mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for the secure printing of fiscal data, having a printing unit arranged in a first housing , having a fiscal data storage module comprising a non-volatile memory, wherein the printing unit comprises a security module, wherein the security module and the fiscal data storage module are connected to one another via a secured data transmission link , characterized in that the fiscal data storage module is arranged in a second housing , different from the first housing, which is secured against tampering and interference, the second housing comprises a sensor unit for detecting instances of tampering, and the fiscal data storage module comprises an interface via which data can be exchanged with a cash register . having a printing unit arranged in a first housing , having a fiscal data storage module comprising a non-volatile memory, wherein the printing unit comprises a security module, wherein the security module and the fiscal data storage module are connected to one another via a secured data transmission link , characterized in that the fiscal data storage module is arranged in a second housing , different from the first housing, which is secured against tampering and interference, the second housing comprises a sensor unit for detecting instances of tampering, and the fiscal data storage module comprises an interface via which data can be exchanged with a cash register .
Cosmetic, non-therapeutic use of a topical composition for imparting desired characteristics to the skin of a recipient, a. wherein the composition comprises a non-autologous product that is a heterogeneous mixture of two or more fibroblasts cultures, isolated from two or more individuals , b. wherein the heterogeneous mixture is obtained from same-sex, but a combination of two or more different ethnic groups, c. wherein the one or more desired characteristics are selected from the group consisting of: skin tone, skin elasticity, skin smoothness, reduced scarring, reduced wrinkles, response to inflammatory stimulus, ability to retain moisture, propensity to produce new vasculature, deliver nutrients, skin thickness or density, and any combinations thereof. a. wherein the composition comprises a non-autologous product that is a heterogeneous mixture of two or more fibroblasts cultures, isolated from two or more individuals , b. wherein the heterogeneous mixture is obtained from same-sex, but a combination of two or more different ethnic groups, c. wherein the one or more desired characteristics are selected from the group consisting of: skin tone, skin elasticity, skin smoothness, reduced scarring, reduced wrinkles, response to inflammatory stimulus, ability to retain moisture, propensity to produce new vasculature, deliver nutrients, skin thickness or density, and any combinations thereof.
A pipe coating finishing device comprising: - one or more frames having a first arm and a second arm ; - a scraper coupled to a first arm 4) for engaging a pipe to remove material in excess of a maximum pipe diameter; and - a vibrating plate coupled to a second arm for compacting an impinged concrete coating on the pipe , wherein the vibrating plate comprises raised edges for preventing the vibrating plate edges from digging into the impinged concrete coating. - one or more frames having a first arm and a second arm ; - a scraper coupled to a first arm 4) for engaging a pipe to remove material in excess of a maximum pipe diameter; and - a vibrating plate coupled to a second arm for compacting an impinged concrete coating on the pipe ,
A method of passive sensor tracking with existing infrastructure comprising: associating, in a sensor tracking database , unique identifying information of a Wi-Fi access point of a passive sensor with a physical property to be sensed by the passive sensor , wherein the Wi-Fi access point transmits sensor data in a field of a spoofed beacon frame, probe response frame, or other management frame as part of Wi-Fi wireless network discovery; wherein the field is a field that is reported by a wireless device that encounters the Wi-Fi access point as part of location services; and receiving, at the sensor tracking database sensor data, comprising the physical property sensed by the passive sensor , in the spoofed beacon frame, probe response frame, or other management frame transmitted by the Wi-Fi access point , as part of Wi-Fi wireless network discovery, to a wireless device that encounters the passive sensor , wherein the wireless device reports, either directly or indirectly, the unique identifying information of the Wi-Fi access point encountered and the sensor data in the spoofed beacon frame, probe response frame, or other management frame to a Wi-Fi AP Database that tracks reported Wi-Fi access points as part of location services, wherein the wireless device is not required to authenticate to, associate with, or establish a network connection with the Wi-Fi access point of the passive sensor , and wherein the wireless device , or user thereof, is not required to knowingly participate in the passive sensor tracking task. associating, in a sensor tracking database , unique identifying information of a Wi-Fi access point of a passive sensor with a physical property to be sensed by the passive sensor , wherein the Wi-Fi access point transmits sensor data in a field of a spoofed beacon frame, probe response frame, or other management frame as part of Wi-Fi wireless network discovery; wherein the field is a field that is reported by a wireless device that encounters the Wi-Fi access point as part of location services; and receiving, at the sensor tracking database sensor data, comprising the physical property sensed by the passive sensor , in the spoofed beacon frame, probe response frame, or other management frame transmitted by the Wi-Fi access point , as part of Wi-Fi wireless network discovery, to a wireless device that encounters the passive sensor , wherein the wireless device reports, either directly or indirectly, the unique identifying information of the Wi-Fi access point encountered and the sensor data in the spoofed beacon frame, probe response frame, or other management frame to a Wi-Fi AP Database that tracks reported Wi-Fi access points as part of location services, wherein the wireless device is not required to authenticate to, associate with, or establish a network connection with the Wi-Fi access point of the passive sensor , and wherein the wireless device , or user thereof, is not required to knowingly participate in the passive sensor tracking task.
