mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit bridge interconnect system (200;300;400), comprising: a first semiconductor die (220;320;420) having a first side and a second side; a second semiconductor die (230;330;430), having a first side and a second side, provided in a side-by-side configuration with the first semiconductor die (220;320;420): a bridge semiconductor die , having a first side and a second side; the second side of the bridge semiconductor die being disposed at least partially on the first sides of the first semiconductor die (220;320;420) and the second semiconductor die (230;330;430); the bridge semiconductor die being configured to electrically interconnect the first semiconductor die (220;320;420) and the second semiconductor die (230;330;430); the bridge semiconductor die having bridge semiconductor die through vias from the first side of the bridge semiconductor die to the second side of the bridge semiconductor die, characterized in that : the bridge semiconductor die through vias being filled with metallizations to connect passive metal interconnect lines on the first side of the bridge semiconductor die to enable the interconnecting. a first semiconductor die (220;320;420) having a first side and a second side; a second semiconductor die (230;330;430), having a first side and a second side, provided in a side-by-side configuration with the first semiconductor die (220;320;420): a bridge semiconductor die , having a first side and a second side; the second side of the bridge semiconductor die being disposed at least partially on the first sides of the first semiconductor die (220;320;420) and the second semiconductor die (230;330;430); the bridge semiconductor die being configured to electrically interconnect the first semiconductor die (220;320;420) and the second semiconductor die (230;330;430); the bridge semiconductor die having bridge semiconductor die through vias from the first side of the bridge semiconductor die to the second side of the bridge semiconductor die, characterized in that : the bridge semiconductor die through vias being filled with metallizations to connect passive metal interconnect lines on the first side of the bridge semiconductor die to enable the interconnecting. a bridge semiconductor die , having a first side and a second side; the second side of the bridge semiconductor die being disposed at least partially on the first sides of the first semiconductor die (220;320;420) and the second semiconductor die (230;330;430); the bridge semiconductor die being configured to electrically interconnect the first semiconductor die (220;320;420) and the second semiconductor die (230;330;430); the bridge semiconductor die having bridge semiconductor die through vias from the first side of the bridge semiconductor die to the second side of the bridge semiconductor die, characterized in that : the bridge semiconductor die through vias being filled with metallizations to connect passive metal interconnect lines on the first side of the bridge semiconductor die to enable the interconnecting.
A process for producing 1,1,1,2,3-pentachloropropane by introducing 1,1,1,3-tetrachloropropane, chlorine, and Lewis acid catalyst, optionally in the presence of carbon tetrachloride, the process comprising introducing, from a slurry system, the Lewis acid catalyst as a slurry within a chlorinated hydrocarbon.
Safety rail for installation in vehicles, Wherein the safety rail is designed as at least one profile , having in its upper side a multiplicity of recesses which have one or more undercuts , with the profile consisting of a formed sheet metal, wherein at least one centre section and two arms arranged laterally thereof are provided, with the centre section being formed symmetrically with respect to the longitudinal axis of the safety rail , and wherein the arms are folded upwards and then outwards and form a first wing (upper wing 42) in the profile cross-section of the safety rail when viewing from the centre section , which are then are guided downward and are folded further outward in the lower section where they form a second wing (outer wing 43) or are then are guided downward and turned inside again in the lower section where they form a second wing (inner wing 44), characterised in that the recesses are each formed from two punchings in the material of the safety rail , which are arranged opposite one another by the forming process and thus create approximately the shape of a recess in a conventional safety rail .
Aqueous liquid detergent composition containing up to about 85% by weight and in particular from 40% by weight to 85% by weight of water, it also being possible, if desired, to exchange this proportionally for a water-soluble solvent component or a water-soluble solvent component being additionally present, surfactant and other customary ingredients of detergents and cleaning compositions, the composition containing sulphoethylcellulose with a degree of substitution of 0.3 to 0.9 and/or its salt.
