mhurhangee/patent-ind-claim-en huggingface dataset:
A method of configuring an electrical load control system, characterized in that the method comprises the following steps: receiving, by a user device that includes an electrical load system configuration controller, an input that includes data representative of a control device detection range ; determining, by the user device, a broadcast signal strength based on the received control device detection range ; causing, by the user device , a transmission of a broadcast message at the selected broadcast signal strength, the broadcast message including data representative of one or more control device types; receiving, by the user device , a respective response signal from each of a plurality of control devices matching the one or more control device types, wherein each response signal includes information associated with the respective control device; generating, on the user device , an interface that includes information associated with each of the plurality control devices, responsive to receipt of the respective response signals from each of the plurality of control devices; receiving, by the user device , an input via the interface to create an association between at least a first control device and a second control device included in the plurality of control devices; and communicating, by the user device data representative of the association between at least the first control device and the second control device such that the first control device causes the second control device to control one or more operational parameters of one or more electrical load devices operatively coupled to the second control device. receiving, by a user device that includes an electrical load system configuration controller, an input that includes data representative of a control device detection range ; determining, by the user device, a broadcast signal strength based on the received control device detection range ; causing, by the user device , a transmission of a broadcast message at the selected broadcast signal strength, the broadcast message including data representative of one or more control device types; receiving, by the user device , a respective response signal from each of a plurality of control devices matching the one or more control device types, wherein each response signal includes information associated with the respective control device; generating, on the user device , an interface that includes information associated with each of the plurality control devices, responsive to receipt of the respective response signals from each of the plurality of control devices; receiving, by the user device , an input via the interface to create an association between at least a first control device and a second control device included in the plurality of control devices; and communicating, by the user device data representative of the association between at least the first control device and the second control device such that the first control device causes the second control device to control one or more operational parameters of one or more electrical load devices operatively coupled to the second control device.
Abrasive particles comprising dish-shaped abrasive particles ; each of the dish-shaped abrasive particles having a sidewall ; each of the dish-shaped abrasive particles comprising alpha alumina; and each of the dish-shaped abrasive particles having a first face and a second face separated by a varying thickness (T), a perimeter of the first face and a perimeter of the second face , wherein the first face and the second face are selected to have the same geometric shape, although, they may differ in size with one face being larger than the other face, wherein the perimeter comprises a triangular shape; wherein the first face is recessed. each of the dish-shaped abrasive particles having a sidewall ; each of the dish-shaped abrasive particles comprising alpha alumina; and each of the dish-shaped abrasive particles having a first face and a second face separated by a varying thickness (T), a perimeter of the first face and a perimeter of the second face , wherein the first face and the second face are selected to have the same geometric shape, although, they may differ in size with one face being larger than the other face, wherein the perimeter comprises a triangular shape; wherein the first face is recessed.
A method for testing a spatial proximity of a first object to a second object, comprising: network-side determining a position of the first object by a cellular network based on a signal of the first object emitted over the cellular network; comparing the position of the first object with a position of the second object; and identifying the spatial proximity of the first object to the second object when the position of the first object is a distance from the position of the second object that is less than a given distance, wherein, if it is identified that there is no spatial proximity of the first object to the second object, the method further comprises: locating the first object over the cellular network for network-side tracking of the first object, wherein the signal of the first object is emitted as a result of a predetermined minimum movement of the first object within a predetermined time period. network-side determining a position of the first object by a cellular network based on a signal of the first object emitted over the cellular network; comparing the position of the first object with a position of the second object; and identifying the spatial proximity of the first object to the second object when the position of the first object is a distance from the position of the second object that is less than a given distance, wherein, if it is identified that there is no spatial proximity of the first object to the second object, the method further comprises: locating the first object over the cellular network for network-side tracking of the first object, wherein the signal of the first object is emitted as a result of a predetermined minimum movement of the first object within a predetermined time period. locating the first object over the cellular network for network-side tracking of the first object, wherein the signal of the first object is emitted as a result of a predetermined minimum movement of the first object within a predetermined time period.
