mhurhangee/ep-ind-claims huggingface dataset:
A milking installation comprising a milk de-aeration unit and a membrane milk pump, the milk pump being arranged during use to pump milk out of the milk de-aeration unit, characterized in that the milk pump comprising - a tubular housing, - a flexible tubular member insertable in said housing and being hermetically sealeable with respect to the housing, and comprising a first and a second open end (80, 81), - a fluid inlet member and a fluid outlet member attachable to the first respectively second open end (80,81) of the tubular member, wherein the inlet member and the outlet member define a one-way flow path through the tubular member, and - wherein the housing comprises a connection port that is adapted to be coupled to a source of alternating pressure which during use alternatingly varies the pressure in a space between the housing and the tubular member between a decompression stage in which the tubular member expands and a compression stage in which the tubular member collapses pushing milk out of the tubular member and wherein the flexible tubular member, the fluid inlet member and the fluid outlet member form a unitary subassembly that is removably insertable in said housing. - a tubular housing, - a flexible tubular member insertable in said housing and being hermetically sealeable with respect to the housing, and comprising a first and a second open end (80, 81), - a fluid inlet member and a fluid outlet member attachable to the first respectively second open end (80,81) of the tubular member, wherein the inlet member and the outlet member define a one-way flow path through the tubular member, and - wherein the housing comprises a connection port that is adapted to be coupled to a source of alternating pressure which during use alternatingly varies the pressure in a space between the housing and the tubular member between a decompression stage in which the tubular member expands and a compression stage in which the tubular member collapses pushing milk out of the tubular member
A method for controlling the electrical voltage level in the electrical system of a motor vehicle, wherein a voltage level reduced to a lower value with switched-off electrical generator is increased to a higher value by starting up the electrical generator in order to provide a sufficient power supply to at least one electrically operated actuator, which is controlled by an electronic control unit and which makes it possible to influence the vehicle dynamics of the motor vehicle, said actuator being more especially an electric motor for setting a toe angle at a steerable vehicle wheel, in particular without direct access by the vehicle driver, if an electronic control unit identifies a current or imminent start-up of the actuator, characterised in that such an increase of the electrical voltage level is performed only if the electrical voltage applied to the actuator or the electronic control unit controlling said actuator falls below a specific limit value.
An electrochemical process for the recovery of metallic iron or an iron-rich alloy, oxygen and sulfuric acid from an iron-rich metal sulfate solution, said process comprises: a) providing an iron-rich metal sulfate solution; b) electrolyzing said iron-rich metal sulfate solution in an electrolyzer comprising a cathodic compartment equipped with a cathode having a hydrogen over-potential equal or higher than that of iron and containing a catholyte having a pH ranging from 2 to 6; an anodic compartment equipped with an anode and containing an anolyte; and a separator allowing for anion passage; and c) recovering electrodeposited iron or iron-rich alloy, sulfuric acid and oxygen gas; wherein: electrolyzing said iron-rich metal sulfate solution causes iron or an iron-rich alloy to be electrodeposited at the cathode, nascent oxygen gas to evolve at the anode, sulfuric acid to accumulate in said anodic compartment and an iron depleted solution to be produced. a) providing an iron-rich metal sulfate solution; b) electrolyzing said iron-rich metal sulfate solution in an electrolyzer comprising a cathodic compartment equipped with a cathode having a hydrogen over-potential equal or higher than that of iron and containing a catholyte having a pH ranging from 2 to 6; an anodic compartment equipped with an anode and containing an anolyte; and a separator allowing for anion passage; and c) recovering electrodeposited iron or iron-rich alloy, sulfuric acid and oxygen gas;
A method for generating items of context-dependent information for informing a user about a status of a technical system, wherein the items of context-dependent information of the technical system are provided by various data sources, wherein context-dependent information of a new context are generated and provided to the user, characterIzed in that estimated context-dependent items of information of a new context, which is not a real data source, are generated by correlating the data elements of the various data sources, but based on known and experience-related values, generating the estimated context-dependent items of information of a new context and associated data elements comprises the following steps: d) triggering an event (step S4a) e) retrieving current device data (step S4b) f) triggering a query at a semantic rule engine to obtain inferences about known contexts or known items of information (step 4Sd) g) creating the new context of items of estimated context-dependent information based on context rules and based on the result of the semantic rules in step d) (step S4e) h) assigning the first query to the known and estimated items of information and formulating a result (step S4f). estimated context-dependent items of information of a new context, which is not a real data source, are generated by correlating the data elements of the various data sources, but based on known and experience-related values, generating the estimated context-dependent items of information of a new context and associated data elements comprises the following steps: d) triggering an event (step S4a) e) retrieving current device data (step S4b) f) triggering a query at a semantic rule engine to obtain inferences about known contexts or known items of information (step 4Sd) g) creating the new context of items of estimated context-dependent information based on context rules and based on the result of the semantic rules in step d) (step S4e) h) assigning the first query to the known and estimated items of information and formulating a result (step S4f). d) triggering an event (step S4a) e) retrieving current device data (step S4b) f) triggering a query at a semantic rule engine to obtain inferences about known contexts or known items of information (step 4Sd) g) creating the new context of items of estimated context-dependent information based on context rules and based on the result of the semantic rules in step d) (step S4e) h) assigning the first query to the known and estimated items of information and formulating a result (step S4f).
