mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circulating water cooling system for at least one load , the system comprising: an air cooling sub-system ; a wet surface cooling sub-system ; a control ; and a coolant circulation sub-system for fluidly circulating coolant from the at least one load to the air cooling sub-system to the wet surface cooling sub-system and back to the at least one load ; characterised in that at least one temperature sensor is provided, in that the control selectively operates at least one of the wet surface cooling sub-system and the air cooling sub-system based on at least one of: temperature sensed in the coolant circulation sub-system; and sensed ambient temperature; and in that the air cooling sub-system includes a first fan operable to draw air into and through the air cooling sub-system , and includes a second fan operable to force air into and through the air cooling sub-system , the first fan and the second fan being selectively operable based on a sensed temperature. an air cooling sub-system ; a wet surface cooling sub-system ; a control ; and a coolant circulation sub-system for fluidly circulating coolant from the at least one load to the air cooling sub-system to the wet surface cooling sub-system and back to the at least one load ; characterised in that at least one temperature sensor is provided, in that the control selectively operates at least one of the wet surface cooling sub-system and the air cooling sub-system based on at least one of: temperature sensed in the coolant circulation sub-system; and sensed ambient temperature; temperature sensed in the coolant circulation sub-system; and sensed ambient temperature; and in that the air cooling sub-system includes a first fan operable to draw air into and through the air cooling sub-system , and includes a second fan operable to force air into and through the air cooling sub-system , the first fan and the second fan being selectively operable based on a sensed temperature.
A method for making ice cream on a stick, characterized in that it comprises the following steps: - subjecting a liquid or semiliquid base product to cooling and stirring inside a container to obtain a processed liquid or semiliquid product; - drawing the processed product from the container to fill cavities of a mould ; - inserting sticks in the mould ; - cooling the mould , filled with the processed product and containing the sticks, to obtain ice creams on a stick, wherein the step of cooling the mould filled with the processed product and containing the stick comprises a step of cooling the processed product to a temperature below -20°C inside a compartment of a- cooling unit for the mould , said cooling unit for the mould being provided with a compartment for accommodating the mould and a door which can be opened and closed to allow access to the compartment, said cooling unit for the mould being equipped with a cooling system configured to allow cooling the mould , with the cavities filled with the processed product and each containing a stick, wherein the step of subjecting a liquid or semiliquid base product to cooling and stirring inside a container is performed in a batch freezing cylinder which can be sealedlv isolated from the outside atmosphere. - subjecting a liquid or semiliquid base product to cooling and stirring inside a container to obtain a processed liquid or semiliquid product; - drawing the processed product from the container to fill cavities of a mould ; - inserting sticks in the mould ; - cooling the mould , filled with the processed product and containing the sticks, to obtain ice creams on a stick, wherein the step of cooling the mould filled with the processed product and containing the stick comprises a step of cooling the processed product to a temperature below -20°C inside a compartment of a- cooling unit for the mould , said cooling unit for the mould being provided with a compartment for accommodating the mould and a door which can be opened and closed to allow access to the compartment, said cooling unit for the mould being equipped with a cooling system configured to allow cooling the mould , with the cavities filled with the processed product and each containing a stick, wherein the step of subjecting a liquid or semiliquid base product to cooling and stirring inside a container is performed in a batch freezing cylinder which can be sealedlv isolated from the outside atmosphere.
A contacting member (4; 10) for a printing apparatus, wherein the contacting member is for contacting a region of a contacted member (7; 11) to which a liquid composition has been applied, the contacting member comprising: a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer disposed on a surface which is for contacting the contacted member (7; 11), characterised in that the fluororesin fiber layer has an average deformation amount of from 5.0 to 18.0 μm/N, the average deformation amount being calculated from a displacement amount obtained when a circular indenter having a diameter of 5 mm is pushed into the fluororesin fiber layer. a fluororesin fiber layer containing a fluororesin fiber, the fluororesin fiber layer disposed on a surface which is for contacting the contacted member (7; 11), characterised in that the fluororesin fiber layer has an average deformation amount of from 5.0 to 18.0 μm/N, the average deformation amount being calculated from a displacement amount obtained when a circular indenter having a diameter of 5 mm is pushed into the fluororesin fiber layer.
