temporarily adhering to the application surface at least in part by a suction stream or a vacuum applied in a region of the application surface of the application element.
A treatment solution for chromium-free tension coating containing: one or more of a Mg phosphate, Ca phosphate, Ba phosphate, Sr phosphate, Zn phosphate, Al phosphate, and Mn phosphate; colloidal silica in an amount of 50 parts by mass to 120 parts by mass per 100 parts by mass of the one or more phosphates in terms of solid content of SiO 2; Ti source in an amount of 30 parts by mass to 50 parts by mass per 100 parts by mass of the one or more phosphates in terms of solid content of TiO 2; and H 3 PO 4, and the number of moles of metallic elements in the one or more phosphates and the number of moles of phosphorus in the treatment solution for chromium-free tension coating satisfy the relation of formula 0.20 ≤ Mg + Ca + Ba + Sr + Zn + Mn + 1.5 A 1 / P ≤ 0.45 where each symbol of element shown in square brackets represents the number of moles of the element contained in the treatment solution for chromium-free tension coating. one or more of a Mg phosphate, Ca phosphate, Ba phosphate, Sr phosphate, Zn phosphate, Al phosphate, and Mn phosphate; colloidal silica in an amount of 50 parts by mass to 120 parts by mass per 100 parts by mass of the one or more phosphates in terms of solid content of SiO 2; Ti source in an amount of 30 parts by mass to 50 parts by mass per 100 parts by mass of the one or more phosphates in terms of solid content of TiO 2; and H 3 PO 4, and the number of moles of metallic elements in the one or more phosphates and the number of moles of phosphorus in the treatment solution for chromium-free tension coating satisfy the relation of formula 0.20 ≤ Mg + Ca + Ba + Sr + Zn + Mn + 1.5 A 1 / P ≤ 0.45 where each symbol of element shown in square brackets represents the number of moles of the element contained in the treatment solution for chromium-free tension coating.
Filtering unit comprising a casing provided with at least one inlet, one outlet and one support body provided with abutment surfaces adapted to removably support a filtering cartridge contained within the casing and adapted to divide the internal volume of the casing into two chambers (21,22) respectively connected with the inlet and the outlet so as to filter the fluid flowing from the inlet towards the outlet, the filtering cartridge comprising at least one coupling element configured to be snap-coupled to the support body following a first axial translation for mutual approaching between the filtering cartridge and the support body, characterised in that it comprises cam means (57,58) operating between the coupling element and the support body so as to radially bend the coupling element in a release position for disengaging the coupling element from the support element following a further limited mutual axial translation between the filtering cartridge and the support body, moving in the same direction with respect to the first approaching translation, the cam means (57,58) being configured so as to keep the coupling element in a release position following a slight mutual rotation between the filtering cartridge and the support body.
An applicator device (10; 10'; 10") for interventional radiotherapy treatments (brachytherapy), general intervention and/or diagnostic procedures on a patient, comprising: a plate-shaped main body (1; 1'; 1") comprising two peripheral edge portions having a concave contour configured to abut on a patient's leg, said peripheral edge portions being respectively mirrored with respect to an axis of symmetry, wherein said main body (1; 1'; 1") comprises a through seat configured to house a tubular guiding element in turn configured to receive a probe, such as an ultrasound probe, and to guide it within a patient's body region, characterized in that said main body (1; 1'; 1") comprises a plurality of through holes configured to accommodate needle-like elements, the density of said plurality of holes decreasing with the distance from said seat. a plate-shaped main body (1; 1'; 1") comprising two peripheral edge portions having a concave contour configured to abut on a patient's leg, said peripheral edge portions being respectively mirrored with respect to an axis of symmetry, wherein said main body (1; 1'; 1") comprises a through seat configured to house a tubular guiding element in turn configured to receive a probe, such as an ultrasound probe, and to guide it within a patient's body region, characterized in that said main body (1; 1'; 1") comprises a plurality of through holes configured to accommodate needle-like elements, the density of said plurality of holes decreasing with the distance from said seat.
A system for forming an optical trap comprising two or more photonic crystal fibers (PCFs) and at least one source of radiation for inputting radiation to the photonic crystal fibers, the fibres being arranged to provide counter-propagating outputs for forming the optical trap, wherein the radiation for forming the dual beam trap comprises white light.