A computer-implemented method comprising performing computer-implemented operations for: receiving a request to deploy an virtualized application at a client device; determining whether each of one or more dependencies requisite for deploying the virtualized application is present at the client device; and upon determing that each of the one or more dependencies requisite for deploying the virtualized application is not present, configuring the client device such that the dependencies are present, wherein the one or more dependencies comprise configuration settings, hardware components, network connections or access privileges, the method further comprising upon determing that each of the one or more dependencies requisite for deploying the virtualized application are present, deploying the virtualized application at the client device; and upon deploying the virtualized application at the client device, intercepting an application programming interface, API, call from the virtualized application the API call requesting access to a resource; selecting a copy of the resource stored at a private location to which the API call is to be redirected; and redirecting the API call to the resource stored at the private location. receiving a request to deploy an virtualized application at a client device; determining whether each of one or more dependencies requisite for deploying the virtualized application is present at the client device; and upon determing that each of the one or more dependencies requisite for deploying the virtualized application is not present, configuring the client device such that the dependencies are present, wherein the one or more dependencies comprise configuration settings, hardware components, network connections or access privileges, the method further comprising upon determing that each of the one or more dependencies requisite for deploying the virtualized application are present, deploying the virtualized application at the client device; and upon deploying the virtualized application at the client device, intercepting an application programming interface, API, call from the virtualized application the API call requesting access to a resource; selecting a copy of the resource stored at a private location to which the API call is to be redirected; and redirecting the API call to the resource stored at the private location.
Method for determining a volume (V(T p)) of liquid at a predetermined temperature (T p) within a liquid storage tank, the tank being provided with at least two temperature sensors (8 1, 8 2,..., 8 n) each supplying a temperature value (T 1, T 2,..., T n), the method being characterized in that it consists in calculating the volume of liquid (V(T p)) at the predetermined temperature (T p) by means of a formula using at least one polynomial (P 1, P 2, P 3) of order greater than or equal to two, having, as input variables, temperature values (T 1, T 2,..., T n) supplied by the temperature sensors (8 1, 8 2,..., 8 n), and being expressed, as a function of these input variables, with a set (E 1, E 2, E 3) of constant coefficients and in that it includes at least one preliminary step consisting in: z) or z') calculating the set (E 1, E 2, E 3) of coefficients of each polynomial (P 1, P 2, P 3) of order greater than or equal to two based on a polynomial regression algorithm having, as input variables, known temperature values (T 1, T 2,..., T n) and known liquid volumes (V(T p)) at the predetermined temperature (T p).
Drying device for drying a body for a motor vehicle, following a dip-coating of the body, wherein the drying device has a holding zone, configured to maintain a heated state of the body, and a cooling zone, wherein the cooling zone is mounted downstream of the holding zone in the conveying direction of the body through the drying device, and wherein the holding zone and the cooling zone are delimited from the surroundings of the drying device by an enclosure of the drying device, characterized in that the drying device has a processing zone arranged between the holding zone and the cooling zone, in which processing zone at least one robot is arranged, wherein the at least one robot is configured to dispose at least one sealing material on the body.
