mhurhangee/patent-ind-claim-en huggingface dataset:
A power tool attachment part for a power tool, comprising: - an elongate housing including an upper housing part and a lower housing part interconnected with the upper housing part , - an input gear configured to be connected to an output shaft of a power wrench, which input gear is arranged at a first end of the housing , - an output gear with an output interface , which output gear is arranged at a second end of the housing , - a first intermediate gear arranged inside the housing and configured to transmit torque of the input gear to the output gear , characterised in that the first intermediate gear is rotationally mounted on a first intermediate gear shaft , and the power tool attachment part further comprises - a torque sensor configured to detect radial forces acting on the first intermediate gear shaft to thereby obtain a measure of the torque at the output gear . - an elongate housing including an upper housing part and a lower housing part interconnected with the upper housing part , - an input gear configured to be connected to an output shaft of a power wrench, which input gear is arranged at a first end of the housing , - an output gear with an output interface , which output gear is arranged at a second end of the housing , - a first intermediate gear arranged inside the housing and configured to transmit torque of the input gear to the output gear , - a torque sensor configured to detect radial forces acting on the first intermediate gear shaft to thereby obtain a measure of the torque at the output gear .
A method for controlling an electrical installation from a remote control station, the electrical installation comprising an electrical coupling network powering one or more electrical loads distributed between so-called priority loads and so-called non-priority loads , a main switch to connect a main power source to the coupling network and an auxiliary switch to connect an auxiliary power source to the coupling network , the control method including: - A step to determine a power consumed by the priority loads and a decision-making step that authorises the implementation of the control method only if the power consumed by the priority loads is less than an available power supplied by the auxiliary power source , - A step to synchronise the auxiliary power source with the main power source including a phase of measuring electric data relative to the main power source and to the auxiliary power source and a verification phase, from the remote control station, to ensure that the measured electric data of the main power source and the auxiliary power source are compatible, and if, during the verification phase, the electric data measured relative to the main power source and to the auxiliary power source are not compatible, the synchronising step further comprises a phase to correct, from the remote control point, the parameters relative to the auxiliary power source , - A step to send an order to close the auxiliary switch from the remote control station, - A step to send an order to open the main switch from the remote control station, - A step to check, from the remote control station, that load(s) is/are powered by the auxiliary power source . - A step to determine a power consumed by the priority loads and a decision-making step that authorises the implementation of the control method only if the power consumed by the priority loads is less than an available power supplied by the auxiliary power source , - A step to synchronise the auxiliary power source with the main power source including a phase of measuring electric data relative to the main power source and to the auxiliary power source and a verification phase, from the remote control station, to ensure that the measured electric data of the main power source and the auxiliary power source are compatible, and if, during the verification phase, the electric data measured relative to the main power source and to the auxiliary power source are not compatible, the synchronising step further comprises a phase to correct, from the remote control point, the parameters relative to the auxiliary power source , - A step to send an order to close the auxiliary switch from the remote control station, - A step to send an order to open the main switch from the remote control station, - A step to check, from the remote control station, that load(s) is/are powered by the auxiliary power source .
A tissue product, comprising: a first component comprising an intact acellular tissue matrix; and a second component comprising a porous acellular tissue matrix sponge covering at least a portion of the intact acellular tissue matrix, wherein the porous acellular tissue matrix sponge comprises a tissue matrix that has been mechanically homogenized, resuspended, and stabilized, and wherein the intact acellular tissue matrix comprises a group of openings in which the porous acellular tissue matrix sponge is positioned such that the intact acellular tissue matrix provides mechanical support to the porous acellular tissue matrix sponge. a first component comprising an intact acellular tissue matrix; and a second component comprising a porous acellular tissue matrix sponge covering at least a portion of the intact acellular tissue matrix, wherein the porous acellular tissue matrix sponge comprises a tissue matrix that has been mechanically homogenized, resuspended, and stabilized, and wherein the intact acellular tissue matrix comprises a group of openings in which the porous acellular tissue matrix sponge is positioned such that the intact acellular tissue matrix provides mechanical support to the porous acellular tissue matrix sponge.
