mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a molded decorative article comprising the steps of: (i) providing a hardcoat film comprising: a polymeric film substrate having a first side and a second side; a curable coating having a first side and a second side, wherein the first side of the curable coating is disposed on the second side of the polymeric film substrate; and a protective overlayer having a first side and a second side, wherein the first side of the protective overlayer is disposed on the second side of the curable coating; wherein at least the first side of the protective overlayer is textured; and wherein the texture of the first side of the protective overlayer is imparted to the second side of the curable coating; (ii) printing an image on the hardcoat film; (iii) removing the protective overlayer; (iv) curing the curable coating; (v) cutting the hardcoat film; (vi) injection molding a plastic part on the first side of the polymeric film substrate; wherein the method comprises a further step, after the printing step (ii), before the removing step (iii) and before the curing step (iv), of forming the hardcoat film into a three-dimensional pattern and using a die and/or heat and/or a vacuum to set and/or thermoset the hardcoat film into the three-dimensional pattern. (i) providing a hardcoat film comprising: a polymeric film substrate having a first side and a second side; a curable coating having a first side and a second side, wherein the first side of the curable coating is disposed on the second side of the polymeric film substrate; and a protective overlayer having a first side and a second side, wherein the first side of the protective overlayer is disposed on the second side of the curable coating; wherein at least the first side of the protective overlayer is textured; and wherein the texture of the first side of the protective overlayer is imparted to the second side of the curable coating; a polymeric film substrate having a first side and a second side; a curable coating having a first side and a second side, wherein the first side of the curable coating is disposed on the second side of the polymeric film substrate; and a protective overlayer having a first side and a second side, wherein the first side of the protective overlayer is disposed on the second side of the curable coating; wherein at least the first side of the protective overlayer is textured; and wherein the texture of the first side of the protective overlayer is imparted to the second side of the curable coating; (ii) printing an image on the hardcoat film; (iii) removing the protective overlayer; (iv) curing the curable coating; (v) cutting the hardcoat film; (vi) injection molding a plastic part on the first side of the polymeric film substrate;
A rut testing apparatus for testing the susceptibility of a pavement specimen to rutting, the apparatus comprising: a specimen holder for supporting the specimen to be tested, the specimen holder arranged to support the specimen from below and to support two opposite ends of the specimen, the specimen holder arranged so that one or more lateral sides of the specimen are substantially unsupported or supported by a moveable support member to allow the specimen to deform in a lateral direction that is transverse to a direction that extends between the opposite ends for substantially an entire test; a wheel that is arranged to move along at least part of the specimen in the direction that extends between the opposite ends; and a sensor to determine deformation of the specimen in the lateral direction. a specimen holder for supporting the specimen to be tested, the specimen holder arranged to support the specimen from below and to support two opposite ends of the specimen, the specimen holder arranged so that one or more lateral sides of the specimen are substantially unsupported or supported by a moveable support member to allow the specimen to deform in a lateral direction that is transverse to a direction that extends between the opposite ends for substantially an entire test; a wheel that is arranged to move along at least part of the specimen in the direction that extends between the opposite ends; and a sensor to determine deformation of the specimen in the lateral direction.
Method for forming a porous portion in a substrate , the method comprising: - providing a substrate comprising a layer , - implanting ions selected from hydrogen ions and noble gas ions into at least one region of the layer , the implanted region being located at an implantation depth (P) in the layer , so as to form an enriched portion enriched with at least one gas in the implanted region , then - laser annealing of the nanosecond type so as to induce, from the implanted region , at least one from among the formation and the development of a porous portion at the surface of the substrate , the porous portion comprising pores having an inner surface, - surface treating the porous portion comprising thermal oxidation of the inner surface of the pores of the porous portion or deposition of a dielectric material or of a semiconductor material on said inner surface. - providing a substrate comprising a layer , - implanting ions selected from hydrogen ions and noble gas ions into at least one region of the layer , the implanted region being located at an implantation depth (P) in the layer , so as to form an enriched portion enriched with at least one gas in the implanted region , then - laser annealing of the nanosecond type so as to induce, from the implanted region , at least one from among the formation and the development of a porous portion at the surface of the substrate , the porous portion comprising pores having an inner surface, - surface treating the porous portion comprising thermal oxidation of the inner surface of the pores of the porous portion or deposition of a dielectric material or of a semiconductor material on said inner surface.
