mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a bifacial solar cell structure, comprising the steps of: performing boron diffusion on a first surface of a semiconductor substrate to form a P+ region and a boron silicon glass layer on the P+ region; stripping the BSG layer on the P+ region to expose the P+ region; forming a first anti-reflection coating layer on the P+ region; forming a sacrifice film on the first anti-reflection coating layer; performing phosphorus diffusion on a second surface opposite to the first surface of the semiconductor substrate to form an N+ region and a phosphorus silicon glass layer on the N+ region; stripping the PSG layer on the N+ region to expose the N+ region and stripping the sacrifice film on the first anti-reflection coating layer; and forming a second anti-reflection coating layer on the N+ region. performing boron diffusion on a first surface of a semiconductor substrate to form a P+ region and a boron silicon glass layer on the P+ region; stripping the BSG layer on the P+ region to expose the P+ region; forming a first anti-reflection coating layer on the P+ region; forming a sacrifice film on the first anti-reflection coating layer; performing phosphorus diffusion on a second surface opposite to the first surface of the semiconductor substrate to form an N+ region and a phosphorus silicon glass layer on the N+ region; stripping the PSG layer on the N+ region to expose the N+ region and stripping the sacrifice film on the first anti-reflection coating layer; and forming a second anti-reflection coating layer on the N+ region.
A linear compressor, comprising: a cylinder that defines a compression space for a refrigerant; a piston that reciprocates in an axial direction within the cylinder; a discharge valve provided at a front side of the cylinder to selectively discharge the refrigerant compressed in the compression space; a frame coupled to the cylinder and having a gas hole through which the refrigerant discharged through the discharge valve flows; a gas pocket provided between the cylinder and the frame and through which the refrigerant passing through the gas hole flows; and one or more gas inflow provided in the cylinder to introduce the refrigerant flowing through the gas pocket to an outer side of the piston, wherein the frame includes a frame body that accommodates the cylinder and extends in the axial direction; a frame flange that extends from the frame body in a radial direction; and a frame connection portion that extends from the frame flange to the frame body, characterized in that the frame connection portion includes the gas hole; the frame flange includes a first wall coupled to the cylinder, a second wall that surrounds the first wall and a third wall that connects the first wall to the second wall; and the linear compressor further includes a discharge filter provided at the third wall to filter the refrigerant. a cylinder that defines a compression space for a refrigerant; a piston that reciprocates in an axial direction within the cylinder; a discharge valve provided at a front side of the cylinder to selectively discharge the refrigerant compressed in the compression space; a frame coupled to the cylinder and having a gas hole through which the refrigerant discharged through the discharge valve flows; a gas pocket provided between the cylinder and the frame and through which the refrigerant passing through the gas hole flows; and one or more gas inflow provided in the cylinder to introduce the refrigerant flowing through the gas pocket to an outer side of the piston, wherein the frame includes a frame body that accommodates the cylinder and extends in the axial direction; a frame flange that extends from the frame body in a radial direction; and a frame connection portion that extends from the frame flange to the frame body, characterized in that the frame connection portion includes the gas hole; the frame flange includes a first wall coupled to the cylinder, a second wall that surrounds the first wall and a third wall that connects the first wall to the second wall; and the linear compressor further includes a discharge filter provided at the third wall to filter the refrigerant.
A cell culture device (20, 30, 100, 100b), comprising: an incubator part (17, 27, 37, 101) configured to accommodate a closed-system culture container; a cartridge for culture medium replacement use having a liquid supply flow path and a liquid collection flow path; a culture medium supply part configured to supply a liquid culture medium to the liquid supply flow path of the cartridge for culture medium replacement use; a culture medium replacement part configured to cause the liquid culture medium existing in the liquid supply flow path to flow into the culture container and to cause the liquid culture medium existing in the culture container to flow out to the liquid collection flow path in a state in which the cartridge for culture medium replacement use is connected to the culture container; and a culture medium collection part configured to collect the liquid culture medium from the liquid collection flow path of the cartridge for culture medium replacement use, wherein the cartridge for culture medium replacement use is removably attachable to the closed-system culture container and is movable between the culture medium supply part, the culture medium replacement part and the culture medium collection part. an incubator part (17, 27, 37, 101) configured to accommodate a closed-system culture container; a cartridge for culture medium replacement use having a liquid supply flow path and a liquid collection flow path; a culture medium supply part configured to supply a liquid culture medium to the liquid supply flow path of the cartridge for culture medium replacement use; a culture medium replacement part configured to cause the liquid culture medium existing in the liquid supply flow path to flow into the culture container and to cause the liquid culture medium existing in the culture container to flow out to the liquid collection flow path in a state in which the cartridge for culture medium replacement use is connected to the culture container; and a culture medium collection part configured to collect the liquid culture medium from the liquid collection flow path of the cartridge for culture medium replacement use, wherein the cartridge for culture medium replacement use is removably attachable to the closed-system culture container and is movable between the culture medium supply part, the culture medium replacement part and the culture medium collection part.