Sensor for use in a magnetic resonance tomography unit, wherein the sensor has an energy supply device , a data transmission device and a first resonant antenna, wherein the energy supply device is configured to be wirelessly supplied with energy by the magnetic resonance tomography unit, wherein the data transmission device is configured to transmit data wirelessly between the sensor and the magnetic resonance tomography unit by means of radio-frequency signals with a frequency of more than 1 MHz, wherein the first resonant antenna has a signal connection to the data transmission device and there exists a significant mismatch between the impedance of the signal connection and the impedance of the first resonant antenna in free space without any appreciable interaction with another antenna at a first resonant frequency of the first resonant antenna , by which means the first resonant antenna is configured to radiate only a small part of the power supplied to it into a free electromagnetic wave propagating in space. wherein the sensor has an energy supply device , a data transmission device and a first resonant antenna, wherein the energy supply device is configured to be wirelessly supplied with energy by the magnetic resonance tomography unit, wherein the data transmission device is configured to transmit data wirelessly between the sensor and the magnetic resonance tomography unit by means of radio-frequency signals with a frequency of more than 1 MHz, wherein the first resonant antenna has a signal connection to the data transmission device and there exists a significant mismatch between the impedance of the signal connection and the impedance of the first resonant antenna in free space without any appreciable interaction with another antenna at a first resonant frequency of the first resonant antenna , by which means the first resonant antenna is configured to radiate only a small part of the power supplied to it into a free electromagnetic wave propagating in space.
Chassis for motorized road vehicles , the chassis having a lifting support arrangement with one or more lifting supports, characterized in that the lifting support arrangement comprises a lifting support which is mounted at a common connecting point of a plurality of chassis parts by means of common connecting means, in particular screws, rivets or the like.
Brake system for a motor vehicle , especially commercial vehicle , wherein the brake system comprising at least one electronic control unit , at least one parking brake device , and at least one wheel-blocking detection device ; wherein the wheel-blocking detection device is configured to: detect at least one blocking condition of one or more wheels of the motor vehicle , generate at least one blocking condition signal in response to the detected blocking condition, and transmit the blocking condition signal to the electronic control unit ; wherein the electronic control unit is configured to control the parking brake device such that, in a moving condition of the motor vehicle , at least one gradual actuation of the parking brake device is reduced or stopped if the blocking condition signal is generated, characterized in that the brake system further comprises at least one service brake device , wherein the electronic control unit is configured to reduce or stop the gradual actuation of the parking brake device while the electronic control unit is further configured to activate at least one automatic parking brake device blending function together with the service brake device , and in that the wheel-blocking detection device is configured to detect the blocking condition based on at least one direct request provided by at least one sub-system of the motor vehicle . at least one electronic control unit , at least one parking brake device , and at least one wheel-blocking detection device ; wherein the wheel-blocking detection device is configured to: detect at least one blocking condition of one or more wheels of the motor vehicle , generate at least one blocking condition signal in response to the detected blocking condition, and transmit the blocking condition signal to the electronic control unit ; wherein the electronic control unit is configured to control the parking brake device such that, in a moving condition of the motor vehicle , at least one gradual actuation of the parking brake device is reduced or stopped if the blocking condition signal is generated, characterized in that the brake system further comprises at least one service brake device , wherein the electronic control unit is configured to reduce or stop the gradual actuation of the parking brake device while the electronic control unit is further configured to activate at least one automatic parking brake device blending function together with the service brake device , and in that the wheel-blocking detection device is configured to detect the blocking condition based on at least one direct request provided by at least one sub-system of the motor vehicle .
