mhurhangee/patent-ind-claim-en huggingface dataset:
Method for generating an action in a building with at least one door and an elevator system comprising an elevator car which can be moved between floors (L1, L2, L3) of the building , comprising: identifying a communicative connection between a sensor of a sensor system comprising a large number of sensors and a mobile electronic device of a passenger , wherein the electronic device is a mobile phone, a smartphone, a smart watch or a tablet PC; registering connection data of the communicative connection, wherein the connection data comprise a location of the sensor involved in the communicative connection, an identifier of the mobile device and/or time data of the communicative connection; comparing the connection data with data stored in a storage device in order to identify whether the connection data correspond to a stored behavior pattern; if the connection data correspond to a stored behavior pattern, generating the action; and activating the mobile electronic device in order to inform the passenger about the action by means of a readable and/or audible message. identifying a communicative connection between a sensor of a sensor system comprising a large number of sensors and a mobile electronic device of a passenger , wherein the electronic device is a mobile phone, a smartphone, a smart watch or a tablet PC; registering connection data of the communicative connection, wherein the connection data comprise a location of the sensor involved in the communicative connection, an identifier of the mobile device and/or time data of the communicative connection; comparing the connection data with data stored in a storage device in order to identify whether the connection data correspond to a stored behavior pattern; if the connection data correspond to a stored behavior pattern, generating the action; and activating the mobile electronic device in order to inform the passenger about the action by means of a readable and/or audible message.
A semiconductor device comprising: a metal body ; a bonding layer placed on the metal body; and a semiconductor chip placed on the bonding layer, wherein the bonding layer includes a filler-containing first layer formed between the metal body and the semiconductor chip, and a second layer bonded to the first layer and the semiconductor chip; characterized in that the second layer has a thermal expansion coefficient higher than that of the first layer. a metal body ; a bonding layer placed on the metal body; and a semiconductor chip placed on the bonding layer,
A turbine rotor for aircraft turbine engine comprising: - at least one mobile disc supporting mobile blades , the mobile disc comprising a plurality of slots in which are inserted the roots of the mobile blades , a passage (P) being formed between the bottom of the slots and the roots of the mobile blades inserted into said slots , - a circulation channel configured to allow circulation of fluid, the circulation channel comprising said passage (P), - a calibration device configured to allow flow of a first fluid flow rate in the circulation channel when the temperature within the circulation channel is less than a predetermined temperature threshold value, and to change state so as to allow flow of a second fluid flow rate, greater than the first flow rate, in the circulation channel, when the temperature within the circulation channel is greater than or equal to said predetermined temperature threshold value, characterized in that the calibration device comprises a fusible material configured to melt at least in part when the temperature within the circulation channel reaches the predetermined threshold value. - at least one mobile disc supporting mobile blades , the mobile disc comprising a plurality of slots in which are inserted the roots of the mobile blades , a passage (P) being formed between the bottom of the slots and the roots of the mobile blades inserted into said slots , - a circulation channel configured to allow circulation of fluid, the circulation channel comprising said passage (P), - a calibration device configured to allow flow of a first fluid flow rate in the circulation channel when the temperature within the circulation channel is less than a predetermined temperature threshold value, and to change state so as to allow flow of a second fluid flow rate, greater than the first flow rate, in the circulation channel, when the temperature within the circulation channel is greater than or equal to said predetermined temperature threshold value, characterized in that the calibration device comprises a fusible material configured to melt at least in part when the temperature within the circulation channel reaches the predetermined threshold value.
A catheter system for treating a treatment site within or adjacent to a vessel wall or heart valve, the catheter system comprising: a balloon including a balloon wall that defines a balloon interior , the balloon being configured to selectively retain a catheter fluid within the balloon interior ; a fluid pump that is configured to pump the catheter fluid into the balloon interior via an inflation conduit to expand the balloon from a collapsed configuration so that the balloon is configured to be moved relative to the treatment site , to an expanded configuration suitable for anchoring the balloon in position relative to the treatment site ; an energy guide that is configured to guide energy into the balloon interior to generate a plasma within the catheter fluid that is retained within the balloon interior ; and a fluid circulator that is in fluid communication with the balloon interior , the fluid circulator being configured to selectively recirculate the catheter fluid in a recirculation loop that includes the balloon interior and the fluid circulator as the catheter fluid is recirculated out of and back into the balloon interior during use of the catheter system . a balloon including a balloon wall that defines a balloon interior , the balloon being configured to selectively retain a catheter fluid within the balloon interior ; a fluid pump that is configured to pump the catheter fluid into the balloon interior via an inflation conduit to expand the balloon from a collapsed configuration so that the balloon is configured to be moved relative to the treatment site , to an expanded configuration suitable for anchoring the balloon in position relative to the treatment site ; an energy guide that is configured to guide energy into the balloon interior to generate a plasma within the catheter fluid that is retained within the balloon interior ; and a fluid circulator that is in fluid communication with the balloon interior , the fluid circulator being configured to selectively recirculate the catheter fluid in a recirculation loop that includes the balloon interior and the fluid circulator as the catheter fluid is recirculated out of and back into the balloon interior during use of the catheter system .
