mhurhangee/patent-ind-claim-en huggingface dataset:
A craft for use over water comprising: a monohull that is a triangular shaped planing hull having a pointed bow , a stern , port and starboard sides; air based propulsion connected to said planing hull; wherein, the widest point of the planing hull is towards the stern of the said craft and the narrowest point of the said planing hull is at the bow of the said craft; wherein, a depth of the planing hull on a centreline is deeper than the depth at the port and starboard sides at the bow section of the said planing hull; wherein, the depth of the planing hull on the centreline does not exceed the depth at the the port and starboard sides at least at an under section of the said planing hull amidship; and at least two air based control surfaces that control the direction of thrust of the craft on at least two axes, by controlling a pitch of the craft and a roll of the craft, characterized in that at least the middle portion of the said planing hull has a bottom surface which is concave in shape, the concave shape having a focal point, where the height of the focal point of said concave shape is between 0% and 10% of the width of the craft's beam. a monohull that is a triangular shaped planing hull having a pointed bow , a stern , port and starboard sides; air based propulsion connected to said planing hull; wherein, the widest point of the planing hull is towards the stern of the said craft and the narrowest point of the said planing hull is at the bow of the said craft; wherein, a depth of the planing hull on a centreline is deeper than the depth at the port and starboard sides at the bow section of the said planing hull; wherein, the depth of the planing hull on the centreline does not exceed the depth at the the port and starboard sides at least at an under section of the said planing hull amidship; and at least two air based control surfaces that control the direction of thrust of the craft on at least two axes, by controlling a pitch of the craft and a roll of the craft, characterized in that at least the middle portion of the said planing hull has a bottom surface which is concave in shape, the concave shape having a focal point, where the height of the focal point of said concave shape is between 0% and 10% of the width of the craft's beam.
Method for manufacturing a heat and material exchange apparatus that is constituted by a plurality of columns and by a series of at least three metal plates of rectangular section, the plates being substantially all of the same shape and dimensions, at least the parts of the plates which are in contact with the columns being coated with a brazing material wherein the plates are secured to the columns by placing the exchange body in a furnace and by heating the furnace in order to braze the apparatus to form a parallelepipedal block , characterized in that each plate is separated from the adjacent plate by a group of hollow metal columns that are aligned and have a section which is polygonal, which is preferably rectangular, the columns of each group being parallel to one another, optionally all the columns of the apparatus being parallel to one another, the columns of each group each being in contact with the two metal plates on either side of the group, at least some of the columns of a group, or even of each group, or even all the columns of a group, containing a material and heat exchange means , for example a packing such as a random metal packing.
A filter comprising: a housing having an inlet to receive a fluid, an outlet to discharge filtrate, and an internal chamber in fluid communication with the inlet and the outlet; filter media positioned in the internal chamber, the filter media dividing the internal chamber between a filtrate side coupled to the outlet and an inlet side connected to the inlet, the filter media having pores, wherein the filter media includes wedge wire rings having magnets coupled to a surface on at least a portion of the wedge wire rings, wherein the magnets are aligned on the wedge wire rings to repel each other to create a space between the wedge wire rings, and wherein a dimension of the pores in the filter media is defined by the space between the wedge wire rings; an actuator coupled to the filter media to move at least a portion of the filter media to vary the dimension of the pores; at least one sensor configured to generate a signal; and a controller communicatively coupled to the at least one sensor and the actuator, the controller receiving the signal from the at least one sensor and controlling the actuator to change the dimension of the pores based on the signal. a housing having an inlet to receive a fluid, an outlet to discharge filtrate, and an internal chamber in fluid communication with the inlet and the outlet; filter media positioned in the internal chamber, the filter media dividing the internal chamber between a filtrate side coupled to the outlet and an inlet side connected to the inlet, the filter media having pores, wherein the filter media includes wedge wire rings having magnets coupled to a surface on at least a portion of the wedge wire rings, wherein the magnets are aligned on the wedge wire rings to repel each other to create a space between the wedge wire rings, and wherein a dimension of the pores in the filter media is defined by the space between the wedge wire rings; an actuator coupled to the filter media to move at least a portion of the filter media to vary the dimension of the pores; at least one sensor configured to generate a signal; and a controller communicatively coupled to the at least one sensor and the actuator, the controller receiving the signal from the at least one sensor and controlling the actuator to change the dimension of the pores based on the signal.
