mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating a thin film transistor, comprising: forming a semiconductor layer , wherein the semiconductor layer is a metal oxide semiconductor layer; forming a conductive film at the whole substrate surface on which the semiconductor layer is formed, wherein the conductive film serves as a protective layer , wherein the conductive film is an amorphous carbon film; forming by wet etching a source electrode and a drain electrode on the protective layer with an acid etching solution, wherein the conductive film is configured to not react with the acid etching solution; and removing by dry etching a portion of the protective layer between the source electrode and the drain electrode to expose a portion of the semiconductor layer between the source electrode and the drain electrode , wherein the dry etching is an oxygen plasma etching process. forming a semiconductor layer , wherein the semiconductor layer is a metal oxide semiconductor layer; forming a conductive film at the whole substrate surface on which the semiconductor layer is formed, wherein the conductive film serves as a protective layer , wherein the conductive film is an amorphous carbon film; forming by wet etching a source electrode and a drain electrode on the protective layer with an acid etching solution, wherein the conductive film is configured to not react with the acid etching solution; and removing by dry etching a portion of the protective layer between the source electrode and the drain electrode to expose a portion of the semiconductor layer between the source electrode and the drain electrode , wherein the dry etching is an oxygen plasma etching process.
A T-shaped tool in which a tool body having a cutting edge and a cylindrical shank are connected in a T-shape in a side view, wherein the shank is composed of cemented carbide and has a tapered external thread , the diameter of which decreases in the tip direction, formed on a tip thereof, the tool body is composed of steel and has an aperture formed in a central portion of said tool body , and wherein a tapered internal thread for engagement with the tapered external thread is formed on an inner circumferential surface of said aperture , and wherein the shank and the tool body are configured such that the shank and tool body connect by engaging the tapered external thread with the tapered internal thread without abutting an end face of the shank onto the tool body . the shank is composed of cemented carbide and has a tapered external thread , the diameter of which decreases in the tip direction, formed on a tip thereof, the tool body is composed of steel and has an aperture formed in a central portion of said tool body , and wherein a tapered internal thread for engagement with the tapered external thread is formed on an inner circumferential surface of said aperture , and wherein the shank and the tool body are configured such that the shank and tool body connect by engaging the tapered external thread with the tapered internal thread without abutting an end face of the shank onto the tool body .
A concentrated demulsifier composition comprising A) at least 50 wt.-% of a demulsifier, selected from the group consisting of a polymeric nonionic oil-soluble demulsifier for mineral oils, and its mixture with an alkyl aryl sulphonic acid or its salt, B) 0.1 to 20 wt.-% of a surfactant selected form anionic, cationic, zwitterionic and nonionic surfactants, the surfactant having a HLB value of 7 or more and being different from the demulsifier, C) less than 20 wt.-% of a water-immiscible organic solvent, D) 3 to 49 wt.-% of a water-miscible organic solvent and E) 0 to 5 wt.-% water, wherein the demulsifier is selected from the group consisting of polyoxyalkylated alkyl phenols, polyoxyalkylated alkyl phenol resins, polyoxyalkylated alkanols, polyoxyalkylated polyols, polyoxyalkylated alkyl amines, polyoxyalkylated polymeric amines, polyglycol resin esters and polyoxyalkylated glycol esters, optionally being crosslinked with aldehydes, diglycidyl ethers, di-isocyanates and/or polycarboxylic acids and combinations thereof. A) at least 50 wt.-% of a demulsifier, selected from the group consisting of a polymeric nonionic oil-soluble demulsifier for mineral oils, and its mixture with an alkyl aryl sulphonic acid or its salt, B) 0.1 to 20 wt.-% of a surfactant selected form anionic, cationic, zwitterionic and nonionic surfactants, the surfactant having a HLB value of 7 or more and being different from the demulsifier, C) less than 20 wt.-% of a water-immiscible organic solvent, D) 3 to 49 wt.-% of a water-miscible organic solvent and E) 0 to 5 wt.-% water,
A shaped detergent product comprising 10-100 wt. % of a solid amorphous phase and 0-90 wt. % of one or more other solid phases, said solid amorphous phase comprising: • 25-88 wt. % free acid equivalent of aminopolycarboxylate; • 10-60 wt. % free acid equivalent of an acid, said acid not being an aminopolycarboxylate; • 2-30 wt. % water; wherein the shaped detergent product contains at least 0.5 wt. % surfactant. • 25-88 wt. % free acid equivalent of aminopolycarboxylate; • 10-60 wt. % free acid equivalent of an acid, said acid not being an aminopolycarboxylate; • 2-30 wt. % water;
A method of operating a network infrastructure equipment in a wireless telecommunications network comprising the network infrastructure equipment and a terminal device , wherein the terminal device transmits uplink reference signalling to the network infrastructure equipment to measure by the network infrastructure equipment a characteristic of the uplink reference signalling which provides an indication of radio channel conditions between the terminal device and the network infrastructure equipment, wherein the method comprises: receiving, from the terminal device, uplink reference signalling in accordance with a first uplink reference signalling configuration; determining that the terminal device should be configured to transmit uplink reference signalling in accordance with a second uplink reference signalling configuration; and transmitting a paging message to the terminal device, wherein the paging message comprises an indication of an identifier for the terminal device and an indication of the second uplink reference signalling configuration. receiving, from the terminal device, uplink reference signalling in accordance with a first uplink reference signalling configuration; determining that the terminal device should be configured to transmit uplink reference signalling in accordance with a second uplink reference signalling configuration; and transmitting a paging message to the terminal device, wherein the paging message comprises an indication of an identifier for the terminal device and an indication of the second uplink reference signalling configuration.
