mhurhangee/ep-ind-claims huggingface dataset:
A system for the radiation treatment of substrates, which comprises, in a chamber, at least one radiation source (9, 9', 9") above the substrate holders (11, 11') to be loaded with substrates that are to be treated, the chamber comprises means for maintaining a gas flow in the chamber in the form of a gas flow device, wherein the chamber comprises at least one gas inlet (421, 421') disposed in the region below the substrate holder (11, 11') and at least one gas outlet disposed in the region below the substrate holder (11, 11'), characterized in that the gas flow device is configured in such a manner that the gas inlet (421, 421') and said gas outlet comprise elements that form flow conduits that narrow in the flow direction and expand again further downstream, whereby, during the operation of the system, a laminar flow prevails substantially at least at the gas flow device and therefore no deposits occur due to turbulence, wherein the gas flow device is designed in such a way that a gas flow is built up in the chamber that flows past the substrates immediately after entering the chamber and passing the flow conduits without previously flowing past the radiation sources, which may possibly emit heat.
A gearbox comprising an input shaft and an output shaft; a first epicyclic gear that is connected to the input shaft; a second epicyclic gear that is connected to the first epicyclic gear; a first electrical machine that is connected to the first epicyclic gear; a second electrical machine that is connected to the second epicyclic gear; a first main shaft that is connected to the first epicyclic gear; a second main shaft that is connected to the second epicyclic gear, a first coupling unit that can be controlled, arranged to connect in a manner that allows them to be disengaged two rotatable components (22, 26, 50) at the first epicyclic gear; a second coupling unit that can be controlled, arranged to connect in a manner that allows them to be disengaged two rotatable components (28, 32, 51) at the second epicyclic gear, such that at least one of the rate of revolution and the torque at the first and second main shafts (34, 36) can be influenced by controlling at least one of the first and second coupling units (56, 58) to an engaged or disengaged condition of the rotatable components (22, 26, 50, 28, 32, 51); wherein a first planet gear carrier at the first epicyclic gear is connected to a second sun gear at the second epicyclic gear; a second planet gear carrier at the second epicyclic gear is connected to the second main shaft; a first sun gear at the first epicyclic gear is connected to the first main shaft; and the input shaft is connected to a first planet gear carrier at the first epicyclic gear; characterised in that a first gear pair is arranged between the first epicyclic gear and the output shaft; and that a second gear pair is arranged between the second epicyclic gear and the output shaft.
A dispenser comprising a housing for a stack of sheet products, a dispensing opening, a dispensing mechanism for dispensing a selected number of sheet products through the dispensing opening, and an actuation mechanism for the dispensing mechanism that is user operable to cause the dispensing mechanism to dispense a first number of sheet products and that is user operable to cause the dispensing mechanism to dispense a second, greater, number of sheet products, wherein the actuation mechanism includes different user interfaces (27, 28) for actuating the differing numbers of sheet products for dispensing, and wherein the actuation mechanism comprises a gear mechanism providing transmission between a user interface part or parts (27, 28) of the actuation mechanism and a dispensing member of the dispensing mechanism, wherein the gear mechanism is configured so that an actuation stroke of differing user interface parts (27, 28) causes a driving member of the dispensing mechanism to dispense the differing number of sheet products.
An isolated antibody that specifically binds to dog IL-31, wherein said antibody reduces, inhibits or neutralizes dog IL-31-mediated pSTAT signaling in a cell based assay.
A method for determining saturated absorption lines for a laser frequency stabilizing device, wherein a resonator length is changed and an oscillation frequency of laser light is stabilized to a specific saturated absorption line based on a saturated absorption line in a light output signal obtained by shining laser light on an absorption cell, the method comprising: defining a first threshold value and a second threshold value based on an output value of the light output signal, the first threshold value and the second threshold value being in a magnitude relationship; comparing an output value of a second-order differential signal of the light output signal with the first threshold value and the second threshold value, then determining whether the second-order differential signal following a change in the resonator length has an output waveform displaying a behavior in which the output waveform changes from less than the second threshold value to be equal to or greater than the first threshold value, and then changes to be less than the second threshold value; and determining whether the output waveform of the second-order differential signal is the saturated absorption line based on a result of said comparing by differentiating between an absorption line and a peak due to noise. defining a first threshold value and a second threshold value based on an output value of the light output signal, the first threshold value and the second threshold value being in a magnitude relationship; comparing an output value of a second-order differential signal of the light output signal with the first threshold value and the second threshold value, then determining whether the second-order differential signal following a change in the resonator length has an output waveform displaying a behavior in which the output waveform changes from less than the second threshold value to be equal to or greater than the first threshold value, and then changes to be less than the second threshold value; and determining whether the output waveform of the second-order differential signal is the saturated absorption line based on a result of said comparing by differentiating between an absorption line and a peak due to noise.