A parking brake lever device comprising: a ratchet provided with a teeth section ; a sector fixed with the ratchet ; and a lever body provided pivotally with respect to the sector in a state where the sector is sandwiched via a pivot pin (P1) inserted into the sector , characterized in that a thickness of the sector is thinner than a thickness of the ratchet in an axial direction of the pivot pin (P1), and the parking brake lever device further comprises a protrusion part of which a distal end part contacts an inner wall surface of the lever body by being protruded from the sector in the axial direction of the pivot pin (P1). a ratchet provided with a teeth section ; a sector fixed with the ratchet ; and a lever body provided pivotally with respect to the sector in a state where the sector is sandwiched via a pivot pin (P1) inserted into the sector , characterized in that a thickness of the sector is thinner than a thickness of the ratchet in an axial direction of the pivot pin (P1), and the parking brake lever device further comprises a protrusion part of which a distal end part contacts an inner wall surface of the lever body by being protruded from the sector in the axial direction of the pivot pin (P1).
A frame for transporting a stretcher comprising: - at least one movement module equipped with wheels and configured for moving on a surface; - a supporting platform configured for receiving in coupling a table of a stretcher (B); - supporting means , interposed between the at least one movement module and the supporting platform , adjustable in such a way as to vary a height and at least an angle of orientation of the supporting platform during an operational movement of the transport frame along the surface in such a way as to compensate for irregularities or inclinations of the surface, maintaining a predetermined spatial orientation of the supporting platform ; characterised in that the supporting means comprise, for at least one movement module , a first four-bar linkage mechanism mounted on the movement module and a second four-bar linkage mechanism interposed between the first four-bar linkage mechanism and the supporting platform , the first and second four-bar linkage mechanisms being configured for moving the supporting platform along a substantially vertical direction. - at least one movement module equipped with wheels and configured for moving on a surface; - a supporting platform configured for receiving in coupling a table of a stretcher (B); - supporting means , interposed between the at least one movement module and the supporting platform , adjustable in such a way as to vary a height and at least an angle of orientation of the supporting platform during an operational movement of the transport frame along the surface in such a way as to compensate for irregularities or inclinations of the surface, maintaining a predetermined spatial orientation of the supporting platform ;
A continuous flow process for making a compound of Formula (III): wherein: P 1 is a hydroxyl protecting group; and P 2 is a carboxyl protecting group; the process comprising: (a) providing a first continuous flow of a compound of Formula (II) and dichloromethane: (b) providing a second continuous flow of a base selected from lithium diisopropylamide and 2,2,6,6-tetramethylpiperidinylmagnesium chloride:lithium chloride; (c) mixing the first continuous flow and the second continuous flow in a mixing chamber to yield a third continuous flow comprising a first reactive intermediate; (d) collecting the first reactive intermediate into a collection vessel at the output of the third continuous flow; (e) treating the first reactive intermediate with a Lewis acid; and (f) warming the collection vessel to provide the compound of Formula (III); wherein: the first continuous flow further comprises a coordinating ethereal solvent; the second continuous flow further comprises a coordinating ethereal solvent; and the coordinating ethereal solvent is 2-methyltetrahydrofuran. P 1 is a hydroxyl protecting group; and P 2 is a carboxyl protecting group; (a) providing a first continuous flow of a compound of Formula (II) and dichloromethane: (b) providing a second continuous flow of a base selected from lithium diisopropylamide and 2,2,6,6-tetramethylpiperidinylmagnesium chloride:lithium chloride; (c) mixing the first continuous flow and the second continuous flow in a mixing chamber to yield a third continuous flow comprising a first reactive intermediate; (d) collecting the first reactive intermediate into a collection vessel at the output of the third continuous flow; (e) treating the first reactive intermediate with a Lewis acid; and (f) warming the collection vessel to provide the compound of Formula (III); the first continuous flow further comprises a coordinating ethereal solvent; the second continuous flow further comprises a coordinating ethereal solvent; and the coordinating ethereal solvent is 2-methyltetrahydrofuran.
