mhurhangee/patent-ind-claim-en huggingface dataset:
A surface handling facility, comprising: - a main vacuum enclosure equipped with handling means, in particular of the plasma type, - at least one device for transferring objects between a zone at atmospheric pressure (ZA) and a zone under vacuum (ZV), the or each transfer device being provided upstream and/or downstream of the main enclosure and comprising: - a frame - a housing (L) formed in this frame, - a transfer member , movably mounted in the housing relative to the frame by being rotatably mounted in the housing (L), this transfer member comprising at least one cell (56-59) for receiving at least one object to be transferred, - the frame defining a first opening in communication with the zone at atmospheric pressure, a second opening in communication with the zone under vacuum, as well as an intermediate region (INT) placed either under vacuum or at atmospheric pressure, - insulation means between the intermediate region and each opening, - driving means , suitable for driving each cell successively opposite to the first opening, the intermediate region, then the second opening, characterised in that the facility further comprises: - means for unstacking/stacking objects, placed opposite to the second opening of each transfer device, and in that the main enclosure of the facility comprises: - means (11-14) for conveying the objects, - elements for supporting each object, which are secured to the conveying means. - a main vacuum enclosure equipped with handling means, in particular of the plasma type, - at least one device for transferring objects between a zone at atmospheric pressure (ZA) and a zone under vacuum (ZV), the or each transfer device being provided upstream and/or downstream of the main enclosure and comprising: - a frame - a housing (L) formed in this frame, - a transfer member , movably mounted in the housing relative to the frame by being rotatably mounted in the housing (L), this transfer member comprising at least one cell (56-59) for receiving at least one object to be transferred, - the frame defining a first opening in communication with the zone at atmospheric pressure, a second opening in communication with the zone under vacuum, as well as an intermediate region (INT) placed either under vacuum or at atmospheric pressure, - insulation means between the intermediate region and each opening, - driving means , suitable for driving each cell successively opposite to the first opening, the intermediate region, then the second opening, characterised in that the facility further comprises: - means for unstacking/stacking objects, placed opposite to the second opening of each transfer device, and in that the main enclosure of the facility comprises: - means (11-14) for conveying the objects, - elements for supporting each object, which are secured to the conveying means.
Input arrangement having a carrier , an input part which is mounted on the carrier so as to oscillate along at least one direction of movement (B) by means of mounting means , said input part having an input surface intended to be touched by an operator and having a touch detection device for detecting when the operator touches the input surface , an electromagnetic actuator for inducing a movement of the input part along the direction of movement (B) by means of an electrical drive signal in order to generate haptic feedback for the operator when the operator touches the input part, wherein the actuator has a resiliently mounted additional mass and the actuator is attached to the input part via a vibration isolator , wherein the mounting means , for mounting so as to oscillate, further have an optional vibration damper for causing damping of the movement of the input part ; wherein the drive signal (A 1 , A 2 , A 3 ) and/or damping caused by the vibration isolator and/or further damping caused by the optional vibration damper are selected such that an absolute maximum amplitude (X max ) of a system response (S 1 , S 2 , S 3 ), measured at the input part , to the inducement triggered by the drive signal (A 1 , A 2 , A 3 ) is performed by means of the actuator at a first maximum time interval (t 1 ) of 20 ms after the drive signal (A 1 , A 2 , A 3 ) starts; wherein the drive signal (A 1 , A 2 , A 3 ) and/or the damping caused by the vibration isolator and/or the further damping caused by the optional vibration damper are selected such that a decay time, at which the maximum amplitude of the system response (S 1 , S 2 , S 3 ) has decayed to 10% or less of the absolute maximum amplitude (X max ), follows the previously achieved absolute maximum amplitude (X max ) in a second time interval (t 2 ) of at most 30 ms; characterized in that a natural frequency of the vibration system comprising the additional mass and its resilient mount is a factor of A=√2 greater than a natural frequency of the vibration isolator .
A boiler for a machine for the preparation of beverages comprising a central tank configured to delimit a superheating area (S) for a liquid and an outer tank , which is positioned around said central tank and is configured to define a heating area (R) for the liquid; wherein the relative arrangement between the superheating area (S) and the heating area (R) is such as to allow the heating of the liquid in the heating area (R) by means of the heat generated in the superheating area (S); the heating area (R) having a first outlet configured to supply hot liquid (Lc); the superheating area (S) having a second outlet for the supply of steam (V).
