mhurhangee/ep-ind-claims huggingface dataset:
A device for loading or unloading an object, preferably a boat, above or on top of a vehicle, said device comprising: - a support for fixing the device to a surface of the vehicle, said fixing support comprising at least one first fixing suction cup and at least one contact means; - a telescopic arm having one end integral with the fixing support the other end being deployable, - a guide of said object, integral with the deployable end of the telescopic arm, the guide including at least one first guide surface, characterised in that said surface of the vehicle extends in a vertical direction relative to the normal position of the stationary vehicle, said guide being pivotably mounted with respect to said fixing support, said device comprising a mechanism for adjusting the direction of inclination of the telescopic arm relative to the fixing support. - a support for fixing the device to a surface of the vehicle, said fixing support comprising at least one first fixing suction cup and at least one contact means; - a telescopic arm having one end integral with the fixing support the other end being deployable, - a guide of said object, integral with the deployable end of the telescopic arm, the guide including at least one first guide surface, characterised in that said surface of the vehicle extends in a vertical direction relative to the normal position of the stationary vehicle, said guide being pivotably mounted with respect to said fixing support, said device comprising a mechanism for adjusting the direction of inclination of the telescopic arm relative to the fixing support.
Device for moving and immobilizing an item of furniture, comprising moving means and immobilizing means, characterized in that it comprises rotation means which are formed by a tube that is mounted so as to rotate about a leg, vertical translation means which are formed by a curved cut-out having convex and concave shapes which are produced at the lower end of said tube, and at least one roller which is secured to the moving means on which said tube rests, as well as rotational moving means.
A portable printer, comprising: a print module configured to print data on a recording medium; a communication module (276, 278) configured to wirelessly communicate with an information apparatus; a pressable switch; a rotatable dial knob; and a controller configured to send, via the communication module (276, 278) to the information apparatus, information for operating the information apparatus according to operations of the switch and the dial knob; wherein: the dial knob has a cylindrical shape and includes an outer circumferential surface extending around an axis of rotation of the dial knob; and the switch is disposed inside of the dial knob and configured to be turned on and off by pressing the outer circumferential surface of the dial knob in a direction orthogonal to the axis of rotation of the dial knob. a print module configured to print data on a recording medium; a communication module (276, 278) configured to wirelessly communicate with an information apparatus; a pressable switch; a rotatable dial knob; and a controller configured to send, via the communication module (276, 278) to the information apparatus, information for operating the information apparatus according to operations of the switch and the dial knob; wherein: the dial knob has a cylindrical shape and includes an outer circumferential surface extending around an axis of rotation of the dial knob; and the switch is disposed inside of the dial knob and configured to be turned on and off by pressing the outer circumferential surface of the dial knob in a direction orthogonal to the axis of rotation of the dial knob. the dial knob has a cylindrical shape and includes an outer circumferential surface extending around an axis of rotation of the dial knob; and the switch is disposed inside of the dial knob and configured to be turned on and off by pressing the outer circumferential surface of the dial knob in a direction orthogonal to the axis of rotation of the dial knob.
A thermal-type air flow rate sensor, comprising: a semiconductor substrate; a layered structure (12, 12a, 13, 14, 16) which is provided on the semiconductor substrate; and a diaphragm portion formed by removing a part of the semiconductor substrate, wherein the layered structure includes: a resistance wiring layer; and a constant potential layer formed above the resistance wiring layer, characterised by: the resistance wiring layer comprising temperature measurement resistors (32; 33) and a heating resistor, wherein in the region of the diaphragm portion the wirings of two temperature measurements resistors (Ru1, Ru2; Rd1, Rd2) in a plan view are adjacent and parallel to each other respectively and are electrically connected to different electric potentials; the constant potential layer being electrically connected to a constant potential to keep the constant potential layer at said same constant potential, wherein the constant potential of the constant potential layer is a ground potential, and the constant potential layer being formed to cover a region of the resistance wiring layer in the diaphragm portion. a semiconductor substrate; a layered structure (12, 12a, 13, 14, 16) which is provided on the semiconductor substrate; and a diaphragm portion formed by removing a part of the semiconductor substrate, a resistance wiring layer; and a constant potential layer formed above the resistance wiring layer, characterised by: the resistance wiring layer comprising temperature measurement resistors (32; 33) and a heating resistor, wherein in the region of the diaphragm portion the wirings of two temperature measurements resistors (Ru1, Ru2; Rd1, Rd2) in a plan view are adjacent and parallel to each other respectively and are electrically connected to different electric potentials; the constant potential layer being electrically connected to a constant potential to keep the constant potential layer at said same constant potential, wherein the constant potential of the constant potential layer is a ground potential, and the constant potential layer being formed to cover a region of the resistance wiring layer in the diaphragm portion. the resistance wiring layer comprising temperature measurement resistors (32; 33) and a heating resistor, wherein in the region of the diaphragm portion the wirings of two temperature measurements resistors (Ru1, Ru2; Rd1, Rd2) in a plan view are adjacent and parallel to each other respectively and are electrically connected to different electric potentials; the constant potential layer being electrically connected to a constant potential to keep the constant potential layer at said same constant potential, wherein the constant potential of the constant potential layer is a ground potential, and the constant potential layer being formed to cover a region of the resistance wiring layer in the diaphragm portion.
