mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing voice calls to a CTI workstation, wherein • for the control of telephone traffic to a fixed network the CTI workstation is connected to a switching system, • the CTI workstation is in directly connection with a CTI server, which is in turn connected directly to the switching system and • the voice message of a caller as well as a caller information downloaded from CTI workstation are transferable on two separate voice channels (K1, K2) to a headphone of the CTI workstation, this headphone having a microphone and two loudspeakers, in such a way that the headphone having a microphone is connected to a telephone terminal, characterized in that one of the speaker connected to the telephone terminal reproduces simultaneously and continuously the spoken word of the caller and the other speaker represents the associated message for information, provided by an computer, directly connected to a CTI workstation, or by a CTI server, this is connected to a network, that the voice message of the caller is at least partially recorded in the computer or in the CTI server and can user-controlled again be displayed on the CTI work station and that, in the case of a further call and existing speech connection to the CTI workstation, by means of the computer the second speech channel is switched automatically and a notice to the new call is entered, thus a combined operation of computerized processing and controlling of speech-information, including acoustic user-control, and transmitted by telecommunication connection is done. • for the control of telephone traffic to a fixed network the CTI workstation is connected to a switching system, • the CTI workstation is in directly connection with a CTI server, which is in turn connected directly to the switching system and • the voice message of a caller as well as a caller information downloaded from CTI workstation are transferable on two separate voice channels (K1, K2) to a headphone of the CTI workstation, this headphone having a microphone and two loudspeakers, in such a way that the headphone having a microphone is connected to a telephone terminal, characterized in that one of the speaker connected to the telephone terminal reproduces simultaneously and continuously the spoken word of the caller and the other speaker represents the associated message for information, provided by an computer, directly connected to a CTI workstation, or by a CTI server, this is connected to a network, that the voice message of the caller is at least partially recorded in the computer or in the CTI server and can user-controlled again be displayed on the CTI work station and that, in the case of a further call and existing speech connection to the CTI workstation, by means of the computer the second speech channel is switched automatically and a notice to the new call is entered, thus a combined operation of computerized processing and controlling of speech-information, including acoustic user-control, and transmitted by telecommunication connection is done.
An elastic bearing for an automotive vehicle, in particular for connecting elastically a part of the vehicle, such as an engine and/or a transmission, to the bodywork, said bearing comprising: a rigid and plastically deformable inner bushing, a rigid and plastically deformable outer bushing which surrounds the inner bushing, and at least two rigid intermediate bushings (11, 13, 51), at least one of which is plastically deformable, the inner bushing, the outer bushing and at least the two intermediate bushings being arranged with respect to one another in such a way that at least three intermediate spaces are formed, in the form of bushings, in which at least three intermediate elastomer bodies are arranged, the at least three intermediate elastomer bodies (25a-25d) being prestressed in compression; characterised in that the bearing comprises two or more separated bearing subassemblies (31, 33), a first bearing subassembly being constituted in the first place by the outer bushing or the inner bushing, and if need be by an intermediate bushing, and a second bearing subassembly being constituted by the inner bushing or the outer bushing, and precisely by two intermediate bushings (11, 13), the first bearing subassembly comprising, before assembly on the second bearing subassembly, an intermediate elastomer body with a boundary surface not covered by a bushing, and the second bearing subassembly comprising an intermediate bushing and an opposite boundary surface free from elastomer, the boundary surfaces (35, 37) being suitably dimensioned the one to the other in such a way that, when an axial fitting of the two bearing subassemblies (31, 33) onto one another takes place, a pre-compression is established, generated in the radial direction of the intermediate elastomer body; wherein the bearing subassemblies (31, 33) are suitable for being fitted together in the axial direction without using an adhesive agent to form a surface contact of boundary surfaces (35, 37) of the bearing subassemblies facing one another.