A locking device for locking an object (20; 50) capable of sliding along a cable, the device comprising the cable and a clamp (70; 90), the cable passing through the clamp (70; 90) while extending along an axis, the clamp comprising: a fixed part connected to the object (20; 50) by a connection having at least one translatory degree of freedom along the axis, a ring comprising an elastic material with fluid behaviour, the ring comprising a central cavity through which the cable passes, characterised in that the device has an actuator (76; 92) configured to compress the ring between two shapes, in order to pass from a first of the shapes, referred to as the open shape, the cable being able to run freely in the central cavity, to a second of the two shapes, referred to as the closed shape, the cable being compressed by the ring.
Method to produce a three-dimensional object, by means of a mobile three-dimensional printer comprising one or more support members each equipped with a respective contact element configured to come into contact with the three-dimensional object and each equipped with at least one abutment member, comprising the step of printing said three-dimensional object, characterized in that it comprises the step of printing said three-dimensional object and simultaneously of printing one or more guide elements, integrated in at least one external lateral surface of said three-dimensional object, configured to interact with said contact elements and provided with retention elements integrated in the at least one external lateral surface of said three-dimensional object, characterized in that the retention elements are configured to interact with said at least one abutment member in such a way as to retain said one or more support members in the vicinity of said lateral surface of the three-dimensional object and maintain said contact elements in contact with said guide elements.
An electrostatic image developing toner containing toner particles having a domain-matrix structure formed with a matrix of an amorphous polyester resin and a domain of a crystalline resin, wherein: the toner particles contain a releasing agent and alkoxy aniline; a content of the alkoxy aniline contained in the toner particles is in the range of 0.1 to 15.0 mass ppm; and the alkoxy aniline is 2-methoxyaniline. the toner particles contain a releasing agent and alkoxy aniline; a content of the alkoxy aniline contained in the toner particles is in the range of 0.1 to 15.0 mass ppm; and the alkoxy aniline is 2-methoxyaniline.
Electromechanical brake booster for a motor vehicle, with: an electric motor which is operatively connected via a gear mechanism to a spindle in such a way that a rotation of a rotor of the electric motor brings about a translational movement of the spindle, at least one carrying element (16, 18) which extends along its respective longitudinal axis being fastened to a gear mechanism housing bottom of the gear mechanism, a bearing apparatus being arranged on the spindle, which bearing apparatus mounts the spindle on the at least one carrying element (16, 18) in such a way that the spindle which is set in the translational movement can be guided along the at least one carrying element spaced apart from the first carrying element by means of the bearing apparatus, characterized in that an end side of a spindle nut of the spindle is a common stop of the bearing apparatus and of finger elements which connect an input rod, a plunger which can be actuated by way of the input rod and is arranged in the hollow spindle, and a fastening plate which is arranged on the plunger to one another, and the finger elements reach through holes, configured in the bearing apparatus, and are secured against rotation together with the fastening plate. an electric motor which is operatively connected via a gear mechanism to a spindle in such a way that a rotation of a rotor of the electric motor brings about a translational movement of the spindle, at least one carrying element (16, 18) which extends along its respective longitudinal axis being fastened to a gear mechanism housing bottom of the gear mechanism, a bearing apparatus being arranged on the spindle, which bearing apparatus mounts the spindle on the at least one carrying element (16, 18) in such a way that the spindle which is set in the translational movement can be guided along the at least one carrying element spaced apart from the first carrying element by means of the bearing apparatus, characterized in that an end side of a spindle nut of the spindle is a common stop of the bearing apparatus and of finger elements which connect an input rod, a plunger which can be actuated by way of the input rod and is arranged in the hollow spindle, and a fastening plate which is arranged on the plunger to one another, and the finger elements reach through holes, configured in the bearing apparatus, and are secured against rotation together with the fastening plate.
