mhurhangee/ep-ind-claims huggingface dataset:
A device for transporting a strip-shaped substrate through a reactor, wherein the substrate is held by transport elements (3, 3', 4, 4', 5, 5', 6, 6') that can be displaced in a transport direction by a drive unit (15, 15'), wherein the transport means comprise first transport beams (3, 3', 4, 4') and second transport beams (5, 5', 6, 6') that alternately engage on the substrate, and wherein the transport beams, which respectively engage on the substrate, are moved in the transport direction and the transport beams, which respectively do not engage on the substrate, are moved in a reverse direction opposite to the transport direction, characterized in that the transport beams (3, 3', 4, 4', 5, 5', 6, 6') feature clamping flanks (9, 9', 10, 10', 11, 11', 12,12') for clamping the substrate between two clamping flanks.
An asymmetric support structure of entry driven along gob-side under unstable roof in deep mines, characterized by comprising a roadway roof support structure and an asymmetric support structure at roadway's sides; the roadway roof support structure comprising a reinforcing wire mesh, a W-section steel strap, high-strength pretensioned bolts and support units consisting of two cable bolts and a matching steel strap, wherein the reinforcing wire mesh clings to the roadway roof, the W-section steel strap is arranged outside the reinforcing wire mesh, a plurality of high-strength pretensioned bolts vertically pass through the W-section steel strap and the reinforcing wire mesh, and the anchor ends of high-strength pretensioned bolts are connected into the roadway roof, cable holes are provided at the ends of steel strap, the cable bolts pass through the cable holes and the reinforcing wire mesh, the anchor ends of cable bolts are connected into the relatively stable strata in the main roof and inclined to the seam-side; the asymmetric support structure at roadway's sides can control releasing rock pressure partly, comprising a gob-side support structure and a solid coal seam-side support structure; the gob-side support structure comprising a reinforcing wire mesh, a W-section steel strap, high-strength pretensioned yielding bolts and support units consisting of two grouting cable bolts and a matching steel strap, wherein the reinforcing wire mesh clings to the gob-side, the W-section steel strap is arranged outside the reinforcing wire mesh, a plurality of high-strength pretensioned yielding bolts horizontally pass through the W-section steel strap and the reinforcing wire mesh, and the anchor ends of high-strength pretensioned yielding bolts are connected into the gob-side, cable holes are provided at the ends of the steel strap, the grouting cable bolts pass through the cable holes and the reinforcing wire mesh, and the anchor ends of grouting cable bolts are connected into the gob-side; the solid coal seam-side support structure comprising a reinforcing wire mesh, a reinforced beam and steel strap pallet subassembly, high-strength pretensioned yielding bolts and support units consisting of two cable bolts and a matching steel strap, wherein the reinforcing wire mesh clings to the seam-side, the reinforced beam and steel strap pallet subassembly is arranged outside the reinforcing wire mesh, a plurality of high-strength pretensioned yielding bolts horizontally pass through the reinforced beam and steel strap pallet subassembly and the reinforcing wire mesh, and the anchor ends of high-strength pretensioned yielding bolts are connected into the seam-side, cable holes are provided at the ends of the steel strap, the cable bolts pass through the cable holes and the reinforcing wire mesh, and the anchor ends of cable bolts are connected into the seam-side.
A process for producing discrete solid beads of polymeric material, said process comprising the steps of: (a) forming a combined stream from a stream of a polymerizable liquid precursor comprising polymerizable components in solution in a first polar organic liquid and a stream of a liquid dispersion medium comprising a second non-polar organic liquid, the first and second organic liquids being substantially immiscible; (b) treating the combined stream so as to disperse the polymerizable liquid precursor as droplets in the dispersion medium; (c) allowing the droplets to polymerise in a laminar flow of the dispersion medium so as to form discrete solid beads that cannot agglomerate; and (d) recovering the beads from the dispersion medium, the dispersive treatment time being short compared to the laminar flow polymerization time so that agglomeration of the liquid precursor during dispersive treatment is substantially avoided. (a) forming a combined stream from a stream of a polymerizable liquid precursor comprising polymerizable components in solution in a first polar organic liquid and a stream of a liquid dispersion medium comprising a second non-polar organic liquid, the first and second organic liquids being substantially immiscible; (b) treating the combined stream so as to disperse the polymerizable liquid precursor as droplets in the dispersion medium; (c) allowing the droplets to polymerise in a laminar flow of the dispersion medium so as to form discrete solid beads that cannot agglomerate; and (d) recovering the beads from the dispersion medium, the dispersive treatment time being short compared to the laminar flow polymerization time so that agglomeration of the liquid precursor during dispersive treatment is substantially avoided.
