mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor device manufacturing method, comprising: providing a substrate structure; forming a first metal layer on the substrate structure; forming a second metal layer on the first metal layer; forming a first oxide layer on the second metal layer at a first temperature; and conducting remaining manufacturing processes including thermal processes at a second temperature higher than the first temperature, wherein the substrate structure comprises: a substrate ; a sacrificial material layer on the substrate; and a cover layer on the substrate covering the sacrificial material layer , wherein the first metal layer is formed on the cover layer , wherein conducting remaining manufacturing processes including thermal processes comprises: forming a patterned mask layer on a back side of the substrate ; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer ; and removing the mask layer , and wherein the first metal layer and the second metal layer form a wire bond pad. providing a substrate structure; forming a first metal layer on the substrate structure; forming a second metal layer on the first metal layer; forming a first oxide layer on the second metal layer at a first temperature; and conducting remaining manufacturing processes including thermal processes at a second temperature higher than the first temperature, wherein the substrate structure comprises: a substrate ; a sacrificial material layer on the substrate; and a cover layer on the substrate covering the sacrificial material layer , wherein the first metal layer is formed on the cover layer , wherein conducting remaining manufacturing processes including thermal processes comprises: forming a patterned mask layer on a back side of the substrate ; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer ; and removing the mask layer , and wherein the first metal layer and the second metal layer form a wire bond pad. a substrate ; a sacrificial material layer on the substrate; and a cover layer on the substrate covering the sacrificial material layer , wherein the first metal layer is formed on the cover layer , wherein conducting remaining manufacturing processes including thermal processes comprises: forming a patterned mask layer on a back side of the substrate ; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer ; and removing the mask layer , and wherein the first metal layer and the second metal layer form a wire bond pad. forming a patterned mask layer on a back side of the substrate ; etching the substrate using the mask layer as a mask to form a through-hole that exposes the sacrificial material layer ; and removing the mask layer , and wherein the first metal layer and the second metal layer form a wire bond pad.
An image providing apparatus comprising: an internal communication interface configured to receive image data and camera setting information from a plurality of camera modules included in a network camera, and transmit a control signal to the plurality of camera modules; a processor configured to generate the control signal to control an operation of the plurality of camera modules, control a power supply to each of the plurality of camera modules, and generate combined image data by combining the image data obtained from the plurality of camera modules; and an external communication interface configured to transmit the combined image data to a client terminal via an Internet network, wherein the plurality of camera modules comprise a first camera module and a second camera module, the first camera module is connected to a microphone that generates first audio data, and the second camera module is not connected to the microphone, the external communication interface is further configured to receive, (S1211) from the client terminal, a request for second audio data that requests the second camera module to obtain second audio data through the microphone, the internal communication interface is further configured to transmit (S1213) a request for the first audio data to the first camera module and receive (S1215) the first audio data from the first camera module, the processor is further configured to generate (S1217) the second audio data including the first audio data in response to the request for the second audio data, and the external communication interface is further configured to transmit (S1219) the second audio data to the client terminal. an internal communication interface configured to receive image data and camera setting information from a plurality of camera modules included in a network camera, and transmit a control signal to the plurality of camera modules; a processor configured to generate the control signal to control an operation of the plurality of camera modules, control a power supply to each of the plurality of camera modules, and generate combined image data by combining the image data obtained from the plurality of camera modules; and an external communication interface configured to transmit the combined image data to a client terminal via an Internet network, wherein the plurality of camera modules comprise a first camera module and a second camera module, the first camera module is connected to a microphone that generates first audio data, and the second camera module is not connected to the microphone, the external communication interface is further configured to receive, (S1211) from the client terminal, a request for second audio data that requests the second camera module to obtain second audio data through the microphone, the internal communication interface is further configured to transmit (S1213) a request for the first audio data to the first camera module and receive (S1215) the first audio data from the first camera module, the processor is further configured to generate (S1217) the second audio data including the first audio data in response to the request for the second audio data, and
A system for ablating a coating on a substrate, the system comprising: a laser that produces an output that is configured to ablate the coating without damaging a surface of the substrate beneath the coating; and a galvanometer scanner configured to create from the laser output a substantially circular scanning pattern , wherein the system is translatable to move the output along the coating to ablate the coating, wherein the substantially circular scanning pattern comprises both a leading edge and a trailing edge such that the coating is exposed to two passes of the output . a laser that produces an output that is configured to ablate the coating without damaging a surface of the substrate beneath the coating; and a galvanometer scanner configured to create from the laser output a substantially circular scanning pattern , wherein the system is translatable to move the output along the coating to ablate the coating, wherein the substantially circular scanning pattern comprises both a leading edge and a trailing edge such that the coating is exposed to two passes of the output .