A wireless control arrangement for medical devices in a medical room comprising: a plurality of controllable medical devices (12, 14, 16, 18, 20) located in the medical room, each said medical device including a room identifier stored therein; a wireless controller located in the medical room, said wireless controller including a room identifier stored therein; and a communication interface for providing control commands to said wireless controller, wherein said wireless controller in response to control commands from said communication interface, wirelessly sends control commands that include the room identifier to a selected one of said medical devices to operate the selected medical device, and wherein the room identifier prevents said wireless controller from controlling a medical device located in an area other than the medical room. a plurality of controllable medical devices (12, 14, 16, 18, 20) located in the medical room, each said medical device including a room identifier stored therein; a wireless controller located in the medical room, said wireless controller including a room identifier stored therein; and a communication interface for providing control commands to said wireless controller, wherein said wireless controller in response to control commands from said communication interface, wirelessly sends control commands that include the room identifier to a selected one of said medical devices to operate the selected medical device, and wherein the room identifier prevents said wireless controller from controlling a medical device located in an area other than the medical room.
Device for the fixing of elements on a body by means of block means where the elements for the body are fixed in a breakable way to a respective frame which forms with them a first set (101, 102, 103) of elements and where the block means for the elements of the first set of elements (101, 102, 103) are joined in a breakable way forming a second set of block means and have respective seats which, in a fixing condition of the elements to the body, are assigned to house and block corresponding link means of the respective elements where such link means cross the thickness of the body; wherein said device comprises at least one separation and housing means, assigned in cooperation with a shear means of the device, which are driven to approach and to leave the separation and housing means, to separate the elements of the first set of elements from the respective frame, characterized in that the shear means are driven to approach and to leave the separation and housing means to house such elements into the separation and housing means with the respective link means turned outward of such separation and housing means and in that it comprises a mesh means assigned to house the block means of the second set, wherein the mesh means are driven to approach and to leave with respect to the separation and housing means to cause the passage of the link means through the body and the engagement and the block of such link means into respective seats of the block means.
A pharmaceutical composition for use in a method of reducing a risk of nonfatal stroke in a subject on statin therapy and having a fasting baseline triglyceride level of 135 mg/dL to 500 mg/dL, wherein said subject has established cardiovascular disease or has a high risk of developing cardiovascular disease, wherein the high risk for developing cardiovascular disease is defined by said subject having diabetes mellitus and being aged 50 years or older, and at least one of: (a) is a male age 55 or older or a female age 65 or older; (b) is a cigarette smoker or was a cigarette smoker who stopped less than 3 months prior; (c) has hypertension; (d) has an HDL-C level of ≤ 40 mg/dL for men or ≤ 50 mg/dL for women; (e) has an hs-CRP level of > 3.0 mg/L; (f) has renal dysfunction; (g) has retinopathy; (h) has microalbuminuria; (i) has macroalbuminuria; and (j) has an ankle-brachial index of < 0.9 without symptoms of intermittent claudication, the method comprising administering to the subject the pharmaceutical composition comprising 4 g of eicosapentaenoic acid ethyl ester per day, wherein the eicosapentaenoic acid ethyl ester comprises at least 96 wt.% of all omega-3 fatty acids in the pharmaceutical composition.
A fuel injection system (12, 84) for an internal combustion engine comprising a plurality of injectors having a first orifice to which is tightly connected a pipe having a matching first orifice, characterized in that both orifices (24, 30) are surrounded with peripheral smooth surfaces (32, 58) that are complementary surfaces sealingly pressed against each other by a screw clamping plate and wherein, the first injector has a connection head where are arranged its first orifice and a second orifice, both orifices (24, 56) joining a common internal volume, the injection system further comprising an intermediate pipe having a matching orifice tightly connected to said injector's second orifice, both said orifices (56, 64) being surrounded with peripheral smooth surfaces (58, 66) that are complementary surfaces sealingly pressed against each other by the clamping plate and wherein, the orifices of said intermediate pipe are arranged at the extremities of said intermediate pipe, the system further comprising a second injector which first orifice is tightly connected to said other orifice of said intermediate pipe so that the first and the second injectors are connected, said intermediate pipe connecting the first orifice of one injector to the second orifice of the neighbor injector forming a "daisy chain" of multiple injectors, creating a system architecture where the injectors are connected one after the other.