Safety device for a building-related passenger transport system , the safety device comprising a microcontroller having a memory , a processor , and a communication interface ; a safety module being stored in the memory ; an update module being stored in the memory which, when it is executed on the processor , receives a software package via the communication interface and updates at least parts of the safety module with the software package ; the microcontroller being configured in such a way that the safety module is able to be amended only, i.e. solely, by the update module ; characterized in that when the safety module is executed on the processor , it receives safety-relevant signals from components of the passenger transport system , evaluates them with regard to a safety problem, and transmits a warning signal to a controller of the passenger transport system in the event of a safety problem, in that the processor has a first processor core on which the safety module is executed; in that the processor has a second processor core on which the update module is executed; and in that the access of the second processor core is restricted to regions of the memory in which the safety module is stored. the safety device comprising a microcontroller having a memory , a processor , and a communication interface ; a safety module being stored in the memory ; an update module being stored in the memory which, when it is executed on the processor , receives a software package via the communication interface and updates at least parts of the safety module with the software package ; the microcontroller being configured in such a way that the safety module is able to be amended only, i.e. solely, by the update module ; characterized in that when the safety module is executed on the processor , it receives safety-relevant signals from components of the passenger transport system , evaluates them with regard to a safety problem, and transmits a warning signal to a controller of the passenger transport system in the event of a safety problem, in that the processor has a first processor core on which the safety module is executed; in that the processor has a second processor core on which the update module is executed; and in that the access of the second processor core is restricted to regions of the memory in which the safety module is stored.
Electrically conductive particles comprising fine particles that are flake-like and of which a main component is an electrically conductive metal, wherein the content of the metal in the particles is equal to or greater than 90% by weight, wherein the metal is a core, wherein the core is monocrystalline as a whole, wherein the main component is silver, wherein the particles have a cumulative 50% by volume particle diameter D50, measured by a laser diffraction/scattering type particle size distribution measurement method, of equal to or greater than 0.10 μm but equal to or less than 0.50 μm, a cumulative 95% by volume particle diameter D95, measured by the laser diffraction/scattering type particle size distribution measurement method, of equal to or less than 1.00 μm, and a maximum particle diameter Dmax, measured by the laser diffraction/scattering type particle size distribution measurement method, of equal to or less than 3.00 μm.
A touch method, applied to a terminal having a touchscreen configured to support an area change gesture and a touch-and-hold gesture, wherein a touch operation entered by a user is recognized as an area change gesture when the obtained touch area (S) reaches a preset area threshold (S2) and the touch operation entered by a user is recognized as a touch-and-hold gesture when the duration (T) of touching the touchscreen reaches a preset first time threshold (T1); wherein the method comprises: receiving, by the terminal , a first touch operation entered by a user on a touch object , wherein the touch object is a control element supporting an area change gesture and a touch-and-hold gesture; displaying, by the terminal in response to the first touch operation, a first interface corresponding to the area change gesture based on the touch area (S) of the touch applied to the touch object in the first touch operation meets a first preset condition within the first time threshold (T1), and reaches, within a second time threshold (T2), the preset area threshold (S2) for recognizing the area change gesture, the second time threshold (T2) is greater than the first time threshold (T1) for recognizing the touch-and-hold gesture by the terminal ; displaying, by the terminal in response to the first touch operation, a second interface corresponding to the touch-and-hold gesture based on the touch area (S) applied to the touch object in the first touch operation meets the first preset condition within the first time threshold (T1) but does not reach the area threshold (S2) within the second time threshold (T2), or the touch area (S) applied to the touch object in the first touch operation does not meet the first preset condition within the first time threshold (T1). receiving, by the terminal , a first touch operation entered by a user on a touch object , wherein the touch object is a control element supporting an area change gesture and a touch-and-hold gesture; displaying, by the terminal in response to the first touch operation, a first interface corresponding to the area change gesture based on the touch area (S) of the touch applied to the touch object in the first touch operation meets a first preset condition within the first time threshold (T1), and reaches, within a second time threshold (T2), the preset area threshold (S2) for recognizing the area change gesture, the second time threshold (T2) is greater than the first time threshold (T1) for recognizing the touch-and-hold gesture by the terminal ; displaying, by the terminal in response to the first touch operation, a second interface corresponding to the touch-and-hold gesture based on the touch area (S) applied to the touch object in the first touch operation meets the first preset condition within the first time threshold (T1) but does not reach the area threshold (S2) within the second time threshold (T2), or the touch area (S) applied to the touch object in the first touch operation does not meet the first preset condition within the first time threshold (T1).
