mhurhangee/ep-ind-claims huggingface dataset:
Protective device against cut hair, during the cutting of hair, comprising: - a collar comprising a band made from a flexible or semi-rigid material with a length that is sufficient to go at least completely around the neck of a user, means for attaching (8, 9) one longitudinal end of said band onto an opposite end of the same band, and, a continuous strip of silicone arranged on the back of said band in such a way that it can come into contact with said neck of said user; and, - an additional protection, said collar being an integral part of said additional protection, said additional protection being a towel or a gown, characterised in that the band is made from a single piece with the additional protection and in that the material is paper. - a collar comprising a band made from a flexible or semi-rigid material with a length that is sufficient to go at least completely around the neck of a user, means for attaching (8, 9) one longitudinal end of said band onto an opposite end of the same band, and, a continuous strip of silicone arranged on the back of said band in such a way that it can come into contact with said neck of said user; and, - an additional protection, said collar being an integral part of said additional protection, said additional protection being a towel or a gown,
A hard, inflexible flooring material or wall covering material having a top surface and a bottom surface, wherein the bottom surface is provided with a solid, hydrophobic primer layer which primer layer comprises 60 wt% to 100 wt% of a hydrophobic material, and wherein said primer layer comprises a material selected from the group consisting of: C 20 to C 70 linear or cycloalkanes; natural waxes; slack wax; polytetrafluorethylene (PTFE) resins; perfluoroalkoxy resins; fluorinated ethylene propylene resins; and, mixtures thereof; and wherein the flooring or covering material is a ceramic tile, a tile composed of marble, slate and glass, a tile of natural stone or artificial stone tiles bonded by resins.
A communication method, wherein the method is applied to a radio access network system comprising a distributed unit, DU, and a centralized unit, CU, the DU communicates with the CU through a F1 interface, and characterized in that, the method comprises: receiving, by the DU, second configuration information from the CU, wherein the second configuration information comprises secondary cell identity information and a secondary cell index of a serving cell set configured by the CU for a terminal device; receiving, by the DU, first configuration information from the CU, wherein the first configuration information comprises the serving cell set configured for the terminal device, the serving cell set comprises at least one secondary cell, the first configuration information further indicating a status of the at least one secondary cell, the status of the at least one secondary cell is an active state or an inactive state, and the first configuration information is generated by the CU at a first protocol layer, wherein the first protocol layer is a radio resource control, RRC, layer; sending, by the DU, the first configuration information to the terminal device; and sending, by the DU, first indication information to the terminal device, wherein the first indication information comprises information about a status of at least one first secondary cell, the at least one first secondary cell belongs to the serving cell set, and the first indication information is generated by the DU at a second protocol layer, wherein the second protocol layer is a media access control, MAC, layer. receiving, by the DU, second configuration information from the CU, wherein the second configuration information comprises secondary cell identity information and a secondary cell index of a serving cell set configured by the CU for a terminal device; receiving, by the DU, first configuration information from the CU, wherein the first configuration information comprises the serving cell set configured for the terminal device, the serving cell set comprises at least one secondary cell, the first configuration information further indicating a status of the at least one secondary cell, the status of the at least one secondary cell is an active state or an inactive state, and the first configuration information is generated by the CU at a first protocol layer, wherein the first protocol layer is a radio resource control, RRC, layer; sending, by the DU, the first configuration information to the terminal device; and sending, by the DU, first indication information to the terminal device, wherein the first indication information comprises information about a status of at least one first secondary cell, the at least one first secondary cell belongs to the serving cell set, and the first indication information is generated by the DU at a second protocol layer, wherein the second protocol layer is a media access control, MAC, layer.
