mhurhangee/patent-ind-claim-en huggingface dataset:
A method of separating a plastic-based insulation material from a plate-like concrete-based constructional element to which the insulation material is attached, the method comprises the following steps: - providing an apparatus comprising: - a chamber with at least one fluid-jetting device , said fluid-jetting device being in fluid communication with a pressure-generating device for producing a fluid jet with a pressure sufficient to release the insulation material from the constructional element ; and - driving means for providing relative motion between the fluid-jetting device and the constructional element ; - bringing at least a portion of the concrete-based constructional element with the plastic-based insulation material into the chamber ; - generating a relative movement between the fluid-jetting device of the apparatus and the constructional element by means of the driving means and bringing fluid under pressure from the fluid-jetting device against the insulation material so that the insulation material is released from the constructional element ; and - bringing the constructional element out of the chamber separately from the released insulation material . - providing an apparatus comprising: - a chamber with at least one fluid-jetting device , said fluid-jetting device being in fluid communication with a pressure-generating device for producing a fluid jet with a pressure sufficient to release the insulation material from the constructional element ; and - driving means for providing relative motion between the fluid-jetting device and the constructional element ; - a chamber with at least one fluid-jetting device , said fluid-jetting device being in fluid communication with a pressure-generating device for producing a fluid jet with a pressure sufficient to release the insulation material from the constructional element ; and - driving means for providing relative motion between the fluid-jetting device and the constructional element ; - bringing at least a portion of the concrete-based constructional element with the plastic-based insulation material into the chamber ; - generating a relative movement between the fluid-jetting device of the apparatus and the constructional element by means of the driving means and bringing fluid under pressure from the fluid-jetting device against the insulation material so that the insulation material is released from the constructional element ; and - bringing the constructional element out of the chamber separately from the released insulation material .
A method for Multimedia Broadcast Multicast Service, MBMS, Service provisioning, comprising: assigning a MBMS Service Identifier, ID, to each Service Announcement, SA, service that is intended for use by a receive-only mode, ROM, computing device from a sub-range of MBMS Service IDs, wherein the sub-range of MBMS Service IDs are reserved for SA services; combining each MBMS Service ID with a core network, CN, agnostic public land mobile network, PLMN, ID wherein the CN agnostic PLMN ID includes a shared MCC value and/or shared MNC value that does not identify any specific CN operator to generate a Temporary Mobile Group Identifier, TMGI, for each respective SA service; and broadcasting each respective SA service with the generated TMGI for that SA service. assigning a MBMS Service Identifier, ID, to each Service Announcement, SA, service that is intended for use by a receive-only mode, ROM, computing device from a sub-range of MBMS Service IDs, wherein the sub-range of MBMS Service IDs are reserved for SA services; combining each MBMS Service ID with a core network, CN, agnostic public land mobile network, PLMN, ID wherein the CN agnostic PLMN ID includes a shared MCC value and/or shared MNC value that does not identify any specific CN operator to generate a Temporary Mobile Group Identifier, TMGI, for each respective SA service; and broadcasting each respective SA service with the generated TMGI for that SA service.
A parallel link robot comprising: a housing comprising a cover body with a bottom and including arm coupling openings and a holding portion including a receiving opening and a flange at the upper end edge; a plurality of driving devices disposed in the receiving opening of the housing, the plurality of driving devices being attachable to and detachable from the holding portion and in a direction above the receiving opening ; and a plurality of arms coupled to the respective driving devices through the respective arm coupling openings. ; wherein the arm coupling openings are disposed at positions higher than the bottom of the cover body , wherein the plurality of driving devices each comprise a reducer equipped motor unit integrally comprising a motor and a reducer.
A humidity sensor comprising: a substrate ; an electrode layer supported by the substrate , the electrode layer defining a first capacitive plate and a second capacitive plate ; a polyimide humidity sensing layer adjacent the electrode layer , the polyimide humidity sensing layer including a sensing surface and a thickness, and further including a number of openings formed within the sensing surface to increase an effective surface area of the sensing surface; and the sensing surface of the polyimide humidity sensing layer being fluorinated to a depth that is less than the thickness of the polyimide humidity sensing layer, resulting in a fluorinated humidity sensing surface. a substrate ; an electrode layer supported by the substrate , the electrode layer defining a first capacitive plate and a second capacitive plate ; a polyimide humidity sensing layer adjacent the electrode layer , the polyimide humidity sensing layer including a sensing surface and a thickness, and further including a number of openings formed within the sensing surface to increase an effective surface area of the sensing surface; and the sensing surface of the polyimide humidity sensing layer being fluorinated to a depth that is less than the thickness of the polyimide humidity sensing layer, resulting in a fluorinated humidity sensing surface.
