mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal compressor comprising: a casing; an impeller arranged within the casing, the impeller being rotatable about an axis; a diffuser section arranged within the casing, the diffuser section being positioned adjacent the impeller and axially downstream from an outlet of the impeller, and a motor section, wherein an outlet of the diffuser section is arranged in fluid communication with a passageway formed in the motor section; wherein the diffuser section further comprises: a cylindrical diffuser structure; a plurality of vanes (82, 84) arranged between the diffuser structure and the casing, the plurality of vanes being arranged at an angle to the axis; and an axial flow passage defined between an exterior surface of the diffuser structure and an interior surface of the casing; characterised in that at least one deswirl vane is positioned adjacent the outlet end of the diffuser section, the deswirl vane being arranged at the interface between the axial flow passage and the passageway to limit rotation of the fluid flow about the axis. a casing; an impeller arranged within the casing, the impeller being rotatable about an axis; a diffuser section arranged within the casing, the diffuser section being positioned adjacent the impeller and axially downstream from an outlet of the impeller, and a motor section, wherein an outlet of the diffuser section is arranged in fluid communication with a passageway formed in the motor section; wherein the diffuser section further comprises: a cylindrical diffuser structure; a plurality of vanes (82, 84) arranged between the diffuser structure and the casing, the plurality of vanes being arranged at an angle to the axis; and an axial flow passage defined between an exterior surface of the diffuser structure and an interior surface of the casing; a cylindrical diffuser structure; a plurality of vanes (82, 84) arranged between the diffuser structure and the casing, the plurality of vanes being arranged at an angle to the axis; and an axial flow passage defined between an exterior surface of the diffuser structure and an interior surface of the casing; characterised in that at least one deswirl vane is positioned adjacent the outlet end of the diffuser section, the deswirl vane being arranged at the interface between the axial flow passage and the passageway to limit rotation of the fluid flow about the axis.
A substituted Mannich base composition comprising a reaction product of an amine component comprising at least one multifunctional amine of structure: wherein each R is independently H or CH 2 CH 2 CH 2 NH 2; R 1 is H, CH 2 CH 2 CH 2 NH 2, C1-C21 alkyl, or C2-C21 alkenyl; n is 2; and m is 1 or 2, and an alkyl substituted hydroxyaromatic compound and an aldehyde.
An RO (Reverse Osmosis) system, which may be coupled to at least one dialysis device in order to supply it with high purity permeate, including a raw water inlet conduit, which supplies raw water through a valve to a buffer vessel with a filling level controller, from which a conduit leads via a pump to a filter module, the primary space of which is separated by a semi-permeable membrane from a secondary space, which is connected to a distribution system for the permeate, which includes a permeate supply conduit with at least one connection, to which the at least one dialysis device may be coupled, and a permeate return conduit to the secondary space, wherein the permeate distribution system includes at least one device (32; 28) for cleaning and/or disinfection and the secondary space, the cleaning and/or disinfection device (32; 28) and a circulation pump are arranged in a circulation circuit, wherein further a concentrate outlet conduit leads from the primary space of the filter module to the buffer vessel, characterised in that the secondary space is constituted by a perforated permeate collecting pipe, which is arranged within spirally arranged membrane pockets and which is connected by means of connections at both ends to the circulation circuit and that connected into the concentrate outlet conduit there are a cleaning chamber and after it a centrifugal chamber with an outlet valve leading to a drainage system.
An aqueous cleaning composition comprising: (i) total Active Detergent level of 5 to 30 % by weight, of which at least one-third is non-soap anionic surfactant; and, (ii) 0.1 wt% to 2 wt% of an antifoaming system containing saturated hydroxy fatty acid and saturated non-hydroxy C 14-18 fatty acid, where the ratio between the amount of said saturated hydroxy fatty acid to that of said saturated non-hydroxy C 14-18 fatty acid is from 1:0.75 to 1:5 parts by weight and where the pH of said composition is from 2 to 7. (i) total Active Detergent level of 5 to 30 % by weight, of which at least one-third is non-soap anionic surfactant; and, (ii) 0.1 wt% to 2 wt% of an antifoaming system containing saturated hydroxy fatty acid and saturated non-hydroxy C 14-18 fatty acid, where the ratio between the amount of said saturated hydroxy fatty acid to that of said saturated non-hydroxy C 14-18 fatty acid is from 1:0.75 to 1:5 parts by weight and where the pH of said composition is from 2 to 7.