Thermoplastic polyurethanes obtainable from the reaction of the components: a) at least one organic diisocyanate, b) compounds reactive towards isocyanates and in each case having number-average molar masses of 500 to 10 000 g/mol, where the number-average functionality of the entirety of the components of b) is 1.8 to 2.5, and c) chain extenders in each case having number-average molar masses of 60 to 490 g/mol, where the number-average functionality of the entirety of the chain extenders of c) is 1.8 to 2.5, in the presence of d) optionally catalysts, e) optionally monofunctional chain terminators, f) auxiliaries and/or additional substances, where component b) comprises at least one polyol based paraformaldehyde as polyoxymethylene block copolymer which is obtained via a catalytic addition reaction between alkylene oxides and optionally other comonomers and at least one polymeric formaldehyde starter compound which has two terminal hydroxy groups in the presence of a double metal cyanide catalyst. a) at least one organic diisocyanate, b) compounds reactive towards isocyanates and in each case having number-average molar masses of 500 to 10 000 g/mol, where the number-average functionality of the entirety of the components of b) is 1.8 to 2.5, and c) chain extenders in each case having number-average molar masses of 60 to 490 g/mol, where the number-average functionality of the entirety of the chain extenders of c) is 1.8 to 2.5, d) optionally catalysts, e) optionally monofunctional chain terminators, f) auxiliaries and/or additional substances,
Device for ultrasonically connecting electrical conductors (2, 2', 3, 3'), for forming a conductor structure with at least a first and a second conductor strand, with a compression space for receiving the conductors (2, 3), the compression space being delimited in a welding position by sections of mutually adjoining boundary surfaces (5, 6, 7, 8), which boundary surfaces comprise a working surface of an ultrasound-transmitting sonotrode and an anvil surface arranged opposite the working surface, characterised in that at least one retaining element is provided for keeping at least one conductor strand which is connected to at least part of the conductors (2, 2', 3, 3') away from the compression space, the device being designed in such a manner that the retaining element keeps the conductor strand away from the compression space at least during the ultrasonically connecting, wherein the boundary surfaces comprise a gather surface arranged on a gather element (18, 18') and the retaining element is arranged on the gather element (18, 18'). with a compression space for receiving the conductors (2, 3), the compression space being delimited in a welding position by sections of mutually adjoining boundary surfaces (5, 6, 7, 8), which boundary surfaces comprise a working surface of an ultrasound-transmitting sonotrode and an anvil surface arranged opposite the working surface, characterised in that at least one retaining element is provided for keeping at least one conductor strand which is connected to at least part of the conductors (2, 2', 3, 3') away from the compression space, the device being designed in such a manner that the retaining element keeps the conductor strand away from the compression space at least during the ultrasonically connecting, wherein the boundary surfaces comprise a gather surface arranged on a gather element (18, 18') and the retaining element is arranged on the gather element (18, 18').
A stage light free from damage of sunlight, comprising a light body, a control assembly, and a light avoiding system, wherein when the light body is in a power-on state, the control assembly is adapted to control the light avoiding system not to work; and when the light body is in a power-off state, the control assembly is adapted to control the light avoiding system to implement a light avoiding action, the light body comprises a light head, a light base, and a driving electric motor configured to drive the light head to rotate relative to the light base, and the light avoiding action is that the control assembly is adapted to control the driving electric motor to rotate so that the light head avoids sunlight, characterized in that the light avoiding system comprises a gravity sensor for detecting the gravity direction of the stage light, and the control assembly comprises a main controller for calculating an included angle (α) between the direction of the light head of the stage light and the gravity direction, and wherein when the included angle (α) is within the range of a first included angle, the main controller is adapted to control the driving electric motor to drive the light head to rotate, and adjust the included angle (α) to be within the range of a second included angle, in which the first included angle is an included angle at which sunlight is capable of irradiating the interior of the light head; and the second included angle is an included angle at which the sunlight cannot irradiate the interior of the light head.
A grease composition comprising: a perfluoropolyether that has a kinematic viscosity of 2-110 mm 2 /sec at 40°C and that is represented by general formula RfO(CF 2 CF 2 O) m (CF 2 O) n Rf where Rf is a C 1-4 perfluoro lower alkyl group, m and n are each an integer ≥0, the sum of m and n is 30-190, and the CF 2 CF 2 O and CF 2 O groups are randomly bonded in the main chain; a perfluoropolyether that has a kinematic viscosity of 2-100 mm 2 /sec at 40°C and that is represented by general formula RfO(CF(CF 3)CF 2 O) p (CF 2 O) r Rf where Rf is a C 1-4 perfluoro lower alkyl group, p is a positive number, r is a number >0, the sum of p and r is 5-50, and the CF(CF 3)CF 2 O and CF 2 O groups are randomly bonded in the main chain; and a fluororesin powder having a primary particle size ≤1 μm, wherein the fluororesin powder content is 25-40 wt% based on the weight of the grease composition, and the perfluoropolyether to perfluoropolyether weight ratio is 15:85 to 70:30. where Rf is a C 1-4 perfluoro lower alkyl group, m and n are each an integer ≥0, the sum of m and n is 30-190, and the CF 2 CF 2 O and CF 2 O groups are randomly bonded in the main chain; a perfluoropolyether that has a kinematic viscosity of 2-100 mm 2 /sec at 40°C and that is represented by general formula RfO(CF(CF 3)CF 2 O) p (CF 2 O) r Rf where Rf is a C 1-4 perfluoro lower alkyl group, p is a positive number, r is a number >0, the sum of p and r is 5-50, and the CF(CF 3)CF 2 O and CF 2 O groups are randomly bonded in the main chain; and a fluororesin powder having a primary particle size ≤1 μm, wherein the fluororesin powder content is 25-40 wt% based on the weight of the grease composition, and the perfluoropolyether to perfluoropolyether weight ratio is 15:85 to 70:30.