A nutritional supplement comprising the following components: - Glutamine peptide; - Lactoferrin; - Milk salts; - Tricalcium phosphate; - Sodium acid pyrophosphate and - Magnesium citrate. - Glutamine peptide; - Lactoferrin; - Milk salts; - Tricalcium phosphate; - Sodium acid pyrophosphate and - Magnesium citrate.
A succinate salt of 7-cyclopentyl-2-(5-piperazin-1-yl-pyridin-2-ylamino)-7H-pyrrolo[2,3-d]pyrimidine-6-carboxylic acid dimethylamide, wherein the salt is described by Formula (II)
A method for reducing power consumption of a mobile terminal, the method being applied to a mobile terminal comprising: sending a parameter adjustment request to an access network device connected to the mobile terminal, in response to a received instruction for reducing power consumption; wherein the parameter adjustment request includes: battery level information of the mobile terminal; receiving a parameter adjustment instruction sent by the access network device, wherein the parameter adjustment instruction includes a communication parameter to be adjusted, and the communication parameter to be adjusted is a baseband-chip related communication parameter; and adjusting the baseband-chip related communication parameter in the mobile terminal according to the parameter adjustment instruction, to reduce the power consumption of the mobile terminal, wherein the mobile terminal detects its battery level, wherein the instruction for reducing power consumption is triggered by the mobile terminal according to the battery level of the mobile terminal, and wherein when a battery level indicated by the battery level information is less than a third power threshold, an adjustment frequency band is determined, wherein the adjustment frequency band allows a communication quality higher than that of the current communication frequency band of the mobile terminal; and the parameter adjustment instruction is generated according to the adjustment frequency band, wherein the parameter adjustment instruction also instructs the mobile terminal to adjust the communication frequency band to the adjustment frequency band. sending a parameter adjustment request to an access network device connected to the mobile terminal, in response to a received instruction for reducing power consumption; wherein the parameter adjustment request includes: battery level information of the mobile terminal; receiving a parameter adjustment instruction sent by the access network device, wherein the parameter adjustment instruction includes a communication parameter to be adjusted, and the communication parameter to be adjusted is a baseband-chip related communication parameter; and adjusting the baseband-chip related communication parameter in the mobile terminal according to the parameter adjustment instruction, to reduce the power consumption of the mobile terminal, wherein the mobile terminal detects its battery level, wherein the instruction for reducing power consumption is triggered by the mobile terminal according to the battery level of the mobile terminal, and wherein when a battery level indicated by the battery level information is less than a third power threshold, an adjustment frequency band is determined, wherein the adjustment frequency band allows a communication quality higher than that of the current communication frequency band of the mobile terminal; and the parameter adjustment instruction is generated according to the adjustment frequency band, wherein the parameter adjustment instruction also instructs the mobile terminal to adjust the communication frequency band to the adjustment frequency band.
An assembly composed of a plastic vehicle tank and a reinforcement structure made of plastic material for plastic vehicle tank , said reinforcement structure comprising: - a first portion comprising at least one weak section and at least one strong section , which are designed so that said weak section breaks before said strong section when said first portion is under mechanical stress; and - at least one second portion designed to reduce the slosh noise, said second portion extends from said strong section ; characterized in that : - the first portion and the second portion are made in one piece, preferably by injection-moulding process, and - the reinforcement structure is welded to an upper base and a lower base of the plastic vehicle tank . - a first portion comprising at least one weak section and at least one strong section , which are designed so that said weak section breaks before said strong section when said first portion is under mechanical stress; and - at least one second portion designed to reduce the slosh noise, said second portion extends from said strong section ; - the first portion and the second portion are made in one piece, preferably by injection-moulding process, and - the reinforcement structure is welded to an upper base and a lower base of the plastic vehicle tank .