A joint for connecting a first blade segment to a second blade segment of a wind turbine rotor blade , the joint comprising: a first bolt comprising a first proximal end connected to the first blade segment and a first distal end connected to the second blade segment ; a second bolt comprising a second proximal end connected to the first blade segment and a second distal end connected to the second blade segment ; and a third bolt comprising a third proximal end connected to the first blade segment and a third distal end connected to the second blade segment , wherein at least two of the first bolt , the second bolt and the third bolt differ in size, and wherein a first distance between the first bolt and the second bolt is different than a second distance between the second bolt and the third bolt ; characterized in that : the bolts are connected between the first blade segment and the second blade segment in alternating directions. a first bolt comprising a first proximal end connected to the first blade segment and a first distal end connected to the second blade segment ; a second bolt comprising a second proximal end connected to the first blade segment and a second distal end connected to the second blade segment ; and a third bolt comprising a third proximal end connected to the first blade segment and a third distal end connected to the second blade segment , wherein at least two of the first bolt , the second bolt and the third bolt differ in size, and wherein a first distance between the first bolt and the second bolt is different than a second distance between the second bolt and the third bolt ; characterized in that : the bolts are connected between the first blade segment and the second blade segment in alternating directions.
A component configured for handling a liquid and/or able to be contacted by a liquid for use in a beverage dispensing apparatus, said component comprising at least one hydrophobic liquid contact surface portion, wherein said hydrophobic liquid contact surface portion presents a micro- and nano-meter hierarchical patterned structure, said structure comprising : - homogeneously distributed micrometre-sized pillars , and - homogeneously distributed nanometre-sized pillars at the upper surface of the micrometre-sized pillars, and - nanometre-sized protrusions at the upper surface of the nanometre-sized pillars, said protrusions being positioned in a non-periodic, irregular pattern. - homogeneously distributed micrometre-sized pillars , and - homogeneously distributed nanometre-sized pillars at the upper surface of the micrometre-sized pillars, and - nanometre-sized protrusions at the upper surface of the nanometre-sized pillars, said protrusions being positioned in a non-periodic, irregular pattern.
A method of controlling commencement of an injection of a second melt stream of a second moldable material from an auxiliary injection unit in a sequential co-injection molding comprising the steps of: positioning a sensor in a co-injection molding system to sense a pressure (P) or a velocity (V) of a first melt stream of a first moldable material (S1) provided by a primary injection unit , wherein the first melt stream flows along a first melt path of the co- injection molding system ; commencing a first injection of the first melt stream of the first moldable material (S1) from the primary injection unit ; characterised by providing a signal that actuates a timer when the first injection of the first moldable material (S1) from the primary injection unit reaches a preselected pressure value (P s ) or a preselected velocity value (V s ); commencing an injection of a second melt stream of a second moldable material (S2) from the auxiliary injection unit after a preset time period (T 1 ) that ends prior to the completion of the first injection of the first melt stream; and commencing a second injection of the first material from the primary injection unit after passage of a second time period (Tz) that ends prior to the completion of the injection of the second material, wherein the second melt stream flows along a second melt path of the co-injection molding system . positioning a sensor in a co-injection molding system to sense a pressure (P) or a velocity (V) of a first melt stream of a first moldable material (S1) provided by a primary injection unit , wherein the first melt stream flows along a first melt path of the co- injection molding system ; commencing a first injection of the first melt stream of the first moldable material (S1) from the primary injection unit ; characterised by providing a signal that actuates a timer when the first injection of the first moldable material (S1) from the primary injection unit reaches a preselected pressure value (P s ) or a preselected velocity value (V s ); commencing an injection of a second melt stream of a second moldable material (S2) from the auxiliary injection unit after a preset time period (T 1 ) that ends prior to the completion of the first injection of the first melt stream; and commencing a second injection of the first material from the primary injection unit after passage of a second time period (Tz) that ends prior to the completion of the injection of the second material, wherein the second melt stream flows along a second melt path of the co-injection molding system .