Connecting device for at least one fluid conduit, comprising at least one connecting unit having a sleeve-shaped structure, which is designed to engage in a position of use with a mounting opening of a separate support part and to be secured in said mounting opening and which defines an insertion opening, into which a fluid conduit to be connected can be inserted, wherein a one-piece annular seal structure, which is designed as a part of the connecting unit and comprises an annular outer seal section provided for bearing in a sealing manner against the inner circumferential surface of the mounting opening and an annular inner seal section enclosing the inserted fluid conduit at its outer circumference while being capable of forming a seal, is coaxially assigned to the connecting unit, and wherein the connecting unit comprises a holding element having an annular structure, which has a plurality of holding sections, which are distributed around the insertion opening and movable radially and each of which is designed to apply pressure to the outer circumference of the inserted fluid conduit for the purpose of holding it, wherein the seal structure is, at least partially and including the annular inner seal section, moulded onto the radially movable holding sections and bridges gaps present between adjacent holding sections in a sealing manner, characterised in that the seal structure is represented by a rubber-elastic injection-moulded body adhesively moulded onto the holding element directly during its production by injection moulding, wherein the inner seal section has at least one annular sealing lip, which is located at the inside of the holding sections, projects radially inwards and bears against the outer circumference of the inserted fluid conduit in a sealing manner.
Nozzle-injector holder for gas burners with a plurality of gas connections, having, for a first gas connection of the gas burner, - a first nozzle receiver for receiving a first gas nozzle and - a mounting for receiving a first injector, wherein - a second nozzle receiver for receiving a second gas nozzle for a second gas connection of the gas burner is integrated into the nozzle-injector holder, characterised in that - the first injector is introduced into the mounting and received in a displaceable manner, in order for a displacement of the injector to be able to adjust a gap width of an air gap, and - the nozzle-injector holder is embodied in one piece. - a first nozzle receiver for receiving a first gas nozzle and - a mounting for receiving a first injector, wherein - a second nozzle receiver for receiving a second gas nozzle for a second gas connection of the gas burner is integrated into the nozzle-injector holder, characterised in that - the first injector is introduced into the mounting and received in a displaceable manner, in order for a displacement of the injector to be able to adjust a gap width of an air gap, and - the nozzle-injector holder is embodied in one piece.
A method of establishing a network connection at an electronic communications device, comprising: determining one or more connection criteria associated with connection establishment at the electronic communications device, wherein the one or more connection criteria includes at least one of a location of the electronic communications device, a current time of day, calendar date, visible systems, tariff rates or security levels associated with available connection types; determining a connection acquisition priority list based on current values of the one or more connection criteria, the connection acquisition priority list being a prioritized order of connection types, wherein the connection acquisition priority list comprises a list of connection types of the currently available network connections supported by the electronic communications device ordered according to priorities of the listed connection types, each connection type of the list of connection types having an associated priority, wherein a Wireless Local Area Network, WLAN, connection type gets higher priority than a Wide Area Network, WAN, connection type when the electronic communication device is roaming and a lower priority than the WAN connection type when the electronic communication device is not roaming; and attempting to establish a network connection based on the connection acquisition priority list. determining one or more connection criteria associated with connection establishment at the electronic communications device, wherein the one or more connection criteria includes at least one of a location of the electronic communications device, a current time of day, calendar date, visible systems, tariff rates or security levels associated with available connection types; determining a connection acquisition priority list based on current values of the one or more connection criteria, the connection acquisition priority list being a prioritized order of connection types, wherein the connection acquisition priority list comprises a list of connection types of the currently available network connections supported by the electronic communications device ordered according to priorities of the listed connection types, each connection type of the list of connection types having an associated priority, wherein a Wireless Local Area Network, WLAN, connection type gets higher priority than a Wide Area Network, WAN, connection type when the electronic communication device is roaming and a lower priority than the WAN connection type when the electronic communication device is not roaming; and attempting to establish a network connection based on the connection acquisition priority list.