System for an electric or hybrid vehicle , having a refrigerant circuit which can be operated as a heat pump for heating air for and/or in at least one part of a vehicle interior and which comprises at least one compressor , at least one heat exchanger which can be operated as a condenser or gas cooler, at least one expansion element and at least one further heat exchanger which can be operated as an evaporator, wherein the system comprises a thermal accumulator with a phase-change material as heat accumulator, which thermal accumulator is or can be coupled thermally to the high-pressure region of the refrigerant circuit operable as a heat pump, characterized - in that the compressor power can be regulated, and - in that the system comprises a controller which is configured such that, by means of said controller, the system , in heat-pump mode, can be controlled in such a way that, for a relatively low heating requirement, reducing the power of the at least one compressor has relatively high priority and releasing in a regulated manner heat stored in the thermal accumulator for covering the heating requirement for heating of air for and/or in at least one part of a vehicle interior has relatively low priority. - in that the compressor power can be regulated, and - in that the system comprises a controller which is configured such that, by means of said controller, the system , in heat-pump mode, can be controlled in such a way that, for a relatively low heating requirement, reducing the power of the at least one compressor has relatively high priority and releasing in a regulated manner heat stored in the thermal accumulator for covering the heating requirement for heating of air for and/or in at least one part of a vehicle interior has relatively low priority.
An arrester section configured to provide arresting capability in a bore, the arrester section comprising: an arrester including a series of overlapping blades that are moveable relative to the bore between an open position and a closed position, in which closed position flow through the bore is more restricted than when the blades are in the open position, wherein each blade extends in a direction that is downward and inward, and wherein, for each blade, when the blade is in the closed position, the blade extends farther inwardly than when the blade is in the open position; and a motor connected to the arrester and configured to move the blades to the open position when the motor is energised, characterized in that at least some of the blades include vents . an arrester including a series of overlapping blades that are moveable relative to the bore between an open position and a closed position, in which closed position flow through the bore is more restricted than when the blades are in the open position, wherein each blade extends in a direction that is downward and inward, and wherein, for each blade, when the blade is in the closed position, the blade extends farther inwardly than when the blade is in the open position; and a motor connected to the arrester and configured to move the blades to the open position when the motor is energised, characterized in that at least some of the blades include vents .
A fan module comprising: a fan ; a fan housing to carry the fan , the fan to rotate in the fan housing ; and a flange extending from the fan housing , characterized in that the flange includes: electrical signal paths configured to provide an interconnect to electrically couple at least portions of a first electrical circuit and a second electrical circuit of an electronic device ; a plurality of traces formed on a surface of the flange to define the electrical signal paths; a first electrical connector carried by a first portion of the flange; and a second electrical connector carried by a second portion of the flange , the first electrical connector and the second electrical connector being electrically coupled via the traces. a fan ; a fan housing to carry the fan , the fan to rotate in the fan housing ; and a flange extending from the fan housing , characterized in that the flange includes: electrical signal paths configured to provide an interconnect to electrically couple at least portions of a first electrical circuit and a second electrical circuit of an electronic device ; a plurality of traces formed on a surface of the flange to define the electrical signal paths; a first electrical connector carried by a first portion of the flange; and a second electrical connector carried by a second portion of the flange , the first electrical connector and the second electrical connector being electrically coupled via the traces. electrical signal paths configured to provide an interconnect to electrically couple at least portions of a first electrical circuit and a second electrical circuit of an electronic device ; a plurality of traces formed on a surface of the flange to define the electrical signal paths; a first electrical connector carried by a first portion of the flange; and a second electrical connector carried by a second portion of the flange , the first electrical connector and the second electrical connector being electrically coupled via the traces.