mhurhangee/patent-ind-claim-en huggingface dataset:
Method for automated parking of a vehicle , the vehicle comprising a plurality of proximity sensors configured to detect the proximity of an object in the vicinity of the vehicle, the method comprising, in the vehicle: receiving a command to perform a parking maneuver; determining an expected parking area for the vehicle, the expected parking area being the area where the vehicle is expected to end up once the parking maneuver is completed; determining a movement direction of the vehicle for reaching the expected parking area, based on the expected parking area; determining a maneuver zone in the vicinity of the vehicle in the direction of the expected parking area; determining that only one object is located in the maneuver zone; determining that the object located in the maneuver zone is an authorized user of the vehicle; verifying that the authorized user moves out of the maneuver zone, thereby establishing that the maneuver zone is clear; and performing the parking maneuver. receiving a command to perform a parking maneuver; determining an expected parking area for the vehicle, the expected parking area being the area where the vehicle is expected to end up once the parking maneuver is completed; determining a movement direction of the vehicle for reaching the expected parking area, based on the expected parking area; determining a maneuver zone in the vicinity of the vehicle in the direction of the expected parking area; determining that only one object is located in the maneuver zone; determining that the object located in the maneuver zone is an authorized user of the vehicle; verifying that the authorized user moves out of the maneuver zone, thereby establishing that the maneuver zone is clear; and performing the parking maneuver.
A pesticidal composition comprising sulphur in the range of 20% to 90% w/w of the total composition, at least one insecticide selected from the group consisting of pirimicarb, buprofezine, thiacloprid, acetamiprid, clothianidin, diafenthiuron, novaluron, flubendiamide and spirotetramat, and at least one agrochemically acceptable excipient, wherein the insecticide is present in the range from 0.1% to 40% w/w of the total composition.
A knob for a leveling spacer for laying wall tiles, floor tiles and the like, the spacer being of the type comprising a base with spacing raised portions for the abutment of the edges of corresponding tiles and a stem , said knob having a frustum-like side wall which is interposed between a first end and a second end , said knob comprising a central female thread section connected to an internal face of said side wall by means of a plurality of ribs , said ribs having a radial extension from said central female thread section to said side wall , characterized in that said knob is provided with circumferential openings on the side wall , in that said knob has a substantially frustum-like shape with the first end having a smaller diameter, the second end having a larger diameter, and in that said ribs are fixed to said side wall substantially at an internal face of said second end .
Roller comprising a wheel and a fork , the wheel having a first face which extends in the direction of travel (r) or counter to the direction of travel (r), and a second face which extends transversely to the direction of travel (r), the wheel furthermore being encompassed by an enclosing part fastened to the fork , the enclosing part encompassing the wheel at least on the first face and so as to overlap onto the second face in a circumferential plane that extends perpendicularly to a vertical (y) extending through the fork during normal operation of the roller , it furthermore being possible to move a movable portion of the enclosing part relative to the fork by means of a vertical movement component, characterised in that the movable portion of the enclosing part is spring-mounted or is formed directly from a spring or a spring material as a resilient portion of the enclosing part , and in that the movable portion is designed to be pivotable relative to a further part of the enclosing part by means of a pivot axis (z) oriented spatially parallel to the wheel axis and transverse to the usual direction of travel of the roller .
A composite multilayer carbon dioxide (CO 2 ) reduction catalyst, comprising: - a catalyst layer comprising copper, the catalyst layer having opposed first and second sides; - a hydrophobic gas-diffusion layer provided on the first side of the catalyst layer; - a current collection structure provided on the second side of the catalyst layer. - a catalyst layer comprising copper, the catalyst layer having opposed first and second sides; - a hydrophobic gas-diffusion layer provided on the first side of the catalyst layer; - a current collection structure provided on the second side of the catalyst layer.