Electronics module comprising a housing having a mounting foot for placing on a support rail and for fastening the electronics module to the support rail, wherein the housing is provided with the mounting foot on its lower region facing the support rail in the mounted state, wherein the mounting rail is arranged on a mounting base, wherein at least one spring element is formed in the lower region of the housing facing the mounting base in the mounted state, which spring element is dimensioned and designed in such a manner that it acts in a damping manner in the event of oscillatory movements of the housing relative to the mounting base, characterized in that the at least one or the spring elements is/are arranged at a distance from the mounting foot of the housing, and in that the housing comprises in each case one or a plurality of the spring elements in the region of its lower outer corners (E1, E2), which in the assembled state are formed on the side of the housing facing the mounting base - or close to these corners -, wherein the at least one spring element has at least one spring bar (7, 7a, 7b, 7c,...) which protrudes downwards from the housing on the side facing the mounting base, and wherein the at least one spring bar (7, 7a, 7b, 7c,...) is dimensioned in such a way that it can rest against the mounting base continuously and/or during relative oscillatory movements.
A method for preparing a microsphere that comprises a lanthanide metal phosphate complex, the method comprising: (a) providing an organic lanthanide metal complex microsphere, wherein the lanthanide metal is present in an amount of more than 20 wt.%, based on total weight of the microspheres, and wherein the organic lanthanide metal complex comprises a lanthanide ion and organic ligands with which the lanthanide ion forms the complex; and thereafter (b) replacing at least part of the organic ligands in the organic lanthanide metal complex microsphere with phosphate in a chimie douce reaction, wherein the lanthanide metal is present in the resulting microsphere in an amount of more than 20 wt.%, based on total weight of the microsphere, and wherein the lanthanide metal complex in the resulting microsphere comprises a lanthanide ion and phosphate. (a) providing an organic lanthanide metal complex microsphere, wherein the lanthanide metal is present in an amount of more than 20 wt.%, based on total weight of the microspheres, and wherein the organic lanthanide metal complex comprises a lanthanide ion and organic ligands with which the lanthanide ion forms the complex; and thereafter (b) replacing at least part of the organic ligands in the organic lanthanide metal complex microsphere with phosphate in a chimie douce reaction,
A process for measuring an amount of digestive enzymes released from a solid composition in a dissolution medium comprising using fluorescence spectroscopy for measuring the amount of digestive enzymes released from the composition in the dissolution medium.
A mobile station comprising: a wireless transceiver; a processor coupled to the transceiver; the mobile station configured to receive at the transceiver a control channel transmission on a first frequency from a first serving cell, the control channel transmission addressed to a unique identifier of the mobile station; the processor configured to determine that the control channel transmission indicates resources for a data channel, the mobile station configured to receive at the transceiver a data channel transmission in the resources indicated in the control channel transmission, the data channel transmission comprising a first message, the first message comprising timing advance information and information indicating a first resource for an uplink transmission; the processor configured to apply a timing advance, obtained from said timing advance information in the first message, to transmit, to a second serving cell on an uplink frequency, a second message using the first resource, said second serving cell and said first serving cell operating on different frequencies; and the processor configured to determine that a response to the second message is not received and to disable, in response to determining that the response to the second message is not received, the timing advance for transmissions on the uplink frequency. a wireless transceiver; a processor coupled to the transceiver; the mobile station configured to receive at the transceiver a control channel transmission on a first frequency from a first serving cell, the control channel transmission addressed to a unique identifier of the mobile station; the processor configured to determine that the control channel transmission indicates resources for a data channel, the mobile station configured to receive at the transceiver a data channel transmission in the resources indicated in the control channel transmission, the data channel transmission comprising a first message, the first message comprising timing advance information and information indicating a first resource for an uplink transmission; the processor configured to apply a timing advance, obtained from said timing advance information in the first message, to transmit, to a second serving cell on an uplink frequency, a second message using the first resource, said second serving cell and said first serving cell operating on different frequencies; and the processor configured to determine that a response to the second message is not received and to disable, in response to determining that the response to the second message is not received, the timing advance for transmissions on the uplink frequency.
