mhurhangee/patent-ind-claim-en huggingface dataset:
Luminaire for placement on a substantially flat surface such as a desk panel, comprising: a base part for placement of the luminaire on the surface and a light part extending upward from the base part when the base part is placed on the surface , wherein the light part comprises a jet lamp and a spot optical system , the spot optical system of the light part is designed to form, from light generated from the spot lamp , a stream of visible light upward, for example to a room ceiling, when the base part is placed on the surface , wherein the light part comprises a deflection lamp and a deflection optics , wherein the deflection optics of the light part is substantially planar with a front side , a rear side , side edges interconnecting the front side and the rear side , and a deflection structure , the front side of the deflection optics of the light part is virtually upright when the base part is placed on the surface , the deflection lamp of the light part is arranged to radiate light through one of the side edges of the deflection optics into the deflection optics , and characterized in that the deflection structure of the deflection optics of the light part is designed to redirect the light radiated through one of the side edges so that it is emitted through the front side of the deflection optics and has a main emission direction which describes an emission angle to the front side which is in a range of approximately 10° to approximately 70°, preferably in a range of approximately 20° to approximately 60°, and in particular in a range of approximately 30° to approximately 50° or is approximately 45°. a base part for placement of the luminaire on the surface and a light part extending upward from the base part when the base part is placed on the surface , wherein the light part comprises a jet lamp and a spot optical system , the spot optical system of the light part is designed to form, from light generated from the spot lamp , a stream of visible light upward, for example to a room ceiling, when the base part is placed on the surface , wherein the light part comprises a deflection lamp and a deflection optics , wherein the deflection optics of the light part is substantially planar with a front side , a rear side , side edges interconnecting the front side and the rear side , and a deflection structure , the front side of the deflection optics of the light part is virtually upright when the base part is placed on the surface , the deflection lamp of the light part is arranged to radiate light through one of the side edges of the deflection optics into the deflection optics , and characterized in that the deflection structure of the deflection optics of the light part is designed to redirect the light radiated through one of the side edges so that it is emitted through the front side of the deflection optics and has a main emission direction which describes an emission angle to the front side which is in a range of approximately 10° to approximately 70°, preferably in a range of approximately 20° to approximately 60°, and in particular in a range of approximately 30° to approximately 50° or is approximately 45°.
Apparatus for provisioning a subscription of a service to a device, the apparatus comprising: one or more interfaces configured to communicate with a device and a subscription manager , wherein the apparatus and the device are configured to communicate via a local wired or wireless protocol; and logic configured to: receive cryptographic data from the device over the one or more interfaces, wherein the cryptographic data is a public key of a public and private key pair provided by the device ; transmit the cryptographic data to the subscription manager over the one or more interfaces; receive provisioning data from the subscription manager over the one or more interfaces; and transmit the provisioning data to the device over the one or more interfaces, wherein the provisioning data is configured to enable a subscription of the device to a service, and wherein the provisioning data is protected by the cryptographic data. one or more interfaces configured to communicate with a device and a subscription manager , wherein the apparatus and the device are configured to communicate via a local wired or wireless protocol; and logic configured to: receive cryptographic data from the device over the one or more interfaces, wherein the cryptographic data is a public key of a public and private key pair provided by the device ; transmit the cryptographic data to the subscription manager over the one or more interfaces; receive provisioning data from the subscription manager over the one or more interfaces; and transmit the provisioning data to the device over the one or more interfaces, wherein the provisioning data is configured to enable a subscription of the device to a service, and wherein the provisioning data is protected by the cryptographic data. receive cryptographic data from the device over the one or more interfaces, wherein the cryptographic data is a public key of a public and private key pair provided by the device ; transmit the cryptographic data to the subscription manager over the one or more interfaces; receive provisioning data from the subscription manager over the one or more interfaces; and transmit the provisioning data to the device over the one or more interfaces, wherein the provisioning data is configured to enable a subscription of the device to a service, and wherein the provisioning data is protected by the cryptographic data.
A method of wireless communication of a base station, comprising: determining a synchronization signal, SS, block index associated with an SS block for transmission; scrambling information based on at least a portion of the determined SS block index, the information including at least one of data, paging information, control information, or a cyclic redundancy check, CRC, associated with control information, wherein the portion of the determined SS block index comprises a number of least significant bits of the SS block index; and transmitting the SS block and the scrambled information. determining a synchronization signal, SS, block index associated with an SS block for transmission; scrambling information based on at least a portion of the determined SS block index, the information including at least one of data, paging information, control information, or a cyclic redundancy check, CRC, associated with control information, wherein the portion of the determined SS block index comprises a number of least significant bits of the SS block index; and transmitting the SS block and the scrambled information.