A method for allocating resources to a wireless device , the method being performed by a network node , the method comprising: transmitting (S104) a control message in a search space to the wireless device, the search space comprising at least two groups of Control Channel Elements, CCEs, wherein one of the groups of CCEs comprises the control message; and characterized by transmitting (S102) configuration information indicating a size of each group of CCEs in radio resource control, RRC, signaling, and transmitting (S106) Downlink Control Information, DCI, information to the wireless device indicating at least one of the groups of CCEs comprises resources for the wireless device, wherein the DCI information indicates resources in a CCE group which are unused for the control message and comprise an allocation for a data message; wherein the DCI information is defined by a bitmap to indicate the one or more CCE group which is unused for the control message and comprises the allocation for the data message. transmitting (S104) a control message in a search space to the wireless device, the search space comprising at least two groups of Control Channel Elements, CCEs, wherein one of the groups of CCEs comprises the control message; and characterized by transmitting (S102) configuration information indicating a size of each group of CCEs in radio resource control, RRC, signaling, and transmitting (S106) Downlink Control Information, DCI, information to the wireless device indicating at least one of the groups of CCEs comprises resources for the wireless device, wherein the DCI information indicates resources in a CCE group which are unused for the control message and comprise an allocation for a data message; wherein the DCI information is defined by a bitmap to indicate the one or more CCE group which is unused for the control message and comprises the allocation for the data message.
A semiconductor device , comprising: gate layers and insulating layers that are stacked alternatingly along a first direction perpendicular to a substrate of the semiconductor device in a first region upon the substrate , wherein the gate layers and the insulating layers are stacked of a stair-step form in a second region upon the substrate ; a channel structure that is disposed in the first region and extends in the first direction, wherein the channel structure extends through the gate layers and the insulating layers , and the channel structure and the gate layers form a stack of transistors in a series configuration with the gate layers being gates for the transistors; a contact structure disposed in the second region to form a conductive connection with one of the gate layers ; and a first dummy channel structure disposed in the second region and around the contact structure , the first dummy channel structure being patterned with a first shape that is different from a second shape of the channel structure , which has a circular shape at a horizontal cross-section of the semiconductor device , wherein the first dummy channel structure has a non-circular-shape at the horizontal cross-section, characterized in that , multiple dummy channel structures of the first dummy channel structures are disposed around the contact structure in a non-symmetric configuration with regard to the contact structure . gate layers and insulating layers that are stacked alternatingly along a first direction perpendicular to a substrate of the semiconductor device in a first region upon the substrate , wherein the gate layers and the insulating layers are stacked of a stair-step form in a second region upon the substrate ; a channel structure that is disposed in the first region and extends in the first direction, wherein the channel structure extends through the gate layers and the insulating layers , and the channel structure and the gate layers form a stack of transistors in a series configuration with the gate layers being gates for the transistors; a contact structure disposed in the second region to form a conductive connection with one of the gate layers ; and a first dummy channel structure disposed in the second region and around the contact structure , the first dummy channel structure being patterned with a first shape that is different from a second shape of the channel structure , which has a circular shape at a horizontal cross-section of the semiconductor device , wherein the first dummy channel structure has a non-circular-shape at the horizontal cross-section,
A process for colouring hair wherein a composition obtained from the mixture of the compositions A, B and D, wherein - a composition (Composition A) comprising one or more of the ingredients selected from one or more hair direct dyes, one or more oxidative dye precursors, one or more persalts, and one or more alkalizing agent, and having a pH in the range of 8 to 11 is mixed with an aqueous composition (Composition B) comprising one or more oxidizing agent and having a pH in the range of 2 to 6 and the mixture of Compositions A and B is added an aqueous composition (Composition D) comprising a copolymer of hydroxyalkyl acrylic acid and/or its salts, - is applied onto hair and after processing 1 to 45 min, rinsed off from hair. - a composition (Composition A) comprising one or more of the ingredients selected from one or more hair direct dyes, one or more oxidative dye precursors, one or more persalts, and one or more alkalizing agent, and having a pH in the range of 8 to 11 is mixed with an aqueous composition (Composition B) comprising one or more oxidizing agent and having a pH in the range of 2 to 6 and the mixture of Compositions A and B is added an aqueous composition (Composition D) comprising a copolymer of hydroxyalkyl acrylic acid and/or its salts, - is applied onto hair and after processing 1 to 45 min, rinsed off from hair.
