mhurhangee/ep-ind-claims huggingface dataset:
A middle frame member, wherein the middle frame member is a support part configured to be placed inside an electronic product for supporting components in the electronic product, and the middle frame member comprises: a middle frame substrate body; a first metal layer, attached to a first area of the middle frame substrate body, wherein a coefficient of heat conductivity of the first metal layer is greater than a coefficient of heat conductivity of the middle frame substrate body, the first area comprises all or a part of an outer surface of the middle frame substrate body, and the first metal layer is configured to conduct, to the middle frame substrate body, heat generated by at least one of the components that is in contact with or adjacent to the first metal layer, such that heat is horizontally conducted to the entire first metal layer and is vertically conducted to the middle frame substrate body; and a passivated insulation layer, attached to a surface of the first metal layer, characterized in that the middle frame body further comprises an area configured to conduct electricity, wherein the first area comprises all or a part of the outer surface of the middle frame substrate body except the area configured to conduct electricity; and the first metal layer is further attached to the area that is on the outer surface of the middle frame substrate body and that is configured to conduct electricity. a middle frame substrate body; a first metal layer, attached to a first area of the middle frame substrate body, wherein a coefficient of heat conductivity of the first metal layer is greater than a coefficient of heat conductivity of the middle frame substrate body, the first area comprises all or a part of an outer surface of the middle frame substrate body, and the first metal layer is configured to conduct, to the middle frame substrate body, heat generated by at least one of the components that is in contact with or adjacent to the first metal layer, such that heat is horizontally conducted to the entire first metal layer and is vertically conducted to the middle frame substrate body; and a passivated insulation layer, attached to a surface of the first metal layer, characterized in that the middle frame body further comprises an area configured to conduct electricity, wherein the first area comprises all or a part of the outer surface of the middle frame substrate body except the area configured to conduct electricity; and the first metal layer is further attached to the area that is on the outer surface of the middle frame substrate body and that is configured to conduct electricity.
A distribution device (106, 106a-h) configured for distributed data transmission in a mesh network, the distribution device comprising: a network interface device configured for: receiving a data message (204, 302a-c) comprising a header (304a-c, 402, 404, 406) and payload data and transmitting an additional data message (302a-f) to an additional distribution device (106b-i); and a processing device coupled to the network interface device, the processing device configured for: generating the additional data message comprising the payload data and an additional header (304a-c, 402, 404, 406, 502) wherein the additional header identifies the additional distribution device as being selected to receive the payload data; characterised in that the processing device is configured for: determining that the additional distribution device is a neighboring device and determining that the additional distribution device is not identified in the header as being selected to receive the payload data. a network interface device configured for: receiving a data message (204, 302a-c) comprising a header (304a-c, 402, 404, 406) and payload data and transmitting an additional data message (302a-f) to an additional distribution device (106b-i); and receiving a data message (204, 302a-c) comprising a header (304a-c, 402, 404, 406) and payload data and transmitting an additional data message (302a-f) to an additional distribution device (106b-i); a processing device coupled to the network interface device, the processing device configured for: generating the additional data message comprising the payload data and an additional header (304a-c, 402, 404, 406, 502) wherein the additional header identifies the additional distribution device as being selected to receive the payload data;
A submucosal injectable pharmaceutical liquid composition for use in endoscopic mucosal resection or endoscopic submucosal dissection, wherein: the composition comprises alginic acid sodium salt and a colloidal polysaccharide, has a pH of 5.0 to 8.0, the alginic acid sodium salt has a weight average molecular weight of 100,000 to 150,000 and is present at a concentration of 0.05% (w/v) to 2.0% (w/v), the colloidal polysaccharide is a pectic substance or a pharmaceutically acceptable salt thereof, and the alginic acid sodium salt and the pectic substance or a pharmaceutically acceptable salt thereof are present in a ratio of 2:1 to 8:1 (w/v). the composition comprises alginic acid sodium salt and a colloidal polysaccharide, has a pH of 5.0 to 8.0, the alginic acid sodium salt has a weight average molecular weight of 100,000 to 150,000 and is present at a concentration of 0.05% (w/v) to 2.0% (w/v), the colloidal polysaccharide is a pectic substance or a pharmaceutically acceptable salt thereof, and the alginic acid sodium salt and the pectic substance or a pharmaceutically acceptable salt thereof are present in a ratio of 2:1 to 8:1 (w/v).
A method for producing a carbonated beverage comprising the step of feeding carbon dioxide into liquid for beverage use in a pressure vessel, wherein the carbon dioxide is fed by means for generating fine bubbles of carbon dioxide, characterized in that the means is a micro/nano bubble generator which generates bubbles of less than 1 mm in each diameter, wherein the micro/nano bubble generator is disposed in the pressure vessel.