Optical reflection device for a motor vehicle head-up display, comprising: - a folding mirror which has a first side and a second side that are opposite , one of the two sides being a light-reflecting face, and - a frame which supports the folding mirror , comprising a means for adjusting the orientation of the folding mirror with respect to the frame , which comprises: - at least one deformable element disposed between the folding mirror and the frame , and - at least one tightening system suitable for compressing said deformable element , each deformable element and each tightening system is applied to the folding mirror in zones of application which are situated outside of a useful reflection zone of the folding mirror, characterized in that said tightening system comprises a screw , and in that it comprises means for locking the adjustment of the orientation of said folding mirror with respect to the frame . - a folding mirror which has a first side and a second side that are opposite , one of the two sides being a light-reflecting face, and - a frame which supports the folding mirror , comprising a means for adjusting the orientation of the folding mirror with respect to the frame , which comprises: - at least one deformable element disposed between the folding mirror and the frame , and - at least one tightening system suitable for compressing said deformable element , - at least one deformable element disposed between the folding mirror and the frame , and - at least one tightening system suitable for compressing said deformable element , each deformable element and each tightening system is applied to the folding mirror in zones of application which are situated outside of a useful reflection zone of the folding mirror, characterized in that said tightening system comprises a screw , and in that it comprises means for locking the adjustment of the orientation of said folding mirror with respect to the frame .
A spinning reel comprising: a reel body ; a housing part including an opening part; a driving member including a pinion that is rotatably supported by the reel body and extends through the opening part of the housing part ; and a magnetic seal device affixed to the housing part and including a central opening through which the pinion extends, wherein the magnetic seal device includes: a magnet , first and second magnetic plates securing the magnet therebetween, and a magnetic fluid that is maintained at a gap between the driving member and at least one of the first and second magnetic plates , wherein an external diameter of the first magnetic plate is larger than an external diameter of the second magnetic plate , characterized in that the first magnetic plate is located adjacent the housing part and the second magnetic plate is located on an opposite side of the magnet with respect to the housing part . a reel body ; a housing part including an opening part; a driving member including a pinion that is rotatably supported by the reel body and extends through the opening part of the housing part ; and a magnetic seal device affixed to the housing part and including a central opening through which the pinion extends, wherein the magnetic seal device includes: a magnet , first and second magnetic plates securing the magnet therebetween, and a magnetic fluid that is maintained at a gap between the driving member and at least one of the first and second magnetic plates , wherein an external diameter of the first magnetic plate is larger than an external diameter of the second magnetic plate , characterized in that the first magnetic plate is located adjacent the housing part and the second magnetic plate is located on an opposite side of the magnet with respect to the housing part . a magnet , first and second magnetic plates securing the magnet therebetween, and a magnetic fluid that is maintained at a gap between the driving member and at least one of the first and second magnetic plates , wherein an external diameter of the first magnetic plate is larger than an external diameter of the second magnetic plate , characterized in that the first magnetic plate is located adjacent the housing part and the second magnetic plate is located on an opposite side of the magnet with respect to the housing part .
A vehicle seat having a sensor, comprising: a first and a second antenna located within the vehicle seat so that the first antenna is movable with respect to the second antenna; a signal generation source adapted to generate a signal comprising at least one frequency, the signal generation source being operatively connected to the first antenna ; a signal receiver operatively connected to the second antenna , the first antenna and the second antenna being oriented such that a change in the position of the first antenna with respect to the second antenna causes a change in coupling therebetween; a signal processor operatively connected to the signal receiver, the signal processor adapted to periodically make at least one measurement associated with the generated signal; and a detector module configured to use the at least one measurement to determine a use of the seat , wherein the at least one measurement is based on the movement of the first antenna with respect to the second antenna . a first and a second antenna located within the vehicle seat so that the first antenna is movable with respect to the second antenna; a signal generation source adapted to generate a signal comprising at least one frequency, the signal generation source being operatively connected to the first antenna ; a signal receiver operatively connected to the second antenna , the first antenna and the second antenna being oriented such that a change in the position of the first antenna with respect to the second antenna causes a change in coupling therebetween; a signal processor operatively connected to the signal receiver, the signal processor adapted to periodically make at least one measurement associated with the generated signal; and a detector module configured to use the at least one measurement to determine a use of the seat , wherein the at least one measurement is based on the movement of the first antenna with respect to the second antenna .
