mhurhangee/patent-ind-claim-en huggingface dataset:
Device for making contact with an electronic or electric system, in particular for contacting a circuit carrier, wherein the device consists of or comprises at least one measuring tip which can be placed on at least one place-on structure of the electronic or electric system for the purpose of a measurement, wherein the measuring tip comprises at least one outer conductor and at least one inner conductor which is surrounded by the outer conductor, wherein at least one dielectric is located between the outer conductor and the inner conductor, and wherein the measuring tip comprises at least one end-side place-on region, by means of which the measuring tip can be placed onto the place-on structure of the system, wherein the place-on region comprises only a partial region of the end-side face of the outer conductor, wherein the measuring tip further comprises a projecting portion at the end and a portion which is recessed relative to the projecting portion, characterized in that the projecting portion constitutes the place-on region of the outer conductor, a partial region of the face-side end of the outer conductor forms the place-on region of the outer conductor and the place-on region of the outer conductor is partially circumferential.
A co-ordinate gantry measuring machine for measuring pieces of large dimensions such as, for example, parts of aeroplanes, the co-ordinate gantry measuring machine having a fixed structure comprising a plurality of pillars designed to be fixed to a foundation , a machine bed, or an industrial floor with pre-defined characteristics, and a pair of horizontal longitudinal members parallel to one another, supported by said pillars and provided with guides , and a mobile unit comprising a carriage extending in a direction transverse to the horizontal longitudinal members , supported by the longitudinal members and mobile along said guides , said machine being characterized in that said longitudinal members are connected together by a pair of cross members to form a frame , in that the pillars are three in number, and in that the frame is supported by the three pillars via a statically determinate system of constraints .
Device for setting the drive stage of an electrical drive of a boat , including a manually actuatable drive lever which can be positioned between a zero position , in which the electrical drive is stopped, and a maximum position , in which the electrical drive is driven at its maximum drive stage which corresponds to the nominal power of the electrical drive , characterised in that a manually actuatable overload switching device is provided, at the actuation of which the electrical drive is operated in an overload mode in which the electrical drive is actuatable with a rotational speed and/or a torque and/or a power of 101% to 150% of a maximum rotational speed predetermined in the maximum drive stage and/or a predetermined maximum torque and/or a nominal power.
A tipping paper for smoking articles that surrounds at least a partial region of a smoking material portion and a smoking article filter portion so that the smoking material portion and the smoking article filter portion are combined, the tipping paper comprising: a fragrance carrier which consists of a fragrance material and a carrier material which includes the fragrance material, wherein the carrier material is 2-hydroxypropyl-β-cyclodextrin; wherein the fragrance carrier is included in the tipping paper through a fragrance carrier printing process that uses a fragrance carrier ink including the ethanol, the fragrance material, and the carrier material; and wherein a weight ratio of the fragrance material with respect to the total weight of the fragrance carrier ink is greater than 0% and lower than 1.5%, and a weight ratio of the carrier material with respect to the total weight of the fragrance carrier ink is greater than 0% and lower than or equal to 15%, and wherein the fragrance material included in the carrier material is expressed outside the tipping paper in response to moisture, saliva, or friction. a fragrance carrier which consists of a fragrance material and a carrier material which includes the fragrance material, wherein the carrier material is 2-hydroxypropyl-β-cyclodextrin; wherein the fragrance carrier is included in the tipping paper through a fragrance carrier printing process that uses a fragrance carrier ink including the ethanol, the fragrance material, and the carrier material; and wherein a weight ratio of the fragrance material with respect to the total weight of the fragrance carrier ink is greater than 0% and lower than 1.5%, and a weight ratio of the carrier material with respect to the total weight of the fragrance carrier ink is greater than 0% and lower than or equal to 15%, and wherein the fragrance material included in the carrier material is expressed outside the tipping paper in response to moisture, saliva, or friction.
Process for producing chlorosilanes in a fluidized bed reactor by reaction of a hydrogen chloride-containing reaction gas with a particulate contact mass containing ultrahigh purity silicon having a purity of > 99.9% and a catalyst, wherein the catalyst comprises at least one element from the group comprising Co, Mo and W and wherein the chlorosilanes have the general formula H n SiCl 4-n and/or H m Cl 6-m Si 2 where n = 1-4 and m = 0-4, characterized in that the catalyst is present in the contact mass in a proportion of 100 to 400 ppmw, based on the weight of the contact mass.