Conveyor belt having opposing ends (3, 4) to be connected for endlessing the conveyor belt, wherein the belt comprises a belt member, and two planar connector parts (1, 2) provided one at each said end (3, 4) of the belt; wherein each connector part (1, 2) has, at an edge of the connector part, an edge coil extending over the width of the belt; wherein the belt is configured to be endlessed by bringing the edge coils of the first and second end into a sideways engagement to obtain an overlapping coil area and by inserting a closing wire through the overlapping coil area; characterized in that each connector part (1, 2) has a set of splice fingers engaging in correspondingly shaped finger recesses (22, 23) formed in the belt member; and wherein the connector parts (1, 2) are attached to the belt member by forming a joint along the interface between the splice fingers and the finger recesses (22, 23).
Use of styrene-maleic acid dialkyl ester polymers as pour point depressant in a paraffin-containing fluid and/or to improve the cold flow properties of a paraffin-containing fluid, the polymers comprising the following building blocks: wherein - -R 1 and - R 2 are, independent from each other, a C10- to C50- alkyl group; the alkyl group being branched or linear, the ratio of the linear alkyl groups to the branched alkyl groups is in the range from 95:5 to 5:95 (weight %: weight %), - at least 90 % of the number of the building blocks are either a) or b), relative to the total number of all building blocks incorporated in the polymer; and - the building blocks a) and b) are, relative to each other, present in the polymer in a ratio of from 80: 20 to 20: 80 (number: number). - -R 1 and - R 2 are, independent from each other, a C10- to C50- alkyl group; the alkyl group being branched or linear, the ratio of the linear alkyl groups to the branched alkyl groups is in the range from 95:5 to 5:95 (weight %: weight %), - at least 90 % of the number of the building blocks are either a) or b), relative to the total number of all building blocks incorporated in the polymer; and - the building blocks a) and b) are, relative to each other, present in the polymer in a ratio of from 80: 20 to 20: 80 (number: number).
Apparatus for treating laundry comprising a base from which extends at least one pole intended to support clothing to be ironed and/or smoothed, said base comprising an upper shell returned onto a lower shell, the lower shell comprising a cavity receiving a ballast intended to increase the stability of the base, characterised in that the lower shell comprises a guiding column wherein said pole is inserted.
A sterile interface comprising: a surgical platform having a housing element; a flexible sleeve, which covers at least a portion of the surgical platform; an articulated surgical instrument having a proximal hub; and a rigid connector comprising a core component having first and second rings (33, 34), a deformable circumferential flange, and a fixation ring, the first ring configured to be coupled to the housing element of the surgical platform for locking engagement with the housing element via rotation actuated by a first compression spring and the second ring configured to be coupled to the proximal hub of the surgical instrument for locking engagement with the proximal hub via rotation actuated by a second compression spring, and the fixation ring configured to engage the deformable circumferential flange to capture a portion of the flexible sleeve therebetween, wherein the rigid connector allows the articulated surgical instrument to be removably coupled via the rigid connector to the housing element of the surgical platform while the surgical platform remains sterile, such that sterile articulated surgical instruments are attachable to the surgical platform without contacting non-sterile components of the surgical platform. a surgical platform having a housing element; a flexible sleeve, which covers at least a portion of the surgical platform; an articulated surgical instrument having a proximal hub; and a rigid connector comprising a core component having first and second rings (33, 34), a deformable circumferential flange, and a fixation ring, the first ring configured to be coupled to the housing element of the surgical platform for locking engagement with the housing element via rotation actuated by a first compression spring and the second ring configured to be coupled to the proximal hub of the surgical instrument for locking engagement with the proximal hub via rotation actuated by a second compression spring, and the fixation ring configured to engage the deformable circumferential flange to capture a portion of the flexible sleeve therebetween, wherein the rigid connector allows the articulated surgical instrument to be removably coupled via the rigid connector to the housing element of the surgical platform while the surgical platform remains sterile, such that sterile articulated surgical instruments are attachable to the surgical platform without contacting non-sterile components of the surgical platform.