A method for providing distributed index searching in a computer system accessible to members via a computer network , the computer system including content items hosted on content servers and a set of distributed indices of a subset of the content items hosted on a corresponding content server, the method comprising: receiving, at a database server and via the computer network from a server , search terms included in a search query for content from a member; and in response to receiving the search terms, at the database server , determining a subset of the distributed indices to be searched in response to the search query based on the received search terms and one or more records of searching features on the database server , the searching features containing data representing content searching profiles of at least one of an organization or the individual members of the organization; and providing, from the database server and via the computer network to the server , the determined list of distributed indices to be searched based on the search terms in the search query ; characterized in that the database server does not contain a master index of the distributed indices hosted on the corresponding content servers . receiving, at a database server and via the computer network from a server , search terms included in a search query for content from a member; and in response to receiving the search terms, at the database server , determining a subset of the distributed indices to be searched in response to the search query based on the received search terms and one or more records of searching features on the database server , the searching features containing data representing content searching profiles of at least one of an organization or the individual members of the organization; and providing, from the database server and via the computer network to the server , the determined list of distributed indices to be searched based on the search terms in the search query ; characterized in that the database server does not contain a master index of the distributed indices hosted on the corresponding content servers .
A method for treating a lubricant on a surface , comprising: introducing a gas stream into an activation zone ; generating one or more energized gaseous species in the activation zone ; moving at least a portion of the gas stream and energized gaseous species apart from the activation zone and through a transfer zone ; characterized by further comprising: separating, in the transfer zone , at least a portion of any charged species generated in the activation zone from the gas stream and retaining at least a portion of any uncharged energized gaseous species in the gas stream; directing the gas stream and retained energized gaseous species in proximity to a lubricant on a surface in a treatment zone ; and allowing the gas stream and retained energized gaseous species to react with the lubricant in the treatment zone , thereby altering the material properties of at least a portion of the lubricant , wherein the lubricant is a polysiloxane-based compound, a perfluoropolyether, a functionalized polysiloxane, or a functionalized perfluoropolyether. introducing a gas stream into an activation zone ; generating one or more energized gaseous species in the activation zone ; moving at least a portion of the gas stream and energized gaseous species apart from the activation zone and through a transfer zone ; characterized by further comprising: separating, in the transfer zone , at least a portion of any charged species generated in the activation zone from the gas stream and retaining at least a portion of any uncharged energized gaseous species in the gas stream; directing the gas stream and retained energized gaseous species in proximity to a lubricant on a surface in a treatment zone ; and allowing the gas stream and retained energized gaseous species to react with the lubricant in the treatment zone , thereby altering the material properties of at least a portion of the lubricant , wherein the lubricant is a polysiloxane-based compound, a perfluoropolyether, a functionalized polysiloxane, or a functionalized perfluoropolyether. separating, in the transfer zone , at least a portion of any charged species generated in the activation zone from the gas stream and retaining at least a portion of any uncharged energized gaseous species in the gas stream; directing the gas stream and retained energized gaseous species in proximity to a lubricant on a surface in a treatment zone ; and allowing the gas stream and retained energized gaseous species to react with the lubricant in the treatment zone , thereby altering the material properties of at least a portion of the lubricant , wherein the lubricant is a polysiloxane-based compound, a perfluoropolyether, a functionalized polysiloxane, or a functionalized perfluoropolyether.
Elevator monitoring system comprising: - a monitoring controller of the elevator monitoring system for communicating with a remote monitoring installation , the monitoring controller comprising a signal input for connecting the monitoring controller to a sensor system of the elevator monitoring system , and - wherein the sensor system comprises - a first sensor module for determining a state of an elevator controller of an elevator system monitored by the elevator monitoring system , and - a second sensor module for determining movement information of the monitored elevator system , characterized in that , - the sensor system is capable of combining an output state of the first sensor module and an output state of the second sensor module into a single output state by a logical AND operation and provides this single output state as an input for the signal input . - a monitoring controller of the elevator monitoring system for communicating with a remote monitoring installation , the monitoring controller comprising a signal input for connecting the monitoring controller to a sensor system of the elevator monitoring system , and - wherein the sensor system comprises - a first sensor module for determining a state of an elevator controller of an elevator system monitored by the elevator monitoring system , and - a second sensor module for determining movement information of the monitored elevator system , characterized in that , - a first sensor module for determining a state of an elevator controller of an elevator system monitored by the elevator monitoring system , and - a second sensor module for determining movement information of the monitored elevator system , characterized in that , - the sensor system is capable of combining an output state of the first sensor module and an output state of the second sensor module into a single output state by a logical AND operation and provides this single output state as an input for the signal input .