A method for device-to-device, D2D, communication, comprising: determining, by a first terminal device, first control channel resources from pre-configured resources pool available for transmission of first resources scheduling information, and determining second control channel resources from pre-configured resources pool available for transmission of second resources scheduling information, wherein the first control channel resources have a time domain length longer that of the second control channel resources; and transmitting, by the first terminal device, the first resources scheduling information on the first control channel resources, and transmitting the second resources scheduling information on the second control channel resources; wherein the first resources scheduling information is used by a second terminal device to determine data channel resources available for the first terminal device to transmit data channels, and the second resources scheduling information is used by a third terminal device to determine the data channel resources; the second terminal device is capable of detecting resources scheduling information based on the time domain length of the first control channel resources, and the third terminal device is capable of detecting resources scheduling information based on the time domain length of the first control channel resources and/or the time domain length of the second control channel resources; characterized in that: the resources pool available for transmission of the second resources scheduling information comprises frequency domain resources of a preset size at an end of each of a plurality of sub-bands. determining, by a first terminal device, first control channel resources from pre-configured resources pool available for transmission of first resources scheduling information, and determining second control channel resources from pre-configured resources pool available for transmission of second resources scheduling information, wherein the first control channel resources have a time domain length longer that of the second control channel resources; and transmitting, by the first terminal device, the first resources scheduling information on the first control channel resources, and transmitting the second resources scheduling information on the second control channel resources; wherein the first resources scheduling information is used by a second terminal device to determine data channel resources available for the first terminal device to transmit data channels, and the second resources scheduling information is used by a third terminal device to determine the data channel resources; the second terminal device is capable of detecting resources scheduling information based on the time domain length of the first control channel resources, and the third terminal device is capable of detecting resources scheduling information based on the time domain length of the first control channel resources and/or the time domain length of the second control channel resources;
Use of a plurality of autonomous charging systems embodied as charging stations for charging vehicle-internal rechargeable batteries in electric vehicles with electrical energy, a) said charging systems having a network charging stage, the input side of which is connected to an AC network by means of a connection point and which contains an AC/DC converter, b) said network charging stage having a control device for monitoring a charging process, at least one output-side charging connection, which can be connected in a releasable manner to the vehicle-internal rechargeable battery of an electric vehicle, and a buffer storage battery, which can be charged by means of the AC network, c) said buffer storage battery being connected to a charging stage, which comprises the control device and a DC/DC converter and the output side of which can be connected in a releasable manner to the vehicle-internal rechargeable battery by means of the charging connection, and optionally being able to be connected to the AC network by means of a feedback stage, d) said charging stage being embodied as a quick-charging stage, e) and said buffer storage battery having a charging capacity that is significantly higher compared to the vehicle-internal rechargeable battery and being able to be connected to the AC network by means of a DC/AC inverter arranged in the feedback stage, as a peak load system, wherein the autonomous charging systems are coupled to the AC output of the feedback stages of said autonomous charging systems at different feed-in points in the AC network and characterized in that, in the event of a peak load arising, electrical energy is fed back to the AC network by means of the buffer storage batteries of said autonomous charging systems in order to compensate for an impermissible decrease in load. a) said charging systems having a network charging stage, the input side of which is connected to an AC network by means of a connection point and which contains an AC/DC converter, b) said network charging stage having a control device for monitoring a charging process, at least one output-side charging connection, which can be connected in a releasable manner to the vehicle-internal rechargeable battery of an electric vehicle, and a buffer storage battery, which can be charged by means of the AC network, c) said buffer storage battery being connected to a charging stage, which comprises the control device and a DC/DC converter and the output side of which can be connected in a releasable manner to the vehicle-internal rechargeable battery by means of the charging connection, and optionally being able to be connected to the AC network by means of a feedback stage, d) said charging stage being embodied as a quick-charging stage, e) and said buffer storage battery having a charging capacity that is significantly higher compared to the vehicle-internal rechargeable battery and being able to be connected to the AC network by means of a DC/AC inverter arranged in the feedback stage,
A shielded electrical connector assembly, comprising: a male shield terminal formed of a first electrically conductive material having an attachment portion configured to attach to a shield conductor of a coaxial cable and a connection portion configured to be received within a mating female shield terminal; and a contact cage formed of a second electrically conductive material having a forward band, a rearward band and a plurality of longitudinally arranged arcuate contact arms extending from the forward band to the rearward band, wherein the contact cage is slideably attached to the male shield terminal by a tab extending from the forward band that is folded into an opening in the connection portion and by a cantilevered tab extending from an outer side wall of the connection portion, wherein the cantilevered tab is configured to inhibit forward motion of the rearward band. a male shield terminal formed of a first electrically conductive material having an attachment portion configured to attach to a shield conductor of a coaxial cable and a connection portion configured to be received within a mating female shield terminal; and a contact cage formed of a second electrically conductive material having a forward band, a rearward band and a plurality of longitudinally arranged arcuate contact arms extending from the forward band to the rearward band, wherein the contact cage is slideably attached to the male shield terminal by a tab extending from the forward band that is folded into an opening in the connection portion and by a cantilevered tab extending from an outer side wall of the connection portion, wherein the cantilevered tab is configured to inhibit forward motion of the rearward band.