A drive control system having image recognition units to detect a peripheral environment of a vehicle and a drive control device to control drive of the vehicle, comprising: a peripheral environment storage unit which is configured to store the peripheral environment of the vehicle, the drive control system is characterized in that it is configured to change a mode of drive control executed by the drive control device on the basis of statuses of detection performances of the image recognition units, which are acquired on the basis of information of the peripheral environment stored in the peripheral environment storage unit and detection information by the image recognition units. a peripheral environment storage unit which is configured to store the peripheral environment of the vehicle, the drive control system is characterized in that it is configured to change a mode of drive control executed by the drive control device on the basis of statuses of detection performances of the image recognition units, which are acquired on the basis of information of the peripheral environment stored in the peripheral environment storage unit and detection information by the image recognition units.
Electrical line protection device of the circuit-breaker type, comprising a handle for controlling at least one movable contact capable of being moved between two stable positions, respectively resting against and distant from a fixed contact, the said handle being linked to the movable contact by means of a mechanical lock suitable to be rocked so as to cause the opening of the contacts (23, 24): - following a manual action on the lever of the handle, which pivots between an ON position in which the contacts (23, 24) are closed and an OFF position in which the contacts (23, 24) are open; - following a mechanical action of an actuator reflecting an electrical fault on the line; a mechanism for the abrupt closure of the contacts (23, 24) being inserted between the handle and the lock and comprising: - a cam moved by the handle and arranged to freely rotate in the drum of the handle according to an angular clearance between two indexing positions; - a finger integral with the lock and suitable for coming into contact with the cam until it is immobilised for a portion of the rotation of the handle when the contacts (23, 24) are manually opened/closed, causing a change of position of the cam inside the handle; said cam being: - in the second indexing position in the handle in the ON position; - in the first indexing position in the handle in the OFF position following its latching with the finger of the lock when a manual action is performed on the handle; - in the second indexing position in the handle in the OFF position following the rocking of the lock causing rotation of the handle in the event of an electrical fault; characterised in that it comprises indicator means indicating the occurrence of an electrical fault and storing this information until the handle is reset in the ON position, the said indicator means consisting of a portion of said cam which is visible through a window formed in the drum in the OFF position of the handle following an electrical fault, and is not visible in the ON/OFF positions of the handle following a manual action. - following a manual action on the lever of the handle, which pivots between an ON position in which the contacts (23, 24) are closed and an OFF position in which the contacts (23, 24) are open; - following a mechanical action of an actuator reflecting an electrical fault on the line; - a cam moved by the handle and arranged to freely rotate in the drum of the handle according to an angular clearance between two indexing positions; - a finger integral with the lock and suitable for coming into contact with the cam until it is immobilised for a portion of the rotation of the handle when the contacts (23, 24) are manually opened/closed, causing a change of position of the cam inside the handle; - in the second indexing position in the handle in the ON position; - in the first indexing position in the handle in the OFF position following its latching with the finger of the lock when a manual action is performed on the handle; - in the second indexing position in the handle in the OFF position following the rocking of the lock causing rotation of the handle in the event of an electrical fault;
A system (101, 150, 160) for controlling supply airflow temperature in a building, wherein the supply airflow flows from an upstream position to a downstream position along a supply airflow line, the supply airflow line comprising - a first temperature-affecting device, - a second temperature-affecting device arranged in series with the first temperature-affecting device, - a first sensor positioned at a first position downstream the first temperature-affecting device, and - a second sensor positioned at a second position downstream the second temperature-affecting device and upstream the first temperature-affecting device, characterized in that the system further comprises a common controller, wherein - the common controller is configured to receive a first actual value from the first sensor, a second actual value from the second sensor, and a set-point value from a receiver, - the common controller is configured to control the first temperature-affecting device based on the first actual value and the set-point value and thereby control the supply airflow temperatures at the first position, and - the common controller is configured to control the second temperature-affecting device based on the second actual value and the set-point value and thereby control the supply airflow temperatures at the second position. - a first temperature-affecting device, - a second temperature-affecting device arranged in series with the first temperature-affecting device, - a first sensor positioned at a first position downstream the first temperature-affecting device, and - a second sensor positioned at a second position downstream the second temperature-affecting device and upstream the first temperature-affecting device, - the common controller is configured to receive a first actual value from the first sensor, a second actual value from the second sensor, and a set-point value from a receiver, - the common controller is configured to control the first temperature-affecting device based on the first actual value and the set-point value and thereby control the supply airflow temperatures at the first position, and - the common controller is configured to control the second temperature-affecting device based on the second actual value and the set-point value and thereby control the supply airflow temperatures at the second position.
