mhurhangee/ep-ind-claims huggingface dataset:
Capsular fine particles comprising an olefinic polymer having functional group wherein the ratio (L/M) of the outer diameter and the inner diameter of the particles is from 1.1 to 6.0, and the average particle size is from 0.6 to 40 μm, produced through [process 1], [process 2] and [treatment], wherein, [process 1] is a process for producing fine particles comprising a crystalline olefinic polymer having a group containing unsaturated bonds, including a vinyl group, a vinylene group or a vinylidene group as a functional group by homopolymerizing or copolymerizing at least one monomer selected from linear or branched α-olefins having 2 to 6 carbon atoms, cyclic olefins, dienes, trienes and polar group-containing olefin, in the presence of a solid polymerizing catalyst comprising a magnesium-containing support component, and a transition metal compound supported thereon, and an organometallic compound, and if desired, an anionic surfactant, and, [process 2] is a process which constitutes a method of producing the capsular fine particles comprising the olefinic polymer by removing the solid catalyst component forming the inner layer of said fine particles comprising the olefinic polymer, wherein removal of the inorganic material in the solid catalyst component is carried out by mixing the fine particles with a mixed solution of an alcohol having 2 to 10 carbon atoms and a chelating compound, and then stirring the mixture at a temperature of 75°C or higher; and wherein the chelating compound may be any of the compounds which can form a chelate complex with magnesium, and [treatment] is a process which provides a functional group to the fine particles wherein the functional group is selected from the group consisting of an epoxy group, a hydroxyl group, a carboxyl group, a silyl group, a halogen group, a sulfonic acid group, a carbonyl group and a nitrogen-containing group, and wherein the functional group is provided by conducting the treatment with at least one compound selected from the group consisting of an epoxylating agent, a sulfonating agent, maleic anhydride, a hydroboronating agent, alkylaluminum, a silylating agent, a halogenating agent, chromosulfuric acid, chromic acid and nitric acid. a magnesium-containing support component, and a transition metal compound supported thereon, and an organometallic compound, and if desired, an anionic surfactant,
: An automatic splicing apparatus for splicing together two ends of a sheet of tire material on a tire building drum, the drum having a rotational axis defining a longitudinal direction relative to the drum, the apparatus comprising: a frame configured to support the apparatus relative to the tire building drum; a splicer foot assembly longitudinally translatable relative to the frame, the splicer foot assembly including: a splicer foot including a plurality of forward lower preparation rollers and a plurality of rearward lower splicer rollers; and a plurality of upper preparation rollers configured to operate in coordination with the plurality of forward lower preparation rollers to pull the two ends of the sheet of tire material toward each other over the splicer foot as the splicer foot assembly advances in a forward longitudinal direction; and a splicer roller assembly longitudinally translatable relative to the frame independently of the splicer foot assembly, the splicer roller assembly being characterised by including: a pair of truncated conical upper splicer rollers configured to operate in coordination with the plurality of rearward lower splicer rollers to splice together the two ends of the sheet of tire material as the splicer roller assembly and the splicer foot assembly advance together in the forward longitudinal direction. a frame configured to support the apparatus relative to the tire building drum; a splicer foot assembly longitudinally translatable relative to the frame, the splicer foot assembly including: a splicer foot including a plurality of forward lower preparation rollers and a plurality of rearward lower splicer rollers; and a plurality of upper preparation rollers configured to operate in coordination with the plurality of forward lower preparation rollers to pull the two ends of the sheet of tire material toward each other over the splicer foot as the splicer foot assembly advances in a forward longitudinal direction; and a splicer foot including a plurality of forward lower preparation rollers and a plurality of rearward lower splicer rollers; and a plurality of upper preparation rollers configured to operate in coordination with the plurality of forward lower preparation rollers to pull the two ends of the sheet of tire material toward each other over the splicer foot as the splicer foot assembly advances in a forward longitudinal direction; and a splicer roller assembly longitudinally translatable relative to the frame independently of the splicer foot assembly, the splicer roller assembly being characterised by including: a pair of truncated conical upper splicer rollers configured to operate in coordination with the plurality of rearward lower splicer rollers to splice together the two ends of the sheet of tire material as the splicer roller assembly and the splicer foot assembly advance together in the forward longitudinal direction.