Procedure for operating an electromagnetic flowmeter in the event of measuring signal fluctuations, primarily caused by jumps in conductivity occurring when the medium changes, comprising the following steps: a. Recording of the sequence of the measuring signal values over time b. Filtering of the measuring signal values with a damping constant D1 c. Determination of the mean value of the measuring signal values over time d. Determination of the fluctuations of the measuring signal values over time e. Determination of a typical fluctuation interval for the measuring medium in which the majority of the measuring signal values are found, wherein the fluctuation interval is +/- 3 standard deviations wide f. Checking of condition B as to whether, in a certain time interval, a quantity A1 of the measuring signal values is above the upper limit value of the fluctuation interval and a quantity A2 of the measuring signal values is below the lower limit value of the fluctuation interval, wherein the quantity A1 and the quantity A2 is 3 in each case g. If the condition B is met: h. Changeover of the damping constants from D1 to D2, wherein the damping constant D2 causes a higher damping for measured value filtering a. Recording of the sequence of the measuring signal values over time b. Filtering of the measuring signal values with a damping constant D1 c. Determination of the mean value of the measuring signal values over time d. Determination of the fluctuations of the measuring signal values over time e. Determination of a typical fluctuation interval for the measuring medium in which the majority of the measuring signal values are found, wherein the fluctuation interval is +/- 3 standard deviations wide f. Checking of condition B as to whether, in a certain time interval, a quantity A1 of the measuring signal values is above the upper limit value of the fluctuation interval and a quantity A2 of the measuring signal values is below the lower limit value of the fluctuation interval, wherein the quantity A1 and the quantity A2 is 3 in each case g. If the condition B is met: h. Changeover of the damping constants from D1 to D2, wherein the damping constant D2 causes a higher damping for measured value filtering
A system comprising: a plurality of RFID readers (102a;102b) distributed throughout an aircraft cabin, wherein the RFID readers are configured to read RFID tags (106a;106b) attached to luggage items; and a controller operatively connected to the plurality of RFID readers (102a;102b), wherein the controller includes machine readable instructions configured to cause the controller to receive RFID readings from the plurality of RFID readers and track locations of the luggage items within the aircraft cabin; wherein the plurality of RFID readers includes RFID readers positioned to read RFID tags in overhead bins of the aircraft cabin, wherein the controller includes machine readable instructions configured to cause the controller to inform a user of available overhead bin space, characterized in that the controller is configured to receive RFID data from one or more of the RFID readers indicative of a luggage item being removed from an overhead bin during flight. a plurality of RFID readers (102a;102b) distributed throughout an aircraft cabin, wherein the RFID readers are configured to read RFID tags (106a;106b) attached to luggage items; and a controller operatively connected to the plurality of RFID readers (102a;102b), wherein the controller includes machine readable instructions configured to cause the controller to receive RFID readings from the plurality of RFID readers and track locations of the luggage items within the aircraft cabin; wherein the plurality of RFID readers includes RFID readers positioned to read RFID tags in overhead bins of the aircraft cabin, wherein the controller includes machine readable instructions configured to cause the controller to inform a user of available overhead bin space, characterized in that the controller is configured to receive RFID data from one or more of the RFID readers indicative of a luggage item being removed from an overhead bin during flight.
A refrigerator including a refrigerator compartment and a shelf assembly disposed in said refrigerator compartment, characterized in that said shelf assembly comprises: a frame assembly having first and second side portions (54, 57) interconnected by front and rear portions (56, 58); a water supply line at least partially disposed between the first and second side portions (54, 57) of the frame assembly; and a dispenser paddle having first and second portions (62, 64), wherein the first portion of the dispenser paddle is operably coupled to the water supply line. a frame assembly having first and second side portions (54, 57) interconnected by front and rear portions (56, 58); a water supply line at least partially disposed between the first and second side portions (54, 57) of the frame assembly; and a dispenser paddle having first and second portions (62, 64), wherein the first portion of the dispenser paddle is operably coupled to the water supply line.
An insertion element for an insertion device, which is designed to position a medical implant in a target location in a human body or an animal body, the insertion element comprising a sleeve that extends in an axial direction, the sleeve comprising at least one first section and a second section located opposite the first section in the axial direction, the two sections (11, 12) being connected to one another by a connection region extending circumferentially in the circumferential direction of the sleeve, the first section being made of a first material and the second section being made of a second material, the first material having greater flexural rigidity than the second material, characterized in that the connection region extends circumferentially around in the circumferential direction in a meander-shaped manner.
Arrangement of a vehicle bodyshell having at least one wheel arch, in particular a rear wheel arch, realized by the assembly of at least one bodyshell side lining with an internal part, the bodyshell side lining being in particular a rear quarter panel lining delimiting an external section of the wheel arch, in particular an outer wheel arch, the internal part being a part for connecting the side lining to a floor, in particular a boot floor, the internal part delimiting an interior section of the wheel arch, in particular an inner wheel arch, the internal part comprising an opening passing through an upper portion of the internal part protruding substantially vertically out of a curved portion, the arrangement being characterized in that the opening is intended to create a communication route between a hollow body of the bodyshell communicating with the outside of the vehicle and a loudspeaker module, the upper portion of the internal part being spaced apart transversely from the side lining and from a bodyshell side such that the assembly thus formed by the internal part with the side lining and/or a bodyshell side delimits the hollow body having acoustic properties substantially equivalent to those of a subwoofer.