A photoelectric conversion drive circuit of a transistor, comprising a matching electric energy driven light emission device, and a photoelectric conversion device coupled to it, the photoelectric conversion device being operable to generate voltage type drive electric energy of micro current for to be inputted to a high input resistance transistor, such as a micro or power type metal-oxide-silicon field effect transistor or an insulated gate bi-carrier transistor, or other type of high input resistance transistor to execute a driven conduction, the high input resistance transistor constitutes a circuit that is driven by receiving an electric energy drive signal of positive voltage, the photoelectric conversion drive circuit further comprises a pressure effect device PZ101 of pre-stressed structure connected in parallel between the photoelectric conversion device and the input end of the high input resistance transistor, the pressure effect device includes any device with pressure effect and is pre-compressed by means of the pre-stressed structure so that it is normally under negative voltage status when transmitted to the high input resistance transistor Q101, and the photo energy from the light emission device EL101 is used to control the operation of the photoelectric conversion device PE101 to generate electricity when subject to light for generating a positive voltage to drive the high input resistance transistor Q101; meanwhile, by taking advantage of such pressure effect, the pressure effect device PA101 indicates its transformation in opposite to the pre-stressed direction so that when the positive voltage drive signal is interrupted, the pressure effect device PA101 indicates a status of negative voltage against the input end of the high input resistance transistor Q101 by pre-stress restoration for improving its cut-off characteristics..
A fiber having a diameter in a range of 50 nm to 50 μm, and a length of 100 times the diameter or more, the fiber comprising: self-heating particles that generate heat in response to stimulation from outside; a stimulation-responsive polymer of which physical properties change by directly or indirectly reacting to the stimulation; and a biologically active substance that is held by the stimulation-responsive polymer, wherein the biologically active substance is released to the outside in response to the changes in the physical properties of the stimulation-responsive polymer. self-heating particles that generate heat in response to stimulation from outside; a stimulation-responsive polymer of which physical properties change by directly or indirectly reacting to the stimulation; and a biologically active substance that is held by the stimulation-responsive polymer, wherein the biologically active substance is released to the outside in response to the changes in the physical properties of the stimulation-responsive polymer.
A deicing assembly (18, 118, 218, 318) comprising: a pneumatic deicing apparatus configured for attachment to a leading edge (12, 112, 212, 312) of an aircraft surface, the pneumatic deicing apparatus comprising a plurality of inflatable chambers (30, 130, 230); and a heater; characterized in that the heater is a carbon allotrope heater (26, 126, 226, 326) comprising at least one sheet of a carbon allotrope material disposed along an inner surface (34, 134) of an inflatable chamber (30, 130, 230). a pneumatic deicing apparatus configured for attachment to a leading edge (12, 112, 212, 312) of an aircraft surface, the pneumatic deicing apparatus comprising a plurality of inflatable chambers (30, 130, 230); and a heater; characterized in that the heater is a carbon allotrope heater (26, 126, 226, 326) comprising at least one sheet of a carbon allotrope material disposed along an inner surface (34, 134) of an inflatable chamber (30, 130, 230).
A surveying instrument comprising: a distance measuring light projector configured to project a distance measuring light to an object, a distance measuring light receiver having a photodetector configured to receive a reflected distance measuring light from said object, a tracking light projector configured to project a tracking light to said object, a tracking light receiver having a tracking photodetector configured to receive a reflected tracking light from said object, and an image pickup module configured to receive a background light, wherein said distance measuring light projector and said tracking light projector include a first deflecting optical member configured to deflect any one of said distance measuring light and said tracking light in such a manner that said distance measuring light and said tracking light become coaxial with each other, characterized in that said distance measuring light projector, said tracking light projector, and said image pickup module include a second deflecting optical member configured to coaxially reflect said distance measuring light, said tracking light, and said background light respectively and transmit through said reflected distance measuring light and said reflected tracking light, wherein said second deflecting optical member is a multilayer optical element having a predetermined plate thickness, said multilayer film optical element has a first incidence surface present at a position close from said distance measuring light projector and a second incidence surface present at a position away from said distance measuring light projector, said first incidence surface is configured to transmit through said distance measuring light and said tracking light and reflect said background light, said second incidence surface has a beam splitter film with a predetermined reflectance formed on an incidence portion for said distance measuring light and said tracking light, an antireflective film is formed on portions other than said beam splitter film, wherein said distance measuring light and said tracking light are reflected coaxially with said background light by said beam splitter film, and said reflected distance measuring light and said reflected tracking light are transmitted through said beam splitter film and said antireflective film.
A device for singularizing sheet material, having an actuator and a sheet-material receiver coupled thereto, wherein the actuator is configured for repositioning the sheet-material receiver, and wherein the sheet-material receiver is configured for receiving an individual sheet-material piece from a sheet-material stack in which a multiplicity of sheet-material pieces (5-1,..., 5-n) are disposed in a layered manner on top of one another along a plumb-line direction (y), characterized in that the actuator is configured for setting the sheet-material receiver in an oscillating rotary motion about a rotation axis (r) that lies substantially parallel with the plumb-line direction (y), so as to receive the individual sheet-material piece from the sheet-material stack.