An integrated buried utility locator system , comprising: a marker device excitation transmitter module for generating and sending a marker device excitation signal at a marker device excitation signal frequency; a locator front end subsystem configured to receive an electromagnetic field signal from a buried utility and a reply signal from a marker device responsive to the excitation signal, wherein the locator front end subsystem includes an antenna and an antenna circuit coupled to the antenna, wherein the antenna circuit is configured to present substantially a short circuit at the marker device excitation signal frequency, wherein the marker device excitation signal is sent at least partially simultaneously to receiving the buried utility signal; a processing element for processing the received buried utility signals and marker device signals and generating information associated with the buried utility and the marker device based on the received buried utility signal and marker device reply signal; and a memory for storing the information associated with the buried utility and the marker device. a marker device excitation transmitter module for generating and sending a marker device excitation signal at a marker device excitation signal frequency; a locator front end subsystem configured to receive an electromagnetic field signal from a buried utility and a reply signal from a marker device responsive to the excitation signal, wherein the locator front end subsystem includes an antenna and an antenna circuit coupled to the antenna, wherein the antenna circuit is configured to present substantially a short circuit at the marker device excitation signal frequency, wherein the marker device excitation signal is sent at least partially simultaneously to receiving the buried utility signal; a processing element for processing the received buried utility signals and marker device signals and generating information associated with the buried utility and the marker device based on the received buried utility signal and marker device reply signal; and a memory for storing the information associated with the buried utility and the marker device.
Mechanism for opening of the roof with single-sided vertical final closing, characterised in that it includes manual wheel , which is connected to a control shaft through a gear box , on both ends of the control shaft , cranks are installed and they are connected to a control draw rod , which is connected by means of an articulation with a lifting draw rod for lifting of the roof during opening on one edge of a nozzle of afilling opening, the other end of the lifting draw rod is connected to the roof , the control draw rod is also connected with a rotary arm , the rotary arm is pivotally fixed in first installation and it is connected with a pushing draw rod , the second end of which is connected with an arm , the arm is also connected with a second installation and the roof , whereby all connections are articulated ones.
Tamper-proof system for the permanent securing of nuts that are screwed onto a screw bolt up to a planar stop, comprising an inner sleeve and an outer sleeve which is arranged coaxially thereto, which can be freely rotated vis-à-vis the inner sleeve , and comprises a collar , characterised in that the inner sleeve is mountable on the nut , that at least one blocking arm is connected to the inner sleeve in an articulated manner so that said arm can be tilted outwards in relation to the common axis of the sleeves , wherein in the tilted state it lies on the outer sleeve over the collar , and in that on its side facing the common axis , the blocking arm has means that are suitable for engaging in the thread of the screw bolt protruding above the nut .
A device for locking two floor panels which are connected to each other and which are constructed identically and which have a core , an upper side and a lower side , a first side edge (I) and an opposing second side edge (II), and at the upper side the first side edge (I) of the first floor panel abuts the second side edge (II) of the second floor panel , in the second side edge (II) there is formed a horizontal groove which extends into the core and which has an upper wall (4.1), an inner wall (4.2) and a lower wall (4.3), wherein the lower wall (4.3) is formed by a lower lip (1.1) which protrudes at the first side edge (I) and which has at the outer end thereof a projection (1.2) which faces in the direction of the upper side and which has a first locking edge (1.5), and in the region of the connection location of the two floor panels at least one locking element is inserted, and wherein at the second side edge (II) there is provided a tongue (2.1) which protrudes outward and which has at the outer end thereof a graduation (2.2) which forms a tongue tip (2.3) and at the end thereof facing the core a second locking edge (2.5) which extends in a vertical direction (V), wherein the locking edge (2.5) is the outer wall of a vertical groove which is open in a direction toward the lower side and in which the projection (1.2) engages and the locking is carried out in a vertical direction (V) by means of the tongue tip (2.3) which engages in the horizontal groove and in a horizontal direction (H) by means of the locking element which is supported, on the one hand, on the first locking edge (1.5) of the projection (1.2) and, on the other hand, on the second locking edge (2.5) of the tongue (2.1), characterized in that the locking element is compressible in the vertical direction (V) and incompressible in the horizontal direction (H).