Method for manufacturing a timepiece assembly comprising a first component and a second component assembled under mechanical stress, wherein the first component is a balance comprising a resilient arm delimiting a slot intended to receive the second component which is an inertia screw, said method including the following successive steps: a) providing a balance and an inertia screw, b) assembling the inertia screw to the balance under mechanical stress by resilient deformation of the resilient arm and insertion of the inertia screw into the slot, c) depositing a protective layer, also referred to as the second layer, on at least one part of the surface of the inertia screw/balance assembly. a) providing a balance and an inertia screw, b) assembling the inertia screw to the balance under mechanical stress by resilient deformation of the resilient arm and insertion of the inertia screw into the slot, c) depositing a protective layer, also referred to as the second layer, on at least one part of the surface of the inertia screw/balance assembly.
Disc brake which comprises a brake calliper, into which are installed a brake disc and two brake pads (3, 4) located on either side of the brake disc, and which, for compensating the wear of the brake pads (3, 4), is provided with a readjustment device having at least one adjusting spindle (6, 7), to which is assigned a slipping clutch responding to the exceeding of a defined torque, the slipping clutch being designed in the manner of a safety adapter, characterised in that the safety adapter is non-positively fitted to the end region of each adjusting spindle (6, 7) while forming a press fit in such a way that it can be rotated against the adjusting spindle (6, 7) if the defined torque is exceeded.
Process for purifying a retrovirus, in particular a lentivirus, optionally pseudotyped with the envelope glycoprotein GaLV, GaLV-TR, VSV-g or MV, comprising an anion-exchange chromatography step, the buffers used during said chromatography having - a pH between 5 and 5.9, or - a pH between 6 and 8 and further comprising a polyol. - a pH between 5 and 5.9, or - a pH between 6 and 8 and further comprising a polyol.
A method for transmitting multi-cell scheduling information, when at least two cells are serving user equipment, UE, the method comprising: determining a main cell of the UE from the at least two cells; transmitting, in the main cell, scheduling information of the main cell and an auxiliary cell that are serving the UE; characterized in that the method further comprises: instructing the UE to measure the number of antenna ports in the auxiliary cell; and receiving the number of the antenna ports in the auxiliary cell returned by the UE; wherein the scheduling information further comprises an indication of the multi-antenna mode determined according to the number of the antenna ports in the auxiliary cell. determining a main cell of the UE from the at least two cells; transmitting, in the main cell, scheduling information of the main cell and an auxiliary cell that are serving the UE; instructing the UE to measure the number of antenna ports in the auxiliary cell; and receiving the number of the antenna ports in the auxiliary cell returned by the UE;
Connecting or extension element for modular elements for the realization of aerated and/or elevated floors, each modular element comprising an upper horizontal wall and a plurality of vertical supporting legs defining arc-shaped openings below said upper horizontal wall, said connecting or extension element made of a linear element in thermoplastic material having generically U-shaped vertical section made of two lateral walls and an upper arched surface, identical to the shape of the arc-shaped openings of the modular elements, characterized in that: • both ends of the connecting or extension element are closed each by a head wall; • the lower edges of only three sides, the two lateral walls and a head wall (P3a) are provided with enlarged bearing base, while the base of the other head wall hasn't any enlargements, and wherein said enlarged bearing bases are horizontal and directed towards the outside of the U-shape vertical section; • there are various holes (P4f) on said enlarged bearing bases, in order to allow the fixing of the connecting or extension element itself to the lower floor slab; • there are relieves or couplers (P4a) on said enlarged bearing bases, wherein said relieves or couplers (P4a) are fit for: 1) allowing the connexion and the fixing of the connecting or extension element to metallic bars (Ar) of the reinforcement of the floor and/or 2) allowing the connexion and the fixing of the connecting or extension element to another following connecting or extension element, by holding the lower edge of the head wall without enlarged bearing base of the following connecting or extension element, in order to realize a modular extension. • both ends of the connecting or extension element are closed each by a head wall; • the lower edges of only three sides, the two lateral walls and a head wall (P3a) are provided with enlarged bearing base, while the base of the other head wall hasn't any enlargements, and wherein said enlarged bearing bases are horizontal and directed towards the outside of the U-shape vertical section; • there are various holes (P4f) on said enlarged bearing bases, in order to allow the fixing of the connecting or extension element itself to the lower floor slab; • there are relieves or couplers (P4a) on said enlarged bearing bases,