Die for deforming material in a joining tool having: a. a head comprising a top side defining a cavity in which material is to be deformed, a bottom side opposite the top side and a lateral side arranged between the top side and the bottom side , and b. a stem which extends along a longitudinal axis (x) from the bottom side of the head , wherein the die comprises an identification tag having an antenna for receiving and/or transmitting signal and a storing element for storing information, characterized in that the antenna is wrapped around the head, such that the antenna entirely surrounds the head . a. a head comprising a top side defining a cavity in which material is to be deformed, a bottom side opposite the top side and a lateral side arranged between the top side and the bottom side , and b. a stem which extends along a longitudinal axis (x) from the bottom side of the head ,
One or more compounds selected from the group consisting of the compounds represented by the following formulas 1 ∼ 3 or a pharmaceutically acceptable salt thereof for use in reducing the effect of skin irritation, wherein the skin irritation is due to psoriasis; and wherein the skin irritation is one or more selected from the group consisting of keratosis, skin flare, skin pain and skin hemorrhage spots: and
A method for adaptive streaming of multimedia data, the method comprising: receiving , by a media device , a request for streaming a multimedia data, wherein the multimedia data is divided into a plurality of data packets; identifying , by the media device , network interfaces available in the media device for streaming the multimedia data; calculating a bandwidth speed of each of the network interfaces based on sample data received by the media device from the network interface and time taken by the sample data to reach the media device, wherein calculating the bandwidth speed is carried out by dividing sample data received by the media device from the network interface by the time taken by the sample data to reach the media device; determining a bandwidth speed required for receiving the multimedia data on each of the network interfaces based on the calculated bandwidth speeds, wherein determining the bandwidth speed required for receiving the multimedia data on each of the network interfaces comprises multiplying the calculated bandwidth speed of the network interface by a total bandwidth speed required to receive the multimedia data and divided by a summation of the calculated bandwidth speeds of the network interfaces; allocating , by the media device , data packets from the plurality of data packets among the network interfaces (101 1 , 101 2 , 101 3 ) based on the determined bandwidth speeds; and requesting , by the media device , the data packets of the multimedia data over the allocated interfaces (101 1 , 101 2 , 101 3 ), for adaptively streaming the multimedia data on the media device. receiving , by a media device , a request for streaming a multimedia data, wherein the multimedia data is divided into a plurality of data packets; identifying , by the media device , network interfaces available in the media device for streaming the multimedia data; calculating a bandwidth speed of each of the network interfaces based on sample data received by the media device from the network interface and time taken by the sample data to reach the media device, wherein calculating the bandwidth speed is carried out by dividing sample data received by the media device from the network interface by the time taken by the sample data to reach the media device; determining a bandwidth speed required for receiving the multimedia data on each of the network interfaces based on the calculated bandwidth speeds, wherein determining the bandwidth speed required for receiving the multimedia data on each of the network interfaces comprises multiplying the calculated bandwidth speed of the network interface by a total bandwidth speed required to receive the multimedia data and divided by a summation of the calculated bandwidth speeds of the network interfaces; allocating , by the media device , data packets from the plurality of data packets among the network interfaces (101 1 , 101 2 , 101 3 ) based on the determined bandwidth speeds; and requesting , by the media device , the data packets of the multimedia data over the allocated interfaces (101 1 , 101 2 , 101 3 ), for adaptively streaming the multimedia data on the media device.