A LED-based lighting unit, comprising: a longitudinally extending lighting unit axis (A, A1); a light output opening surrounding said lighting unit axis (A, A1); a plurality of LED PCBs positioned below said light output opening and surrounding said lighting unit axis (A, A1), each of said LED PCBs being substantially parallel to said lighting unit axis (A, A1) and having interiorly facing LEDs generally directed toward and perpendicular to the lighting unit axis thereon and emitting a light output having a light output central axis; and a plurality of reflective pyramidal structures provided interiorly of said LED PCBs and radially arranged about said lighting unit axis (A, A1), each of said pyramidal structures having an apex most proximal said lighting unit axis (A, A1) and a base most distal said lighting unit axis (A, A1), said base receiving a majority of said light output from a single of said LED PCBs, the pyramidal structures each having an open side, and a light output opening is collectively formed by the plurality of individual openings in the open side of each of the pyramidal structures . a longitudinally extending lighting unit axis (A, A1); a light output opening surrounding said lighting unit axis (A, A1); a plurality of LED PCBs positioned below said light output opening and surrounding said lighting unit axis (A, A1), each of said LED PCBs being substantially parallel to said lighting unit axis (A, A1) and having interiorly facing LEDs generally directed toward and perpendicular to the lighting unit axis thereon and emitting a light output having a light output central axis; and a plurality of reflective pyramidal structures provided interiorly of said LED PCBs and radially arranged about said lighting unit axis (A, A1), each of said pyramidal structures having an apex most proximal said lighting unit axis (A, A1) and a base most distal said lighting unit axis (A, A1), said base receiving a majority of said light output from a single of said LED PCBs, the pyramidal structures each having an open side, and a light output opening is collectively formed by the plurality of individual openings in the open side of each of the pyramidal structures .
Vehicle tyre having at least one planar element which is configured on an external face of the vehicle tyre , in particular on a sidewall external face and/or a tread external face , and has a contrasting surface structure having webs disposed next to one another, wherein a height at least of one first web of the webs continuously decreases along the elongate extent of the at least one first web , characterized in that the webs , disposed next to one another, of the contrasting surface structure have a repeat spacing of 0.2 mm to 1.2 mm.
A floss cartridge comprising: a housing ; and a roll of dental floss comprising a polymer, the floss having a first surface and a second surface ; wherein the floss cartridge includes: a floss exit opening in the housing through which the floss is configured to exit; a cutting device on an exterior of the housing configured to cut the dental floss into a desired length, characterized in that the floss cartridge further includes a texture-inducing structure arranged within the housing and configured to impart texture onto at least one of the first and second surfaces of the dental floss prior to or during the dental floss passing through the floss exit opening, wherein the structure includes at least one roller configured to emboss the texture onto at least one of the first and second surfaces of the dental floss as the floss passes over the at least one roller. a housing ; and a roll of dental floss comprising a polymer, the floss having a first surface and a second surface ; wherein the floss cartridge includes: a floss exit opening in the housing through which the floss is configured to exit; a cutting device on an exterior of the housing configured to cut the dental floss into a desired length, characterized in that the floss cartridge further includes a texture-inducing structure arranged within the housing and configured to impart texture onto at least one of the first and second surfaces of the dental floss prior to or during the dental floss passing through the floss exit opening, wherein the structure includes at least one roller configured to emboss the texture onto at least one of the first and second surfaces of the dental floss as the floss passes over the at least one roller. a floss exit opening in the housing through which the floss is configured to exit; a cutting device on an exterior of the housing configured to cut the dental floss into a desired length, characterized in that the floss cartridge further includes a texture-inducing structure arranged within the housing and configured to impart texture onto at least one of the first and second surfaces of the dental floss prior to or during the dental floss passing through the floss exit opening, wherein the structure includes at least one roller configured to emboss the texture onto at least one of the first and second surfaces of the dental floss as the floss passes over the at least one roller.