Method to sterilize a packaging machine provided with a feed circuit , comprising a first feed line configured to feed a first flow (F1) of product (P), a second feed line configured to feed a second flow (F2) of sterilizing solution (S), and a third feed line configured to feed a third flow (F3) of gaseous fluid (A), and a forming and filling station equipped with a delivery member fluidically connected to said feed lines and around which it is provided to form a tubular wrapping (I) of heat-sealable film (M), characterized in that the start-up step comprises a sterilization sub-step in which said second flow (F2) of sterilizing solution (S) is fed into said first feed line .
A monorail switch for a monorail guideway , the monorail switch comprising: a moveable guide beam , said moveable guide beam having a first end and a second end , said second end being adapted to be connected to the guideway , said moveable guide beam having lateral running surfaces on its left and right sides; and characterized in further comprising: an actuating mechanism , said actuating mechanism having a counterweight , said actuating mechanism being connected to said moveable guide beam so as to move said moveable guide beam from a tangent position to a turnout position, wherein potential energy stored in said counterweight is released and at least partially stored in the form of elastic potential energy in said lateral running surfaces when said moveable guide beam is moved from said tangent position to said turnout position; and wherein said elastic potential energy stored in said lateral running surfaces is released and at least partially stored in the form of potential energy by said counterweight when said moveable guide beam is moved from said turnout position to said tangent position. a moveable guide beam , said moveable guide beam having a first end and a second end , said second end being adapted to be connected to the guideway , said moveable guide beam having lateral running surfaces on its left and right sides; and characterized in further comprising: an actuating mechanism , said actuating mechanism having a counterweight , said actuating mechanism being connected to said moveable guide beam so as to move said moveable guide beam from a tangent position to a turnout position, wherein potential energy stored in said counterweight is released and at least partially stored in the form of elastic potential energy in said lateral running surfaces when said moveable guide beam is moved from said tangent position to said turnout position; and wherein said elastic potential energy stored in said lateral running surfaces is released and at least partially stored in the form of potential energy by said counterweight when said moveable guide beam is moved from said turnout position to said tangent position. an actuating mechanism , said actuating mechanism having a counterweight , said actuating mechanism being connected to said moveable guide beam so as to move said moveable guide beam from a tangent position to a turnout position, wherein potential energy stored in said counterweight is released and at least partially stored in the form of elastic potential energy in said lateral running surfaces when said moveable guide beam is moved from said tangent position to said turnout position; and wherein said elastic potential energy stored in said lateral running surfaces is released and at least partially stored in the form of potential energy by said counterweight when said moveable guide beam is moved from said turnout position to said tangent position.
Electric auxiliary drive for a bicycle with a drive housing , which fits into a seat tube or a down tube of a conventional bicycle frame, with an electric motor which is accommodated in the drive housing and drives a motor shaft for rotation about a geometric drive rotational axis , with a planetary gear which is accommodated in the drive housing and which is operatively connected to the motor shaft on the drive side and can be operatively connected to a pedal crank shaft of a bicycle on the output side in such a way that the drive axis of rotation and the geometric axis of rotation of the pedal crank shaft or a straight line parallel to the geometric axis of rotation of the pedal crank shaft intersect substantially at right angles, wherein the planetary gear is provided with a first central gear , a second central gear and a planetary carrier , all of which are arranged centrally around the drive rotational axis , and wherein at least one planetary gear is received on the planetary carrier so as to be rotatable around a geometric planetary axis , characterized in that the planet gear is stepped and has a first toothed zone zp1 and a second toothed zone zp2 , and the first toothed zone and the second toothed zone are different from one another, wherein the planet gear meshes with the first toothed zone in the first central gear and with the second toothed zone in the second central gear . with a drive housing , which fits into a seat tube or a down tube of a conventional bicycle frame, with an electric motor which is accommodated in the drive housing and drives a motor shaft for rotation about a geometric drive rotational axis , with a planetary gear which is accommodated in the drive housing and which is operatively connected to the motor shaft on the drive side and can be operatively connected to a pedal crank shaft of a bicycle on the output side in such a way that the drive axis of rotation and the geometric axis of rotation of the pedal crank shaft or a straight line parallel to the geometric axis of rotation of the pedal crank shaft intersect substantially at right angles, wherein the planetary gear is provided with a first central gear , a second central gear and a planetary carrier , all of which are arranged centrally around the drive rotational axis , and wherein at least one planetary gear is received on the planetary carrier so as to be rotatable around a geometric planetary axis , characterized in that the planet gear is stepped and has a first toothed zone zp1 and a second toothed zone zp2 , and the first toothed zone and the second toothed zone are different from one another, wherein the planet gear meshes with the first toothed zone in the first central gear and with the second toothed zone in the second central gear .