A battery module comprising: a cooling plate comprising a housing , a first manifold coupled to one end of the housing , and a second manifold coupled to another end of the housing ; and at least one battery pack (P) arranged on the cooling plate , wherein the housing comprises therein a plurality of flow paths and a plurality of hollows passing through the housing from the one end to the other end, the plurality of flow paths and the plurality of hollows are arranged alternately and in parallel to each other, characterized in that the cooling plate further comprises a spacer arranged between the one end and the first manifold and between the other end and the second manifold and sealing the plurality of hollows , and wherein the spacer comprises a plate arranged on the one end or the other end and a plurality of blocks protruding from the plate , and the plurality of blocks are inserted into the plurality of hollows to seal the plurality of hollows . a cooling plate comprising a housing , a first manifold coupled to one end of the housing , and a second manifold coupled to another end of the housing ; and at least one battery pack (P) arranged on the cooling plate , wherein the housing comprises therein a plurality of flow paths and a plurality of hollows passing through the housing from the one end to the other end, the plurality of flow paths and the plurality of hollows are arranged alternately and in parallel to each other, characterized in that the cooling plate further comprises a spacer arranged between the one end and the first manifold and between the other end and the second manifold and sealing the plurality of hollows , and wherein the spacer comprises a plate arranged on the one end or the other end and a plurality of blocks protruding from the plate , and the plurality of blocks are inserted into the plurality of hollows to seal the plurality of hollows .
(CH 3 ) 3 N - (CH 2 ) 3 - CO - Nle - Glu - His - D-Phe - Arg - Trp - NH 2 or a pharmaceutically acceptable salt thereof.
Coating method for coating components with a nozzle applicator (2; 14, 15), in particular for painting motor vehicle body components , wherein a) a first nozzle applicator is guided by a first coating robot over the component surface of the component to be coated, b) a second nozzle applicator is guided by a second coating robot over the component surface of the component to be coated, and c) the spatial position of the two nozzle applicators and/or of the component to be coated is measured by means of an optical measurement system , characterized in d) that the two nozzle applicators are positioned by the coating robots with a large relative positioning accuracy with a positioning tolerance of less than 2mm over the component surface of the component to be coated, which is made possible by the optical measurement system, e) that the two coating robots cooperate, and f) that the two nozzle applicators cooperate and coat the component surface jointly. a) a first nozzle applicator is guided by a first coating robot over the component surface of the component to be coated, b) a second nozzle applicator is guided by a second coating robot over the component surface of the component to be coated, and c) the spatial position of the two nozzle applicators and/or of the component to be coated is measured by means of an optical measurement system , d) that the two nozzle applicators are positioned by the coating robots with a large relative positioning accuracy with a positioning tolerance of less than 2mm over the component surface of the component to be coated, which is made possible by the optical measurement system, e) that the two coating robots cooperate, and f) that the two nozzle applicators cooperate and coat the component surface jointly.
Laundry treatment appliance having an outer tub for receiving washing liquid, a laundry drum for receiving laundry, wherein the laundry drum is arranged in the outer tub , an oscillation system which is embodied to pivotably mount the laundry drum and the outer tub in the laundry treatment appliance , a drum drive for rotating the laundry drum during a washing period , a controller for controlling the drum drive , and a power recording element for recording an electrical power value of the drum drive , wherein the controller is embodied to activate the drum drive during a recording time segment of the washing period in order to rotate the laundry drum , wherein the power recording element is embodied to record a first electrical power value (165-1) of the drum drive during a first recording interval (163-1) of the recording time segment , wherein the power recording element is embodied to record a second electrical power value (165-2) of the drum drive during a second recording interval (163-2) which follows on from the first recording interval (163-1), and characterised in that the controller is embodied to record a laundry tunnel which does not change within the laundry received in the laundry drum , when the second electrical power value (165-2) corresponds to the first electrical power value (165-1). the controller is embodied to activate the drum drive during a recording time segment of the washing period in order to rotate the laundry drum , wherein the power recording element is embodied to record a first electrical power value (165-1) of the drum drive during a first recording interval (163-1) of the recording time segment , wherein the power recording element is embodied to record a second electrical power value (165-2) of the drum drive during a second recording interval (163-2) which follows on from the first recording interval (163-1), and characterised in that the controller is embodied to record a laundry tunnel which does not change within the laundry received in the laundry drum , when the second electrical power value (165-2) corresponds to the first electrical power value (165-1).