A method for determining an impedance of an electrically conducting device , such as a battery or a welded metal joint, comprising the steps of: - applying a time-varying electric current to the electrically conducting device , wherein the current varies at least between a first level and a second level , wherein the current changes between the first level and second level within a time interval , wherein said time interval is so short that a voltage response of the electrically conducting device exhibits a first local voltage extremum followed by a decay , wherein an ohmic resistance voltage is adopted by the voltage response , when the first local voltage extremum has decayed, acquiring the voltage response at least partially, such that the acquired voltage response comprises and resolves the first local voltage extremum and the ohmic resistance voltage , wherein the sample rate of the acquisition is selected such that at least two measurement points for the local voltage extremum are acquired, - determining an impedance of the electrically conducting device from the acquired voltage response , from the ohmic resistance voltage , and the applied current . - applying a time-varying electric current to the electrically conducting device , wherein the current varies at least between a first level and a second level , wherein the current changes between the first level and second level within a time interval , wherein said time interval is so short that a voltage response of the electrically conducting device exhibits a first local voltage extremum followed by a decay , wherein an ohmic resistance voltage is adopted by the voltage response , when the first local voltage extremum has decayed, acquiring the voltage response at least partially, such that the acquired voltage response comprises and resolves the first local voltage extremum and the ohmic resistance voltage , wherein the sample rate of the acquisition is selected such that at least two measurement points for the local voltage extremum are acquired, wherein the current changes between the first level and second level within a time interval , wherein said time interval is so short that a voltage response of the electrically conducting device exhibits a first local voltage extremum followed by a decay , wherein an ohmic resistance voltage is adopted by the voltage response , when the first local voltage extremum has decayed, acquiring the voltage response at least partially, such that the acquired voltage response comprises and resolves the first local voltage extremum and the ohmic resistance voltage , wherein the sample rate of the acquisition is selected such that at least two measurement points for the local voltage extremum are acquired, - determining an impedance of the electrically conducting device from the acquired voltage response , from the ohmic resistance voltage , and the applied current .
A cooling system comprising: a housing having opposing condensers that form opposing side walls of said housing ; an auxiliary condenser attached to said housing that forms a top wall of said housing , wherein said auxiliary condenser is fluidly coupled to each of said opposing condensers , wherein the auxiliary condenser is positioned between the opposing condensers , and wherein said auxiliary condenser is a microchannel coil that is finless; a compressor , located within said housing forming part of a refrigeration loop, wherein said auxiliary condenser is fluidly interposed with said compressor and said opposing condensers such that said compressor is fluidly connected to said opposing condensers through said auxiliary condenser to form a refrigerant path from said compressor to said auxiliary condenser and from said auxiliary condenser to said opposing condensers ; a fan located within said housing and between said compressor and said auxiliary condenser , and positioned to pull air through said opposing condensers and force air through said housing and through said auxiliary condenser and out of said housing , wherein said fan is located adjacent said auxiliary condenser ; an evaporator located within a fluid tank , said refrigeration loop fluidly coupling said evaporator with said compressor ; and wherein said auxiliary condenser is positioned such that it serves as a protective grill for said fan . a housing having opposing condensers that form opposing side walls of said housing ; an auxiliary condenser attached to said housing that forms a top wall of said housing , wherein said auxiliary condenser is fluidly coupled to each of said opposing condensers , wherein the auxiliary condenser is positioned between the opposing condensers , and wherein said auxiliary condenser is a microchannel coil that is finless; a compressor , located within said housing forming part of a refrigeration loop, wherein said auxiliary condenser is fluidly interposed with said compressor and said opposing condensers such that said compressor is fluidly connected to said opposing condensers through said auxiliary condenser to form a refrigerant path from said compressor to said auxiliary condenser and from said auxiliary condenser to said opposing condensers ; a fan located within said housing and between said compressor and said auxiliary condenser , and positioned to pull air through said opposing condensers and force air through said housing and through said auxiliary condenser and out of said housing , wherein said fan is located adjacent said auxiliary condenser ; an evaporator located within a fluid tank , said refrigeration loop fluidly coupling said evaporator with said compressor ; and wherein said auxiliary condenser is positioned such that it serves as a protective grill for said fan .
A granular absorbent extrusion system for producing extruded granular sorbent comprising an extruder having a perforate extruder die disposed at a discharge end of the extruder which is adapted to extrude sorbent pellets from a starch-containing admixture during extruder operation, characterized by a pellet quenching apparatus comprised of (i) a quenching chamber receiving the sorbent pellets as they are extruded from the extruder die , (ii) a quenching air supply supplying quenching air at room temperature having a temperature of between 18 degrees Celsius and 26 degrees Celsius, and (iii) an outlet of a quenching air delivery conduit for introducing said quenching air into the quenching chamber and for positively pressurizing at least that portion of the atmosphere within the quenching chamber contacting and surrounding the pellets , thus quenching the extruded sorbent pellets by cooling and drying the extruded sorbent pellets as they are being extruded from a die and cut by a rotary cutter .