A clot retrieval apparatus comprising: - a clot engaging device and a capture basket; the clot engaging device having a collapsed delivery configuration and an expanded deployment configuration, the clot engaging device having a proximal end and a distal end and an elongate body between the proximal end and the distal end, the clot engaging device being connected to a first elongate shaft element; the capture basket having a collapsed delivery configuration and an expanded deployment configuration, the capture basket having a proximal mouth which is open when the capture basket is in the deployed configuration, the capture basket being connected to a second elongate shaft element, the shaft elements (5,9) being movable relative to one another such that the clot engaging device is axially movable relative to the capture basket for capture of a clot, wherein the elongate body of the clot engaging device comprises a distal section, a proximal section and an intermediate section between the proximal and the distal sections and wherein, in the deployed configuration, the distal section of the clot engaging device has a diameter which is smaller than a diameter of the intermediate section such that at least the distal end of the clot engaging device can enter the proximal mouth of the capture basket, characterized in that the clot engaging device defines a pathway for the second shaft element, the pathway is defined by an open seam in the clot engaging device. a clot engaging device and a capture basket; the clot engaging device having a collapsed delivery configuration and an expanded deployment configuration, the clot engaging device having a proximal end and a distal end and an elongate body between the proximal end and the distal end, the clot engaging device being connected to a first elongate shaft element; the capture basket having a collapsed delivery configuration and an expanded deployment configuration, the capture basket having a proximal mouth which is open when the capture basket is in the deployed configuration, the capture basket being connected to a second elongate shaft element, the shaft elements (5,9) being movable relative to one another such that the clot engaging device is axially movable relative to the capture basket for capture of a clot, wherein the elongate body of the clot engaging device comprises a distal section, a proximal section and an intermediate section between the proximal and the distal sections and wherein, in the deployed configuration, the distal section of the clot engaging device has a diameter which is smaller than a diameter of the intermediate section such that at least the distal end of the clot engaging device can enter the proximal mouth of the capture basket, characterized in that the clot engaging device defines a pathway for the second shaft element, the pathway is defined by an open seam in the clot engaging device.
Method for grinding deep-frozen material to be ground, characterized in that the method is carried out within a cold chain, in that in a preparation step the deep-frozen material to be ground is brought into a conveyable state, in that in a conveying step the prepared material to be ground is conveyed to a grinding mill, in particular through a pipe, in that in a grinding step the prepared material to be ground is ground in the grinding mill, wherein the material to be ground is heated to a processing temperature prior to the grinding step and wherein the temperature of the material to be ground is kept permanently below a limit temperature, wherein the limit temperature is a maximum permissible process temperature in the cooling chain, in that the processing temperature is below the limit temperature, wherein the limit temperature is between -4°C and +2°C, wherein the processing temperature is between -8°C and -4°C, and wherein the delivery temperature of the material to be ground is between -20°C and -18°C.
Rotating machine comprising a shaft, a casing, at least one main magnetic bearing connected to the shaft for rotatably supporting said shaft inside the casing, at least one first and one second auxiliary rolling bearings (20, 22) positioned between the shaft and the casing to support axial and radial loads, said auxiliary rolling bearings each being provided with an inner ring (20a, 22a), with an outer ring (20b, 22b) and with at least one row of rolling elements positioned between the rings, and first and second axial abutment means (44, 54) positioned on the shaft to transmit axial loads to the inner rings of the first and second rolling bearings, further comprising a spacer axially positioned between facing faces of the inner rings (20a, 22a) of said rolling bearings and mounted in axial contact with said faces for the transmission of the axial loads between said inner rings, and at least a first axial retaining means positioned on the casing and located axially between facing faces of the outer rings (20b, 22b) of the first and second rolling bearings for the transmission of the axial loads between at least one of said outer rings and the casing, characterised in that the rotating machine further comprises at least one pre-stressing and damping element (60,66) exerting an axial force on each of the first and second rolling bearings, one pre-stressing and damping element (60,66) being axially positioned between the first axial retaining means of the casing and the outer ring (20b,22b) of each associated rolling bearing with an axial gap being provided between one of the pre-stressing and damping elements and the first axial retaining means.
A method for automatic hydraulic compensation in heating and/or cooling systems, which are flowed through by a heat carrier medium, comprising at least one heat generator and/or chiller, several consumers string-wise connected by a piping system conducting the heat carrier and comprising at least one circulation pump, control valves provided with actuators being installed in the pipe strings for regulating the string differential pressures, wherein in a first method step, by one differential pressure transducer each per pipe string, the differential pressures of the input and output side of the control valves and thereafter the string differential pressures between feed and outlet lines are detected, and the detected measurement data are inputted into a computing unit and stored therein, that in a second method step the string differential pressures in all pipe strings are continuously measured, the measurement data are transmitted to the computing unit and compared to the measurement data stored in the first step, from the determined comparison data the computing unit generating actuating commands, by means of which by the actuators of the control valves, the actual string differential pressures are regulated to the target differential pressures stored in the first method step, and that at the beginning of the second method step first the control valve in the hydraulically most unfavorable pipe string is completely opened, and then by means of the further control valves of the further pipe strings, by the computing unit, the differential pressure in the further pipe strings is regulated to the differential pressure stored in the first method step.