A fume extraction hood of the type that can at least partially fit into a receptacle formed in a ceiling , said ceiling having an outer surface and an inner surface , the latter at least partially defining said receptacle and being opposite to the outer surface , said hood comprising: - a frame having at least one pair of opposite sides , said frame being configured to fit at least partially into said receptacle , said frame having a center axis (V) perpendicular to said sides ; - at least one lock member positioned at one of the said sides of said frame , said lock member comprising a deployable portion having a direction of deployment (D) perpendicular to its respective side of the frame and to the center axis (V) and switchable between a deployed configuration in which it rests on said inner surface to retain said frame in said receptacle and a retracted configuration in which it is pulled back inside a perimeter of said frame to allow said frame to be introduced into and removed from said receptacle , said lock member comprising at least one elastic element associated with said deployable portion to push it from the retracted to the deployed configuration; wherein the lock member comprises a grip element connected to said deployable portion and arranged to be accessed when said frame fits in said receptacle , said grip element being movable along said center axis (V) and/or rotatable about a longitudinal main axis of extension substantially parallel to said center axis (V) to return said deployable portion from the deployed to the retracted configuration; characterized in that said lock member comprises a connecting portion having a first end and a second end opposite to each other, said second end being connected to said deployable portion , said grip element being connected to said connecting portion between said ends , wherein the connecting portion is hinged to the deployable portion at a hinge axis (A) that is substantially perpendicular to said center axis (V) and to said direction of deployment (D); wherein the elastic element is operable between the connecting portion and the deployable portion to open them apart. - a frame having at least one pair of opposite sides , said frame being configured to fit at least partially into said receptacle , said frame having a center axis (V) perpendicular to said sides ; - at least one lock member positioned at one of the said sides of said frame , said lock member comprising a deployable portion having a direction of deployment (D) perpendicular to its respective side of the frame and to the center axis (V) and switchable between a deployed configuration in which it rests on said inner surface to retain said frame in said receptacle and a retracted configuration in which it is pulled back inside a perimeter of said frame to allow said frame to be introduced into and removed from said receptacle , said lock member comprising at least one elastic element associated with said deployable portion to push it from the retracted to the deployed configuration;
A method of manufacturing a structural component, comprising the steps of: applying an infrared-absorbent coating having an emissivity coefficient ranging from 0.8 ε to 0.98 ε to a surface of a substrate formed of a metal material, wherein the metal material of the substrate is selected from a ferrous-based material, aluminum-based material, magnesium-based material, and fiber reinforced composite material; heating the coated substrate with an infrared heat source; and forming the heated and coated substrate between a pair of dies , wherein the infrared-absorbent coating includes iron oxide (Fe 3 O 4 ) decorated multiwall carbon nanotubes. applying an infrared-absorbent coating having an emissivity coefficient ranging from 0.8 ε to 0.98 ε to a surface of a substrate formed of a metal material, wherein the metal material of the substrate is selected from a ferrous-based material, aluminum-based material, magnesium-based material, and fiber reinforced composite material; heating the coated substrate with an infrared heat source; and forming the heated and coated substrate between a pair of dies , wherein the infrared-absorbent coating includes iron oxide (Fe 3 O 4 ) decorated multiwall carbon nanotubes.
A disulfide compound selected from the group consisting of: Compound Structure 2-(Pyridyldithio)ethylamine (hydrochloride) (PDEA) PDEA (para position) PDEA analogue with quaternary amine (methyl) tail 3-(2-Pyridyldithio)propanoic acid PDEA analogue with carboxylic acid tail and stereochemically isomeric forms thereof, and the pharmaceutically acceptable salts thereof for therapeutic use in a human or animal subject as an antimicrobial agent.