System for use with a crane comprising a crane tool attachable to a hoisting cable of the crane and one or more adaptors attachable to one or more tools (11-14, 25) for carrying out operations and/or to one or more components , the crane tool comprising a circle cylindrical main body and a connector and at least one of the adaptors comprising a connector-counterpart , wherein the connector comprises a plurality of latches evenly distributed over the circumference of the main body and the connector-counterpart comprises a notch or a rim for the latches to hook in or behind, and characterized in that the latches are pivotal about axes extending horizontally through their lower ends, enabling the latches to deflect inwards when the crane tool is inserted in one of the adaptors , whereby the axes extend tangentially through the lower ends of the latches and wherein hydraulic actuators are located inside the main body to actively retract the latches by rotation about their axes to release the crane tool from the one of the adaptors . a crane tool attachable to a hoisting cable of the crane and one or more adaptors attachable to one or more tools (11-14, 25) for carrying out operations and/or to one or more components , the crane tool comprising a circle cylindrical main body and a connector and at least one of the adaptors comprising a connector-counterpart , wherein the connector comprises a plurality of latches evenly distributed over the circumference of the main body and the connector-counterpart comprises a notch or a rim for the latches to hook in or behind, and characterized in that the latches are pivotal about axes extending horizontally through their lower ends, enabling the latches to deflect inwards when the crane tool is inserted in one of the adaptors , whereby the axes extend tangentially through the lower ends of the latches and wherein hydraulic actuators are located inside the main body to actively retract the latches by rotation about their axes to release the crane tool from the one of the adaptors .
Analysis method for the optical determination of test strip or control surfaces after treatment with a computer program, wherein at least after cleaning and/or sterilization of the test strip or control surfaces , the substances present on the surfaces of the test strips or control surfaces are recorded as pixels in the first step using optical methods, followed by data transmission to a server via the Internet and the software program for pixel analysis on the server carries out at least one pixel count and evaluates the pixels according to intensity, in order to calculate or reconstruct the pixels before the treatment with the support of markers , characters , frames, barcodes, corners or surfaces or to generate in a second step or construct these virtually in order to determine the cleaning or sterilization success of individual analysis results in a third step at least by the decrease in the pixel quantity or by the pixel change of a surface colour and/or a surface pattern after a treatment has taken place in comparison with a collected data pool.
An image display device displaying an image by scanning laser light, the device comprising: a laser light source unit allowing the laser light to exit; a screen formed of at least two diffusion members which diffuse and transmit the laser light and generate image light; a vibration mechanism vibrating at least one diffusion member among the diffusion members ; and a scanning element scanning the laser light exiting from the laser light source unit in a first direction on the screen and a second direction orthogonal to the first direction, wherein a scanning speed of the scanning element in the second direction (x) is faster than a scanning speed in the first direction (y), and a diameter of the laser light in the first direction on the screen is greater than an interval in the first direction (y), of a scanning trajectory in the second direction (x) on the screen. a laser light source unit allowing the laser light to exit; a screen formed of at least two diffusion members which diffuse and transmit the laser light and generate image light; a vibration mechanism vibrating at least one diffusion member among the diffusion members ; and a scanning element scanning the laser light exiting from the laser light source unit in a first direction on the screen and a second direction orthogonal to the first direction, wherein a scanning speed of the scanning element in the second direction (x) is faster than a scanning speed in the first direction (y), and a diameter of the laser light in the first direction on the screen is greater than an interval in the first direction (y), of a scanning trajectory in the second direction (x) on the screen.
System for insulation and vapor barrier sealing of a room to be insulated comprising: - a hanger device adapted to be fixed on a support , in particular a rafter, the hanger device comprising a rod extending in an axial direction up to a front end , and designed to pierce a thermal insulator ; and - a thermal insulator comprising a mat comprising a mineral wool and a vapor barrier layer , the vapor barrier layer being fixed by an adhesive on a main surface of the mat; and - a head designed to be attached to the front end of the rod and designed to receive a batten profile , in particular a metal batten profile; and - a portion of a vapor sealing sleeve adapted to be fixed on an internal surface of the vapor barrier layer of the thermal insulator, in particular at the periphery of the rod, so that the vapor sealing sleeve provides a vapor barrier seal between the thermal insulator and the interior of the room to be insulated; the