An efficient heat sink for solar photovoltaic cells, used for dissipating heat therefrom, characterized in that , it comprises one or more flat plate heat pipes , wherein a front plate surface of the front and back plate surfaces of which directly engages or indirectly engages with the backplate of the cell plate , and covers the whole backplate of the cell plate; and further comprises a heat exchanger of plate pipe type that engages with the cooling portion of backplate surface of the flat plate heat pipe; the flat plate heat pipe is a micro heat pipe array of flat plate type that includes therein more heat pipes arranged side by side; the heat exchanger is a through-pipe with an engaging surface on one side thereof; the engaging surface extends along the longitudinal direction of the through-pipe ; the through-pipe strides across the heat pipes of the flat plate heat pipe; and the through-pipe has a connecting head and / or connecting port to be connected with other pipelines.
Use of a fluorine-based coating material comprising a polyamideimide resin composition and a fluororesin, wherein the polyamideimide resin composition comprises a polyamideimide resin (A) that contains structural units derived from 3,3'-dimethylbiphenyl-4,4'-diisocyanate and/or 3,3'-dimethylbiphenyl-4,4'-diamine in an amount totaling 45 mol% or more relative to all structural units derived from isocyanates and/or diamines, water (B), and an organic solvent (C), wherein an amount of the water of component (B) is at least 10% by mass relative to a total mass of the polyamideimide resin (A), the water (B) and the organic solvent (C), for forming a coating film on a at least a portion of a surface of an article, wherein the article is a household electrical cooking appliance, a kitchen utensil, a printer or a copier.
A probe for use in a method of detecting a condition in vivo involving porous dental hydroxyapatite, comprising: a coloured reporter conjugated to a protein selected from the group: Serum albumin; Complement C3 beta chain; Alpha-1-antitrypsin; Protein S100-A9; Lactotransferrin; Leukocyte elastase inhibitor; Antithrombin-III; Hemoglobin subunit alpha; Hemoglobin subunit beta; Hemoglobin subunit delta; Prolactin-inducible protein; Alpha amylase 1; Ig kappa chain V-III region SIE; Ig alpha-2 chain C region; Uncharacterized protein c6orf58; Serpin B3; Amelogenin; osteocalcin; and decorin, wherein the protein specifically binds porous dental hydroxyapatite.
A shaft seal arrangement for a rotating turbomachine shaft having a rotation axis, the shaft seal arrangement comprising: a rotor part that rotates during operation; a stationary part ; a dry gas seal comprising: at least one rotary element having a rotary sealing surface and arranged for rotation with the rotor part; at least one stationary element in a fixed relationship with the stationary part and having a stationary sealing surface , the rotary sealing surface and the stationary sealing surface being resiliently biased one against the other; a dry gas delivery path configured for delivering dry sealing gas between the stationary sealing surface and the rotary sealing surface; at least one cooling fluid volume arranged for receiving a cooling fluid and in heat exchange relationship with the dry gas seal ; characterized in that the shaft seal arrangement further comprises: a venting arrangement configured for collectively venting exhaust cooling fluid and dry sealing gas from the shaft seal arrangement. a rotor part that rotates during operation; a stationary part ; a dry gas seal comprising: at least one rotary element having a rotary sealing surface and arranged for rotation with the rotor part; at least one stationary element in a fixed relationship with the stationary part and having a stationary sealing surface , the rotary sealing surface and the stationary sealing surface being resiliently biased one against the other; a dry gas delivery path configured for delivering dry sealing gas between the stationary sealing surface and the rotary sealing surface; at least one cooling fluid volume arranged for receiving a cooling fluid and in heat exchange relationship with the dry gas seal ; characterized in that the shaft seal arrangement further comprises: a venting arrangement configured for collectively venting exhaust cooling fluid and dry sealing gas from the shaft seal arrangement.
