mhurhangee/ep-ind-claims huggingface dataset:
An engagement part of a tool, the engagement part being arranged to engage a workpiece and a power head, the engagement part being arranged to convert movement generated by the power head into movement of the workpiece, the engagement part comprising a mounting for the power head, the mounting comprising a moveable portion moveable from a first position where the power head is fixed relative to the engagement part and a second position where the power head can move relative to the engagement part, the moveable portion comprising a pin having a length and slidable along its length in a bore in the engagement part characterised in that the movable portion further comprises a friction lock comprising a compressible member and a compressing member arranged to compress the compressible member, the compressible member being arranged such that it expands in at least one extent on compression by the compressing member such that in a locked position of the friction lock the compressible member extends so as contact the pin so as to restrict movement of the pin. the moveable portion comprising a pin having a length and slidable along its length in a bore in the engagement part characterised in that the movable portion further comprises a friction lock comprising a compressible member and a compressing member arranged to compress the compressible member, the compressible member being arranged such that it expands in at least one extent on compression by the compressing member such that in a locked position of the friction lock the compressible member extends so as contact the pin so as to restrict movement of the pin.
A method comprising: determining that an overlay is to be displayed at a predetermined area on a touch-sensitive display (10, 12), the overlay being operable to be closed in response to a user providing a touch input at a predetermined location within the predetermined area; detecting the presence of a digit proximate to a surface of the touch-sensitive display; determining a digit location, the digit location being a location on the surface of the touch-sensitive display to which the digit is proximate; comparing the digit location with the predetermined location; and if the digit location corresponds to the predetermined location, modifying the operation of the overlay so as to prevent closure of the overlay in response to a touch input being provided at the predetermined location, wherein modifying the operation of the overlay to prevent closure comprises displaying the overlay at the predetermined area and disabling the operability of the overlay to be closed in response to the user providing a touch input at the predetermined location and responding to a determination that the digit is not proximate to the surface of the touch-sensitive display by re-enabling the operability of the overlay to be closed in response to the user providing a touch input at the predetermined location. determining that an overlay is to be displayed at a predetermined area on a touch-sensitive display (10, 12), the overlay being operable to be closed in response to a user providing a touch input at a predetermined location within the predetermined area; detecting the presence of a digit proximate to a surface of the touch-sensitive display; determining a digit location, the digit location being a location on the surface of the touch-sensitive display to which the digit is proximate; comparing the digit location with the predetermined location; and if the digit location corresponds to the predetermined location, modifying the operation of the overlay so as to prevent closure of the overlay in response to a touch input being provided at the predetermined location, wherein modifying the operation of the overlay to prevent closure comprises displaying the overlay at the predetermined area and disabling the operability of the overlay to be closed in response to the user providing a touch input at the predetermined location and responding to a determination that the digit is not proximate to the surface of the touch-sensitive display by re-enabling the operability of the overlay to be closed in response to the user providing a touch input at the predetermined location.
A gas sensor comprising: a sensor element; a cylindrical body in which the sensor element is disposed, the cylindrical body having an open end; a lead wire having electrical continuity to the sensor element and extending outward from an inside of the cylindrical body through the open end; a tube that covers an outer peripheral surface of an end portion of the cylindrical body including the open end and a portion of the lead wire extending outward from the open end; and a grip member that grips a portion of the outer peripheral surface of the cylindrical body covered with the tube so that the tube protrudes to a side opposite from the open end; wherein the tube is a flexible insulating cylindrical member; and wherein the cylindrical body extends beyond both sides of the grip member; and wherein the maximum value of an outer diameter of a portion of the tube closer to the open end than the portion gripped by the grip member is larger than or equal to an inner diameter of the grip member. a sensor element; a cylindrical body in which the sensor element is disposed, the cylindrical body having an open end; a lead wire having electrical continuity to the sensor element and extending outward from an inside of the cylindrical body through the open end; a tube that covers an outer peripheral surface of an end portion of the cylindrical body including the open end and a portion of the lead wire extending outward from the open end; and a grip member that grips a portion of the outer peripheral surface of the cylindrical body covered with the tube so that the tube protrudes to a side opposite from the open end; wherein the tube is a flexible insulating cylindrical member; and wherein the cylindrical body extends beyond both sides of the grip member; and wherein the maximum value of an outer diameter of a portion of the tube closer to the open end than the portion gripped by the grip member is larger than or equal to an inner diameter of the grip member.