Insole for a shoe, in particular for a sports shoe, comprising a first sole section, which has a standing surface for the foot of the user, wherein the first sole section extends over a specified first height (h 1) in the vertical direction when the insole is used as intended, characterized in that at least two second sole sections (4, 5) are arranged below the first sole section, wherein a second sole section is arranged in a front section of the insole and a second sole section is arranged in a rear section of the insole viewed from the sole longitudinal direction, wherein the two second sole sections (4, 5) extend over a specified second height (h 2) in the vertical direction when the insole is used as intended, wherein at least one elastic element is present, which connects the two second sole sections (4, 5), wherein each of the two ends (9, 10) of the elastic element engaging with a respective second sole section (4, 5) within the extent of the second height (h 2).
Electrochemical device (60, 74) having a plurality of electrochemical cells and a plurality of bipolar plates (2, 78), wherein the electrochemical cells and the bipolar plates (2, 78) are provided in an alternating sequence, the bipolar plate (2, 78) having a first boundary surface and a second boundary surface arranged parallel thereto, wherein the boundary surfaces (10, 18) are arranged at a distance from each other and enclose an intermediate space, wherein the intermediate space contains at least one flow duct (44, 80) which is connected to a peripherally arranged fluid inlet and a peripherally arranged fluid outlet and is arranged at least in an encircling manner in the intermediate space, such that it extends essentially once or more than once about a centre point, wherein the at least one flow duct (44, 80) has two flow paths (44a, 44b), wherein the device (60, 74) is configured for a coolant to flow through the flow paths (44a, 44b) in opposite directions.
A polarizing lens, formed from a laminate, wherein the laminate is formed from a sheet of an aromatic polycarbonate and, laminated through an adhesive layer and to each surface of a film having polarizing properties, wherein the laminate is curved so as to impart spherical or aspherical surfaces thereto to obtain a polarizing sheet, wherein a retardation value of the aromatic polycarbonate sheet positioned at the light incidence side is 2,000 nm or more and less than 20,000 nm, and wherein a stretch axis of the aromatic polycarbonate sheet at the light incidence side is perpendicular to an absorption axis of the film having polarizing properties, wherein the polarizing lens is further formed from an aromatic polycarbonate injected onto one of the surfaces of the polarizing sheet.
A mobility server for providing mobility management information to an application program providing a service to a user equipment as part of an Internet Protocol Multi-media Sub-system, the mobility server comprising: a mobility manager (132.6) operable to receive mobility dependent evaluation reports providing at least one of an indication of current conditions for communicating with the user equipment and an indication of a relative location of the user equipment, and to form the mobility management information based on the evaluation reports, and an application programmer's interface operable to communicate call control signalling data between the mobility manager and a session protocol server (S-CSCF) forming part of the IMS, wherein the mobility manager is operable to notify the application program of the mobility management information in response to a subscription for the mobility management information from the application program, the subscription for the mobility management information being provided via the session protocol server (S-CSCF) using the call control signalling data, wherein the mobility management information includes information usable for adapting a type of service provided to the UE. a mobility manager (132.6) operable to receive mobility dependent evaluation reports providing at least one of an indication of current conditions for communicating with the user equipment and an indication of a relative location of the user equipment, and to form the mobility management information based on the evaluation reports, and an application programmer's interface operable to communicate call control signalling data between the mobility manager and a session protocol server (S-CSCF) forming part of the IMS, wherein the mobility manager is operable to notify the application program of the mobility management information in response to a subscription for the mobility management information from the application program, the subscription for the mobility management information being provided via the session protocol server (S-CSCF) using the call control signalling data, wherein the mobility management information includes information usable for adapting a type of service provided to the UE.
A system for preparing a mobile device (120, 122, 124) for satellite positioning, the system comprising: an indoor positioning system configured to track location of the mobile device in an indoor area; wireless communication means (34, 100, 102) for providing the mobile device with a wireless network connection in a coverage area comprising the indoor area; and a controller (10, 50) configured to determine that the mobile device is in a determined sub-area of the indoor area and, as a result of said determining, configure the mobile device to carry out at least one preliminary function to start satellite positioning, characterized in that the at least one preliminary function is carried out while the indoor positioning of the mobile device is still operational; wherein said at least one preliminary function comprises reception, in the mobile device through the wireless communication means, of preliminary information facilitating detection of positioning satellites. an indoor positioning system configured to track location of the mobile device in an indoor area; wireless communication means (34, 100, 102) for providing the mobile device with a wireless network connection in a coverage area comprising the indoor area; and a controller (10, 50) configured to determine that the mobile device is in a determined sub-area of the indoor area and, as a result of said determining, configure the mobile device to carry out at least one preliminary function to start satellite positioning, characterized in that the at least one preliminary function is carried out while the indoor positioning of the mobile device is still operational; wherein said at least one preliminary function comprises reception, in the mobile device through the wireless communication means, of preliminary information facilitating detection of positioning satellites.