Bracket for fixing tubes or cables on a support or to one another, comprising a first anchor component that is attachable to the tubes or cables, for which at least one attachment component is provided which can be attached in an enduring manner to the anchor component by means of a movement toward the latter, wherein the manner in which the attachment component is moved toward the anchor component can be configured in an elective manner and wherein the attachment component is a component separate from the anchor component , wherein the anchor component is formed from one piece and has two insertion recesses for attachment components and each attachment component is configured as a sliding element which can be slid into an insertion recess and the insertion recesses of the anchor component and the sliding elements are equipped with latch elements, wherein the anchor component has rows of teeth as latch elements in the area of the insertion recesses , wherein the rows of teeth are oriented parallel to the direction of insertion of the respective sliding element and teeth are allocated to the sliding elements as latch elements which can enter into an operative connection with the rows of teeth , and the teeth of the sliding element are mounted on springs , characterized in that a common handle element is associated with two springs .
Device for winding a material web into a wound reel , having at least one roll on which the wound reel rests during winding and which rotates during winding at a maximum frequency of rotation, the roll being supported in a bearing device having a bearing at each roll end and the roll , including its bearing device, having a first natural frequency, characterized in that the first natural frequency is smaller than the maximum frequency of rotation of the roll .
An apparatus for providing instillation therapy and negative-pressure therapy, the apparatus comprising: a housing ; a moveable barrier disposed in the housing to form a dosing chamber and a pressure chamber ; a therapy conduit configured to be fluidly coupled to a pressure source and to a canister ; a fluid inlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a fluid source ; a fluid outlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a dressing ; a pressure inlet fluidly coupled to the therapy conduit and the pressure chamber ; a check valve in the therapy conduit ; characterised by a biasinq element couoled to the moveable barrier and operable to move the moveable barrier from a discharge position to a charge position, and wherein the check valve is fluidly coupled between the pressure inlet and a canister fluidly coupled to the therapy conduit . a housing ; a moveable barrier disposed in the housing to form a dosing chamber and a pressure chamber ; a therapy conduit configured to be fluidly coupled to a pressure source and to a canister ; a fluid inlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a fluid source ; a fluid outlet fluidly coupled to the dosing chamber and configured to be fluidly coupled to a dressing ; a pressure inlet fluidly coupled to the therapy conduit and the pressure chamber ; a check valve in the therapy conduit ; characterised by a biasinq element couoled to the moveable barrier and operable to move the moveable barrier from a discharge position to a charge position, and wherein the check valve is fluidly coupled between the pressure inlet and a canister fluidly coupled to the therapy conduit .
A method of providing cooling by a cooling system to a computer data center , comprising: providing a plurality of air-and-water radiators and one or more chillers , the chillers each having a first side in fluid communication with a chilled water loop, where heated water from the computer data center is circulated to chilled water sides of the one or more chillers and a second side in fluid communication with a condenser water loop , where warmed return water from the condenser water side of the chiller is circulated through one or more of the plurality of air-and-water radiators ; selectively proportioning the warmed return water from the computer data center into a first portion and a second portion based on a cooling load; circulating the first portion of the warmed return water coming from the computer data center through a first subset of the plurality of air-and-water radiators; circulating the second portion of the warmed return water coming from the computer data center through the chilled water loop; circulating the water in the condenser water loop through a second subset of the air-and water radiators ; and circulating the first portion and the second portion of the return water to the computer data center as cooled supply water; wherein selectively proportioning further comprises proportioning the first and second subsets of the plurality of air-and-water radiators . providing a plurality of air-and-water radiators and one or more chillers , the chillers each having a first side in fluid communication with a chilled water loop, where heated water from the computer data center is circulated to chilled water sides of the one or more chillers and a second side in fluid communication with a condenser water loop , where warmed return water from the condenser water side of the chiller is circulated through one or more of the plurality of air-and-water radiators ; selectively proportioning the warmed return water from the computer data center into a first portion and a second portion based on a cooling load; circulating the first portion of the warmed return water coming from the computer data center through a first subset of the plurality of air-and-water radiators; circulating the second portion of the warmed return water coming from the computer data center through the chilled water loop; circulating the water in the condenser water loop through a second subset of the air-and water radiators ; and circulating the first portion and the second portion of the return water to the computer data center as cooled supply water; wherein selectively proportioning further comprises proportioning the first and second subsets of the plurality of air-and-water radiators .