An agent for coloring and/or lightening keratin fibers, in particular human hair, which agent contains, based on its weight a) 0.05 to 10 wt.% valine; b) 0.01 to 10 wt.% protein hydrolysate(s), characterized in that the protein hydrolysate(s) have molar masses in the range of from 250 to 50,000 Dalton. a) 0.05 to 10 wt.% valine; b) 0.01 to 10 wt.% protein hydrolysate(s),
A composition for gene transfer, the composition comprising: at least one lipid selected from the group consisting of sorbitan sesquioleate, sorbitan monolaurate, sorbitan monopalmitate, sorbitan monostearate, sorbitan trioleate, sorbitan monooleate, L-α-phosphatidylinositol, L-α-dioleoyl phosphatidylethanolamine, octadecylamine, hexadecylamine, DOTAP, and cardiolipin; at least one protein selected from the group consisting of albumin, casein, gelatin, and sericin; and at least one positively charged substance selected from the group consisting of protamine sulfate, polyarginine, polylysine, polyethyleneimine, and hexadimethrine bromide. at least one lipid selected from the group consisting of sorbitan sesquioleate, sorbitan monolaurate, sorbitan monopalmitate, sorbitan monostearate, sorbitan trioleate, sorbitan monooleate, L-α-phosphatidylinositol, L-α-dioleoyl phosphatidylethanolamine, octadecylamine, hexadecylamine, DOTAP, and cardiolipin; at least one protein selected from the group consisting of albumin, casein, gelatin, and sericin; and at least one positively charged substance selected from the group consisting of protamine sulfate, polyarginine, polylysine, polyethyleneimine, and hexadimethrine bromide.
A ballast water treatment apparatus, comprising: a ballast pipe so as to supply ballast water to a ballast tank; a sterilizing agent supply unit so as to supply a constant amount of a sterilizing agent which is kept dry per unit time to the ballast pipe in accordance with a flow rate of ballast water flowing in the ballast pipe; a flow rate detector so as to detect the flow rate of ballast water flowing in the ballast pipe; and a controller so as to control the sterilizing agent supply unit to stop the supply of the sterilizing agent to the ballast pipe when the supply of ballast water to the ballast tank is stopped, wherein the controller is arranged to calculate the weight of the sterilizing agent per unit time to be supplied to the ballast pipe by the sterilizing agent supply unit on the basis of the detection result by the flow rate detector, and to control the sterilizing agent supply unit such that the calculated weight of the sterilizing agent is supplied to the ballast pipe, the sterilizing agent supply unit includes a plurality of containers each of which accommodates a constant amount of the dry sterilizing agent, the controller is arranged to control the sterilizing agent supply unit such that the constant amount of the sterilizing agent accommodated in each of the containers is supplied to the ballast pipe at a constant time interval. a ballast pipe so as to supply ballast water to a ballast tank; a sterilizing agent supply unit so as to supply a constant amount of a sterilizing agent which is kept dry per unit time to the ballast pipe in accordance with a flow rate of ballast water flowing in the ballast pipe; a flow rate detector so as to detect the flow rate of ballast water flowing in the ballast pipe; and a controller so as to control the sterilizing agent supply unit to stop the supply of the sterilizing agent to the ballast pipe when the supply of ballast water to the ballast tank is stopped, wherein the controller is arranged to calculate the weight of the sterilizing agent per unit time to be supplied to the ballast pipe by the sterilizing agent supply unit on the basis of the detection result by the flow rate detector, and to control the sterilizing agent supply unit such that the calculated weight of the sterilizing agent is supplied to the ballast pipe, the sterilizing agent supply unit includes a plurality of containers each of which accommodates a constant amount of the dry sterilizing agent, the controller is arranged to control the sterilizing agent supply unit such that the constant amount of the sterilizing agent accommodated in each of the containers is supplied to the ballast pipe at a constant time interval.
A method of wireless communication performed by a user equipment, UE, having a connection to a first network providing an Internet Protocol, IP, address for the UE, comprising: receiving, via the first network, a message indicating an incoming IP Multimedia Subsystem, IMS, call; determining, by the UE, that a second network is preferred over the first network for the incoming IMS call; transmitting one or more IMS call setup messages on the first network at an IP layer; changing, by the UE, the connection from the first network to the second network that uses a same identifier for the UE, wherein the identifier is an IP address; and completing setup of the IMS call on the second network using the same identifier for the UE. receiving, via the first network, a message indicating an incoming IP Multimedia Subsystem, IMS, call; determining, by the UE, that a second network is preferred over the first network for the incoming IMS call; transmitting one or more IMS call setup messages on the first network at an IP layer; changing, by the UE, the connection from the first network to the second network that uses a same identifier for the UE, wherein the identifier is an IP address; and completing setup of the IMS call on the second network using the same identifier for the UE.