A pre-filled syringe suitable for intravitreal injection, the syringe comprising a glass body, a stopper and a plunger, the body comprising an outlet at an outlet end and the stopper being arranged within the body such that a front surface of the stopper and the body define a variable volume chamber from which a fluid can be expelled though the outlet, the plunger comprising a plunger contact surface at a first end and a rod extending between the plunger contact surface and a rear portion, the plunger contact surface arranged to contact the stopper, such that the plunger can be used to force the stopper towards the outlet end of the body, reducing the volume of the variable volume chamber, wherein the fluid is an ophthalmic solution which comprises a VEGF antagonist wherein: (a) the syringe has a nominal maximum fill volume of between 0.5ml and 1ml, (b) the syringe is filled with a dosage volume of between 0.03ml and 0.05ml of said VEGF antagonist solution, (c) the VEGF antagonist solution comprises no more than 2 particles ≥50μm in diameter per ml, characterised in that (d) the VEGF antagonist is ranibizumab, and (e) the syringe comprises less than about 50μg silicone oil in the barrel. (a) the syringe has a nominal maximum fill volume of between 0.5ml and 1ml, (b) the syringe is filled with a dosage volume of between 0.03ml and 0.05ml of said VEGF antagonist solution, (c) the VEGF antagonist solution comprises no more than 2 particles ≥50μm in diameter per ml, (d) the VEGF antagonist is ranibizumab, and (e) the syringe comprises less than about 50μg silicone oil in the barrel.
Vehicle brake unit, in particular bicycle brake unit, which has at least one brake adjustment unit which is provided for adjusting a braking action in targeted fashion, wherein the brake adjustment unit has at least one brake element which is provided for at least contributing to an adjustment of the braking action by way of at least one change in material characteristics, characterized in that the brake element is arranged in a brake lever unit housing of a brake lever unit, wherein the brake element is provided for generating a braking force.
Pre-blended mixture composition comprising: (a) 25-95% by wt. of pre-blended mixture of naturally derived hydrocarbon liquids selected from the group consisting of, squalane, natural rubbers; and mixtures thereof; and wherein said hydrocarbon liquids have a melting or glass transition point < 30°C and a viscosity of 500 Pa.s or less at room temperature; and (b) 5 to 75% by wt. of pre-blended mixture of naturally derived structuring material selected from the group consisting of naturally derived animal waxes; naturally derived plant and vegetable waxes; naturally derived animal fats; naturally derived fatty acids and/or fatty alcohols; and mixtures thereof wherein said structuring material has melting point > 30°C, wherein said pre-blended mixture comprises flowable hydrocarbon liquid materials (Component a) structured with materials of (b); wherein the said pre-blended mixture has viscosity below 1000 Pa.s measured at shear rate 10 s -1 at 25 °C; and wherein said pre-blended mixture is prepared by mixing (a) and (b) at 500-1500 rpm until completely mixed at temperatures of higher than highest melting point of any ingredient being blended and cooling to room temperature to form pre-blended mixture. (a) 25-95% by wt. of pre-blended mixture of naturally derived hydrocarbon liquids selected from the group consisting of, squalane, natural rubbers; and mixtures thereof; and wherein said hydrocarbon liquids have a melting or glass transition point < 30°C and a viscosity of 500 Pa.s or less at room temperature; and squalane, natural rubbers; and mixtures thereof; (b) 5 to 75% by wt. of pre-blended mixture of naturally derived structuring material selected from the group consisting of naturally derived animal waxes; naturally derived plant and vegetable waxes; naturally derived animal fats; naturally derived fatty acids and/or fatty alcohols; and mixtures thereof wherein said structuring material has melting point > 30°C,
A staging system (100; 300) for robotic installation of a conductor assembly that includes a set of wire cables (132a, 132b, 132c, 132d; 232a) connected to a respective set of connectors (108a, 108b, 108c, 108d; 308), the staging system comprising: a base member (104; 304) defining a base identifier that is identifiable by a robotic installer; a set of receptacles (112a, 112b, 112c, 112d; 312) attached to the base member and defining respective receptacle identifiers (144, 148) that are identifiable by the robotic installer, wherein each receptacle is configured to receive and temporarily secure one or more of the set of connectors (108a, 108b, 108c, 108d) of the conductor assembly; and a set of robotic installation features (116a, 116b, 116c, 116d; 348) at least temporally attached to or defined by the set of connectors (108a, 108b, 108c, 108d; 308), respectively, and defining respective installation identifiers that are identifiable by the robotic installer, wherein each robotic installation feature is configured to be temporarily interacted with by an end effector (124; 336) of the robotic installer such that the robotic installer obtains movable control of the connector to remove it from its respective receptacle and to install it with a corresponding electrical connector, characterized in that at least one of the