A system for providing images of a human scalp (S) and associated information for assisting in hair transplant planning, the system comprising support means and at least one camera means selectively connectable to the support means, the camera means and/or the support means being configured for acquiring at least one, preferably a plurality of scale calibrated overview images of a human scalp (S) of a patient's head , preferably from different predefined angles, optical acquisition means , preferably a video-dermatoscope, being configured for acquiring a plurality of microscopic images within different regions of the scalp (S), a processing unit configured to process and/or analyse image data provided by the camera means and the optical acquisition means , in particular for measuring areas of the human scalp (S), identify and measure hair in microscopic images and/or quantitatively plan a hair transplant operation, wherein the processing unit comprises a user interface configured for interacting with a user. support means and at least one camera means selectively connectable to the support means, the camera means and/or the support means being configured for acquiring at least one, preferably a plurality of scale calibrated overview images of a human scalp (S) of a patient's head , preferably from different predefined angles, optical acquisition means , preferably a video-dermatoscope, being configured for acquiring a plurality of microscopic images within different regions of the scalp (S), a processing unit configured to process and/or analyse image data provided by the camera means and the optical acquisition means , in particular for measuring areas of the human scalp (S), identify and measure hair in microscopic images and/or quantitatively plan a hair transplant operation, wherein the processing unit comprises a user interface configured for interacting with a user.
A method, comprising: accepting at a generic access network controller a registration request from a mobile station via an Internet protocol security tunnel connecting the generic access network controller to the mobile station via an Internet protocol network, the generic access network controller arranged to communicatively couple the mobile station to a public land mobile network via the Internet protocol network; determining (504, 706-708), by the network controller , based on the received registration request, a first offset from a first time by looking up an outer Internet protocol address of the Internet protocol security tunnel in a database , the first offset corresponding to a location of the mobile station ; encoding , by the network controller, in a generic access network information element, the first offset; and transmitting , by the network controller, the generic access network information element to the mobile station; the method further comprising: providing to the mobile station a mobility manager information element generated by a public land mobile network, the mobility manager information element including a second offset from the first time. accepting at a generic access network controller a registration request from a mobile station via an Internet protocol security tunnel connecting the generic access network controller to the mobile station via an Internet protocol network, the generic access network controller arranged to communicatively couple the mobile station to a public land mobile network via the Internet protocol network; determining (504, 706-708), by the network controller , based on the received registration request, a first offset from a first time by looking up an outer Internet protocol address of the Internet protocol security tunnel in a database , the first offset corresponding to a location of the mobile station ; encoding , by the network controller, in a generic access network information element, the first offset; and transmitting , by the network controller, the generic access network information element to the mobile station; the method further comprising: providing to the mobile station a mobility manager information element generated by a public land mobile network, the mobility manager information element including a second offset from the first time.
A brake system of a straddle type vehicle which has a brake pedal and a master cylinder generating hydraulic pressure when it receives an operational force from the brake pedal , wherein the system further comprises a rod (R) extending from said master cylinder and inputting the operational force of said brake pedal to said master cylinder ; a coil spring coaxially arranged with said rod (R) and providing a reaction force to said brake pedal ; and a reaction adjustment mechanism provided on said rod (R) and configured so as to be movable in the axial direction of said rod (R), such that a length of said coil spring in the axial direction of said rod (R) can be adjusted by changing the position on said rod (R) of said reaction adjustment mechanism; wherein said coil spring is sandwiched by a receiver side retainer abutting on one end of said coil spring and a compression side retainer abutting on the other end of said coil spring ; wherein said compression side retainer is configured so as to be movable in the axial direction of said rod (R) by means of a screw engagement; and wherein the distance between said receiver side retainer and said compression side retainer can be adjusted by changing the position of said compression side retainer on said rod (R), so as to adjust the length of said coil spring ; wherein the brake system is characterized in that the reaction adjustment mechanism is formed separately on said master cylinder ; and in that said receiver side retainer is formed separately from said master cylinder , is supported on said master cylinder , and is urged against said master cylinder by said coil spring .