An organic electroluminescent display device, wherein the organic electroluminescent display device comprises a basal substrate and several pixel unit groups arranged in a matrix on the basal substrate ; each of the pixel unit groups comprises a first pixel unit subgroup and a second pixel unit subgroup ; the first pixel unit subgroup and the second pixel unit subgroup are arranged along a first direction (X) adjacent to each other, and comprise sub pixels with three different colors respectively; wherein the first pixel unit subgroup comprises a sub pixel sequence in an order of a first sub pixel , a second sub pixel and a third sub pixel along a second direction (Y); the second pixel unit subgroup comprises a sub pixel sequence in an order of the third sub pixel , the first sub pixel and the second sub pixel along the second direction (Y); in the same pixel unit group , the component of the distance between centers of two adjacent first sub pixels respectively located in the first pixel unit subgroup and the second pixel unit subgroup in the second direction (Y), the component of the distance between centers of two adjacent second sub pixels respectively located in the first pixel unit subgroup and the second pixel unit subgroup in the second direction (Y), and the component of the distance between centers of two adjacent third sub pixels respectively located in the first pixel unit subgroup and the second pixel unit subgroup in the second direction (Y), are all equal; the size of the third sub pixel is smaller than the size of the first sub pixel and the size of the second sub pixel respectively; the third sub pixel comprises a first part extending along the second direction (Y), and an extending part extending along the first direction (X) from the first portion ; the first sub pixel , the second sub pixel and the third sub pixel are selected from a group comprising red sub pixel, green sub pixel and blue sub pixel; each of the pixel unit groups further comprises contact holes (V1, V2, V3, V4, V5, V6) one-to-one corresponding to the sub pixels and pixel circuits, each of the sub pixels being connected to a corresponding pixel circuit through a corresponding contact hole; in the first pixel unit subgroup , the second contact hole (V2) and the third contact hole (V3) are respectively located on both sides of the first part of the third sub pixel ; and the extending part of the third sub pixel is at least located on a side of the second contact hole (V2); and in the second pixel unit subgroup , the fifth contact hole (V5) and the sixth contact hole (V6) are respectively located on both sides of the first part of the third sub pixel ; and the extending part of the third sub pixel is at least located on a side of the sixth contact hole (V6).
An apparatus comprising: a receiver having a plurality of inputs , each capable of receiving an upstream optical signal, and combining the received upstream optical signals to create a combined signal; a transmitter comprising a laser and an RF amplifier , the transmitter arranged to receive the combined electrical signal and converts it to a reverse path optical signal at an output; and a controller for the transmitter that monitors each of said plurality of inputs , and activates the transmitter if an optical signal above a threshold is received at any of said plurality of inputs; the apparatus characterized in that the controller , in response to detected optical input power, controls at least one of: laser bias control between a low state and a high state, amplifier bias control between a low state and a high state, and RF gain of said RF amplifier, where the high state is activated when optical input power is detected and the low state is between zero and the high state. a receiver having a plurality of inputs , each capable of receiving an upstream optical signal, and combining the received upstream optical signals to create a combined signal; a transmitter comprising a laser and an RF amplifier , the transmitter arranged to receive the combined electrical signal and converts it to a reverse path optical signal at an output; and a controller for the transmitter that monitors each of said plurality of inputs , and activates the transmitter if an optical signal above a threshold is received at any of said plurality of inputs; the apparatus characterized in that the controller , in response to detected optical input power, controls at least one of: laser bias control between a low state and a high state, amplifier bias control between a low state and a high state, and RF gain of said RF amplifier, laser bias control between a low state and a high state, amplifier bias control between a low state and a high state, and RF gain of said RF amplifier, where the high state is activated when optical input power is detected and the low state is between zero and the high state.