Coupling assembly for a motor vehicle drive train, with - a drive member which can be connected to a drive engine, - a drive multiple disc carrier which has a drive multiple disc carrier toothing system and is connected fixedly to the drive member so as to rotate with it, - a plurality of drive discs which are connected fixedly to the drive multiple disc carrier so as to rotate with it, - an output multiple disc carrier which has an output multiple disc carrier toothing system and is connected fixedly to an output shaft so as to rotate with it, and - a plurality of output discs which are connected fixedly to the output multiple disc carrier so as to rotate with it, a first drive member section of the drive member being arranged in the axial direction between a first drive disc of the drive discs and a securing ring, and a positional stabilization device acting on that side of the output member which is opposite the securing ring, in order to stabilize the relative position between the drive multiple disc carrier and the drive member, characterized in that the positional stabilization device has at least one axial securing hook which is connected fixedly to the securing ring. - a drive member which can be connected to a drive engine, - a drive multiple disc carrier which has a drive multiple disc carrier toothing system and is connected fixedly to the drive member so as to rotate with it, - a plurality of drive discs which are connected fixedly to the drive multiple disc carrier so as to rotate with it, - an output multiple disc carrier which has an output multiple disc carrier toothing system and is connected fixedly to an output shaft so as to rotate with it, and - a plurality of output discs which are connected fixedly to the output multiple disc carrier so as to rotate with it, a first drive member section of the drive member being arranged in the axial direction between a first drive disc of the drive discs and a securing ring, and
Power tool, in particular a hand-held power tool, comprising at least one housing unit (14a; 14b; 14c; 14e), comprising at least one drive unit (16a; 16b; 16c; 16e) arranged within the housing unit (14a; 14b; 14c; 14e), and comprising at least one separating unit (22a; 22b; 22c; 22e) that is designed to divide at least one fluid stream (24a; 24b; 24c; 24e) conducted through the housing unit (14a; 14b; 14c; 14e) into at least two sub-streams (26a, 28a; 26b, 28b; 26c, 28c; 26e, 28e), in particular in dependence on a foreign body density, wherein one sub-stream (26a; 26b; 26c; 26e) of the sub-streams (26a, 28a; 26b, 28b; 26c, 28c; 26e, 28e) has a higher foreign body density in comparison with another sub-stream (28a; 28b; 28c; 28e) of the sub-streams (26a, 28a; 26b, 28b; 26c, 28c; 26e, 28e), the power tool comprises at least one fluid cooling unit (30a; 30b; 30c; 30e) that is designed to cool the drive unit (16a; 16b; 16c; 16e) by means of the at least two sub-streams (26a, 28a; 26b, 28b; 26c, 28c; 26e, 28e), characterized in that the separating unit comprises at least one separating element which is realized as a channel element of the fluid cooling unit, wherein the separating element is realized as a helical and/or spiral shaped part.
A bath-in-bath batch processing apparatus for producing porous semiconductor on a plurality of semiconductor wafers, comprising: an electrolyte-filled outer housing; an electrolyte-filled inner housing removable from said outer housing, said inner housing operable to open and close, and forming a seal when closed; an anode disposed at a first end of said inner housing; a cathode disposed at an opposite end of said inner housing, said anode and said cathode coupled to electrical circuitry capable of providing an electrical power comprising electrical voltage and current; a plurality of semiconductor wafers arranged between said anode and said cathode, wherein each said wafer is held in place by a perimeter wafer clamp disposed around a perimeter of said wafer, said perimeter wafer clamp allowing substantially all of a front and a back surface of each said wafer exposure to said electrolyte; a plurality of vent ports in said inner housing for allowing evolved hydrogen gas to escape, said vent ports extending beyond a surface of said electrolyte to prevent current leakage through said vent ports; and a plurality of fluid fill ports in said inner housing for replenishing said electrolyte and sweeping said hydrogen gas away from said plurality of wafers. an electrolyte-filled outer housing; an electrolyte-filled inner housing removable from said outer housing, said inner housing operable to open and close, and forming a seal when closed; an anode disposed at a first end of said inner housing; a cathode disposed at an opposite end of said inner housing, said anode and said cathode coupled to electrical circuitry capable of providing an electrical power comprising electrical voltage and current; a plurality of semiconductor wafers arranged between said anode and said cathode, wherein each said wafer is held in place by a perimeter wafer clamp disposed around a perimeter of said wafer, said perimeter wafer clamp allowing substantially all of a front and a back surface of each said wafer exposure to said electrolyte; a plurality of vent ports in said inner housing for allowing evolved hydrogen gas to escape, said vent ports extending beyond a surface of said electrolyte to prevent current leakage through said vent ports; and a plurality of fluid fill ports in said inner housing for replenishing said electrolyte and sweeping said hydrogen gas away from said plurality of wafers.