A flexible display device, comprising: a base layer including a first portion in which an organic light emitting diode layer is disposed on a first surface of the base layer and a second portion which has a bended section bent toward a second surface of the base layer opposite to the first surface; and conductive lines in the bended section , the conductive lines being disposed on two or more layers, wherein the conductive lines extend in a direction which is not parallel to a tangent vector of bending of the bended section , wherein the conductive lines include a first conductive line (120-1) on a first layer and a second conductive line (120-2) on a second layer, and an insulating layer is located between the first conductive line (120-1) and the second conductive line (120-2), characterized in that : each of the first conductive line (120-1) and the second conductive line (120-2) includes two or more sub traces (A, B), and the sub traces (A, B) extend in parallel to each other, wherein the sub traces (A, B) are formed such that a portion extending to a first direction alternates with a portion extending to a second direction. a base layer including a first portion in which an organic light emitting diode layer is disposed on a first surface of the base layer and a second portion which has a bended section bent toward a second surface of the base layer opposite to the first surface; and conductive lines in the bended section , the conductive lines being disposed on two or more layers, wherein the conductive lines extend in a direction which is not parallel to a tangent vector of bending of the bended section , wherein the conductive lines include a first conductive line (120-1) on a first layer and a second conductive line (120-2) on a second layer, and an insulating layer is located between the first conductive line (120-1) and the second conductive line (120-2), characterized in that : each of the first conductive line (120-1) and the second conductive line (120-2) includes two or more sub traces (A, B), and the sub traces (A, B) extend in parallel to each other, wherein the sub traces (A, B) are formed such that a portion extending to a first direction alternates with a portion extending to a second direction.
A method to rejuvenate a deactivated hydroformylation catalyst solution comprising rhodium, polydentate phosphine ligands, and polydentate phosphine ligand degradation products, the method consisting of: adding a peroxide to the deactivated hydroformylation catalyst solution; optionally adding additional polydentate phosphine ligand to the catalyst solution after the addition of peroxide; and optionally wherein the deactivated hydroformylation catalyst solution further comprises at least one product aldehyde and further comprising removing a majority of the product aldehyde prior to adding the peroxide. optionally adding additional polydentate phosphine ligand to the catalyst solution after the addition of peroxide; and optionally wherein the deactivated hydroformylation catalyst solution further comprises at least one product aldehyde and further comprising removing a majority of the product aldehyde prior to adding the peroxide.
A fastening member for use with an airless tire and a rim , wherein the rim has an annular rim body and defines an annular connection groove on an outer circumference of the rim body , and wherein the airless tire has an annular tire body and defines multiple sockets radially extending from an inner circumference of the tire body into the tire body , the annular tire body being configured for being coaxially fitted on the rim body , the fastening member comprising: a plate-shaped base section having a first end and a second end spaced from the first end by a predetermined distance, the base section being configured to be engageable with the connection groove ; and an extension section (41, 41', 41") having a column body (411, 411', 411") with a first end and a second end, wherein a predetermined length of the a column body (411, 411', 411") is defined between the first and second end, wherein the first end of the extension section (41, 41', 41") is perpendicularly fixedly connected to the base section at a position between the first and second end of the base section , such that the column body (411, 411', 411") is perpendicularly extending outwardly from the base section , characterised in that the extension section (41, 41', 41") is configured to be coaxially insertable and tightly attachable to one of the sockets by press fit, wherein the predetermined length of the extension section (41, 41', 41") is at least one half of a thickness of the annular tire body . a plate-shaped base section having a first end and a second end spaced from the first end by a predetermined distance, the base section being configured to be engageable with the connection groove ; and an extension section (41, 41', 41") having a column body (411, 411', 411") with a first end and a second end, wherein a predetermined length of the a column body (411, 411', 411") is defined between the first and second end, wherein the first end of the extension section (41, 41', 41") is perpendicularly fixedly connected to the base section at a position between the first and second end of the base section , such that the column body (411, 411', 411") is perpendicularly extending outwardly from the base section , characterised in that the extension section (41, 41', 41") is configured to be coaxially insertable and tightly attachable to one of the sockets by press fit, wherein the predetermined length of the extension section (41, 41', 41") is at least one half of a thickness of the annular tire body .
A method of controlling a lawn mower robot having a main body , comprising: acquiring coordinate information of a boundary indication unit defining an operation region; deriving an imaginary quadrangle having four vertices and including the operation region; determining four coordinate points of the boundary indication unit each of which is close to a respective one of the four vertices of the imaginary quadrangle as four specific points; directing the main body of the lawn mower robot to drive inside the operation region through first pattern driving after beginning from any one of the four specific points, after completing first pattern driving from one of the four specific points to another point of the four specific points, directing the main body of the lawn mower robot to move to an other one of the four specific points, and to perform a further pattern driving from the other one of the four specific points. acquiring coordinate information of a boundary indication unit defining an operation region; deriving an imaginary quadrangle having four vertices and including the operation region; determining four coordinate points of the boundary indication unit each of which is close to a respective one of the four vertices of the imaginary quadrangle as four specific points; directing the main body of the lawn mower robot to drive inside the operation region through first pattern driving after beginning from any one of the four specific points, after completing first pattern driving from one of the four specific points to another point of the four specific points, directing the main body of the lawn mower robot to move to an other one of the four specific points, and to perform a further pattern driving from the other one of the four specific points.