Equipment for rehabilitative respiratory physiotherapy, comprising a mask or mouthpiece, supplying means to supply air to the mask or mouthpiece, a pressure gauge arranged in fluidic connection with the mask or mouthpiece and means for producing pneumatic vibrations in the air supplied to the mask or mouthpiece, wherein the supplying means supply an air flow rate lower than 250 cm 3 /s, or lower than 15 liters/min., at a pressure substantially equal to the atmospheric pressure, characterized in that the pressure gauge is designed to detect the depression the patient generates in the mask or mouthpiece when he/ she starts inhaling air and to generate a corresponding activation signal of the means for producing pneumatic vibrations.
Fixing arrangement - with a first component having an undercut groove, - with a second component having a passage opening, - wherein the second component can be fixed to the first component via a fixing device which is guided through a passage opening of said second component and engages perpendicularly in the groove, - wherein the fixing device has an axis which, in mounted state of the fixing device, is oriented perpendicularly to the groove, - wherein the fixing device has a hammerhead element and a retaining element which can be screwed thereto, characterised in that - in the state mounted on the second component, the hammerhead element and the retaining element screwed thereto are unrestrictedly rotatable about the axis, - on a side facing the groove, the hammerhead element has orientation contours which are configured such that, when pressed onto the groove, independently of the rotary position of the hammerhead element about the axis, said contours set an orientation of the hammerhead element which allows it to plunge into the groove. - with a first component having an undercut groove, - with a second component having a passage opening, - wherein the second component can be fixed to the first component via a fixing device which is guided through a passage opening of said second component and engages perpendicularly in the groove, - wherein the fixing device has an axis which, in mounted state of the fixing device, is oriented perpendicularly to the groove, - wherein the fixing device has a hammerhead element and a retaining element which can be screwed thereto, - in the state mounted on the second component, the hammerhead element and the retaining element screwed thereto are unrestrictedly rotatable about the axis, - on a side facing the groove, the hammerhead element has orientation contours which are configured such that, when pressed onto the groove, independently of the rotary position of the hammerhead element about the axis, said contours set an orientation of the hammerhead element which allows it to plunge into the groove.
A computer-implemented method comprising: receiving, at runtime and from a user, a query that specifies a search criterion and a post-processing function prototype; the computer-implemented method being characterized by: generating, at runtime and from the received query, a topology definition that specifies: one or more source nodes and at least one processing node, wherein the processing node is specified in the topology to receive, from the one or more source nodes, one or more streams of data object identifiers of data objects that satisfy the search criterion, and wherein the processing node is specified in the topology to output a stream of data objects corresponding to the data object identifiers; and a post-processing node (136, 138) according to the post-processing function prototype, wherein the post-processing node (136, 138) is specified in the topology to receive a stream of data objects output by the processing node, perform one or more operations on the data objects according to the post-processing function prototype, and is specified in the topology to output one or more modified data objects; and providing the topology definition to a real-time stream computing system for execution. generating, at runtime and from the received query, a topology definition that specifies: one or more source nodes and at least one processing node, wherein the processing node is specified in the topology to receive, from the one or more source nodes, one or more streams of data object identifiers of data objects that satisfy the search criterion, and wherein the processing node is specified in the topology to output a stream of data objects corresponding to the data object identifiers; and a post-processing node (136, 138) according to the post-processing function prototype, wherein the post-processing node (136, 138) is specified in the topology to receive a stream of data objects output by the processing node, perform one or more operations on the data objects according to the post-processing function prototype, and is specified in the topology to output one or more modified data objects; and one or more source nodes and at least one processing node, wherein the processing node is specified in the topology to receive, from the one or more source nodes, one or more streams of data object identifiers of data objects that satisfy the search criterion, and wherein the processing node is specified in the topology to output a stream of data objects corresponding to the data object identifiers; and a post-processing node (136, 138) according to the post-processing function prototype, wherein the post-processing node (136, 138) is specified in the topology to receive a stream of data objects output by the processing node, perform one or more operations on the data objects according to the post-processing function prototype, and is specified in the topology to output one or more modified data objects; and providing the topology definition to a real-time stream computing system for execution.