Combustion chamber assembly unit for a fuel-operated vehicle heating device, comprising a combustion chamber housing , a combustion chamber formed in the combustion chamber housing , an evaporator medium for the absorption of liquid fuel and for the discharge of fuel vapor into the combustion chamber , a heating/ignition device for heating the evaporator medium or/and for igniting a mixture of fuel and combustion air formed in the combustion chamber , wherein the heating/ignition device comprises at least one radiation source for the emission of electromagnetic radiation into the combustion chamber , and at least one absorption body for the absorption of electromagnetic radiation emitted by the at least one radiation source into the combustion chamber , characterized in that at least one radiation source for the emission of electromagnetic radiation into the combustion chamber is adapted for the emission of electromagnetic radiation with a frequency in the range of 300 MHz to 300 GHz.
A system , comprising: a bearing housing ; a bearing disposed within the bearing housing , the bearing to receive and support rotation of a shaft about an axial axis ; a bearing damper disposed around the bearing , the bearing damper comprising a knitted wire mesh pad having a length in an axial direction that is parallel the axial axis and a wall thickness in a radial direction that is transverse to the axial axis ; a compression ring positioned to be movable relative to the bearing housing in the axial direction, a movement of the compression ring in the axial direction to apply a compression to the bearing damper resulting in a change in at least one of the length and the wall thickness of the knitted wire mesh pad and a corresponding change in a stiffness and a damping of the bearing damper ; and an actuator coupled to the compression ring and controllable to move the compression ring in the axial direction in response to mechanical vibrations in an environment of the bearing damper ; characterised in that the actuator comprises a worm drive. a bearing housing ; a bearing disposed within the bearing housing , the bearing to receive and support rotation of a shaft about an axial axis ; a bearing damper disposed around the bearing , the bearing damper comprising a knitted wire mesh pad having a length in an axial direction that is parallel the axial axis and a wall thickness in a radial direction that is transverse to the axial axis ; a compression ring positioned to be movable relative to the bearing housing in the axial direction, a movement of the compression ring in the axial direction to apply a compression to the bearing damper resulting in a change in at least one of the length and the wall thickness of the knitted wire mesh pad and a corresponding change in a stiffness and a damping of the bearing damper ; and an actuator coupled to the compression ring and controllable to move the compression ring in the axial direction in response to mechanical vibrations in an environment of the bearing damper ; characterised in that the actuator comprises a worm drive.
A system for recognizing an identification characteristic of a medical device carrying an ultrasound emitter/sensor element comprising an acoustic multilayer stack, said system comprising an apparatus arranged to be operatively coupled to the medical device , wherein the apparatus is arranged to send a drive signal to the ultrasound emitter/sensor element and to receive a detection signal from the ultrasound emitter/sensor element , the apparatus further comprising a processor, wherein the processor of the apparatus is operable to process detection signals from the ultrasound emitter/sensor element to determine the identification characteristic of the medical device , wherein the processor is further operable to recognize the identification characteristic of the medical device from a database of known identification characteristics of medical devices subsequent to a coupling of the medical device to the apparatus , characterized in that the identification characteristic of the medical device is determined by detection signals from the ultrasound emitter/sensor element originating within the acoustic multilayer stack of the emitter/sensor element .
An apparatus (10; 20), comprising: means for storing a data structure associating a first graphical item (50; 62) with one or more further graphical items (52, 54, 56; 91-96); means for controlling a display to display the first graphical item, the first graphical item being a user selectable menu item; means for responding to a user selecting the first graphical item by controlling the display to display the one or more further graphical items, the one or more further graphical items being user selectable menu items; and means for responding to a user providing at least a tilt input which changes the inclination of the apparatus by controlling the display to display a preview (82; 84; 86) of the one or more further graphical items, associated with the first graphical item, wherein user selection of one of the one or more further graphical items in the preview causes a different response to be provided than if the same graphical item is selected by a user following selection of the first graphical item, or the one or more further graphical items in the preview are non-selectable. means for storing a data structure associating a first graphical item (50; 62) with one or more further graphical items (52, 54, 56; 91-96); means for controlling a display to display the first graphical item, the first graphical item being a user selectable menu item; means for responding to a user selecting the first graphical item by controlling the display to display the one or more further graphical items, the one or more further graphical items being user selectable menu items; and means for responding to a user providing at least a tilt input which changes the inclination of the apparatus by controlling the display to display a preview (82; 84; 86) of the one or more further graphical items, associated with the first graphical item, wherein user selection of one of the one or more further graphical items in the preview causes a different response to be provided than if the same graphical item is selected by a user following selection of the first graphical item, or the one or more further graphical items in the preview are non-selectable.