Filament-reinforced tubular , preferably for use in a geothermal well bore, wherein the filament reinforced tubular comprises: a tubular body , the tubular body comprising multiple fibre mats encapsulated in a thermoset material , wherein the tubular body is at least at one end, preferably at both ends, provided with male screw thread , the screw thread comprising threading , with a threading base and a threading top , and a root groove , with a root base as a bottom, between the threading , wherein the threading comprises a core member , the core member having multiple windings around the tubular body , such that the windings of the core member are separated by the root base , and wherein the core member extends, at least partially, radially outwards relative to the root base , characterised in that the threading comprises one or more fibre mats that cover the core member , and wherein the one or more fibre mats are pulled between the windings of the core member and onto the root base by a positioning wire , and wherein the core member , the one or more fibre mats , and the positioning wire , are encapsulated by a, preferably thermoset, cover material , which cover material defines the shape of the screw thread . a tubular body , the tubular body comprising multiple fibre mats encapsulated in a thermoset material , wherein the tubular body is at least at one end, preferably at both ends, provided with male screw thread , the screw thread comprising threading , with a threading base and a threading top , and a root groove , with a root base as a bottom, between the threading , wherein the threading comprises a core member , the core member having multiple windings around the tubular body , such that the windings of the core member are separated by the root base , and wherein the core member extends, at least partially, radially outwards relative to the root base , characterised in that the threading comprises one or more fibre mats that cover the core member , and wherein the one or more fibre mats are pulled between the windings of the core member and onto the root base by a positioning wire , and wherein the core member , the one or more fibre mats , and the positioning wire , are encapsulated by a, preferably thermoset, cover material , which cover material defines the shape of the screw thread .
A porous fibril-based material formed of: fibrillar or elongated colloidal particles, at least a fraction having a diameter of 150-500nm, when measured using atomic force microscopy according to the method of the description; and air or another ambient gas, the material having a porosity of 20 % or more, a density of between 400 and 950 kg/m 3 , a specific surface area of 100 to 150 m 2 /g, 20 to 80 % by volume of solids and having a total reflectance of more than 40% for a material thickness of 2.5 μm, or a total reflectance of more than 70% for a material thickness of 10μm, wherein specific surface area and total reflectance are measured according to the method of the description. fibrillar or elongated colloidal particles, at least a fraction having a diameter of 150-500nm, when measured using atomic force microscopy according to the method of the description; and air or another ambient gas, the material having a porosity of 20 % or more, a density of between 400 and 950 kg/m 3 , a specific surface area of 100 to 150 m 2 /g, 20 to 80 % by volume of solids and having a total reflectance of more than 40% for a material thickness of 2.5 μm, or a total reflectance of more than 70% for a material thickness of 10μm, wherein specific surface area and total reflectance are measured according to the method of the description.
A perfuming composition, in particular cosmetic and/or dermatological, in the form of a gel comprising: a physiologically acceptable aqueous medium comprising at least ethanol; i) one or more sulphonic polymers chosen from homopolymers of 2-acrylamido-2-methylpropanesulphonic acid or its salts and copolymers of 2-acrylamido-2-methylpropanesulphonic acid or its salts and one or more nonionic monomers; ii) one or more cross-linked copolymers of acrylic acid and C10-C30 alkyl acrylate; and iii) optionally one or more organic thickening polymers different from i) and ii); at least 5% by weight, relative to the total weight of the composition, of at least one perfuming substance. a physiologically acceptable aqueous medium comprising at least ethanol; i) one or more sulphonic polymers chosen from homopolymers of 2-acrylamido-2-methylpropanesulphonic acid or its salts and copolymers of 2-acrylamido-2-methylpropanesulphonic acid or its salts and one or more nonionic monomers; ii) one or more cross-linked copolymers of acrylic acid and C10-C30 alkyl acrylate; and iii) optionally one or more organic thickening polymers different from i) and ii); i) one or more sulphonic polymers chosen from homopolymers of 2-acrylamido-2-methylpropanesulphonic acid or its salts and copolymers of 2-acrylamido-2-methylpropanesulphonic acid or its salts and one or more nonionic monomers; ii) one or more cross-linked copolymers of acrylic acid and C10-C30 alkyl acrylate; and iii) optionally one or more organic thickening polymers different from i) and ii); at least 5% by weight, relative to the total weight of the composition, of at least one perfuming substance.