Process for making a hydrogen-containing synthesis gas from a hydrocarbon feedstock, comprising the reforming of said hydrocarbon feedstock into a raw synthesis gas and purification of said raw synthesis gas, said purification comprising shift conversion of carbon monoxide into carbon dioxide and carbon dioxide removal, said removal of carbon dioxide from the synthesis gas including absorption of carbon dioxide into an absorbing medium (7a, 14), resulting in a stream of a CO2-rich medium, and regeneration of said medium with recovery of CO2 absorbed therein, characterized in that: said raw synthesis gas is produced by said reforming step at a pressure of at least 45 bar, said regeneration of the CO2-loaded medium includes a step of chemical regeneration wherein the CO2-loaded medium receives a heat input from a heat source, the CO2-loaded medium, during said chemical regeneration process, has a temperature of at least 150 °C, wherein said heat source comprises at least one of the following: an effluent of a shift converter; a feed stream of a shift converter; a cooling medium which circulates in an isothermal shift converter. said raw synthesis gas is produced by said reforming step at a pressure of at least 45 bar, said regeneration of the CO2-loaded medium includes a step of chemical regeneration wherein the CO2-loaded medium receives a heat input from a heat source, the CO2-loaded medium, during said chemical regeneration process, has a temperature of at least 150 °C, wherein said heat source comprises at least one of the following: an effluent of a shift converter; a feed stream of a shift converter; a cooling medium which circulates in an isothermal shift converter.
A machine for the continuous decatising of fabrics comprising: - at least one decatising cylinder; - at least one treatment container partially wrapped around said at least one decatising cylinder and adapted at least to distribute steam under pressure for the processing of the fabric, said at least one treatment container having at least one concave surface portion that identifies with at least one respective outer surface portion of said at least one decatising cylinder a processing channel in which the fabric is treated with the steam under pressure distributed by said at least one treatment container, - at least one transport unit shaped to move the fabric through said processing channel, wherein said at least one treatment container wraps said at least one decatising cylinder so that said processing channel of the fabric develops along said outer surface of said at least one decatising cylinder for an arc of circumference subtending an angle at the centre of said at least one decatising cylinder greater than 180o, characterized in that said processing channel is laterally open so as to allow the outflow of the steam out of the processing channel. - at least one decatising cylinder; - at least one treatment container partially wrapped around said at least one decatising cylinder and adapted at least to distribute steam under pressure for the processing of the fabric, said at least one treatment container having at least one concave surface portion that identifies with at least one respective outer surface portion of said at least one decatising cylinder a processing channel in which the fabric is treated with the steam under pressure distributed by said at least one treatment container, - at least one transport unit shaped to move the fabric through said processing channel, wherein said at least one treatment container wraps said at least one decatising cylinder so that said processing channel of the fabric develops along said outer surface of said at least one decatising cylinder for an arc of circumference subtending an angle at the centre of said at least one decatising cylinder greater than 180o, characterized in that said processing channel is laterally open so as to allow the outflow of the steam out of the processing channel.
Device for the locking of the wheel of a truck at a positioning place in front of a façade provided with a loading and unloading platform, comprising a guide provided adjacent the positioning place, extending from a road side to a façade side and further comprising a wheel locking means formed by a road side axle, a middle axle and a façade side axle, whereby in between the road side axle and the middle axle a road side arm rotatably is connected, and in between the middle axle and the façade side axle a façade side arm rotatably is connected, whereby the wheel locking means, from a first position, in which the axles [7, 8, 9] and the arms [10, 11] connected therein between lie in a substantially flat line, can be folded out into a second position, in which the axles [7, 8, 9] and the arms [10, 11] relative to each other take up a V-shaped form, while the wheel locking means is positioned relative to the positioning place in such a way, that in the first position the middle axle and the arms [10, 11] substantially lie adjacent the plane of the positioning place, and in the second position these lie substantially above the plane of the positioning place, in such a way, that the façade side arm can lie blocking against a tire of a truck that is present between the façade side arm and the façade, whereby the locking means further comprise a first wagon, moveable in the guide, to which the road side axle is connected, and further comprise a second wagon, also moveable in the guide and situated in between the first wagon and the façade, to which the façade side axle is connected, and whereby the device is provided with means by which the first wagon is moveable towards the facade and the second wagon, while the second wagon, during movement in the guide is subject to a resistance which is chosen such, that during a movement of the first wagon towards the façade the second wagon tends to stay in its place in the guide, such that the distance between the first wagon and the second wagon becomes smaller, and by means of which the wheel locking means is forced to folding out into the second position, characterized in that the guide is provided along the side of the positioning place, and the folding out of the wheel locking means from the first position to the second position takes place sidewards.