A method for receiving media data complying with an omnidirectional media format, the method comprising: receiving, from a server, a media presentation description complying with the MPEG-DASH standard and including (i) a uniform resource identifier of each of one or more segments of media data, (ii) media information describing each of the one or more segments of media data, and (iii) EssentialProperty or SupplementalProperty descriptors, wherein at least one descriptor comprises a '@schemeIdUri' attribute and includes projection type information representing a type of projection of the media data complying with the omnidirectional media format, the '@schemeIdUri' attribute signalling that the media data are omnidirectional media data, and wherein at least another descriptor comprises a '@schemeIdUri' attribute providing spatial relationship description (SRD) of the media data, sending, to the server, at least one request message to request at least one segment of media data by using at least one of the uniform resource identifiers of the media presentation description, the requested at least one segment being selected as a function of the descriptors; and receiving, from the server, the at least one segment of media data according to the at least one request message. receiving, from a server, a media presentation description complying with the MPEG-DASH standard and including (i) a uniform resource identifier of each of one or more segments of media data, (ii) media information describing each of the one or more segments of media data, and (iii) EssentialProperty or SupplementalProperty descriptors, wherein at least one descriptor comprises a '@schemeIdUri' attribute and includes projection type information representing a type of projection of the media data complying with the omnidirectional media format, the '@schemeIdUri' attribute signalling that the media data are omnidirectional media data, and wherein at least another descriptor comprises a '@schemeIdUri' attribute providing spatial relationship description (SRD) of the media data, sending, to the server, at least one request message to request at least one segment of media data by using at least one of the uniform resource identifiers of the media presentation description, the requested at least one segment being selected as a function of the descriptors; and receiving, from the server, the at least one segment of media data according to the at least one request message.
A method for operating a transmission bandwidth detection system operable to detect a transmission bandwidth of a transmission link, wherein the transmission bandwidth detection system comprises a control unit and multiple transmission bandwidth detection units operable to detect the transmission bandwidth at multiple transmission bandwidth assurance levels, wherein there is a one-to-one correspondence between the transmission bandwidth detection units and the transmission bandwidth assurance levels, and wherein each transmission bandwidth assurance level corresponds to a value of a bandwidth supported by the transmission link, the method comprising: determining, by the control unit, based on at least one of a transmission bandwidth status in a current time segment and a transmission congested state in the current time segment, a current transmission bandwidth assurance level in the current time segment; determining, by the control unit, based on the current transmission bandwidth assurance level and the one-to-one correspondence between the transmission bandwidth detection units and the transmission bandwidth assurance levels, a to-be-triggered transmission bandwidth detection unit to be triggered for detecting the transmission bandwidth; and triggering, by the control unit, the to-be-triggered transmission bandwidth detection unit for detecting the transmission bandwidth. determining, by the control unit, based on at least one of a transmission bandwidth status in a current time segment and a transmission congested state in the current time segment, a current transmission bandwidth assurance level in the current time segment; determining, by the control unit, based on the current transmission bandwidth assurance level and the one-to-one correspondence between the transmission bandwidth detection units and the transmission bandwidth assurance levels, a to-be-triggered transmission bandwidth detection unit to be triggered for detecting the transmission bandwidth; and triggering, by the control unit, the to-be-triggered transmission bandwidth detection unit for detecting the transmission bandwidth.
A hollow table top , comprising: a top plate and a bottom plate , the bottom plate is disposed with concaves (12.1), an edge of a bottom surface of the table top is disposed with a metal frame , an edge of the top plate is disposed with a top plate side extending downwardly, the metal frame is disposed with a protruding portion in a horizontal direction, extending from the top plate side , characterized in that the protruding portion of the metal frame is a crimping bending upwardly from a bottom portion of a side facing a top plate side , and the crimping covers a bottom portion of the top plate side . a top plate and a bottom plate , the bottom plate is disposed with concaves (12.1), an edge of a bottom surface of the table top is disposed with a metal frame , an edge of the top plate is disposed with a top plate side extending downwardly, the metal frame is disposed with a protruding portion in a horizontal direction, extending from the top plate side , characterized in that the protruding portion of the metal frame is a crimping bending upwardly from a bottom portion of a side facing a top plate side , and the crimping covers a bottom portion of the top plate side .