Bearing arrangement with at least one first connecting section , wherein the at least one first connecting section (12; 14) has a bearing ball and extending from the bearing ball is a widening which is formed to be flat on the side facing towards the bearing ball and rounded on the opposite side facing away from the bearing ball , and wherein the bearing ball has between a centre plane, which intersects the bearing ball , and an opposite end of the bearing ball at least three sections (I., II., III.), which have a diameter increasing towards the centre plane, wherein the at least three sections (I., II., III.) provide a non-homogenous course over the complete surface of the bearing ball, wherein - a first section (I.) in the neutral bearing setting provides an ideal bearing location diameter, - a second section (II.) has a continuously increasing bearing location diameter, - a third section (III.) has the largest bearing location diameter and - the sections (I., II., III.) have transitions with a curvature or a radius so that - the course of the sections (I., II., III.) forms a channel. - a first section (I.) in the neutral bearing setting provides an ideal bearing location diameter, - a second section (II.) has a continuously increasing bearing location diameter, - a third section (III.) has the largest bearing location diameter and - the sections (I., II., III.) have transitions with a curvature or a radius so that - the course of the sections (I., II., III.) forms a channel.
Method for marking a tyre of the type comprising a tread and two sidewalls delimiting said tread, the method comprising: - a step of making, on at least one of the sidewalls of the tyre mounted on a rim, at least one marking which is at least partially coloured, characterized in that it also comprises: - before the step of making said marking, at least one step of inflating the tyre mounted on the rim, and characterized by a step of balancing the assembly formed by the rim and the tyre in the inflated state. - a step of making, on at least one of the sidewalls of the tyre mounted on a rim, at least one marking which is at least partially coloured, characterized in that it also comprises: - before the step of making said marking, at least one step of inflating the tyre mounted on the rim, and characterized by a step of balancing the assembly formed by the rim and the tyre in the inflated state.
Evaluation method for a sequence of movement commands, - wherein the movement commands each define a position (p) to be adopted by a tool of a processing machine relative to a workpiece , - wherein during the execution of the sequence of movement commands by a control device of the processing machine, the tool machines the workpiece at least intermittently, - wherein the movement commands, during their execution by the control device of the processing machine, are converted into a trajectory including the defined positions (p), - wherein a depiction of the trajectory defined by the sequence of movement commands is output to a user , characterised in that - the distances (a) between the positions (p) of directly successive movement commands are ascertained and - positions (p) of directly successive movement commands, whose distance (a) is below a predetermined minimum distance (a1), are highlighted in the depiction by means of a marker . - wherein the movement commands each define a position (p) to be adopted by a tool of a processing machine relative to a workpiece , - wherein during the execution of the sequence of movement commands by a control device of the processing machine, the tool machines the workpiece at least intermittently, - wherein the movement commands, during their execution by the control device of the processing machine, are converted into a trajectory including the defined positions (p), - wherein a depiction of the trajectory defined by the sequence of movement commands is output to a user , characterised in that - the distances (a) between the positions (p) of directly successive movement commands are ascertained and - positions (p) of directly successive movement commands, whose distance (a) is below a predetermined minimum distance (a1), are highlighted in the depiction by means of a marker .
A method of operation of a Common Services Entity, CSE, node in a Machine-to-Machine, M2M, communications system to enable removal of a notification recipient , comprising: sending a notification of an event to one or more recipients , the one or more recipients being subscribed to notifications of the event by a subscription originator and being different than the subscription originator ; receiving a removal request from a recipient of the one or more recipients , the removal request being a request to remove the recipient as a recipient of notifications of the event; determining whether removal of the recipient as a recipient of notifications of the event is permitted based on a removal policy for the recipient ; determining whether the removal policy requires approval from the subscription originator , wherein the removal policy indicates that approval of the subscription originator is required before removal of the recipient is permitted, and determining whether removal of the recipient as a recipient of notifications of the event is permitted comprises requesting approval to remove the recipient as a recipient of notifications of the event from the subscription originator , and determining that removal of the recipient as a recipient of notifications of the event is permitted upon receiving approval from the subscription originator ; and removing the recipient as a recipient of notifications of the event upon determining that removal of the recipient as a recipient of notifications of the event is permitted. sending a notification of an event to one or more recipients , the one or more recipients being subscribed to notifications of the event by a subscription originator and being different than the subscription originator ; receiving a removal request from a recipient of the one or more recipients , the removal request being a request to remove the recipient as a recipient of notifications of the event; determining whether removal of the recipient as a recipient of notifications of the event is permitted based on a removal policy for the recipient ; determining whether the removal policy requires approval from the subscription originator , wherein the removal policy indicates that approval of the subscription originator is required before removal of the recipient is permitted, and determining whether removal of the recipient as a recipient of notifications of the event is permitted comprises requesting approval to remove the recipient as a recipient of notifications of the event from the subscription originator , and determining that removal of the recipient as a recipient of notifications of the event is permitted upon receiving approval from the subscription originator ; and removing the recipient as a recipient of notifications of the event upon determining that removal of the recipient as a recipient of notifications of the event is permitted.