A connector installation tool comprising: an elongated body including a first end, a second end, and an axis extending therebetween; a handle having a switch and positioned proximate the first end, the switch moveable between a first position and a second position; a battery supported on the body configured to provide power to an actuator when the switch is in the first position; characterized by further comprising a c-shaped tool head and a conduit to provide pressurized fluid to drive the c-shaped tool head, the c-shaped tool head being positioned proximate the second end, the c-shaped tool head including a stop surface and a ram, the ram being extendable toward the stop surface; wherein the pressurized fluid configured to flow towards the c-shaped tool head when the switch is in the first position. an elongated body including a first end, a second end, and an axis extending therebetween; a handle having a switch and positioned proximate the first end, the switch moveable between a first position and a second position; a battery supported on the body configured to provide power to an actuator when the switch is in the first position; characterized by further comprising a c-shaped tool head and a conduit to provide pressurized fluid to drive the c-shaped tool head, the c-shaped tool head being positioned proximate the second end, the c-shaped tool head including a stop surface and a ram, the ram being extendable toward the stop surface; wherein the pressurized fluid configured to flow towards the c-shaped tool head when the switch is in the first position.
A tightening system comprising: a housing having a base; a spool situated within the base, the spool rotatable about an axis relative to the base; a tensioning element having an elongate configuration, and rotatably windable about the spool about the axis; and a tension control mechanism operatively connected to the spool, and arranged to automatically shift when tension in the tensioning element reaches a predetermined level to release at least part of the tension in the tensioning element; a dial member coaxial with the spool and selectively engaging the spool; characterized in that the dial member defines a first engagement surface on a lower surface thereof, and the spool defining a second engagement surface opposed to the first engagement surface on an upper surface of the spool, the second engagement surface arranged to selectively engage the first engagement surface such that rotation of the dial member causes rotation of the spool in that the first engagement surface and the second engagement surface define a wavy profile. a housing having a base; a spool situated within the base, the spool rotatable about an axis relative to the base; a tensioning element having an elongate configuration, and rotatably windable about the spool about the axis; and a tension control mechanism operatively connected to the spool, and arranged to automatically shift when tension in the tensioning element reaches a predetermined level to release at least part of the tension in the tensioning element; a dial member coaxial with the spool and selectively engaging the spool; characterized in that the dial member defines a first engagement surface on a lower surface thereof, and the spool defining a second engagement surface opposed to the first engagement surface on an upper surface of the spool, the second engagement surface arranged to selectively engage the first engagement surface such that rotation of the dial member causes rotation of the spool in that the first engagement surface and the second engagement surface define a wavy profile.
Coating agent pump (1; 8) for conveying a coating agent in a coating installation, in particular for conveying paint in a painting installation, having a) an electric drive motor (3; 14) for driving the coating agent pump (1; 8) so that the coating agent pump (1; 8) continuously changes its pump position during operation, b) wherein the coating agent pump (1; 8) is a piston pump with at least one piston which is displaceable in a cylinder and is driven by the drive motor (3; 14), and with c) a position measuring system for quantitatively detecting the pump position of the coating agent pump (1; 8), c1) wherein the position measuring system ascertains the mechanical loading of the drive motor (3; 14) by the coating agent pump (1; 8) by means of a force or torque measurement means, and c2) wherein the position measuring system derives the pump position from the mechanical loading of the drive motor (3; 14), characterised in d) that the position measuring system derives the pump position on the basis of a pulsation at the reversal point of the pistons. a) an electric drive motor (3; 14) for driving the coating agent pump (1; 8) so that the coating agent pump (1; 8) continuously changes its pump position during operation, b) wherein the coating agent pump (1; 8) is a piston pump with at least one piston which is displaceable in a cylinder and is driven by the drive motor (3; 14), and with c) a position measuring system for quantitatively detecting the pump position of the coating agent pump (1; 8), c1) wherein the position measuring system ascertains the mechanical loading of the drive motor (3; 14) by the coating agent pump (1; 8) by means of a force or torque measurement means, and c2) wherein the position measuring system derives the pump position from the mechanical loading of the drive motor (3; 14), characterised in c1) wherein the position measuring system ascertains the mechanical loading of the drive motor (3; 14) by the coating agent pump (1; 8) by means of a force or torque measurement means, and c2) wherein the position measuring system derives the pump position from the mechanical loading of the drive motor (3; 14), d) that the position measuring system derives the pump position on the basis of a pulsation at the reversal point of the pistons.