Pyrolysis plant for treating solid and liquid wastes, comprising: • a first section, which performs a pyrolysis of said solid and liquid wastes, said pyrolysis producing synthesis gas and residual ashes, said first section comprising a cylinder, or pyrolysis chamber, equipped with: an external insulation, means for loading the solid wastes placed at a first end of the pyrolysis cylinder, and heating means; • a second section, which performs the separation of a lighter fraction of said ashes, such as pulverized coal or carbon black, from said syngas, said lighter fraction being transported by the syngas; • a third section, which performs the fractioned distillation of said syngas, obtaining the separation of the volatile fraction of said syngas from a bituminous residual; • a fourth section, which performs the recycle of the bituminous residual of said fractioned distillation, for a further treatment; characterized in that said cylinder, or pyrolysis chamber, is able to rotate around its own axis and is equipped with: • means which induce, by means of said rotation, an advancement of the material contained in said cylinder, said means comprising an Archimedean screw; • said heating means, which comprise at least one radiofrequency induction generator, each one of said generators being connected to a coil, inside which said pyrolysis cylinder slowly rotates, said coil transmitting the high-frequency induced current created by said at least one generator so that the pyrolysis cylinder becomes seat of eddy currents which heat it through Joule effect; and • means for rotating said cylinder. • a first section, which performs a pyrolysis of said solid and liquid wastes, said pyrolysis producing synthesis gas and residual ashes, said first section comprising a cylinder, or pyrolysis chamber, equipped with: an external insulation, means for loading the solid wastes placed at a first end of the pyrolysis cylinder, and heating means; • a second section, which performs the separation of a lighter fraction of said ashes, such as pulverized coal or carbon black, from said syngas, said lighter fraction being transported by the syngas; • a third section, which performs the fractioned distillation of said syngas, obtaining the separation of the volatile fraction of said syngas from a bituminous residual; • a fourth section, which performs the recycle of the bituminous residual of said fractioned distillation, for a further treatment; • means which induce, by means of said rotation, an advancement of the material contained in said cylinder, said means comprising an Archimedean screw; • said heating means, which comprise at least one radiofrequency induction generator, each one of said generators being connected to a coil, inside which said pyrolysis cylinder slowly rotates, said coil transmitting the high-frequency induced current created by said at least one generator so that the pyrolysis cylinder becomes seat of eddy currents which heat it through Joule effect; and • means for rotating said cylinder.
A process for consolidating particulates in an ink to form a dense well adhered coating having a thickness of about 1 micron to about 50 microns, the process comprising: formulating the ink (4, 8); selectively applying the ink to a substrate (5, 9, 13) comprising a metal, a ceramic, a ceramic coated with a plastic or a metal coated with a plastic; drying the ink on the substrate; and ultrasonically consolidating the particulates at ambient temperature and a static pressure of about 7 kPa to about 550 kPa to form a dense, well adhered coating on the substrate in less than 5 seconds. formulating the ink (4, 8); selectively applying the ink to a substrate (5, 9, 13) comprising a metal, a ceramic, a ceramic coated with a plastic or a metal coated with a plastic; drying the ink on the substrate; and ultrasonically consolidating the particulates at ambient temperature and a static pressure of about 7 kPa to about 550 kPa to form a dense, well adhered coating on the substrate in less than 5 seconds.
A floating weir skimmer comprising: a collecting box, a weir plate and an inner buoy, wherein said collecting box includes a baffle plate and a trough, and wherein said weir plate comprises a rotation plate, a weir crest and a weir; one end of said rotation plate is in rotation connection with said trough, and the other end is provided with said weir crest and weir; said rotation plate is supported by a supporting member; a guide rail is arranged inside said trough; an inner buoy is arranged inside collecting box, and a guide pulley is arranged on said inner buoy, enabling said inner buoy to slide on said guide rail; a supporting member is further arranged on said inner buoy; one end of said weir plate is carried by said supporting member, and the other end is in rotation connection with said trough, the rotation connection comprising any one of swing connection, hinge connection, pivot connection or spherical surface rotation. a collecting box, a weir plate and an inner buoy, wherein said collecting box includes a baffle plate and a trough, and wherein said weir plate comprises a rotation plate, a weir crest and a weir; one end of said rotation plate is in rotation connection with said trough, and the other end is provided with said weir crest and weir; said rotation plate is supported by a supporting member; a guide rail is arranged inside said trough; an inner buoy is arranged inside collecting box, and a guide pulley is arranged on said inner buoy, enabling said inner buoy to slide on said guide rail; a supporting member is further arranged on said inner buoy; one end of said weir plate is carried by said supporting member, and the other end is in rotation connection with said trough, the rotation connection comprising any one of swing connection, hinge connection, pivot connection or spherical surface rotation.