Head for a formwork prop, comprising a lower pin for connecting to the prop, a support base for beams and four projections arranged so as to form a rectangle that defines a long side and a short side, in which each projection is arranged in a corner of the rectangle, said rectangle delimiting the beam-receiving region, wherein it comprises two plates perpendicular to the support base, the plates being arranged in parallel with one another and in parallel with the long side, in such a way that they leave a space for a beam between plates and leave a space for a beam in each case in the space between the ends of the plates and one of the projections, characterized in that each plate has least two receptacles (15,16,15',16') for securing beams (2,2').
A semiconductor light emitting device comprising: a substrate; an epitaxial region on the substrate that includes therein a light-emitting region; and a multilayer conductive stack comprising a reflector layer including a reflector layer sidewall, on the epitaxial region, an ohmic contact layer including an ohmic contact layer sidewall, between the reflector layer and the epitaxial region, and a metal conductive barrier layer directly on the reflector layer and extending directly on the reflector layer sidewall and directly on the ohmic contact layer sidewall; characterised in that the metal conductive barrier layer comprises a plurality of first and second alternating sublayers; and the first sublayers include grain boundaries therein that are arranged such that the grain boundaries define an offset brick wall structure in the first sublayers. a substrate; an epitaxial region on the substrate that includes therein a light-emitting region; and a multilayer conductive stack comprising a reflector layer including a reflector layer sidewall, on the epitaxial region, an ohmic contact layer including an ohmic contact layer sidewall, between the reflector layer and the epitaxial region, and a metal conductive barrier layer directly on the reflector layer and extending directly on the reflector layer sidewall and directly on the ohmic contact layer sidewall; characterised in that the metal conductive barrier layer comprises a plurality of first and second alternating sublayers; and the first sublayers include grain boundaries therein that are arranged such that the grain boundaries define an offset brick wall structure in the first sublayers.
A securing apparatus having a locking bar which can be arranged, as required, transversely in front of a closed leaf of a window or of a door to secure the leaf against opening, wherein the securing apparatus comprises at least one anchorage element which is configured to be permanently mounted at a side of the window or of the door in the region of a reveal of the window or of the door and which has a coupling section which projects in the direction of the opposite side of the window or of the door, preferably beyond the reveal, in a mounted state of the anchorage element; wherein the locking bar has a closing apparatus and at least a first end section which has a coupling receiver and which is configured to be releasably coupled to the anchorage element in that the coupling section of the anchorage element engages into the coupling receiver of the first end section of the locking bar in a coupled state of the securing apparatus; and wherein the first end section of the locking bar is latchable to the anchorage element by means of the closing apparatus in the coupled state.
A validated photonumeric scale for rating the severity of cellulite in an affected area of a human subject, the photonumeric scale comprising: 3 to 10 images showing an affected area of an example patient, the images being organized in different categories representing levels of severity based on a characteristic of cellulite, wherein each image has a different severity rating based on characteristics of cellulite, wherein the characteristics of cellulite comprise the number of dimples and the depth of dimples, the severity rating comprising a numerical value and a description of the number of dimples and the depth of the dimples.