An analyzer device for elemental analysis comprising a sample supply device (Z) having an insertion opening for inserting a sample , a line for oxygen and for inert gas, a reactor (UR) for catalytic combustion of the sample , a reduction reactor (RR) provided downstream of the reactor (UR), a water trap (W) provided downstream of the reduction reactor (RR), an adsorber (A) provided downstream of the water trap (W), a detector provided downstream of the absorber and a logic unit for processing the data transmitted by the detector, wherein an insertion shaft leading to the reactor (UR) is provided downstream of the insertion opening in the direction of insertion, characterized in that a closing element comprising a sample receiving chamber closed on one side is pivotably mounted in the insertion shaft , wherein in a first position of the closing element the sample can be inserted through the insertion opening into the sample receiving chamber and a bottom of the sample receiving chamber closes the insertion shaft on the underside, and in a second position of the closing element , in which the closing element is pivoted relative to the first position in such a way that the sample receiving chamber is open towards the reactor (UR) and the bottom closes the reactor (UR) with respect to the insertion opening , in that the analyzer device comprises a driver and a slider , in that the closing element is non-rotatably connected to the driver and in that the slider is displaceably guided in a base plate provided with the insertion opening and is coupled to the driver in such a way that the slider leaves the insertion opening open in the first position of the closing element and closes the insertion opening in the second position of the closing element .
Self-propelled vehicle configured to carry out maintenance on a ground or floor , in particular self-driving robot lawnmower, comprising: - a plurality of wheels or rollers , configured to allow the movement of the self-propelled vehicle on said ground or floor , - a motor coupled to at least one wheel or one roller of said plurality of wheels or rollers so as to make said wheel a drive wheel or said roller a driving roller, - at least one electromagnetic signal receiving element (12', 12") configured to receive, in use, a driving signal of the electromagnetic type, transmitted through a wire delimiting an area of said ground or floor , - a receiver stage , operatively connected with said at least one electromagnetic signal receiving element (12', 12"), - a data processing unit operationally, optionally electrically, connected to the electromagnetic signal receiving element (12', 12"), and configured to electronically process the driving signal received by means of said at least one electromagnetic signal receiving element (12', 12") in order to determine a positional relationship between said wire and the self-propelled vehicle , characterised in that said data processing unit is configured to control a cycle of activation and deactivation of said receiver stage , the control of said cycle of activation and deactivation presupposing, in accordance with a predetermined activation and/or deactivation criterion, that said receiver stage is activated at least once, within said cycle , for a predetermined time interval (Ton) of activation, and that said receiver stage is deactivated at least once, within said cycle , for a predetermined time interval (Toff) of deactivation, in order to allow the reception and/or the electronic processing of the driving signal in the predetermined time interval (Ton) of activation only. - a plurality of wheels or rollers , configured to allow the movement of the self-propelled vehicle on said ground or floor , - a motor coupled to at least one wheel or one roller of said plurality of wheels or rollers so as to make said wheel a drive wheel or said roller a driving roller, - at least one electromagnetic signal receiving element (12', 12") configured to receive, in use, a driving signal of the electromagnetic type, transmitted through a wire delimiting an area of said ground or floor , - a receiver stage , operatively connected with said at least one electromagnetic signal receiving element (12', 12"), - a data processing unit operationally, optionally electrically, connected to the electromagnetic signal receiving element (12', 12"), and configured to electronically process the driving signal received by means of said at least one electromagnetic signal receiving element (12', 12") in order to determine a positional relationship between said wire and the self-propelled vehicle ,
A finishing spatula having a gripping device and a spatula blade releasably attached to the gripping device , wherein the gripping device is formed from a main body, which extends substantially parallel to a main axis (H) of the spatula blade and is closed at its opposite ends (3.10, 3.11) respectively with a releasably attached closing device (7.1; 7.2), wherein the main body has a retaining groove (3.7), which is oriented parallel to the main axis (H) of the spatula blade and is accessible from the outside via a receiving slot (3.6) parallel to the main axis (H) of the spatula blade , wherein the receiving slot (3.6) has a smaller width than the retaining groove (3.7) and the retaining groove (3.7) is delimited by a first groove wall (3.8) to the front in the direction of the spatula blade , which groove wall (3.8) adjoins under the receiving slot (3.6), characterized in that , the spatula blade has at least one attachment (5.7) on a first blade surface, which cooperates with the first groove wall (3.8) in the state where the spatula blade is mounted on the gripping device , wherein a height of the at least one attachment (5.7) is dependent on the thickness of the spatula blade , such that the lower the thickness of the spatula blade , the higher the attachment (5.7).