A process of manufacturing an electrical wiring assembly, comprising the steps of: a) cutting an elongate strip from a sheet of metal; b) cutting a mesial slit in an end of the elongate strip, thereby forming a pair of distal projections flanking the mesial slit; wherein the mesial slit and the pair of distal projections form a forked split blade terminal, and characterized in that steps a) and b) are performed using a laser cutting process. a) cutting an elongate strip from a sheet of metal; b) cutting a mesial slit in an end of the elongate strip, thereby forming a pair of distal projections flanking the mesial slit;
An oral care composition comprising a phosphate/acrylate co-polymer, a tartar control additional agent, and an orally acceptable carrier, wherein the phosphate/acrylate co-polymer is a copolymerized product of a mixture of acrylic acid, methacrylic acid, and 2-hydroxyethyl methacrylate phosphates of Formula I comprising acrylic acid in a molar percentage of 70-90%; methacrylic acid in a molar percentage of 5-20%, and hydroxyethyl methacrylate phosphates of Formula 1 in a molar percentage of 1-10%, wherein n is 0, 1 or 2.
A method for connecting to a registered public land mobile network, RPLMN, by a user equipment, UE, the method comprising: presenting to the user of the UE on the UE's display a closed subscriber group, CSG, list for a manual CSG selection; identifying a CSG which is selected; storing a value of the RPLMN in use prior to the manual CSG selection being initiated, when the CSG is in a public land mobile network, PLMN, that is different from the RPLMN; sending an attach request to a cell corresponding to the CSG in the PLMN; receiving an attach accept message including information indicating limited service from the PLMN in response to the attach request, the information including a value related to at least one cause of the limited service, wherein the at least one cause of the limited service includes at least one of 'SMS only' or 'circuit switched, CS, fallback not preferred'; and connecting to the RPLMN using the stored value of the RPLMN, if the attach accept message includes information indicating that the limited service is received and the CSG is not available on universal mobile telecommunications system, UMTS, terrestrial radio access, UTRA, network, UTRAN. presenting to the user of the UE on the UE's display a closed subscriber group, CSG, list for a manual CSG selection; identifying a CSG which is selected; storing a value of the RPLMN in use prior to the manual CSG selection being initiated, when the CSG is in a public land mobile network, PLMN, that is different from the RPLMN; sending an attach request to a cell corresponding to the CSG in the PLMN; receiving an attach accept message including information indicating limited service from the PLMN in response to the attach request, the information including a value related to at least one cause of the limited service, wherein the at least one cause of the limited service includes at least one of 'SMS only' or 'circuit switched, CS, fallback not preferred'; and connecting to the RPLMN using the stored value of the RPLMN, if the attach accept message includes information indicating that the limited service is received and the CSG is not available on universal mobile telecommunications system, UMTS, terrestrial radio access, UTRA, network, UTRAN.