A workpiece carrier device , comprising: a drive gear for receiving workpiece arrangements , which is rotatable about a main axis a number of drive bodies , which are arranged on the drive gear , are respectively rotatable about an axis of rotation and each have a drive pinion and a stationary driving ring gear with an internal toothing, which meshes with the drive pinions , wherein the axes of rotation extend parallel to the main axis and are arranged in an annular region of the drive gear that runs concentrically in relation to the main axis , so that, when the drive gear rotates relative to the driving ring gear , the drive bodies rotate about their respective axes of rotation , wherein the driving ring gear is slidably arranged in an adjustment plane running perpendicular to the main axis and the drive bodies with their drive pinions are formed and arranged in relation to one another, such that a working clearance (S) is provided between driving ring gear and drive pinions such that a driving action of the driving ring gear is transferred to all drive pinions equally during operation. a drive gear for receiving workpiece arrangements , which is rotatable about a main axis a number of drive bodies , which are arranged on the drive gear , are respectively rotatable about an axis of rotation and each have a drive pinion and a stationary driving ring gear with an internal toothing, which meshes with the drive pinions , wherein the axes of rotation extend parallel to the main axis and are arranged in an annular region of the drive gear that runs concentrically in relation to the main axis , so that, when the drive gear rotates relative to the driving ring gear , the drive bodies rotate about their respective axes of rotation , wherein the driving ring gear is slidably arranged in an adjustment plane running perpendicular to the main axis and the drive bodies with their drive pinions are formed and arranged in relation to one another, such that a working clearance (S) is provided between driving ring gear and drive pinions such that a driving action of the driving ring gear is transferred to all drive pinions equally during operation.
A capacitative switch circuit for generating at least one switching signal that can be evaluated electrically, by means of which an electrical device, for example a telephone, a machine tool, a refrigerator or the like, can be operated manually, - with a cover plate which is arranged in a housing , is manufactured from a transparent or semi-transparent material, in particular of glass or of a polymer, and through which at least one button can be seen and operated from the outside, - with at least one sensor surface which generates a capacitance field, is manufactured from an electrically conductive material and is applied to a carrier or printed circuit board provided in the interior of the housing and is aligned flush with the respective button , - with at least one illumination means , in particular an LED, mounted in the housing , by means of which light waves are generated which run in a beam path directed onto the cover plate and by which the respective button is illuminated, and - with a voltage source for energizing the sensor surface and the illumination means, in which case a reflection screen is arranged freely floating between the cover plate and the illumination means , with the thin-walled reflection screen being arranged in the beam path of the respective light wave of the illumination means , the light waves emitted by the illumination means in the direction of the reflection screen passing through the latter to the outside and the light waves incident on the reflection screen from the outside being partially reflected, refracted and/or scattered by the latter. - with a cover plate which is arranged in a housing , is manufactured from a transparent or semi-transparent material, in particular of glass or of a polymer, and through which at least one button can be seen and operated from the outside, - with at least one sensor surface which generates a capacitance field, is manufactured from an electrically conductive material and is applied to a carrier or printed circuit board provided in the interior of the housing and is aligned flush with the respective button , - with at least one illumination means , in particular an LED, mounted in the housing , by means of which light waves are generated which run in a beam path directed onto the cover plate and by which the respective button is illuminated, and - with a voltage source for energizing the sensor surface and the illumination means,
Device for fastening a suspension shock absorber rod of a front wheel of a motor vehicle, said fastening device comprising a structural element of cylindrical shape having a fastening side intended to be fastened to a vertical lateral wall delimiting a front upper bodyshell structure of said motor vehicle, said structural element having an axial opening intended to have said shock absorber rod passing through it, said device being characterized in that it comprises a substantially flat docking surface preserved on the external surface of said structural element and extending radially around said axial opening , said docking surface being extended on the side opposite said fastening side by three facets that are inclined in the direction of the axis of said structural element, said three inclined facets being made up of flat surfaces that are inclined with respect to a horizontal plane, in the continuity of which surfaces is formed a dropped edge at the periphery of said structural element, said docking surface being delimited laterally by ribs that are oriented in the transverse direction of the vehicle when said structural element is fastened to said vertical lateral wall, the dropped edge delimiting the open side of the structural element .
Device for advancing goods, having a first goods feeder , which is pretensioned via a spring in a feeding direction towards a front anchor , and at least one wall extending substantially parallel to the feeding direction for laterally delimiting a channel for receiving goods, wherein a guide rail for a second goods feeder is held on the at least one wall , along which the second goods feeder , which is pretensioned by a spring , can be moved, wherein the guide rail is arranged above the path of travel of the first goods feeder , wherein at least one projection is provided on the at least one wall , on which the guide rail is held, characterized in that the guide rail is adjustably held on the at least one wall in a direction perpendicular to the plane of a wall in order to change the width of the channel.