A device for suspending strings of sausages in loops, with a guide and drive device for guiding and driving hooks (20; 120) along a path of movement, which has a drivable circulating drive element (28a, 28b; 128) for spaced receiving and for driving a plurality of hooks (20; 120), with a plurality of hooks (20; 120) which are connected to the drive element (28a, 28b; 128) for carrying a loop of the string of sausages, and with a means (21, 121) for altering the height of the hooks (20; 120) during the movement of the hooks (20; 120) along the path of movement, which means has at least one guide rail, preferably a plurality of guide rails, characterised in that the guide rail can be fastened to at least one drive element (28a, 28b), preferably to two drive elements (28a, 28b), of the guide and drive device and is movable together therewith, and in that one hook is displaceable along the guide rail in each case.
Pump assembly for recirculating a cooling fluid of a heat engine, comprising: - a pump body, an impeller driven by a driven shaft, adapted to be associated to a cooling circuit of the heat engine; - a pulley adapted to be rotationally driven by the heat engine, - at least a reversible friction clutch (20;120), adapted to connect/disconnect said pulley to/from said driven shaft, - an electric motor (30;130;230) associated to said driven shaft to rotationally drive the impeller when said reversible clutch (20;120) is disconnected; characterized in that said pump body defines a longitudinal development having a radial narrowing portion where said pulley is defined and wherein said electric motor (30;130;230) and said reversible friction clutch (20;120) are arranged in an axially mutually opposite position with respect to said axial narrowing portion, namely mutually spaced by means of said axial narrowing portion. - a pump body, an impeller driven by a driven shaft, adapted to be associated to a cooling circuit of the heat engine; - a pulley adapted to be rotationally driven by the heat engine, - at least a reversible friction clutch (20;120), adapted to connect/disconnect said pulley to/from said driven shaft, - an electric motor (30;130;230) associated to said driven shaft to rotationally drive the impeller when said reversible clutch (20;120) is disconnected;
A fan coil unit comprising: a substantially parallelepiped-shaped and rigid outer casing which is structured for being firmly fixed to a wall in a substantially vertical position, and is provided with a large through duct adapted to be crossed by the outside air; an air/liquid heat exchanger, which is located inside the through duct so as to be skimmed/crossed by the air that flows along the through duct, and is connected to an external hydraulic circuit so as to be also crossed by a hot or cold heat-transfer liquid; a fan adapted to circulate the outside air into the through duct; a protective grating that is arranged on a face (2a, 2d) of the outer casing so as to close an inlet mouth of the through duct; and an air filter which is fixed, in a manually removable manner, to said protective grating; the air filter being coupled to the protective grating so as to be movable between an operating position in which the air filter is substantially entirely accommodated inside the body of the protective grating so as to be crossed by substantially the whole air that enters the through duct via the inlet mouth; and a replacement position in which the air filter partially protrudes outside of the protective grating so as to be easily reachable/graspable by a person for being removed; the fan coil unit being characterized in that it additionally comprises: a power-assisted ejection device which is adapted to move, on command, the air filter from the operating position to the replacement position; and an electronic control unit which is adapted to control said power-assisted ejection device so as to arrange the air filter in the replacement position when given operating conditions occur. the air filter being coupled to the protective grating so as to be movable between an operating position in which the air filter is substantially entirely accommodated inside the body of the protective grating so as to be crossed by substantially the whole air that enters the through duct via the inlet mouth; and a replacement position in which the air filter partially protrudes outside of the protective grating so as to be easily reachable/graspable by a person for being removed; the fan coil unit being characterized in that it additionally comprises: a power-assisted ejection device which is adapted to move, on command, the air filter from the operating position to the replacement position; and an electronic control unit which is adapted to control said power-assisted ejection device so as to arrange the air filter in the replacement position when given operating conditions occur.
Method for the continuous thermal hydrolysis of sludge to be treated and having a dry content of at least 20 % containing organic matter, the method comprising at least: a. a step for de-structuring said sludge to be treated producing de-structured sludge; b. a step for the thermal hydrolysis of said de-structured sludge within a thermal hydrolysis reactor producing hydrolyzed sludge; c. a step for cooling said hydrolyzed sludge; said step for de-structuring consisting in: - introducing said sludge to be treated into a dynamic mixer into which said sludge is subjected to a speed gradient of 1500 rpm to 4000 rpm; - heating said sludge coming from said dynamic mixer, this heating being obtained by the introduction, into a heat exchanger, on the one hand of said sludge coming from said dynamic mixer and, on the other hand, of said hydrolyzed sludge, this introduction inducing said cooling. a. a step for de-structuring said sludge to be treated producing de-structured sludge; b. a step for the thermal hydrolysis of said de-structured sludge within a thermal hydrolysis reactor producing hydrolyzed sludge; c. a step for cooling said hydrolyzed sludge; - introducing said sludge to be treated into a dynamic mixer into which said sludge is subjected to a speed gradient of 1500 rpm to 4000 rpm; - heating said sludge coming from said dynamic mixer, this heating being obtained by the introduction, into a heat exchanger, on the one hand of said sludge coming from said dynamic mixer and, on the other hand, of said hydrolyzed sludge, this introduction inducing said cooling.