Method for isolation and/or preparation of particles comprising the following steps: a) Providing a feed material comprising particles to be isolated and/or prepared in a chamber provided with a filter having a filter surface, optionally introducing liquid before, during or after the feed material is placed in the chamber; b) If the material in the chamber from step a) contains liquid, the feed material is filtered by draining out said liquid through an outlet for filtrate leaving retentate on the filter surface; the method characterized by: c) Directing more than one gas jets towards the feed material from step a) or the retentate from step b) loosening the material from the retentate side of the filter surface; d) Removing the loosened material through an outlet for loosened material; wherein said more than one gas jets are provided from more than one gas inlets (6, 9) placed on the retentate side of the filter; wherein at least one gas inlet is configured to direct a flow of gas in the form of a gas jet approximately parallel to the filter surface within a distance h j from the filter surface and to direct the flow of gas sufficiently off-centre of the chamber, where the centre is defined as a central axis of the chamber, to create a vortex inside the chamber when the material has been suspended in the gas and wherein the loosened material is suspended in the gas from said more than one gas jets and carried from the filter surface to the outlet for loosened material by the gas of said more than one gas jets. a) Providing a feed material comprising particles to be isolated and/or prepared in a chamber provided with a filter having a filter surface, optionally introducing liquid before, during or after the feed material is placed in the chamber; b) If the material in the chamber from step a) contains liquid, the feed material is filtered by draining out said liquid through an outlet for filtrate leaving retentate on the filter surface; c) Directing more than one gas jets towards the feed material from step a) or the retentate from step b) loosening the material from the retentate side of the filter surface; d) Removing the loosened material through an outlet for loosened material; wherein said more than one gas jets are provided from more than one gas inlets (6, 9) placed on the retentate side of the filter; wherein at least one gas inlet is configured to direct a flow of gas in the form of a gas jet approximately parallel to the filter surface within a distance h j from the filter surface and to direct the flow of gas sufficiently off-centre of the chamber, where the centre is defined as a central axis of the chamber, to create a vortex inside the chamber when the material has been suspended in the gas and wherein the loosened material is suspended in the gas from said more than one gas jets and carried from the filter surface to the outlet for loosened material by the gas of said more than one gas jets.
An identity authentication method, wherein the method comprises: acquiring facial feature information of a user and using the facial feature information acquired during the identity authentication as first facial feature information of the user; and sending the first facial feature information of the user to a server to allow the server to send dynamic face authentication prompt information in response to verifying that the first facial feature information matches second facial feature information of the user that is stored; receiving the dynamic face authentication prompt information sent by the server during the identity authentication of the user; obtaining gesture recognition information of the dynamic face authentication prompt information by recognizing a facial gesture presented by the user; and sending the gesture recognition information to the server to enable the server to confirm that the identity authentication is successful for the user upon verifying that the gesture recognition information is consistent with the dynamic face authentication prompt information. acquiring facial feature information of a user and using the facial feature information acquired during the identity authentication as first facial feature information of the user; and sending the first facial feature information of the user to a server to allow the server to send dynamic face authentication prompt information in response to verifying that the first facial feature information matches second facial feature information of the user that is stored; receiving the dynamic face authentication prompt information sent by the server during the identity authentication of the user; obtaining gesture recognition information of the dynamic face authentication prompt information by recognizing a facial gesture presented by the user; and sending the gesture recognition information to the server to enable the server to confirm that the identity authentication is successful for the user upon verifying that the gesture recognition information is consistent with the dynamic face authentication prompt information.
A method of forming a coating on a plastics substrate, the method comprising the steps of applying a metallic layer to the substrate and forming a ceramic coating (30, 32, 34) from the metallic layer by subjecting the metallic layer to electrolytic plasma oxidation, wherein not all of the metallic layer is converted to ceramic coating (30, 32, 34), characterised in that a constant current density of at least 1A/dm 2 is maintained in the electrolytic bath until the voltage reaches a predetermined end value consistent with the formation of an insulating layer.