A dressing for treating a tissue site , comprising: a wound dressing including a foam layer having a tissue-facing surface and an opposing surface; a dressing interface having a housing including a therapy cavity and a component cavity having an electrical component fluidly isolated from the therapy cavity and the wound dressing; and a sensor having a sensing portion positioned on the tissue-facing surface and adapted to contact the tissue site , a conductor portion coupled to the sensing portion and extending through a perforation in the wound dressing, and a terminal portion positioned on the opposing surface and coupled to the conductor portion , the terminal portion being configured to be electrically coupled to the electrical component; and a drape having an opening exposing the terminal portion and coupled to the opposing surface and covering the wound dressing and the tissue site to fluidly isolate the terminal portion from the wound dressing and the perforation . a wound dressing including a foam layer having a tissue-facing surface and an opposing surface; a dressing interface having a housing including a therapy cavity and a component cavity having an electrical component fluidly isolated from the therapy cavity and the wound dressing; and a sensor having a sensing portion positioned on the tissue-facing surface and adapted to contact the tissue site , a conductor portion coupled to the sensing portion and extending through a perforation in the wound dressing, and a terminal portion positioned on the opposing surface and coupled to the conductor portion , the terminal portion being configured to be electrically coupled to the electrical component; and a drape having an opening exposing the terminal portion and coupled to the opposing surface and covering the wound dressing and the tissue site to fluidly isolate the terminal portion from the wound dressing and the perforation .
A semiconductor radiation detector assembly comprising a detector head arranged on a header, wherein the detector head comprises a detector chip having a front side for receiving radiation and a back side, wherein the detector chip comprises a silicon drift detector, SDD; and a flexible substrate comprising a center portion having its front side attached to the back side of the detector chip and a plurality of strips extending from the center portion and bent to protrude away from the detector chip , wherein the detector chip is electrically coupled to at least one of said conductive tracks , wherein the header comprises a base plate having a plurality of contact pins protruding therefrom towards said detector chip , and wherein said flexible substrate comprises a plurality of conductive tracks that extend on a surface of said strips from said center portion towards distal ends of said strips that are attached to respective ones of the plurality of contact pins for electrical coupling between the detector head and the header and for mechanical attachment between the detector head and the header. wherein the detector head comprises a detector chip having a front side for receiving radiation and a back side, wherein the detector chip comprises a silicon drift detector, SDD; and a flexible substrate comprising a center portion having its front side attached to the back side of the detector chip and a plurality of strips extending from the center portion and bent to protrude away from the detector chip , wherein the detector chip is electrically coupled to at least one of said conductive tracks , a detector chip having a front side for receiving radiation and a back side, wherein the detector chip comprises a silicon drift detector, SDD; and a flexible substrate comprising a center portion having its front side attached to the back side of the detector chip and a plurality of strips extending from the center portion and bent to protrude away from the detector chip , wherein the detector chip is electrically coupled to at least one of said conductive tracks , wherein the header comprises a base plate having a plurality of contact pins protruding therefrom towards said detector chip , and wherein said flexible substrate comprises a plurality of conductive tracks that extend on a surface of said strips from said center portion towards distal ends of said strips that are attached to respective ones of the plurality of contact pins for electrical coupling between the detector head and the header and for mechanical attachment between the detector head and the header.