A beacon lighting system comprising a wireless control channel, a plurality of small independent light sources each comprising a wireless transceiver for communicating via said wireless control channel, an independent power source , at least one LED , a memory and a clock synchronized to a common time source, and a master controller for transmitting control signals to each of said plurality of small independent light sources via said wireless control channel, characterized in that : said control signals comprise control data and when at least a first one of said plurality of small independent light sources is outside a transmission range of said master controller and at least a second one of said plurality of small independent light sources is within range of said master controller and said first one, said second one relays said control data received from said master controller to said first one, wherein said control data comprises a reference to one of a plurality of common timing diagrams stored in said light source memory and further wherein said plurality of small independent light sources subsequently emit light according to said referenced timing diagram and said common time source.
A method of supporting multi-media broadcast services in a wireless communication system, the method being executed by an apparatus and comprising: generating a carrier, wherein the carrier is arranged to carry data traffic including broadcast data and unicast data, wherein the carrier comprises a new carrier type that is a non-backward compatible carrier, wherein generating the carrier comprises including broadcast data in at least one subframe of a plurality of downlink subframes for transmission over the carrier, wherein if broadcast data and unicast data is multiplexed within a subframe of said at least one subframe a common reference signal, CRS, is included within said subframe, while the CRS is not included in another subframe of said at least one subframe if broadcast data is included in said other subframe and unicast data is not included in said other subframe; providing control information at least for the unicast data multiplexed with said subframe; transmitting the carrier. generating a carrier, wherein the carrier is arranged to carry data traffic including broadcast data and unicast data, wherein the carrier comprises a new carrier type that is a non-backward compatible carrier, wherein generating the carrier comprises including broadcast data in at least one subframe of a plurality of downlink subframes for transmission over the carrier, wherein if broadcast data and unicast data is multiplexed within a subframe of said at least one subframe a common reference signal, CRS, is included within said subframe, while the CRS is not included in another subframe of said at least one subframe if broadcast data is included in said other subframe and unicast data is not included in said other subframe; providing control information at least for the unicast data multiplexed with said subframe; transmitting the carrier.
Steering column for a motor vehicle, comprising a steering spindle mounted rotatably about a longitudinal axis (L) in a casing tube , the steering spindle having an inner shaft which can be adjusted telescopically in the longitudinal direction in an outer shaft and is received in a torque-locking manner, and the casing tube being received telescopically adjustably in the longitudinal direction in a guide box , and has an electromotive feedback actuator for rotationally driving the steering spindle , a locking device being arranged between the steering spindle and the guide box , which locking device can be brought into operative engagement in a pushed-together stowed position in order to lock the steering spindle non-rotatably to the guide box , characterised in in that the locking device has a positive-locking element which is formed on the inner shaft and can be brought into rotational engagement with a corresponding mating positive-locking element formed on the guide box .
MRI scanner, wherein the MRI scanner has a patient tunnel , a first receiving antenna for receiving a magnetic resonance signal from a patient in the patient tunnel , a second receiving antenna for receiving a signal having the Larmor frequency of the magnetic resonance signal, and a receiver , wherein the second receiving antenna is arranged outside or in the vicinity of an opening of the patient tunnel , wherein the receiver is connected to the first receiving antenna and the second receiving antenna for signalling and the receiver is designed to suppress an interference signal received with the second receiving antenna in a magnetic resonance signal received by the first receiving antenna; wherein the MRI scanner is designed to receive magnetic resonance signals having a Larmor frequency in an industrial band, i.e. in an ISM band; wherein the MRI scanner has a transmit path for transmitting an excitation pulse with an ISM filter , wherein the ISM filter is designed to suppress signals outside the ISM band. wherein the MRI scanner is designed to receive magnetic resonance signals having a Larmor frequency in an industrial band, i.e. in an ISM band; wherein the MRI scanner has a transmit path for transmitting an excitation pulse with an ISM filter , wherein the ISM filter is designed to suppress signals outside the ISM band.
Pre-fabricated console for a platform support system , having a steel beam that comprises a fastening girder for fastening to a fastening component in a shaft wall and a support girder that is oriented in particular in a perpendicular manner with respect to the fastening girder , characterized in that the steel beam is encased with concrete in such a manner that the fastening girder protrudes from the concrete casting and the concrete casting comprises a support surface for supporting a pre-fabricated platform.