A method comprising: receiving an incoming call on a wireless handheld device; offering a user of the device a plurality of options for a reminder, each option to be triggered after the incoming call is declined; detecting the user's selection of one of the plurality of options before the incoming call is accepted or declined, the selected option being for a reminder based on observance of a context including one or more of: the device's state of network connectivity, a front most application, specific user activity, and the device's location, as the device's location exists concurrently with the call; observing, in response to detecting the user's selection and after the incoming call is declined, a change in the context corresponding to the selected option, wherein the change in the context includes one or more of: a change in the device's state of network connectivity, a change in the front most application, specific user activity showing a change taken within a running application, and a change in the device's location; and triggering the reminder when the change in the context is observed. receiving an incoming call on a wireless handheld device; offering a user of the device a plurality of options for a reminder, each option to be triggered after the incoming call is declined; detecting the user's selection of one of the plurality of options before the incoming call is accepted or declined, the selected option being for a reminder based on observance of a context including one or more of: the device's state of network connectivity, a front most application, specific user activity, and the device's location, as the device's location exists concurrently with the call; observing, in response to detecting the user's selection and after the incoming call is declined, a change in the context corresponding to the selected option, wherein the change in the context includes one or more of: a change in the device's state of network connectivity, a change in the front most application, specific user activity showing a change taken within a running application, and a change in the device's location; and triggering the reminder when the change in the context is observed. the device's state of network connectivity, a front most application, specific user activity, and the device's location, as the device's location exists concurrently with the call; observing, in response to detecting the user's selection and after the incoming call is declined, a change in the context corresponding to the selected option, wherein the change in the context includes one or more of: a change in the device's state of network connectivity, a change in the front most application, specific user activity showing a change taken within a running application, and a change in the device's location; and triggering the reminder when the change in the context is observed. a change in the device's state of network connectivity, a change in the front most application, specific user activity showing a change taken within a running application, and a change in the device's location; and
A positioning device for a solar panel junction box, comprising: - at least one connector (13a, 13b) that can be contacted with an assignable, complementary connector of at least one connection cable of the solar panel junction box, - at least one test contact (19a, 19b) that is electrically connected to an assigned connector (13a, 13b) and that can be contacted from outside, characterized by - at least one fixation device (3, 5a, 5b) to releasably fix the positioning device to a housing of the solar panel junction box, wherein in the fixed state, the positioning device can be displaced along a displacement direction relative to the solar panel junction box. - at least one connector (13a, 13b) that can be contacted with an assignable, complementary connector of at least one connection cable of the solar panel junction box, - at least one test contact (19a, 19b) that is electrically connected to an assigned connector (13a, 13b) and that can be contacted from outside, - at least one fixation device (3, 5a, 5b) to releasably fix the positioning device to a housing of the solar panel junction box,
An implantable electrical contact arrangement, which comprises at least one electrode element arrangement, which is otherwise completely integrated into a carrier substrate made of a biocompatible, electrically insulating material, and comprises at least one freely-accessible electrode surface directly or indirectly surrounded by the biocompatible electrically insulating carrier substrate, characterised in that the carrier substrate is filmlike in design with a carrier substrate upper side comprising the at least one freely accessible electrode surface, a carrier substrate lower side opposite this as well as a longitudinal extent of the foil, in that within a half space not containing the at least one electrode element arrangement, the carrier substrate completely surrounds at least one space in which at least one material with an E-module is contained, which differs from the E-module assigned to the material of the carrier substrate, and in that the at least one space, in which the at least one material is contained, has an extent orientated in parallel to the carrier substrate upper side and lower side, which is smaller in dimension than the longitudinal extent of the foil. in that within a half space not containing the at least one electrode element arrangement, the carrier substrate completely surrounds at least one space in which at least one material with an E-module is contained, which differs from the E-module assigned to the material of the carrier substrate, and in that the at least one space, in which the at least one material is contained, has an extent orientated in parallel to the carrier substrate upper side and lower side, which is smaller in dimension than the longitudinal extent of the foil.