A particle capture device 140 for capturing micron and/or sub-micron sized particles in an instrument, comprising: an aperture 160 through which a focused particle beam including micron and/or sub-micron particles enters the particle capture device; and a collection enclosure 170 coupled to the aperture 160 and into which the focused particle beam is received, the collection enclosure 170 having a plurality of internal surfaces 250-270 upon which the particles collide multiple times until the particles are vaporized or come to rest for subsequent vaporization, the plurality of internal surfaces 250-270 including a first substantially smooth internal surface 250 arranged in an initial trajectory of the focused particle beam to receive an initial collision of particles, the first substantially smooth internal surface orientated at a first acute angle with respect to the initial trajectory, the first acute angle with respect to the initial trajectory sufficient to provide that the initial collision reduces momentum of the particles but preserves a direction of a forward velocity vector component of the particles, and characterized in a second internal surface 260 surrounding the first substantially smooth internal surface 250, the second internal surface 260 oriented at a second acute angle with respect to the first substantially smooth internal surface 250, the second internal surface 260 to receive a next collision of particles reflected from the first substantially smooth internal surface 250 further into the collection enclosure from the aperture 160. an aperture 160 through which a focused particle beam including micron and/or sub-micron particles enters the particle capture device; and a collection enclosure 170 coupled to the aperture 160 and into which the focused particle beam is received, the collection enclosure 170 having a plurality of internal surfaces 250-270 upon which the particles collide multiple times until the particles are vaporized or come to rest for subsequent vaporization, the plurality of internal surfaces 250-270 including a first substantially smooth internal surface 250 arranged in an initial trajectory of the focused particle beam to receive an initial collision of particles, the first substantially smooth internal surface orientated at a first acute angle with respect to the initial trajectory, the first acute angle with respect to the initial trajectory sufficient to provide that the initial collision reduces momentum of the particles but preserves a direction of a forward velocity vector component of the particles, and characterized in a second internal surface 260 surrounding the first substantially smooth internal surface 250, the second internal surface 260 oriented at a second acute angle with respect to the first substantially smooth internal surface 250, the second internal surface 260 to receive a next collision of particles reflected from the first substantially smooth internal surface 250 further into the collection enclosure from the aperture 160.
A method of handling a radio resource control, RRC, connection resume procedure between a non-access stratum, NAS, layer and an RRC layer of a communication device , the method comprising: the NAS layer in a first idle mode with suspend indication transmitting a first request message for resuming a RRC connection and at least one first identity parameter to the RRC layer , after receiving a suspend indication from the RRC layer ; the RRC layer transmitting a RRC connection resume request message to a network , after receiving the first request message from the NAS layer ; the RRC layer receiving a first RRC connection setup message from the network , after transmitting the RRC connection resume request message to the network ; and the RRC layer transmitting a first RRC connection setup complete message comprising the at least one first identify parameter to the network , after receiving the first RRC connection setup message from the network . the NAS layer in a first idle mode with suspend indication transmitting a first request message for resuming a RRC connection and at least one first identity parameter to the RRC layer , after receiving a suspend indication from the RRC layer ; the RRC layer transmitting a RRC connection resume request message to a network , after receiving the first request message from the NAS layer ; the RRC layer receiving a first RRC connection setup message from the network , after transmitting the RRC connection resume request message to the network ; and the RRC layer transmitting a first RRC connection setup complete message comprising the at least one first identify parameter to the network , after receiving the first RRC connection setup message from the network .
Electrolyzer for electrochemical utilization of carbon dioxide, comprising at least one electrolysis cell , where the electrolysis cell - comprises an anode space having an anode and a cathode space having a cathode , - a first cation-selective membrane is disposed between the anode space and the cathode space and - the anode directly adjoins the first membrane in the anode space , characterized in that a second anion-selective membrane is disposed between the first membrane and the cathode , and the second membrane directly adjoins the first membrane partly but not completely, in such a way that flow channels or pores remain open for release of carbon dioxide, and where the second membrane at least partly directly adjoins the cathode . - comprises an anode space having an anode and a cathode space having a cathode , - a first cation-selective membrane is disposed between the anode space and the cathode space and - the anode directly adjoins the first membrane in the anode space , characterized in that a second anion-selective membrane is disposed between the first membrane and the cathode , and the second membrane directly adjoins the first membrane partly but not completely, in such a way that flow channels or pores remain open for release of carbon dioxide, and where the second membrane at least partly directly adjoins the cathode .