Method for producing hydrogen using an electrolysis system wherein - hydrogen and oxygen are produced in an electrolyser from deionized water using electrical energy, and for this purpose - service water is supplied to a water treatment by a water supply, - the service water is purified and deionized in the water treatment , wherein the deionized water is produced and ion-containing wastewater arises, - the deionized water is supplied to the electrolyser and at the same time - the ion-containing wastewater is conducted out of the water treatment and supplied to a cooling device , and wherein - waste heat arising in the electrolyser is dissipated by means of the cooling device . - hydrogen and oxygen are produced in an electrolyser from deionized water using electrical energy, and for this purpose - service water is supplied to a water treatment by a water supply, - the service water is purified and deionized in the water treatment , wherein the deionized water is produced and ion-containing wastewater arises, - the deionized water is supplied to the electrolyser and at the same time - the ion-containing wastewater is conducted out of the water treatment and supplied to a cooling device , and wherein - waste heat arising in the electrolyser is dissipated by means of the cooling device .
An imaging device, comprising: a first substrate ; a transparent layer , wherein the transparent layer is a cover glass layer; an adhesive layer between the first substrate and the transparent layer ; a second substrate , wherein the first substrate is disposed between the adhesive layer and the second substrate ; and characterised by a groove (101-1; 201-1; 301-1) extending from the adhesive layer to the second substrate , wherein the groove (101-1; 201-1; 301-1) is filled with the same material as the adhesive layer , and wherein the groove is located in a scribe region (91-1, 91,2). a first substrate ; a transparent layer , wherein the transparent layer is a cover glass layer; an adhesive layer between the first substrate and the transparent layer ; a second substrate , wherein the first substrate is disposed between the adhesive layer and the second substrate ; and characterised by a groove (101-1; 201-1; 301-1) extending from the adhesive layer to the second substrate , wherein the groove (101-1; 201-1; 301-1) is filled with the same material as the adhesive layer , and wherein the groove is located in a scribe region (91-1, 91,2).
Method for producing a thermoelectric module from at least an inner tube and an outer tube and at least two thermoelectric base elements , wherein the method comprises the following method steps: A providing the inner tube , B providing the outer tube , C providing the thermoelectric base elements outside the inner tube or inside the outer tube, characterized in that , in a method step CO, at least one plastically or elastically deformable functional layer is applied between inner tube and thermoelectric base elements and a second plastically or elastically deformable functional layer is applied between thermoelectric base elements and outer tube and the thermoelectric base elements in method step C are arranged with their longitudinal extent parallel to the longitudinal extent of the inner tube and operatively connected to the functional layer, and in that in a method step D after the method step CO, the inner tube is widened, such that the widening of the inner tube gives rise to an interference fit assembly composed of inner tube , functional layers , thermoelectric base elements and outer tube . A providing the inner tube , B providing the outer tube , C providing the thermoelectric base elements outside the inner tube or inside the outer tube, characterized in that , in a method step CO, at least one plastically or elastically deformable functional layer is applied between inner tube and thermoelectric base elements and a second plastically or elastically deformable functional layer is applied between thermoelectric base elements and outer tube and the thermoelectric base elements in method step C are arranged with their longitudinal extent parallel to the longitudinal extent of the inner tube and operatively connected to the functional layer, and in that in a method step D after the method step CO, the inner tube is widened, such that the widening of the inner tube gives rise to an interference fit assembly composed of inner tube , functional layers , thermoelectric base elements and outer tube . characterized in that , in a method step CO, at least one plastically or elastically deformable functional layer is applied between inner tube and thermoelectric base elements and a second plastically or elastically deformable functional layer is applied between thermoelectric base elements and outer tube and the thermoelectric base elements in method step C are arranged with their longitudinal extent parallel to the longitudinal extent of the inner tube and operatively connected to the functional layer, and in that in a method step D after the method step CO, the inner tube is widened, such that the widening of the inner tube gives rise to an interference fit assembly composed of inner tube , functional layers , thermoelectric base elements and outer tube .