A process for the production of an article of glass with an applied electrically conductive grid comprising: a) applying a conductive paste to a glass substrate; b) firing the paste to form the electrically conductive grid; c) soldering an electrical connector to the electrically conductive grid via a lead-free solder; wherein the conductive paste comprises finely divided particles of a conductive metal, particles of glass frit, and an organic medium; and wherein the particles of the glass frit have a particle size D 90 of less than 4 microns determined using a laser diffraction method. a) applying a conductive paste to a glass substrate; b) firing the paste to form the electrically conductive grid; c) soldering an electrical connector to the electrically conductive grid via a lead-free solder;
An apparatus comprising means for: enabling user-definition of a first sub-portion (62_1) of a field of view of at least one camera of the apparatus that has a first point of view (40_1), wherein the first sub-portion determines target image content for recorded image content; enabling user-determination of a second point of view (40_2) of the apparatus for recording target audio by one or more microphones of the apparatus and recording audio by the one or more microphones of the apparatus when the apparatus has the user-determined second point of view (40_2), the recorded audio comprising the target audio; and automatically defining a second sub-portion (62_2) of the field of view of the at least one camera within the field of view of the at least one camera of the apparatus, when the apparatus has the user-determined second point of view (40_2), wherein the second sub-portion (62_2) of the field of view of the at least one camera comprises content corresponding to the target image content; and recording a sub-portion of the field of view of the at least one camera of the apparatus as recorded image content, when the apparatus has the user-determined second point of view (40_2), wherein the sub-portion comprises the second sub-portion (62_2) of the field of view of the at least one camera. enabling user-definition of a first sub-portion (62_1) of a field of view of at least one camera of the apparatus that has a first point of view (40_1), wherein the first sub-portion determines target image content for recorded image content; enabling user-determination of a second point of view (40_2) of the apparatus for recording target audio by one or more microphones of the apparatus and recording audio by the one or more microphones of the apparatus when the apparatus has the user-determined second point of view (40_2), the recorded audio comprising the target audio; and automatically defining a second sub-portion (62_2) of the field of view of the at least one camera within the field of view of the at least one camera of the apparatus, when the apparatus has the user-determined second point of view (40_2), wherein the second sub-portion (62_2) of the field of view of the at least one camera comprises content corresponding to the target image content; and recording a sub-portion of the field of view of the at least one camera of the apparatus as recorded image content, when the apparatus has the user-determined second point of view (40_2), wherein the sub-portion comprises the second sub-portion (62_2) of the field of view of the at least one camera.
A safety device for multichannel controlling of a safety-related device, comprising a first microprocessor-controlled control device including a signal generation device for generating a first monitoring signal that indicates the current operating state of the first control device; a second control device; a switching device drivable by the first and second control devices (70, 80), which is able to switch on the safety-related device or drive it into a safe state; an input stage connected to the first microprocessor-controlled device and to the second control device, which is adapted for modulating a first input signal arriving from an externally connectable sensor device with the first monitoring signal generated by the signal generation device; wherein the second control device comprises a hardware-based switching device which controls the switching device in response to the first modulated input signal in such a manner that in case of faulty operation of the first control device the safety-related device can be driven into a safe state; characterized in that the signal generation device provides a second monitoring signal; the input stage is adapted for modulating a second input signal arriving from the externally connectable sensor device with the second monitoring signal generated by the signal generation device, wherein the second modulated input signal is supplied to the first control device for evaluation, and wherein the first modulated input signal is supplied to the first and second control devices (70, 80) for evaluation.
System for controlling a torque transfer actuator for a four-wheel drive motor vehicle, comprising determination means and a wheel antilock system, the system comprising: a wheel antilock control means and a control means of the torque transfer actuator, which are able to cooperate in order to emit the torque transfer command to the torque transfer actuator, the wheel antilock control means being able to determine a wheel antilock command as a function of the torque transfer command received from the control means of the torque transfer actuator, the control means of the torque transfer actuator being able to determine a torque transfer command as a function of the wheel antilock command, characterized in that the system comprises a means for determining the driving situation, able to emit a control signal to a driven switch as a function of the signals received from the determination means and the torque transfer command received from the control means of the torque transfer actuator, and the driven switch being able to emit a wheel lock detection signal, and a means for estimating the level of braking able to emit a signal as a function of the pressure signal in the brake circuit, which is received from the determination means, a logical operator of the AND type being able to emit a wheel antilock command relating to the operational state of the wheel antilock control means, as a function of the signals received from the controlled switch and from the means for estimating the level of braking. a wheel antilock control means and a control means of the torque transfer actuator, which are able to cooperate in order to emit the torque transfer command to the torque transfer actuator, the wheel antilock control means being able to determine a wheel antilock command as a function of the torque transfer command received from the control means of the torque transfer actuator, the control means of the torque transfer actuator being able to determine a torque transfer command as a function of the wheel antilock command, characterized in that the system comprises a means for determining the driving situation, able to emit a control signal to a driven switch as a function of the signals received from the determination means and the torque transfer command received from the control means of the torque transfer actuator, and the driven switch being able to emit a wheel lock detection signal, and a means for estimating the level of braking able to emit a signal as a function of the pressure signal in the brake circuit, which is received from the determination means, a logical operator of the AND type being able to emit a wheel antilock command relating to the operational state of the wheel antilock control means, as a function of the signals received from the controlled switch and from the means for estimating the level of braking.