An assembly comprising: a transcatheter valve prosthesis including a frame and a prosthetic valve component including at least one leaflet disposed within and secured to the frame , the transcatheter valve prosthesis having an expanded configuration and a crimped configuration for delivery within a vasculature; a leaflet folding accessory configured for use when compressing the transcatheter valve prosthesis into the crimped configuration, the leaflet folding accessory including a plurality of guide fingers , wherein a leaflet contact portion of each guide finger is configured to be disposed radially within the frame and contact an inner surface of a leaflet of the at least one leaflet , wherein, during crimping of the transcatheter valve prosthesis , the plurality of guide fingers are configured to remain disposed radially within the frame such that the at least one leaflet preferentially folds around the plurality of guide fingers , wherein the leaflet folding accessory includes a handle configured to be held by a user, the handle being attached to a first end of each guide finger , and wherein the leaflet folding accessory includes a collar disposed over the handle , the collar being moveable relative to the guide fingers in order to adjust a radial position of the leaflet contact portions of the guide fingers , wherein each guide finger includes an outward bump formed on a midportion thereof, the outward bump extending radially outward and being configured to interact with the collar . a transcatheter valve prosthesis including a frame and a prosthetic valve component including at least one leaflet disposed within and secured to the frame , the transcatheter valve prosthesis having an expanded configuration and a crimped configuration for delivery within a vasculature; a leaflet folding accessory configured for use when compressing the transcatheter valve prosthesis into the crimped configuration, the leaflet folding accessory including a plurality of guide fingers , wherein a leaflet contact portion of each guide finger is configured to be disposed radially within the frame and contact an inner surface of a leaflet of the at least one leaflet , wherein, during crimping of the transcatheter valve prosthesis , the plurality of guide fingers are configured to remain disposed radially within the frame such that the at least one leaflet preferentially folds around the plurality of guide fingers , wherein the leaflet folding accessory includes a handle configured to be held by a user, the handle being attached to a first end of each guide finger , and wherein the leaflet folding accessory includes a collar disposed over the handle , the collar being moveable relative to the guide fingers in order to adjust a radial position of the leaflet contact portions of the guide fingers , wherein each guide finger includes an outward bump formed on a midportion thereof, the outward bump extending radially outward and being configured to interact with the collar .
A thermal energy exchange tube for a heat exchanger, comprising: a tube inner surface ; and a tube outer surface radially offset from the tube inner surface , the tube outer surface including patterned porosity with a plurality of high porosity regions of the tube outer surface having relatively high porosity to promote flow of fluid radially inwardly via capillary flow, and a plurality of low porosity regions of the tube outer surface having relatively low porosity to facilitate vapor departure from the tube outer surface. ; characterised by further comprising a porous cover layer disposed over the plurality of high porosity regions and the plurality of low porosity regions , wherein the porous cover layer comprises a plurality of cover layer segments with an axial cover layer gap between axially adjacent cover layer segments .
Method for the plasma treatment of at least one surface by a plasma stream being guided out of a plasma nozzle and at least one surface being arranged outside an opening cross section of an opening of the plasma nozzle that is extended in the direction of the stream, and by the plasma stream being deflected onto the at least one surface, characterized in that an adhesive tape having an adhesive mass layer is used, which tape has at least one adhesive tape side , which adhesive tape side is arranged perpendicularly to the cross-sectional region of the opening and is plasma-treated, the at least one surface being the at least one adhesive tape side .