An aerodynamic noise absorber apparatus configured to be connected within a server device between a plurality of hard disk drives (HDD) and a plurality of fan modules , the aerodynamic noise absorber apparatus comprising: a first distal end and a second distal end ; a first connecting member located at the first distal end ; a second connecting member located at the second distal end ; one or more brackets secured each at the first and second connecting members , wherein each of the one or more brackets extends between the first and the second connecting members and comprises a flat base, a plurality of airflow guiding depressions on a side opposite the flat base, and a plurality of micro pores to allow for air flow through the server device ; and one or more plates abutting each against a corresponding one of the one or more brackets ; wherein the first and second connecting members are configured to connect the aerodynamic noise absorber apparatus within the server device between the plurality of hard disk drives (HDD) and the plurality of fan modules with said one or more plates facing the plurality of hard disk drives and the plurality of airflow guiding depressions facing the plurality of fan modules , in order to reduce noise from the plurality of fan modules while enabling air flow through the server device . a first distal end and a second distal end ; a first connecting member located at the first distal end ; a second connecting member located at the second distal end ; one or more brackets secured each at the first and second connecting members , wherein each of the one or more brackets extends between the first and the second connecting members and comprises a flat base, a plurality of airflow guiding depressions on a side opposite the flat base, and a plurality of micro pores to allow for air flow through the server device ; and one or more plates abutting each against a corresponding one of the one or more brackets ; wherein the first and second connecting members are configured to connect the aerodynamic noise absorber apparatus within the server device between the plurality of hard disk drives (HDD) and the plurality of fan modules with said one or more plates facing the plurality of hard disk drives and the plurality of airflow guiding depressions facing the plurality of fan modules , in order to reduce noise from the plurality of fan modules while enabling air flow through the server device .
An electrical stimulation lead comprising: a lead body having an outer surface, a proximal end, a proximal portion, at least one distal portion, a perimeter, and a longitudinal length, the lead body defining a central lumen along the lead body and an alignment groove extending distally from the proximal end of the lead body and extending inwardly from the outer surface of the lead body; a plurality of electrodes disposed along the distal portion of the lead body; a plurality of segmented terminals disposed along the proximal portion of the lead and arranged in a plurality of sets of segmented terminals, wherein each set of segmented terminals comprises at least two of the segmented terminals disposed in a circumferential arrangement at a same longitudinal position of the lead, wherein each segmented terminal extends around less than the entire perimeter of the lead and is separated from all other segmented terminals by portions of the lead body; and a plurality of lead conductors electrically coupling the plurality of electrodes to the plurality of terminals; wherein the alignment groove extends between at least two of the segmented terminals of at least one of the sets of segmented terminals and extends into the lead body to the central lumen. a lead body having an outer surface, a proximal end, a proximal portion, at least one distal portion, a perimeter, and a longitudinal length, the lead body defining a central lumen along the lead body and an alignment groove extending distally from the proximal end of the lead body and extending inwardly from the outer surface of the lead body; a plurality of electrodes disposed along the distal portion of the lead body; a plurality of segmented terminals disposed along the proximal portion of the lead and arranged in a plurality of sets of segmented terminals, wherein each set of segmented terminals comprises at least two of the segmented terminals disposed in a circumferential arrangement at a same longitudinal position of the lead, wherein each segmented terminal extends around less than the entire perimeter of the lead and is separated from all other segmented terminals by portions of the lead body; and a plurality of lead conductors electrically coupling the plurality of electrodes to the plurality of terminals; wherein the alignment groove extends between at least two of the segmented terminals of at least one of the sets of segmented terminals and extends into the lead body to the central lumen.
Road train having a device fitted thereon for identifying the position of a first or second vehicle which are intended to be coupled together, wherein the road train comprises a first and at least second vehicle and the device has a sensor device which is arranged on the first or second vehicle and which detects at least one reference point of the other second or first vehicle in technical measurement terms, wherein the second device has at least one transmitter/receiver unit and a transponder can be secured to the at least one reference point and reflects a radio signal of the transmitter/receiver unit , wherein the sensor device comprises an electronic control device , and the transmitter/receiver unit is arranged on the first vehicle and the at least one transponder (41-43b, 45-50) is arranged on the second vehicle, characterised in that the electronic control device receives a signal relating to the vertical position of an air suspension and calculates from the running time of the radio signal the direct distance from the at least one transponder .