An arrangement with a displaceable storage compartment in the luggage compartment, wherein the luggage compartment is limited by side panels, rear-seat backrests and a tailgate, with which a rear shelf is pivotably coupled, wherein the side panels have a lateral guide, in which the displaceable storage compartment with rectangular outline is arranged, characterized in that the lateral guide along its length partially has a guide element and the displaceable storage compartment on its two sides has a locking-, blocking- and guide mechanism, which cooperates with the lateral guide and with the pivotably arranged rear shelf, wherein the locking-, blocking- and guide mechanism consists of a push member, which is arranged in a cavity formed laterally to the displaceable storage compartment, which cavity has a lower opening, an upper opening and a barrier and in which a securing element and a blocking element are pivotably arranged, wherein the push member has a blocking finger in the front region and has a front opening, central opening and back opening and the locking-, blocking- and guide mechanism comprises toothed wheels, which are arranged in the front section of each side of the displaceable storage compartment and are coupled together with a shaft, wherein the blocking element has an adjusting finger and a support projection.
A sensor device for insertion and for measuring tension within a braided, plaited and/or laid line, characterized in that the sensor device is shaped as a prolate spheroid and comprises; - an elongated sensor housing having an outer housing surface and an inner housing surface, the outer housing surface having a substantially elliptic or circular cross sectional area around the longitudinal centre axis of the sensor housing, and at least part of the maximum diameter D of the elongated sensor housing measured in direction perpendicular to a centreline C of the housing's longitudinal direction is constant along at least a portion of the housing's longitudinal length L, - at least one pressure sensor arranged inside the elongated sensor housing, the at least one pressure sensor being configured to measure, at least indirectly, a pressure exerted on the outer housing surface, - wherein the elongated sensor housing comprises a middle part and two end parts (27,28) that are removably connected to the sensor housing by fixing means such that the removal of at least one end part (27, 28) of the elongated sensor housing allows free access to the internally arranged at least one pressure sensor, and the fixing means comprises screw threads on the detachable end parts (27,28) and middle part, configured to engage with each other, thereby allowing the detachable end parts (27,28) to be screwed on to the middle part. - an elongated sensor housing having an outer housing surface and an inner housing surface, the outer housing surface having a substantially elliptic or circular cross sectional area around the longitudinal centre axis of the sensor housing, and at least part of the maximum diameter D of the elongated sensor housing measured in direction perpendicular to a centreline C of the housing's longitudinal direction is constant along at least a portion of the housing's longitudinal length L, - at least one pressure sensor arranged inside the elongated sensor housing, the at least one pressure sensor being configured to measure, at least indirectly, a pressure exerted on the outer housing surface, - wherein the elongated sensor housing comprises a middle part and two end parts (27,28) that are removably connected to the sensor housing by fixing means such that the removal of at least one end part (27, 28) of the elongated sensor housing allows free access to the internally arranged at least one pressure sensor, and the fixing means comprises screw threads on the detachable end parts (27,28) and middle part, configured to engage with each other, thereby allowing the detachable end parts (27,28) to be screwed on to the middle part.
A method for manufacturing a hard tissue structure mimetic which consists of a complex of extracellular matrix protein and bone mineral, the method comprising the steps of: (a) injecting a mixture of extracellular matrix protein and micro-sized bone mineral particles into a predetermined size of a forming mold; (b) repeating rapid-freezing and thawing three to five times thereby aligning a structure of protein; (c) crosslinking by adding a monosaccharide solution; and (d) performing lyophilization, wherein a content of the bone mineral component for regeneration of a hard tissue is 80 to 95% (w/w) based on the entire content. (a) injecting a mixture of extracellular matrix protein and micro-sized bone mineral particles into a predetermined size of a forming mold; (b) repeating rapid-freezing and thawing three to five times thereby aligning a structure of protein; (c) crosslinking by adding a monosaccharide solution; and (d) performing lyophilization,