An aerosol generator for a nebulizer, comprising: • a vibratable membrane , • a support member , • an annular piezoelectric element having a first surface , a second surface , an inner edge and an outer edge , • first and second conductive regions on the first and second surfaces respectively, wherein the second conductive region extends across at least part of the inner edge or the outer edge onto the first surface of the piezoelectric element to form a contact region , and • a flexible connector having a surface which is an electrical insulator with first and second conductive regions which correspond to the first conductive region and to the contact region on the piezoelectric element respectively, and two legs for making electrical connection to a controller that provides a driving current to the piezoelectric element, characterized in that the two legs are 'S'-shaped legs . • a vibratable membrane , • a support member , • an annular piezoelectric element having a first surface , a second surface , an inner edge and an outer edge , • first and second conductive regions on the first and second surfaces respectively, wherein the second conductive region extends across at least part of the inner edge or the outer edge onto the first surface of the piezoelectric element to form a contact region , and • a flexible connector having a surface which is an electrical insulator with first and second conductive regions which correspond to the first conductive region and to the contact region on the piezoelectric element respectively, and two legs for making electrical connection to a controller that provides a driving current to the piezoelectric element,
A safety laser scanner for detecting objects in a monitoring area , comprising a light transmitter for transmitting a scanning beam , a movable deflection unit for periodically scanning the monitoring area with the scanning beam , a light receiver for generating a received signal from the remitted scanning beam remitted by the objects, a front window , and a control and evaluation unit configured to obtain information about the objects in the monitoring region from the received signal and, in a front window monitoring, to detect impaired light transmission of the front window by evaluating a front window reflection beam which is generated from the scanning beam by reflection at the front window , characterized in that the safety laser scanner comprises at least one light deflecting element in the beam path of the front window reflection beam that again guides the front window reflection beam to the front window in a region to be tested in the beam path of the remitted scanning beam so that a twice-reflected front window reflection beam is generated by reflection at the region to be tested, and in that the control and evaluation unit is configured to evaluate the received signal generated by the twice-reflected front window reflection beam in the light receiver for the front window monitoring.
A method for use in a user equipment, UE, supporting connections to one or more public land mobile networks, PLMNs, each PLMN offering a particular network coverage, the method comprising: initiating a registration procedure, wherein the UE receives as part of the registration procedure an indication that one of the PLMNs is not preferred for voice services; storing a public land mobile network, PLMN, identity that identifies the PLMN that is not preferred for voice services; and avoiding, based on the stored PLMN identity, to connect to the PLMN identified by the PLMN identity. initiating a registration procedure, wherein the UE receives as part of the registration procedure an indication that one of the PLMNs is not preferred for voice services; storing a public land mobile network, PLMN, identity that identifies the PLMN that is not preferred for voice services; and avoiding, based on the stored PLMN identity, to connect to the PLMN identified by the PLMN identity.
A turbine generator comprising: an elongate member ; a support structure supporting the elongate member for rotation about a rotation axis; a turbine wheel attached to the elongate member; and an electrical generator, said electrical generator comprising a rotor and a stator , wherein the rotor is attached to the elongate member and the stator is arranged around the elongate member, characterized in that the elongate member is provided with a bore, and the support structure comprises a shaft (141, 142; 341, 342; 441, 442), the shaft extending through an end of the elongate member into the bore so as to support it for rotation about the rotation axis; wherein the elongate member is supported by the shaft at two axially displaced points; and wherein a bearing (161, 162; 263a, 263b) is provided between the elongate member and the shaft at each of the two axially displaced points. an elongate member ; a support structure supporting the elongate member for rotation about a rotation axis; a turbine wheel attached to the elongate member; and an electrical generator, said electrical generator comprising a rotor and a stator , wherein the rotor is attached to the elongate member and the stator is arranged around the elongate member, characterized in that the elongate member is provided with a bore, and the support structure comprises a shaft (141, 142; 341, 342; 441, 442), the shaft extending through an end of the elongate member into the bore so as to support it for rotation about the rotation axis; wherein the elongate member is supported by the shaft at two axially displaced points; and wherein a bearing (161, 162; 263a, 263b) is provided between the elongate member and the shaft at each of the two axially displaced points.