Electrical device having a housing showing at least one integrally moulded cable inlet gland through which a cable is run to inside the housing, and having a clamping facility (3a, 3b) which is located at not less than one cable inlet gland and is fastened to the cable and to the housing, whereby the clamping facility (3a, 3b) is located at the input aperture of the at least one cable inlet gland and whereby the clamping facility (3a, 3b) is attached to the at least one cable inlet gland by way of latching means (13a, 13b, 14), and whereby the clamping facility (3a, 3b) has or forms a retaining cap, characterised in that: the clamping facility (3a, 3b) has two terminal elements (6a, 6b; 6c, 6d) which are connected to each other, whereby each terminal element (6a, 6b; 6c, 6d) has a plurality of integrally moulded clamping fins (7a, 7b), and whereby the clamping fins (7a, 7b) of interconnected terminal elements (6a, 6b; 6c, 6d) are intertwined, and that first slot-shaped latching means (13a, 13b) are moulded onto the retaining cap which, by being pushed on, can interlock with second latching means shaped as lugs which are located on the outer surface of the at least one cable entry gland, and that the retaining cap which is latched with the at least one cable entry gland encloses the two terminal elements (6a, 6b) inside the at least one cable entry gland. the clamping facility (3a, 3b) has two terminal elements (6a, 6b; 6c, 6d) which are connected to each other, whereby each terminal element (6a, 6b; 6c, 6d) has a plurality of integrally moulded clamping fins (7a, 7b), and whereby the clamping fins (7a, 7b) of interconnected terminal elements (6a, 6b; 6c, 6d) are intertwined, and that first slot-shaped latching means (13a, 13b) are moulded onto the retaining cap which, by being pushed on, can interlock with second latching means shaped as lugs which are located on the outer surface of the at least one cable entry gland, and that the retaining cap which is latched with the at least one cable entry gland encloses the two terminal elements (6a, 6b) inside the at least one cable entry gland.
A telephony method for implementation on a mobile device, comprising: receiving an incoming voice call over a voice channel on the mobile device; sending, from the mobile device, a verification code comprising a series of audible tones, when identifying information for the voice call that is being received is unavailable to the mobile device; determining whether a notification of the incoming voice call was received over a data channel at the mobile device; and if the notification was received, rejecting the voice call when identifying information for the voice call is available but does not match stored identifying information for a telephony server, proceeding with the voice call responsive to receiving, at the mobile device, a reply verification code over the voice channel within a time limit; and if the notification was not received, and when identifying information for the voice call is available and matches stored identifying information for a telephony server, then allowing the call to proceed within the time limit, regardless whether the reply verification code was receive (1218, 1222), wherein the identifying information is Automatic Number Identification, ANI, information. receiving an incoming voice call over a voice channel on the mobile device; sending, from the mobile device, a verification code comprising a series of audible tones, when identifying information for the voice call that is being received is unavailable to the mobile device; determining whether a notification of the incoming voice call was received over a data channel at the mobile device; and if the notification was received, rejecting the voice call when identifying information for the voice call is available but does not match stored identifying information for a telephony server, proceeding with the voice call responsive to receiving, at the mobile device, a reply verification code over the voice channel within a time limit; and if the notification was not received, and when identifying information for the voice call is available and matches stored identifying information for a telephony server, then allowing the call to proceed within the time limit, regardless whether the reply verification code was receive (1218, 1222), wherein the identifying information is Automatic Number Identification, ANI, information.
A planographic printing plate precursor comprising, in this order: a support; two or more positive recording layers respectively comprising a resin and an infrared absorber and respectively having a solubility with respect to an aqueous alkali solution that is increased by exposure to infrared laser light; and a layer comprising a polymer compound, wherein: the polymer compound comprises at least one of a fluorine-substituted hydrocarbon group or a siloxane group; of the two or more positive recording layers, a positive recording layer that is nearest to the support comprises two resins; and one of the two resins constitutes a dispersion phase that is dispersed in a matrix phase which serves as a dispersing medium and comprises the other of the two resins. a support; two or more positive recording layers respectively comprising a resin and an infrared absorber and respectively having a solubility with respect to an aqueous alkali solution that is increased by exposure to infrared laser light; and a layer comprising a polymer compound, wherein: the polymer compound comprises at least one of a fluorine-substituted hydrocarbon group or a siloxane group; of the two or more positive recording layers, a positive recording layer that is nearest to the support comprises two resins; and one of the two resins constitutes a dispersion phase that is dispersed in a matrix phase which serves as a dispersing medium and comprises the other of the two resins. the polymer compound comprises at least one of a fluorine-substituted hydrocarbon group or a siloxane group; of the two or more positive recording layers, a positive recording layer that is nearest to the support comprises two resins; and one of the two resins constitutes a dispersion phase that is dispersed in a matrix phase which serves as a dispersing medium and comprises the other of the two resins.