An apparatus comprising: a request module being adapted to receive a request for data from a remote client that generates the request, the request is included in network packets having as public source Internet protocol address, the address of a network device that forwarded the request, the request comprises a public Internet protocol address of the remote client that generated the request and the request is encrypted according to an initial encryption scheme, the authenticity of the request being verified in response to the public Internet protocol address of the remote client that generated the request matching the public source Internet protocol address of the network device that forwarded the request; an encryption module being adapted to encrypt the data according to a different encryption scheme in response to the authenticity of the request being verified; and a transfer module being adapted to transmit the encrypted data to the remote client that generated the request in response to the authenticity of the request being verified, wherein at least a portion of the request module , the encryption module , and the transfer module comprise one or more of hardware and executable code, the executable code stored on one or more computer readable storage media. a request module being adapted to receive a request for data from a remote client that generates the request, the request is included in network packets having as public source Internet protocol address, the address of a network device that forwarded the request, the request comprises a public Internet protocol address of the remote client that generated the request and the request is encrypted according to an initial encryption scheme, the authenticity of the request being verified in response to the public Internet protocol address of the remote client that generated the request matching the public source Internet protocol address of the network device that forwarded the request; an encryption module being adapted to encrypt the data according to a different encryption scheme in response to the authenticity of the request being verified; and a transfer module being adapted to transmit the encrypted data to the remote client that generated the request in response to the authenticity of the request being verified, wherein at least a portion of the request module , the encryption module , and the transfer module comprise one or more of hardware and executable code, the executable code stored on one or more computer readable storage media.
An implantable medical device (IMD), the IMD comprising: a housing having a proximal end and a distal end; a first set (505a-505e) of one or more electrodes connected to but spaced apart from the housing ; and a controller disposed within the housing , wherein the controller is configured to: sense cardiac electrical signals, and deliver electrical stimulation pulses via the first set (505a-505e) of one or more electrodes; and wherein, when implanted, a first portion of the housing is configured to be disposed at least partly within a coronary sinus of a patient's heart and a second portion of the housing is configured to be disposed at least partly within a right atrium of the patient's heart. a housing having a proximal end and a distal end; a first set (505a-505e) of one or more electrodes connected to but spaced apart from the housing ; and a controller disposed within the housing , wherein the controller is configured to: sense cardiac electrical signals, and deliver electrical stimulation pulses via the first set (505a-505e) of one or more electrodes; and sense cardiac electrical signals, and deliver electrical stimulation pulses via the first set (505a-505e) of one or more electrodes; and wherein, when implanted, a first portion of the housing is configured to be disposed at least partly within a coronary sinus of a patient's heart and a second portion of the housing is configured to be disposed at least partly within a right atrium of the patient's heart.
Vice for clamping a workpiece with a) two clamping jaw holders for receiving one clamping jaw each for clamping the workpiece between the two clamping jaws, b) a stationary lower part , and c) a carriage guide for linearly displaceable guidance of at least one of the two clamping jaw holders , the carriage guide having two guide bars which are fixed to the lower part , d) the guide bars of the carriage guide being fastened laterally to the lower part , characterized in that e) there is a gap in the vertical direction between the guide bars and the lower part , so that the guide bars do not rest with their underside on the lower part , which, in the pre-assembled state, permits vertical positioning of the guide bars relative to the lower part in order to reduce the height play of the carriage guide, and f) in that the fastening screws of the guide bars , in the pre-assembled state, each permit vertical play of the guide bars relative to the fastening screws when the fastening screws are inserted but not yet tightened. a) two clamping jaw holders for receiving one clamping jaw each for clamping the workpiece between the two clamping jaws, b) a stationary lower part , and c) a carriage guide for linearly displaceable guidance of at least one of the two clamping jaw holders , the carriage guide having two guide bars which are fixed to the lower part , d) the guide bars of the carriage guide being fastened laterally to the lower part , characterized in that e) there is a gap in the vertical direction between the guide bars and the lower part , so that the guide bars do not rest with their underside on the lower part , which, in the pre-assembled state, permits vertical positioning of the guide bars relative to the lower part in order to reduce the height play of the carriage guide, and f) in that the fastening screws of the guide bars , in the pre-assembled state, each permit vertical play of the guide bars relative to the fastening screws when the fastening screws are inserted but not yet tightened.
Use of a fragranced aqueous composition in an electric fragrance diffuser operating with a piezoelectric ceramic, characterized in that said fragranced aqueous composition comprises 0.1% to 0.3% by weight, based on the total weight of said fragrance composition, of an essential oil and/or of natural or synthetic fragrance raw materials, 0.1 to 1% by weight, based on the total weight of said fragrance composition, of a nonionic surfactant, and 0.01 to 0.1% by weight, based on the total weight of said fragrance composition, of a preservative.