Skin piercing tool for locally piercing a human or animal skin, comprising a piercing needle in which a needle body has a proximal needle section and a distal needle section in which a piercing tip is arranged, wherein the needle body has a needle section which is biased resiliently against the piercing tip in response to compressive load, wherein the resilient needle section is arranged on the needle body in the area of an angled needle section (3; 5; 7; 8) in which adjacent needle sections form an angle of less than 180° with one another, characterized in that the piercing needle is embodied as a solid material needle.
Building module for making a vertical garden, a wall or a fence, comprising: - a quadrangular box-shaped body composed of an upper element , a lower element , a right element and a left element , joined together; - a plurality of bands arranged inside the box-shaped body , superposed vertically, each having its extension along a horizontal band axis (X) between a right element and a left element , wherein the grouping of the outer surfaces of said bands form the outer face of the box-shaped body; - bulk soil which fills the module placed posteriorly to the plurality of bands ; - irrigation means suitable to be connected to a water network and to distribute the water transversely; - drainage means suitable to collect irrigation water and channel it toward a drainage network, said drainage means being integrated with the box-shaped body; - wherein each band has a undulated pattern along said band axis (X) and comprises a plurality of arched portions in succession, wherein each arched portion defines an opening for the arrangement of one or more plants; - wherein said drainage means comprise an auxiliary chamber of the lower element of the box-shaped body , said chamber being provided with passage openings made toward the inside so that the water in excess collected on the bottom of the box-shaped body at the lower element penetrates into said auxiliary chamber through said passage openings and is drained through said auxiliary chamber into a drainage network; - wherein said building module is pre-assembled to constitute an independent transportable module. - a quadrangular box-shaped body composed of an upper element , a lower element , a right element and a left element , joined together; - a plurality of bands arranged inside the box-shaped body , superposed vertically, each having its extension along a horizontal band axis (X) between a right element and a left element , wherein the grouping of the outer surfaces of said bands form the outer face of the box-shaped body; - bulk soil which fills the module placed posteriorly to the plurality of bands ; - irrigation means suitable to be connected to a water network and to distribute the water transversely; - drainage means suitable to collect irrigation water and channel it toward a drainage network, said drainage means being integrated with the box-shaped body; - wherein each band has a undulated pattern along said band axis (X) and comprises a plurality of arched portions in succession, wherein each arched portion defines an opening for the arrangement of one or more plants; - wherein said drainage means comprise an auxiliary chamber of the lower element of the box-shaped body , said chamber being provided with passage openings made toward the inside so that the water in excess collected on the bottom of the box-shaped body at the lower element penetrates into said auxiliary chamber through said passage openings and is drained through said auxiliary chamber into a drainage network; - wherein said building module is pre-assembled to constitute an independent transportable module.
A multi-layered sheet of material containing alkaloids comprising: - a first layer comprising a substrate sheet including fibres having a mean fibre length comprised between about 1 millimetres and about 5 millimetres, the first layer defining a first surface and a second surface ; - a second layer comprising a mixture of: ▪ a powder of the material containing alkaloids, the powder having a size comprised between about 8 micrometers and about 200 micrometers; ▪ water; ▪ a binder; ▪ an aerosol former; the second layer being applied to the first surface of the substrate sheet , and wherein the binder is comprised in an amount comprised between about 0 percent and about 1 percent of the total weight of the multi-layered sheet of material containing alkaloids and comprising the aerosol former in an amount comprised between about 2.9 percent and about 8.5 percent of the total weight of the multi-layered sheet of material containing alkaloids . - a first layer comprising a substrate sheet including fibres having a mean fibre length comprised between about 1 millimetres and about 5 millimetres, the first layer defining a first surface and a second surface ; - a second layer comprising a mixture of: ▪ a powder of the material containing alkaloids, the powder having a size comprised between about 8 micrometers and about 200 micrometers; ▪ water; ▪ a binder; ▪ an aerosol former; ▪ a powder of the material containing alkaloids, the powder having a size comprised between about 8 micrometers and about 200 micrometers; ▪ water; ▪ a binder; ▪ an aerosol former; the second layer being applied to the first surface of the substrate sheet , and wherein the binder is comprised in an amount comprised between about 0 percent and about 1 percent of the total weight of the multi-layered sheet of material containing alkaloids and comprising the aerosol former in an amount comprised between about 2.9 percent and about 8.5 percent of the total weight of the multi-layered sheet of material containing alkaloids .