A lavatory unit for an aircraft cabin, the lavatory unit comprising: a perimeter wall that separates an internal space of the unit from space external to the unit, and a door assembly; wherein in an able-bodied configuration the lavatory unit has a first internal floor space and there is a cabin floor space external to the lavatory unit, wherein in the able-bodied configuration the door assembly is operable to an open position in which an able-bodied user can access the first internal floor space via a first door opening in the perimeter wall, the first door opening having a first effective width, and wherein the lavatory unit is configurable between the able-bodied configuration and a PRM-accessible configuration; and wherein the lavatory unit is expandable into the PRM-accessible configuration in which the lavatory unit is expanded to have a second internal floor space, the second internal floor space encompassing a region of the cabin floor space; and wherein the perimeter wall comprises a moveable wall assembly; wherein in the able-bodied configuration the moveable wall assembly is in a retracted configuration, wherein the moveable wall assembly is moveable into an expanded configuration to expand the lavatory unit into the PRM-accessible configuration; and characterised in that in the PRM-accessible configuration the door assembly is operable to an open position in which a PRM can access the internal floor space via a second door opening in the perimeter wall, the second door opening having a second effective width; and wherein the second effective width is greater than the first effective width. wherein in an able-bodied configuration the lavatory unit has a first internal floor space and there is a cabin floor space external to the lavatory unit, wherein in the able-bodied configuration the door assembly is operable to an open position in which an able-bodied user can access the first internal floor space via a first door opening in the perimeter wall, the first door opening having a first effective width, and wherein the lavatory unit is configurable between the able-bodied configuration and a PRM-accessible configuration; and wherein the lavatory unit is expandable into the PRM-accessible configuration in which the lavatory unit is expanded to have a second internal floor space, the second internal floor space encompassing a region of the cabin floor space; and wherein the perimeter wall comprises a moveable wall assembly; wherein in the able-bodied configuration the moveable wall assembly is in a retracted configuration, wherein the moveable wall assembly is moveable into an expanded configuration to expand the lavatory unit into the PRM-accessible configuration; and characterised in that in the PRM-accessible configuration the door assembly is operable to an open position in which a PRM can access the internal floor space via a second door opening in the perimeter wall, the second door opening having a second effective width; and wherein the second effective width is greater than the first effective width.
A wireless fidelity, Wi-Fi, connection control method, performed by an electronic device supporting dual Wi-Fi and comprising a Wi-Fi communication module, the electronic device accessing a first access point, AP, and a second AP through the Wi-Fi communication module in a dual Wi-Fi state, a first frequency band of the first AP being different from a second frequency band of the second AP, the method characterized by comprising: detecting (S101, S301) existence of a resource conflict between a third AP and the second AP in response to detecting that the electronic device roams from the first AP to the third AP; and releasing (S102, S204, S302) a connection between the electronic device and the second AP in response to detecting that the resource conflict exists between the third AP and the second AP. detecting (S101, S301) existence of a resource conflict between a third AP and the second AP in response to detecting that the electronic device roams from the first AP to the third AP; and releasing (S102, S204, S302) a connection between the electronic device and the second AP in response to detecting that the resource conflict exists between the third AP and the second AP.
Metalled road with a road direction and constructed from road covering slabs (2, 3) following one another in the road direction and plastic profiles lying between consecutive road covering slabs, wherein the two consecutive road covering slabs are provided on their opposite-lying ends (5, 6) with a respective groove, and wherein the plastic profile extends into the respective grooves to form a tongue-and-groove-shaped joint over the entire width of the metalled road, said joint linking two consecutive road covering slabs to form the metalled road, the metalled road comprising a road covering side and a bottom side lying opposite the road covering side, wherein the groove is disposed between the road covering side and the bottom side and the distance from the groove to the road covering side is greater than the distance from the groove to the bottom side such that a first groove-forming edge in the bottom side gives way more readily than a second groove-forming edge in the road covering side.
A tool for processing a location of a workpiece, the tool comprising: a body comprising a proximal portion and a distal portion opposite the proximal portion; a first passage formed within the body, the first passage configured to supply a vacuum to the location; a second passage formed within the body, the second passage configured to supply a fluid to the location, wherein the second passage is formed along the first passage; and a cutter comprising a third passage and a fourth passage, the third passage being in communication with the second passage and the fourth passage in communication with the first passage; characterized in that the body comprises at least one inlet in the distal portion, the at least one inlet being laterally oriented in the body and the at least one inlet being in communication with the first passage. a body comprising a proximal portion and a distal portion opposite the proximal portion; a first passage formed within the body, the first passage configured to supply a vacuum to the location; a second passage formed within the body, the second passage configured to supply a fluid to the location, wherein the second passage is formed along the first passage; and a cutter comprising a third passage and a fourth passage, the third passage being in communication with the second passage and the fourth passage in communication with the first passage; characterized in that the body comprises at least one inlet in the distal portion, the at least one inlet being laterally oriented in the body and the at least one inlet being in communication with the first passage.