A system for management and control of fabrics comprising: - a first station for moving a fabric (T), - a second station for moving said fabric (T) operatively connected to said first station , - a light source positioned in an intermediate position between said first station and said second station configured to illuminate from the bottom upwards a predetermined portion (TX) of said fabric (T), - an optical device for acquiring an image or a video of said predetermined portion (TX) of said fabric (T), - a unit for processing and storing data connected to said optical device and designed to associate with said image or video of said predetermined portion (TX) of said fabric (T) identification information of said fabric (T), wherein said information relative to said fabric (T) comprises information relative to a chromatic predominance of the fabric (T) in such a way as to catalogue said fabric (T) into specific colour categories and to a predominance of repeated geometrical patterns so as to catalogue said fabric (T) in specific categories and said information is processed by said processing and storing unit in corresponding categorisations, characterised in that it comprises a metric feedback device designed to be positioned below said predetermined portion (TX), facing towards the optical device , for storing a further parameter of the fabric (T) in the storage unit 8, that is, the actual height of the fabric (T). - a first station for moving a fabric (T), - a second station for moving said fabric (T) operatively connected to said first station , - a light source positioned in an intermediate position between said first station and said second station configured to illuminate from the bottom upwards a predetermined portion (TX) of said fabric (T), - an optical device for acquiring an image or a video of said predetermined portion (TX) of said fabric (T), - a unit for processing and storing data connected to said optical device and designed to associate with said image or video of said predetermined portion (TX) of said fabric (T) identification information of said fabric (T), wherein said information relative to said fabric (T) comprises information relative to a chromatic predominance of the fabric (T) in such a way as to catalogue said fabric (T) into specific colour categories and to a predominance of repeated geometrical patterns so as to catalogue said fabric (T) in specific categories and said information is processed by said processing and storing unit in corresponding categorisations, characterised in that it comprises a metric feedback device designed to be positioned below said predetermined portion (TX), facing towards the optical device , for storing a further parameter of the fabric (T) in the storage unit 8, that is, the actual height of the fabric (T).
A method, comprising: determining , in a mobile device, a pairing opportunity with an apparatus and causing a message to be transmitted to a server, the message comprising a string generated in response to the determining of the pairing opportunity; receiving , in the mobile device, from the server an indication as a response to the message, and at least in part based on the indication, causing , in the mobile device, the mobile device to participate in pairing the mobile device with the apparatus, whereby the string is generated, in the mobile device, using a processor, at least in part based on a cryptographic exchange involving generation of a shared secret between the mobile device and the apparatus wherein the string is not communicated between the mobile device and the apparatus, and in that the message comprises an identifier of a user account the mobile device is associated with, and in that the apparatus is associated with the user account before the determining . determining , in a mobile device, a pairing opportunity with an apparatus and causing a message to be transmitted to a server, the message comprising a string generated in response to the determining of the pairing opportunity; receiving , in the mobile device, from the server an indication as a response to the message, and at least in part based on the indication, causing , in the mobile device, the mobile device to participate in pairing the mobile device with the apparatus, whereby the string is generated, in the mobile device, using a processor, at least in part based on a cryptographic exchange involving generation of a shared secret between the mobile device and the apparatus wherein the string is not communicated between the mobile device and the apparatus, and in that the message comprises an identifier of a user account the mobile device is associated with, and in that the apparatus is associated with the user account before the determining .
A USB interface for recharging an electronic device, intended to equip a transport vehicle including at least one handrail , including: - an electronic member comprising at least one USB jack , and connector elements able to connect each USB jack to cabling, - a support case , configured to be fastened on the handrail of the urban public transport vehicle, and including a housing for the electronic member , wherein the electronic member includes: - a first stationary part , fastened in the housing of the support case , and intended to be connected to the cabling, and - a second removable part , bearing each USB jack , the first and second parts being removably connectable, characterized in that one of the first and second parts includes at least one connecting pin , in particular two connecting pins , and the other of the first and second parts includes, for each connecting pin , at least one respective complementary socket, the first and second parts including complementary mistake-proofing means intended to provide the connection of each pin in the correct corresponding respective plug . - an electronic member comprising at least one USB jack , and connector elements able to connect each USB jack to cabling, - a support case , configured to be fastened on the handrail of the urban public transport vehicle, and including a housing for the electronic member , - a first stationary part , fastened in the housing of the support case , and intended to be connected to the cabling, and - a second removable part , bearing each USB jack , the first and second parts being removably connectable,