vapor sealing sleeve comprising a an adhesive layer designed to be fastened on to the internal surface of the vapor barrier layer. - a hanger device adapted to be fixed on a support , in particular a rafter, the hanger device comprising a rod extending in an axial direction up to a front end , and designed to pierce a thermal insulator ; and - a thermal insulator comprising a mat comprising a mineral wool and a vapor barrier layer , the vapor barrier layer being fixed by an adhesive on a main surface of the mat; and - a head designed to be attached to the front end of the rod and designed to receive a batten profile , in particular a metal batten profile; and - a portion of a vapor sealing sleeve adapted to be fixed on an internal surface of the vapor barrier layer of the thermal insulator, in particular at the periphery of the rod, so that the vapor sealing sleeve provides a vapor barrier seal between the thermal insulator and the interior of the room to be insulated;
A coated substrate comprising a transparent substrate provided with a stack of thin layers comprising an alternating arrangement of n infrared radiation reflecting (IR) functional layers and n+1 dielectric coatings, with n ≥ 1, such that each functional layer is surrounded by dielectric coatings, characterized in that the stack further comprises two contact layers for at least one of the n infrared radiation reflecting functional layers, comprising an oxide of zinc combined with at least 2 distinct elements, X and Y, selected from the group comprising titanium, aluminium or selected from the group comprising indium, gallium or selected from the group comprising aluminium, magnesium, wherein the two contact layers are above and below and in direct contact with the at least one of the infrared radiation reflecting (IR) functional layers and wherein the stack comprises, in order starting from the substrate A first dielectric layer, A first contact layer, below and in contact with the first IR functional layer, An first IR functional layer, A second contact layer, above and in contact with the first IR functional layer, A second dielectric layer, A topcoat layer. the stack further comprises two contact layers for at least one of the n infrared radiation reflecting functional layers, comprising an oxide of zinc combined with at least 2 distinct elements, X and Y, selected from the group comprising titanium, aluminium or selected from the group comprising indium, gallium or selected from the group comprising aluminium, magnesium, wherein the two contact layers are above and below and in direct contact with the at least one of the infrared radiation reflecting (IR) functional layers and wherein the stack comprises, in order starting from the substrate A first dielectric layer, A first contact layer, below and in contact with the first IR functional layer, An first IR functional layer, A second contact layer, above and in contact with the first IR functional layer, A second dielectric layer, A topcoat layer. A first dielectric layer, A first contact layer, below and in contact with the first IR functional layer, An first IR functional layer, A second contact layer, above and in contact with the first IR functional layer, A second dielectric layer, A topcoat layer.
A roll-on deodorant product comprising: a roll-on deodorant package comprising a roll-ball for dispensing an aqueous antiperspirant composition; the composition comprising:- a) from 5 to 30 weight percent, preferably from 10 to 20 weight percent of an antiperspirant active; b) from 1 to 5 weight percent, preferably from 1.25 to 4 weight percent, more preferably from 1.5 to 3 weight percent of a glyceryl mono- or di- ester; c) from 0.5 to 5 weight percent, preferably from 1 to 4 weight percent, more preferably from 1.5 to 3 weight percent of a fatty alcohol, comprising a C 10 -C 20 fatty alcohol; d) from 1 to 8 weight percent, preferably from 2 to 6 weight percent, of glycerol; and, e) from 30 to 90 weight percent, preferably from 50 to 85 weight percent, more preferably from 60 to 80 weight percent of water; f) 0.15 to 2.5 weight percent, preferably from 0.2 to 1 weight percent of an ethoxylated fatty alcohol containing C 14 -C 20 carbon atoms, wherein the degree of ethoxylation is between 10 to 25 moles of ethoxylate per mole of fatty alcohol; wherein the weight ratio of b) to d) is from 1:3 to 3:1; and, wherein the formulation has a viscosity as measured by a Brookfield viscometer at 25 degrees centigrade of from 1,000 to 8,000 mPa.s (cps) as measured with the method of the description. a) from 5 to 30 weight percent, preferably from 10 to 20 weight percent of an antiperspirant active; b) from 1 to 5 weight percent, preferably from 1.25 to 4 weight percent, more preferably from 1.5 to 3 weight percent of a glyceryl mono- or di- ester; c) from 0.5 to 5 weight percent, preferably from 1 to 4 weight percent, more preferably from 1.5 to 3 weight percent of a fatty alcohol, comprising a C 10 -C 20 fatty alcohol; d) from 1 to 8 weight percent, preferably from 2 to 6 weight percent, of glycerol; and, e) from 30 to 90 weight percent, preferably from 50 to 85 weight percent, more preferably from 60 to 80 weight percent of water; f) 0.15 to 2.5 weight percent, preferably from 0.2 to 1 weight percent of an ethoxylated fatty alcohol containing C 14 -C 20 carbon atoms, wherein the degree of ethoxylation is between 10 to 25 moles of ethoxylate per mole of fatty alcohol; wherein the weight ratio of b) to d) is from 1:3 to 3:1; and, wherein the formulation has a viscosity as measured by a Brookfield viscometer at 25 degrees centigrade of from 1,000 to 8,000 mPa.s (cps) as measured with the method of the description.