A process for the production of butadienes comprising: a) passing a reactor feed stream comprising a hydrocarbon stream comprising butene, a steam stream and a oxygen rich stream to a dehydrogenation reactor; b) oxidatively dehydrogenating the reactor feed stream in the dehydrogenation reactor in presence of an oxidative dehydrogenation catalyst to provide an effluent stream comprising butadiene; c) cooling the effluent stream in a quench tower to provide a cooled effluent stream and a bottoms water stream; d) passing the cooled effluent stream to an aldehyde scrubber to provide a scrubbed effluent stream and a spent water stream comprising aldehydes; e) passing a first portion of the bottoms water stream from the quench tower to the aldehyde scrubber; and f) passing a second portion of the bottoms water stream from the quench tower to the dehydrogenation reactor. a) passing a reactor feed stream comprising a hydrocarbon stream comprising butene, a steam stream and a oxygen rich stream to a dehydrogenation reactor; b) oxidatively dehydrogenating the reactor feed stream in the dehydrogenation reactor in presence of an oxidative dehydrogenation catalyst to provide an effluent stream comprising butadiene; c) cooling the effluent stream in a quench tower to provide a cooled effluent stream and a bottoms water stream; d) passing the cooled effluent stream to an aldehyde scrubber to provide a scrubbed effluent stream and a spent water stream comprising aldehydes; e) passing a first portion of the bottoms water stream from the quench tower to the aldehyde scrubber; and f) passing a second portion of the bottoms water stream from the quench tower to the dehydrogenation reactor.
A system , comprising: an anchor body comprising a head and a hollow chamber shaft coupled to the head, wherein the anchor body is above a valley of a metal deck; and a housing sleeve configured to support the anchor body , wherein the housing sleeve comprises one or more fasteners pre-threaded into a base of the housing sleeve, characterized in that the housing sleeve comprises an arch , arching upwards from the base in direction to the head creating a hollow space configured to adapt to a ridge of a metal deck which is secured to the base. an anchor body comprising a head and a hollow chamber shaft coupled to the head, wherein the anchor body is above a valley of a metal deck; and a housing sleeve configured to support the anchor body , wherein the housing sleeve comprises one or more fasteners pre-threaded into a base of the housing sleeve, characterized in that the housing sleeve comprises an arch , arching upwards from the base in direction to the head creating a hollow space configured to adapt to a ridge of a metal deck which is secured to the base.
A low refractive layer (LRL) comprising: a plurality of hollow inorganic particles (HP); and a matrix (MX) between the plurality of hollow inorganic particles (HP), wherein a weight ratio of the plurality of hollow inorganic particles (HP) to the matrix (MX) is 4:6 to 7:3, wherein each of the plurality of hollow inorganic particles (HP) comprises a core (CR) filled with air, gas or liquid, and a shell (SL) surrounding the core (CR), and the shell (SL) is surface-treated with a coupling agent (CA) characterized in that the shell (SL) comprises: an inorganic layer (IMP) defining the core (CR); an organic layer (OMP) surrounding an outer surface of the inorganic layer (IMP); and a surface treatment layer (CAP) on an outer surface of the organic layer (OMP) and comprising the coupling agent (CA). a plurality of hollow inorganic particles (HP); and a matrix (MX) between the plurality of hollow inorganic particles (HP), wherein a weight ratio of the plurality of hollow inorganic particles (HP) to the matrix (MX) is 4:6 to 7:3, wherein each of the plurality of hollow inorganic particles (HP) comprises a core (CR) filled with air, gas or liquid, and a shell (SL) surrounding the core (CR), and the shell (SL) is surface-treated with a coupling agent (CA) characterized in that the shell (SL) comprises: an inorganic layer (IMP) defining the core (CR); an organic layer (OMP) surrounding an outer surface of the inorganic layer (IMP); and a surface treatment layer (CAP) on an outer surface of the organic layer (OMP) and comprising the coupling agent (CA). an inorganic layer (IMP) defining the core (CR); an organic layer (OMP) surrounding an outer surface of the inorganic layer (IMP); and a surface treatment layer (CAP) on an outer surface of the organic layer (OMP) and comprising the coupling agent (CA).