Continuous vacuum grinding system having a plurality of elements connected in series, said elements comprising: an inlet chamber adjacent to the inlet of the system, the inlet chamber being provided with a valve for controlling an inlet-material flow which is configured, when it is open, to admit the material to be ground into the inlet chamber , the inlet chamber being fluidically connected to a vacuum pump ; a grinding chamber , which is arranged downstream of the inlet chamber and provided with a valve for controlling a grinding flow which is arranged, when it is open, to convey the material to be ground from the inlet chamber towards the grinding chamber , the grinding chamber being fluidically connected to a vacuum pump ; and an outlet chamber downstream of the grinding chamber and adjacent to the outlet of the system, which outlet chamber is provided with a valve for controlling a material flow which is configured, when it is open, to allow the ground material to pass from the grinding chamber into the outlet chamber , the outlet chamber being fluidically connected to a vacuum pump ; characterized in that the system is configured to control the opening and the closing of the valve for controlling an inlet-material flow and the valve for controlling a grinding flow, such that the material to be ground is conveyed from the inlet chamber before the material to be ground that was previously introduced into the grinding chamber has been completely ground; while the inlet chamber and the vacuum grinding chamber are kept under vacuum by the vacuum pump . an inlet chamber adjacent to the inlet of the system, the inlet chamber being provided with a valve for controlling an inlet-material flow which is configured, when it is open, to admit the material to be ground into the inlet chamber , the inlet chamber being fluidically connected to a vacuum pump ; a grinding chamber , which is arranged downstream of the inlet chamber and provided with a valve for controlling a grinding flow which is arranged, when it is open, to convey the material to be ground from the inlet chamber towards the grinding chamber , the grinding chamber being fluidically connected to a vacuum pump ; and an outlet chamber downstream of the grinding chamber and adjacent to the outlet of the system, which outlet chamber is provided with a valve for controlling a material flow which is configured, when it is open, to allow the ground material to pass from the grinding chamber into the outlet chamber , the outlet chamber being fluidically connected to a vacuum pump ; characterized in that the system is configured to control the opening and the closing of the valve for controlling an inlet-material flow and the valve for controlling a grinding flow, such that the material to be ground is conveyed from the inlet chamber before the material to be ground that was previously introduced into the grinding chamber has been completely ground; while the inlet chamber and the vacuum grinding chamber are kept under vacuum by the vacuum pump .
A building installation arrangement , comprising a feedthrough which has a casting body and a first casing tube (5.1) which leads into the casting body , wherein the casting body is installed in a wall element or floor element of a building and the first casing tube (5.1) extends away from the casting body to the outside of the building and extends at least in a section in the floor on the outside of the building, wherein a first media line (25.1), which is a power cable or a water line, extends in the first casing tube (5.1) to the outside of the building , and wherein a consumer or consumer connection is arranged on the first media line (25.1) outside the building , and wherein the first media line (25.1) is connected at its end on the building side opposite the consumer or consumer connection to the end on the consumer side, namely on the inside of the building, of a media house connection via which the medium passes into the building, wherein the feedthrough has a second casing tube (5.2) which likewise leads into the casting body and likewise extends away from the casting body to the outside of the building and extends at least in a section in the floor , and wherein the casing tubes (5.1, 5.2) extend in different directions away from the building . a feedthrough which has a casting body and a first casing tube (5.1) which leads into the casting body , wherein the casting body is installed in a wall element or floor element of a building and the first casing tube (5.1) extends away from the casting body to the outside of the building and extends at least in a section in the floor on the outside of the building, wherein a first media line (25.1), which is a power cable or a water line, extends in the first casing tube (5.1) to the outside of the building , and wherein a consumer or consumer connection is arranged on the first media line (25.1) outside the building , and wherein the first media line (25.1) is connected at its end on the building side opposite the consumer or consumer connection to the end on the consumer side, namely on the inside of the building, of a media house connection via which the medium passes into the building, wherein the feedthrough has a second casing tube (5.2) which likewise leads into the casting body and likewise extends away from the casting body to the outside of the building and extends at least in a section in the floor , and wherein the casing tubes (5.1, 5.2) extend in different directions away from the building .