A burst-mode chirped pulse amplification method, comprising: providing a burst generator ; utilizing said burst generator to produce a series of amplified stretched-duration pulses from a single short-duration pulse ; and directing said series of amplified stretched-duration pulses through a pulse compressor to produce a series of amplified short-duration output pulses , wherein each amplified stretched-duration output pulse of said series of amplified stretched-duration pulses is delayed from its immediately preceding amplified stretched-duration output pulse by a delay time that is sufficiently long such that the total optical fluence of said series of amplified stretched-duration pulses that can pass through and not damage said pulse compressor is greater than the minimum optical fluence of a single pulse that would damage said pulse compressor ; the method further comprising directing and focusing said amplified short-duration output pulses onto a target in a pattern, wherein said pattern focuses each output pulse at a distance on said target from each other output pulse of said output pulses on said target . providing a burst generator ; utilizing said burst generator to produce a series of amplified stretched-duration pulses from a single short-duration pulse ; and directing said series of amplified stretched-duration pulses through a pulse compressor to produce a series of amplified short-duration output pulses , wherein each amplified stretched-duration output pulse of said series of amplified stretched-duration pulses is delayed from its immediately preceding amplified stretched-duration output pulse by a delay time that is sufficiently long such that the total optical fluence of said series of amplified stretched-duration pulses that can pass through and not damage said pulse compressor is greater than the minimum optical fluence of a single pulse that would damage said pulse compressor ; the method further comprising directing and focusing said amplified short-duration output pulses onto a target in a pattern, wherein said pattern focuses each output pulse at a distance on said target from each other output pulse of said output pulses on said target .
Helmet , which has a recess in the portion which can be positioned over the face of a wearer, further comprising a device for accommodating electronic components, wherein the recess in the helmet is adapted to receive the device for receiving electronic components, characterised in that the recess is provided in the downwardly facing edge of the helmet . which has a recess in the portion which can be positioned over the face of a wearer, further comprising a device for accommodating electronic components, wherein the recess in the helmet is adapted to receive the device for receiving electronic components, characterised in that the recess is provided in the downwardly facing edge of the helmet .
A food storage system comprising: a container; and an adsorbent material, wherein: a Langmuir surface area of the adsorbent material is at least about 500 m 2 /g, and an average pore diameter of the adsorbent material is at least about 0.3 nm wherein the adsorbent material comprises at least one of a metal organic framework (MOF), a zeolite, activated carbon, or potassium permanganate, and wherein the MOF is in a form of a powder, particles, pellets, extrudates, granulates, or a free-standing film. a container; and an adsorbent material, wherein: a Langmuir surface area of the adsorbent material is at least about 500 m 2 /g, and an average pore diameter of the adsorbent material is at least about 0.3 nm wherein the adsorbent material comprises at least one of a metal organic framework (MOF), a zeolite, activated carbon, or potassium permanganate, and wherein the MOF is in a form of a powder, particles, pellets, extrudates, granulates, or a free-standing film.
A collimator comprising a base and a plurality of side walls arranged to enclose a light source , whereby at least one side wall of the collimator is joined to the base by an integral hinge and is realized to be tiltable within a range of motion (M 4 , M 5 , M 6 ), and wherein the base and the side walls of the collimator are realized so that light (L) emitted by the light source enters the collimator through a light entry opening and exits essentially only through a light exit opening for any position of the hinged side wall over its range of motion (M 4 , M 5 , M 6 ), characterized in that , the at least one side wall and the base are made of one piece, and the integral hinge preferably comprises a region of reduced material thickness between the hinged side wall and the base of the collimator .
An automatic feeder for a strip of material, characterised in that it comprises: an orientation assembly , structured to retain a free end (T) of a strip (R) on a predetermined gripping plane , in a waiting position; a gripping device , structured to grasp the free end (T) of a strip (R) and to translate the end (T) from the waiting position to a feeding position, in which the end (T) can be grasped by another operating device (D); characterised in that the orientation assembly comprises at least one presser element , structured to press and retain the free end (T) of the strip (L)on the gripping plane , and an abutment , structured to come into contact with a front edge of the free end (T) and to define the waiting position of the free end (T) on the gripping plane . an orientation assembly , structured to retain a free end (T) of a strip (R) on a predetermined gripping plane , in a waiting position; a gripping device , structured to grasp the free end (T) of a strip (R) and to translate the end (T) from the waiting position to a feeding position, in which the end (T) can be grasped by another operating device (D); characterised in that the orientation assembly comprises at least one presser element , structured to press and retain the free end (T) of the strip (L)on the gripping plane , and an abutment , structured to come into contact with a front edge of the free end (T) and to define the waiting position of the free end (T) on the gripping plane .