A linear compressor , comprising: a cylinder ; a piston reciprocating along an axis inside the cylinder ; a drive unit disposed on an outside of the cylinder in a radial direction thereof; the elastic body disposed on a rear of the cylinder and the drive unit in an axial direction, wherein the elastic body is formed as a plate spring; and a connecting member configured to connect the piston and the elastic body , wherein the elastic body comprises a plurality of elastic units disposed circumferentially and axially symmetric with each other around an axis passing through a virtual center of the elastic body , wherein each of the plurality of elastic units comprises an elastic portion that is spirally formed in a manner of moving away from the axis, an outer portion disposed on an outside of the elastic portion in a radial direction thereof, and an inner portion disposed on an inside of the elastic portion , wherein a shape of the outer portion mates with that of the outer portion of an adjacent elastic unit to form a substantially continuously curved outer contour of the elastic body , the curved outer contour corresponding to a circular contour, and characterized in that the plurality of elastic unites is separated from each other, and a slit and/or crevice (1912 to 1914, 2912 to 2914) is formed between adjacent elastic units such that the plurality of elastic units are movable independently from each other. a cylinder ; a piston reciprocating along an axis inside the cylinder ; a drive unit disposed on an outside of the cylinder in a radial direction thereof; the elastic body disposed on a rear of the cylinder and the drive unit in an axial direction, wherein the elastic body is formed as a plate spring; and a connecting member configured to connect the piston and the elastic body , wherein the elastic body comprises a plurality of elastic units disposed circumferentially and axially symmetric with each other around an axis passing through a virtual center of the elastic body , wherein each of the plurality of elastic units comprises an elastic portion that is spirally formed in a manner of moving away from the axis, an outer portion disposed on an outside of the elastic portion in a radial direction thereof, and an inner portion disposed on an inside of the elastic portion , wherein a shape of the outer portion mates with that of the outer portion of an adjacent elastic unit to form a substantially continuously curved outer contour of the elastic body , the curved outer contour corresponding to a circular contour, and characterized in that the plurality of elastic unites is separated from each other, and a slit and/or crevice (1912 to 1914, 2912 to 2914) is formed between adjacent elastic units such that the plurality of elastic units are movable independently from each other.
A heat and moisture exchanger comprising: a plurality of panels , each of the panels comprising a flexible separator comprising a corrugated sheet , and corrugations of the corrugated sheet are formed to provide ridges having flattened tops; and first and second thin water-vapor-permeable membrane sheets attached to the flattened tops of the ridges on opposing faces of the separator , the separator holding the first and second water-vapor-permeable membrane sheets in a spaced-apart parallel relationship, the panel stiffened by the attachment of the membrane sheets to the separator , the separator and the first and second membrane sheets defining first channels between the ridges on the separator , the first channels extending in a first direction across each of the panels for carrying a first flow; the panels stacked in a parallel spaced-apart relationship, with elongated spacers between the adjacent ones of the panels to provide open second channels between adjacent ones of the panels , the second channels extending to carry a second flow through the heat and moisture exchanger in a second direction transverse to the first direction. a flexible separator comprising a corrugated sheet , and corrugations of the corrugated sheet are formed to provide ridges having flattened tops; and first and second thin water-vapor-permeable membrane sheets attached to the flattened tops of the ridges on opposing faces of the separator , the separator holding the first and second water-vapor-permeable membrane sheets in a spaced-apart parallel relationship, the panel stiffened by the attachment of the membrane sheets to the separator , the separator and the first and second membrane sheets defining first channels between the ridges on the separator , the first channels extending in a first direction across each of the panels for carrying a first flow; the panels stacked in a parallel spaced-apart relationship, with elongated spacers between the adjacent ones of the panels to provide open second channels between adjacent ones of the panels , the second channels extending to carry a second flow through the heat and moisture exchanger in a second direction transverse to the first direction.
A composition comprising a DNA dendrimer having linked thereto: a. one or more DNA sequences encoding a cytotoxin operably linked to one or more promoters, wherein the promoters are substantially transcriptionally active only in prostate cancer cells such that the DNA sequences are expressible substantially only in prostate cancer cells, wherein the cytotoxin is Diphtheria toxin A chain and the one or more promoters is the K5 promoter; and b. a cellular internalization moiety which targets the DNA dendrimer to the prostate cancer cells; wherein the internalization moiety is an antibody or peptide that binds to the transferrin receptor. a. one or more DNA sequences encoding a cytotoxin operably linked to one or more promoters, wherein the promoters are substantially transcriptionally active only in prostate cancer cells such that the DNA sequences are expressible substantially only in prostate cancer cells, wherein the cytotoxin is Diphtheria toxin A chain and the one or more promoters is the K5 promoter; and b. a cellular internalization moiety which targets the DNA dendrimer to the prostate cancer cells; wherein the internalization moiety is an antibody or peptide that binds to the transferrin receptor.