An automated luminaire optical system with a framing shutter system Comprising: a plurality of shutter blades (41, 51, 61, 71), each shutter blade (41, 51, 61, 71) driven by a five-bar linkage (40c, 40d, 40g, 40h) driven by two motors (40a, 40e), where each shutter blade (41, 51, 61, 71) is one of the bars in the five-bar linkage (40c, 40d, 40g, 40h); where movement of each shutter blade (41, 51, 61, 71) is constrained by a spacer plate (42, 52, 54, 56); where the movement of each shutter blade (41, 51, 61, 71) is further constrained by a pin fixed to the five-bar linkage (40c, 40d, 40g, 40h) which is constrained to travel in a slot in the spacer plate; and where the pin whose motion is constrained by the slot in the spacer plate protrudes from the shutter blade; characterized in that the pin is equidistant from the linkage connections to the shutter blade (41, 51, 61, 71). a plurality of shutter blades (41, 51, 61, 71), each shutter blade (41, 51, 61, 71) driven by a five-bar linkage (40c, 40d, 40g, 40h) driven by two motors (40a, 40e), where each shutter blade (41, 51, 61, 71) is one of the bars in the five-bar linkage (40c, 40d, 40g, 40h); where movement of each shutter blade (41, 51, 61, 71) is constrained by a spacer plate (42, 52, 54, 56); where the movement of each shutter blade (41, 51, 61, 71) is further constrained by a pin fixed to the five-bar linkage (40c, 40d, 40g, 40h) which is constrained to travel in a slot in the spacer plate; and where the pin whose motion is constrained by the slot in the spacer plate protrudes from the shutter blade; characterized in that the pin is equidistant from the linkage connections to the shutter blade (41, 51, 61, 71).
A control device for a vehicle, the control device comprising a manual transmission and/or a clutch device, the manual transmission being configured to select one of a plurality of shift stages through a shift manipulation of a driver, the clutch device being configured to engage and detach the manual transmission with and from a drive source through a clutch manipulation of the driver, wherein the control device comprises control means for determining a driving inclination of the driver, a level of driving skill of the driver, or a degree of fatigue of the driver based on manipulation information that is variable in accordance with at least one of the shift manipulation and the clutch manipulation of the driver, and for controllably adjusting an amount of control with respect to a control target of the vehicle in accordance with the determined driving inclination, the determined level of driving skill, or the determined degree of fatigue, characterized in that said manipulation information comprises at least one of: rate of change per unit time in revolution of the input shaft; revolution of the input shaft; manipulation movement amount per unit time of the shift lever; shift stage selected through manipulation of the shift lever; switching period of time of the shift stage through manipulation of the shift lever; magnitude of the shift load; clutch torque; change in speed at the clutch stroke position; and period of time before a predetermined clutch stroke is reached. rate of change per unit time in revolution of the input shaft; revolution of the input shaft; manipulation movement amount per unit time of the shift lever; shift stage selected through manipulation of the shift lever; switching period of time of the shift stage through manipulation of the shift lever; magnitude of the shift load; clutch torque; change in speed at the clutch stroke position; and period of time before a predetermined clutch stroke is reached.
Trim part for a vehicle interior with a visible-side cover layer that is susceptible to breaking under a crash load, which is back moulded with a plastic carrier layer, wherein, in the event of a crash, the trim part is subjected to bending until the component breaks, characterised in that, in order to increase the breaking strength in the event of a crash, a fabric layer made of a textile material is incorporated in the layer structure of the trim part, that the cover layer is directly back moulded with the plastic material of the plastic carrier layer without an intermediate layer of the fabric layer, that the fabric layer is fastened to the plastic carrier layer, on the rear side of the trim part facing away from the cover layer in a force transmitting manner, that the fastening of the fabric layer takes place through welding or through hot stamping, and that at least one plastic pin is moulded to the plastic carrier layer on the rear side of trim part, which protrudes through a recess of the fabric layer and has an element head expanded by hot stamping, which engages behind the opening edge region of the fabric layer recess.