A system for manipulating implants coupled by a cord, the system comprising: a tensioner comprising a nose assembly and a cord lock assembly for applying tension to the cord, the nose assembly comprising a piston having a lumen extending therethrough for receiving the cord and a spring positionable in contact with an indicator region of the piston; and a counter tensioner to guide the cord from the tensioner to an implant, the counter tensioner comprising an elongate body with a lumen extending from a proximal end to a distal end, the proximal end including a port disposed at an angle that is not parallel to a longitudinal axis of the lumen, the port to receive the nose assembly, the distal end releasably coupleable to a head of the implant enabling translation of the implant relative to another implant implanted in an adjacent or nearby vertebrae; wherein the indicator region is visible through a window in a tensioner main body and indicates cord tension when the nose assembly of the tensioner is coupled to the port of the counter tensioner and engaged with the cord. a tensioner comprising a nose assembly and a cord lock assembly for applying tension to the cord, the nose assembly comprising a piston having a lumen extending therethrough for receiving the cord and a spring positionable in contact with an indicator region of the piston; and a counter tensioner to guide the cord from the tensioner to an implant, the counter tensioner comprising an elongate body with a lumen extending from a proximal end to a distal end, the proximal end including a port disposed at an angle that is not parallel to a longitudinal axis of the lumen, the port to receive the nose assembly, the distal end releasably coupleable to a head of the implant enabling translation of the implant relative to another implant implanted in an adjacent or nearby vertebrae; wherein the indicator region is visible through a window in a tensioner main body and indicates cord tension when the nose assembly of the tensioner is coupled to the port of the counter tensioner and engaged with the cord.
A method of decreasing aldehyde content in a polymeric material, the method comprises the step of contacting the polymeric material with a compound which includes: a first fragment which comprises a moiety and a moiety NH wherein the carbon atom of moiety and the nitrogen atom of moiety are separated by at least one and not more than two atoms; a second fragment which comprises a moiety and a moiety NH wherein the carbon atom of moiety and the nitrogen atom of moiety are separated by at least one and not more than two atoms; and a third fragment which comprises a moiety and a moiety NH. a first fragment which comprises a moiety and a moiety NH wherein the carbon atom of moiety and the nitrogen atom of moiety are separated by at least one and not more than two atoms; a second fragment which comprises a moiety and a moiety NH wherein the carbon atom of moiety and the nitrogen atom of moiety are separated by at least one and not more than two atoms; and a third fragment which comprises a moiety and a moiety NH.
A wind turbine blade having a receptor arrangement, the receptor arrangement comprising a plurality of receptor components (56,72,74) spaced along a span-wise length of the blade and connected to a down conductor (28,30) of a lightning protection system, wherein the receptor components are encapsulated by an insulating member (76,90), wherein the down conductor (28,30) and the plurality of receptor components (56,72,74) are contained within an insulating housing, wherein the insulating housing is defined by the insulating member (76,90) that encapsulates the receptor components (56,72,74) and which also encapsulates the down conductor (28,30), and wherein the insulating housing is a polymeric part that is moulded substantially to encapsulate the receptor components (56,72,74) and the down conductor (28,30).
A computer-implemented method for providing adapted 4D CT data, the method comprising: - Receiving initial 4D CT data, the initial 4D CT data corresponding to a first 4D CT scan, the first 4D CT scan relating to an anatomical structure on a first examination date, - Receiving supplementary 4D CT data, the supplementary 4D CT data corresponding to a partial 4D CT scan, the partial 4D CT scan relating to the anatomical structure on a second examination date, - Calculating the adapted 4D CT data based on the initial 4D CT data and the supplementary 4D CT data, the adapted 4D CT data corresponding to a second 4D CT scan, the second 4D CT scan relating to the anatomical structure on the second examination date, - Providing the adapted 4D CT data. - Receiving initial 4D CT data, the initial 4D CT data corresponding to a first 4D CT scan, the first 4D CT scan relating to an anatomical structure on a first examination date, - Receiving supplementary 4D CT data, the supplementary 4D CT data corresponding to a partial 4D CT scan, the partial 4D CT scan relating to the anatomical structure on a second examination date, - Calculating the adapted 4D CT data based on the initial 4D CT data and the supplementary 4D CT data, the adapted 4D CT data corresponding to a second 4D CT scan, the second 4D CT scan relating to the anatomical structure on the second examination date, - Providing the adapted 4D CT data.
Plug-in lock for connecting flexible and/or rigid strand elements (43, 44), in particular an animal restraining leash, with a plug-in part and a receiving part, wherein for producing a releasable connection of the plug-in part with the receiving part a positive-locking connection for transmitting a tensile force and a securing means (13, 25) that is separate from the positive-locking connection are provided for preventing an unintentional release of the positive-locking connection, wherein the securing means (13, 25) has an actuating mechanism for releasing the securing means (13, 25), and two rigid positive-locking elements (21, 22) that are designed to correspond to one another are provided for the positive-locking connection, wherein the plug-in part has a first positive-locking element and the receiving part has a second positive-locking element for cooperating with the first positive-locking element, characterised in that a fastening element for fastening an end of a strand element is inside the plug-in part, wherein the fastening element can be fastened in a fastening recess attached to the first positive-locking element for concealing the fastening of the end of the strand element.