base identifier, the receptacle identifiers (144, 148), and the installation identifiers are physical identifiers in the form of markings defined on a respective surface. a base member (104; 304) defining a base identifier that is identifiable by a robotic installer; a set of receptacles (112a, 112b, 112c, 112d; 312) attached to the base member and defining respective receptacle identifiers (144, 148) that are identifiable by the robotic installer, wherein each receptacle is configured to receive and temporarily secure one or more of the set of connectors (108a, 108b, 108c, 108d) of the conductor assembly; and a set of robotic installation features (116a, 116b, 116c, 116d; 348) at least temporally attached to or defined by the set of connectors (108a, 108b, 108c, 108d; 308), respectively, and defining respective installation identifiers that are identifiable by the robotic installer, wherein each robotic installation feature is configured to be temporarily interacted with by an end effector (124; 336) of the robotic installer such that the robotic installer obtains movable control of the connector to remove it from its respective receptacle and to install it with a corresponding electrical connector, characterized in that at least one of the base identifier, the receptacle identifiers (144, 148), and the installation identifiers are physical identifiers in the form of markings defined on a respective surface.
A feather seal assembly for a gas turbine engine comprising: a seal having a directional passage to direct an airflow non-perpendicular to said seal, wherein said seal is an axial seal, said directional passage defines a tab along a longitudinal axis of said axial seal, and the tab extends at an angle to the axial seal; and a radial seal mounted to said axial seal transverse thereto, said radial seal at least partially retained by said tab; wherein said directional passage defines an opening along a longitudinal axis of said axial seal. a seal having a directional passage to direct an airflow non-perpendicular to said seal, wherein said seal is an axial seal, said directional passage defines a tab along a longitudinal axis of said axial seal, and the tab extends at an angle to the axial seal; and a radial seal mounted to said axial seal transverse thereto, said radial seal at least partially retained by said tab; wherein said directional passage defines an opening along a longitudinal axis of said axial seal.
A passive pre-heater assembly, wherein the pre-heater assembly is configured to achieve a transfer of heat from ambient air to the fluid without any active temperature control on the part of the pre-heater assembly, comprising: a thermally conductive heat-spreading block; and a plurality of passive pre-heaters mounted onto the heat-spreading block to exchange heat with the thermally conductive heat-spreading block, each pre-heater comprising: a thermally conductive base in thermal communication with the heat-spreading block; a heat transfer area located between the thermally conductive base and the heat-spreading block along which thermal conduction takes place; and a plurality of thermally conductive fins (90, 118) in thermal communication with the thermally conductive base of the pre-heater, the plurality of fins (90, 118) being adapted to exchange heat convectively with ambient air and conductively with the thermally conductive base of the pre-heater, and wherein a given one of the passive pre-heaters further comprises a tube held within the thermally conductive base in thermally conductive contact with the thermally conductive base of the given passive pre-heater, and wherein the thermally conductive heat-spreading block is configured to exchange heat with a fluid passing through the tube of the given passive pre-heater. a thermally conductive heat-spreading block; and a plurality of passive pre-heaters mounted onto the heat-spreading block to exchange heat with the thermally conductive heat-spreading block, each pre-heater comprising: a thermally conductive base in thermal communication with the heat-spreading block; a heat transfer area located between the thermally conductive base and the heat-spreading block along which thermal conduction takes place; and a plurality of thermally conductive fins (90, 118) in thermal communication with the thermally conductive base of the pre-heater, the plurality of fins (90, 118) being adapted to exchange heat convectively with ambient air and conductively with the thermally conductive base of the pre-heater, and a thermally conductive base in thermal communication with the heat-spreading block; a heat transfer area located between the thermally conductive base and the heat-spreading block along which thermal conduction takes place; and a plurality of thermally conductive fins (90, 118) in thermal communication with the thermally conductive base of the pre-heater, the plurality of fins (90, 118) being adapted to exchange heat convectively with ambient air and conductively with the thermally conductive base of the pre-heater, and wherein a given one of the passive pre-heaters further comprises a tube held within the thermally conductive base in thermally conductive contact with the thermally conductive base of the given passive pre-heater, and wherein the thermally conductive heat-spreading block is configured to exchange heat with a fluid passing through the tube of the given passive pre-heater.