Fuel nozzle for a burner for burning particulate fuel, in particular powdered, carbon-containing fuel such as coal or biomass, wherein the fuel nozzle is formed as a cast portion having a fuel pipe portion to be associated with a fuel pipe or primary air pipe of the burner and an opening portion integrally connected to the fuel pipe portion and provided for forming an opening region of the fuel pipe or primary air pipe , wherein the fuel pipe portion comprises a fuel pipe side end for connection to the fuel pipe or primary air pipe and the opening portion comprises an opening side end , and wherein the opening portion of the fuel nozzle radially on the outside is formed as a flow element in the form of an air deflection groove which widens conically in the direction of the opening side end of the fuel nozzle radially outward and comprises at its opening side end a stabilizing ring provided with teeth , directed radially inwards, characterized in that the fuel nozzle comprises expansion slits , which are arranged along its circumference and extend axially in the longitudinal extension thereof in the direction of the opening side end , and end in an opening side end face of the fuel nozzle and are formed in the form of incisions which penetrate and sever the material wall of the fuel nozzle in the radial direction, for compensating for a thermally induced alternating load on the fuel nozzle , wherein the opening portion of the fuel nozzle is subdivided into separate individual segments by means of the expansion slits in such a way that the air deflection groove is subdivided due to the expansion slits into individual air deflection segments and the stabilizing ring is subdivided into individual stabilizing segments due to the expansion slits , wherein a stabilizing segment is respectively limited on the inside by a toothed rim arc integrally connected to the respective stabilizing segment , and wherein the individual segments on the outside respectively form an air deflection segment and on the inside respectively form a stabilizing segment , and wherein the fuel pipe portion and the opening portion subdivided into the individual segments are connected to each other and formed integrally by means of an unslitted cylinder pipe shaped portion of the fuel pipe portion formed on the side of the fuel pipe portion facing the fuel pipe or primary air pipe .
Motor vehicle comprising a transverse dashboard mounted on a dashboard crosspiece ; the dashboard showing a passenger side arranged facing a front passenger seat, said passenger side being divided into an upper part in which a safety airbag device is installed and a lower part comprising at least one piece of stowage equipment with at least one stowage compartment; the vehicle further comprises at least one support device movable between a retracted position and a deployed position, the support device being intended for fixing a mobile electronic apparatus and being arranged above at least one piece of stowage equipment , wherein the dashboard cross-member shows at least two portions, a first single-branch portion of which and a second portion showing at least two branches arranged staggered one above the other, at least one piece of stowage equipment is a drawer movable between an open position and a closed position and the dashboard is configured to insert the drawer between two legs of the dashboard crosspiece when in a closed position.
Protective helmet designed to be worn by a user and to protect the head (H) of the user during an impact, such a helmet comprising: - a rigid outer shell ; - a comfort liner having an inner surface designed to be in contact with the user's head (H) when the helmet is worn by the user and an outer surface opposite to the inner surface ; - an impact absorbing liner interposed between said rigid outer shell and said comfort liner and having an inner surface facing the outer surface of the comfort liner ; characterized in that the inner surface of said impact absorbing liner comprises at least one layer made of an epoxy resin in contact with the comfort liner in use. - a rigid outer shell ; - a comfort liner having an inner surface designed to be in contact with the user's head (H) when the helmet is worn by the user and an outer surface opposite to the inner surface ; - an impact absorbing liner interposed between said rigid outer shell and said comfort liner and having an inner surface facing the outer surface of the comfort liner ;
Use of the combination of GBP1 and (i) IFIT3 or (ii) IFITM3 as biomarkers for distinguishing between active tuberculosis and/or latent tuberculosis and/or the absence of tuberculosis.
A shower closet having a water heater for heating shower water and comprising a water supply connection and a shower arm conduit connection and wherein a circulation conduit for circulating water through the water heater is provided on the water heater , characterized in that the circulation conduit is a feed-back conduit between the water supply connection and the shower arm conduit connection of the water heater and the shower closet comprises a control device adapted for conducting an automatic decalcification in which a decalcification solution circulates through the water heater and the feed-back conduit .
A developing device to be moved along an attaching path to be attached to and detached from a main body of an image forming apparatus in the direction of the attaching path, the developing device including: a memory unit to provide information about the developing device to the main body, and a contact portion to be connected to the main body for connecting the memory unit to the main body, wherein the contact portion is moveable relative to the developing device between: a disconnected orientation when detached where the contact portion is inclined with respect to direction of the attaching path, and a connected orientation when attached where the contact portion is in parallel with the direction of the attaching path. a memory unit to provide information about the developing device to the main body, and a contact portion to be connected to the main body for connecting the memory unit to the main body, wherein the contact portion is moveable relative to the developing device between: a disconnected orientation when detached where the contact portion is inclined with respect to direction of the attaching path, and a connected orientation when attached where the contact portion is in parallel with the direction of the attaching path. a disconnected orientation when detached where the contact portion is inclined with respect to direction of the attaching path, and a connected orientation when attached where the contact portion is in parallel with the direction of the attaching path.