A cassette comprising a product conveying path (1, 1a, 1b) and a positioning means (3a, 3b) engageable with a counter-piece on a centrifuge having a rotor for separating blood components or on a system component arranged in a centrifuge such that a section of the product conveying path (1, 1a, 1b) is aligned with a section of the centrifuge or the system component arranged in the centrifuge, wherein a tube connected with bags is accommodated in the product conveying path (1, 1a, 1b) characterized in that the positioning means (3a, 3b) is provided in the form of one or plural bars (3a, 3b) arranged in the direction of one or plural sections of the product conveying path (1, 1a, 1b), and the bars are arranged in a window.
A gas turbine component comprising: a first airfoil comprising a first leading edge, a first trailing edge, a first suction side extending from said first leading edge to said first trailing edge, and a first pressure side extending from said first leading edge to said first trailing edge opposite said first suction side; a second airfoil, adjacent the first airfoil, comprising a second leading edge, a second trailing edge, a second suction side extending from said second leading edge to said second trailing edge, and a second pressure side extending from said second leading edge to said second trailing edge opposite said second suction side; a thermal barrier coating applied to said second pressure side of said second airfoil, wherein said thermal barrier coating is not applied to said first pressure side of said first airfoil; and wherein said thermal barrier coating is applied to said second pressure side such that an uncoated margin is defined on said second pressure side at said second trailing edge, wherein the first airfoil and the second airfoil define a throat of minimum area between the first airfoil and the second airfoil, and wherein said thermal barrier coating is not applied to said first pressure side within the throat. a first airfoil comprising a first leading edge, a first trailing edge, a first suction side extending from said first leading edge to said first trailing edge, and a first pressure side extending from said first leading edge to said first trailing edge opposite said first suction side; a second airfoil, adjacent the first airfoil, comprising a second leading edge, a second trailing edge, a second suction side extending from said second leading edge to said second trailing edge, and a second pressure side extending from said second leading edge to said second trailing edge opposite said second suction side; a thermal barrier coating applied to said second pressure side of said second airfoil, wherein said thermal barrier coating is not applied to said first pressure side of said first airfoil; and wherein said thermal barrier coating is applied to said second pressure side such that an uncoated margin is defined on said second pressure side at said second trailing edge, wherein the first airfoil and the second airfoil define a throat of minimum area between the first airfoil and the second airfoil, and wherein said thermal barrier coating is not applied to said first pressure side within the throat.
A method comprising: grouping a plurality of ports at power sourcing equipment in a Power over Ethernet, PoE, system, the ports receiving power from at least one power supply; and transmitting said power from the group of ports at the power sourcing equipment to a plurality of ports at a power interface module, wherein the power transmitted at each of said ports is at least 100 watts; wherein the power interface module is operable to combine said power received at said plurality of ports and provide an AC, alternating current, outlet; the method characterized in that it further comprises: grouping said plurality of ports comprises grouping said plurality of ports into multiple groups of ports at the power sourcing equipment, each of the groups of ports transmitting said power to different power interface modules. grouping a plurality of ports at power sourcing equipment in a Power over Ethernet, PoE, system, the ports receiving power from at least one power supply; and transmitting said power from the group of ports at the power sourcing equipment to a plurality of ports at a power interface module, wherein the power transmitted at each of said ports is at least 100 watts; wherein the power interface module is operable to combine said power received at said plurality of ports and provide an AC, alternating current, outlet;
A scaffold delivery apparatus, comprising: a catheter having an inflatable balloon thereupon, wherein the inflatable balloon comprises a distal portion, a proximal portion, and a central portion in between the distal portion and the proximal portion; an expandable scaffold secured only upon the central portion of the inflatable balloon, wherein the central portion is substantially radially constant throughout the entire length of the central portion; wherein the distal portion of the inflatable balloon defines a radially tapered transition adjacent to a distal end of the scaffold and the proximal portion of the inflatable balloon defines a radially tapered transition adjacent to the proximal end of the scaffold, and wherein the scaffold defines a distal tapered edge and a proximal tapered edge. a catheter having an inflatable balloon thereupon, wherein the inflatable balloon comprises a distal portion, a proximal portion, and a central portion in between the distal portion and the proximal portion; an expandable scaffold secured only upon the central portion of the inflatable balloon, wherein the central portion is substantially radially constant throughout the entire length of the central portion; wherein the distal portion of the inflatable balloon defines a radially tapered transition adjacent to a distal end of the scaffold and the proximal portion of the inflatable balloon defines a radially tapered transition adjacent to the proximal end of the scaffold, and wherein the scaffold defines a distal tapered edge and a proximal tapered edge.