A fire safety control system, the system comprising: a storage container with an agent; a valve on the storage container configured for releasing the agent; and a control head attachable to the valve through a threaded connection , the threaded connection particularly being provided with an O-ring , and configured for actuating the valve ; characterized by further comprising a connection sensor on the control head configured for sensing whether the control head is connected to the valve and configured for producing a connection status signal, wherein the connection sensor is arranged in the control head , is formed as a plunger switch, and includes a cavity in the control head , a pin , a spring , and a switch located at an upper position of the cavity ; wherein the connection sensor is configured such that when the control head is not attached to the valve , the pin extends out of the control head and the spring rests in its natural state, and such that when the control head attaches to the valve through the threaded connection , the pin of the connection sensor is pushed to sit almost completely within the cavity , compressing the spring and causing the pin to actuate the switch which causes sending a connection status signal indicative that the control head is fully seated on the valve ; and a control system in communication with the connection sensor for receiving the connection status signal and for either providing notification of the status of the connection or controlling the release of agent based in part upon status of the connection. a storage container with an agent; a valve on the storage container configured for releasing the agent; and a control head attachable to the valve through a threaded connection , the threaded connection particularly being provided with an O-ring , and configured for actuating the valve ; characterized by further comprising a connection sensor on the control head configured for sensing whether the control head is connected to the valve and configured for producing a connection status signal, wherein the connection sensor is arranged in the control head , is formed as a plunger switch, and includes a cavity in the control head , a pin , a spring , and a switch located at an upper position of the cavity ; wherein the connection sensor is configured such that when the control head is not attached to the valve , the pin extends out of the control head and the spring rests in its natural state, and such that when the control head attaches to the valve through the threaded connection , the pin of the connection sensor is pushed to sit almost completely within the cavity , compressing the spring and causing the pin to actuate the switch which causes sending a connection status signal indicative that the control head is fully seated on the valve ; and a control system in communication with the connection sensor for receiving the connection status signal and for either providing notification of the status of the connection or controlling the release of agent based in part upon status of the connection.
Method for transmitting the stored data from a battery-operated electronic consumption meter to a data collector by radio, in which the data collector is temporarily or permanently in receive mode, and in which a bidirectional radio connection between the consumption meter and the data collector is used to transmit and receive the stored data and/or other data, in which the consumption meter is in a rest phase for most of the time, in which, although the consumption meter measures and stores data, it is not ready to transmit, in which the consumption meter periodically changes from this rest phase into readiness to transmit and attempts to set up a bidirectional radio connection to the data collector, in which, if successful, the stored data and/or other data are then completely or partially transmitted to the data collector or data are received from the data collector, and in which, both if successful and if unsuccessful, the consumption meter finally returns to the rest phase again in any case, wherein the consumption meter emits a short radio signal at intervals of time from the rest phase and then immediately changes to receive mode for a predefined period in order to set up the bidirectional communication with the data collector, wherein, if the data collector receives the short radio signal from the consumption meter, this data collector then emits a confirmation signal to the consumption meter, wherein, finally, after this confirmation signal has been received by the consumption meter, the latter completely or partially transmits the stored data and/or other data to the data collector and the latter receives the data, and wherein the short radio signal from the consumption meter transmits a transmission preamble and a sync word, characterized in that , after the bidirectional communication has been set up, the consumption meter transmits an ID word for identifying this consumption meter.
A process for preparing bromine-containing polymers, comprising a Friedel-Crafts alkylation reaction of pentabromobenzyl halide with a polymer reactant having one or more six-membered aromatic ring(s) in its repeat unit, wherein said reaction takes place in a solvent in the presence of at least one Friedel-Crafts catalyst, wherein the polymer starting material is represented by Formula III or Formula IV: wherein in Formula III, R is a linear or branched aliphatic chain or bromine; k is independently an integer from 0 to 4; A is selected from the group consisting of null, -CH 2 CH 2 -, -CH 2 CH=CHCH 2 -, -CH(CH 3 )CH 2 - and -CH 2 -CH=C(CH 3 )CH 2 -; n and m are the number of units in the polymer chain; and wherein in Formula IV, X is selected from the group consisting of null, O, S, -CH 2 -, -CH 2 CH 2 -, and n is the number of units in the polymer chain.