mhurhangee/patent-ind-claim-en huggingface dataset:
Encoder for providing encrypted data for transmission via a transmission medium , comprising: an encryption unit configured to encrypt data received at the encoder block by block; and a processing unit configured to distribute an encrypted data block randomly to a plurality of channels allocated to the transmission medium such that corresponding sub-blocks result, each including a portion of the encrypted data in the encrypted data block, and provide each of the sub-blocks to be transmitted via one of the channels together with channel identification allocated to the channel and a code value that is based on the encrypted data in the sub-block to be transmitted and the channel identification, for transmission via the allocated channel of the transmission medium . wherein the transmission medium includes an optical multicore fiber, wherein one core of the multicore fiber defines a channel, wherein the processing unit is configured to provide the sub-blocks for parallel transmission via the multicore fiber, wherein the channel identification indicates a channel number allocated to the sub-block to be transmitted. an encryption unit configured to encrypt data received at the encoder block by block; and a processing unit configured to distribute an encrypted data block randomly to a plurality of channels allocated to the transmission medium such that corresponding sub-blocks result, each including a portion of the encrypted data in the encrypted data block, and provide each of the sub-blocks to be transmitted via one of the channels together with channel identification allocated to the channel and a code value that is based on the encrypted data in the sub-block to be transmitted and the channel identification, for transmission via the allocated channel of the transmission medium . distribute an encrypted data block randomly to a plurality of channels allocated to the transmission medium such that corresponding sub-blocks result, each including a portion of the encrypted data in the encrypted data block, and provide each of the sub-blocks to be transmitted via one of the channels together with channel identification allocated to the channel and a code value that is based on the encrypted data in the sub-block to be transmitted and the channel identification, for transmission via the allocated channel of the transmission medium . wherein the transmission medium includes an optical multicore fiber, wherein one core of the multicore fiber defines a channel, wherein the processing unit is configured to provide the sub-blocks for parallel transmission via the multicore fiber, wherein the channel identification indicates a channel number allocated to the sub-block to be transmitted.
A pharmaceutical composition comprising: (a) radezolid or a pharmaceutically acceptable salt, or ester thereof; (b) a hydroxypropylmethylcellulose polymer; (c) croscarmellose sodium as a disintegrant; (d) a lubricant selected from the group consisting of colloidal silicon dioxide, magnesium stearate, and mixtures thereof; (e) a filler selected from the group consisting of lactose monohydrate, dicalciumphosphate, and mixtures thereof; and, optionally, (f) microcrystalline cellulose as a binder. (a) radezolid or a pharmaceutically acceptable salt, or ester thereof; (b) a hydroxypropylmethylcellulose polymer; (c) croscarmellose sodium as a disintegrant; (d) a lubricant selected from the group consisting of colloidal silicon dioxide, magnesium stearate, and mixtures thereof; (e) a filler selected from the group consisting of lactose monohydrate, dicalciumphosphate, and mixtures thereof; and, optionally, (f) microcrystalline cellulose as a binder.
Seal collar for sealing a pipe running through a wall or a floor against the wall or floor, the seal collar comprising: a flat, sheet-like or film-like waterproof outer zone , and an inner zone made of a waterproof elastic material, which is laterally surrounded by the outer zone in a watertight manner and in which an annular profile seal is formed, which centreline runs at right angle to the plane of the outer zone and which defines an opening that is smaller than the outside diameter of the pipe to be sealed, wherein the annular profile seal comprises at least one extension extending along the direction of the centreline and differing to that defined by the material thickness of the inner zone , wherein the thickness of the material in the elastic inner zone is in the range from 200 μm to 400 μm and the thickness of the outer zone is in the range from 300 μm to 500 μm, wherein the annular profile has a U-shaped cross-section with two legs connected by a bridge , the bridge being disposed at a distance from the first face of a flat, planar region of the inner zone and the outer zone , respectively, the radially outer leg joining the flat, planar region of the inner zone or directly the outer zone , the radially inner leg forming the boundary of the opening , and the inner surface of the U-shaped annular profile of the annular profile seal joining the second face of the flat, planar region of the inner zone opposite the first face or directly the outer zone, and wherein the first face is the face of the seal collar provided for contacting the wall. a flat, sheet-like or film-like waterproof outer zone , and an inner zone made of a waterproof elastic material, which is laterally surrounded by the outer zone in a watertight manner and in which an annular profile seal is formed, which centreline runs at right angle to the plane of the outer zone and which defines an opening that is smaller than the outside diameter of the pipe to be sealed, wherein the annular profile seal comprises at least one extension extending along the direction of the centreline and differing to that defined by the material thickness of the inner zone , wherein the thickness of the material in the elastic inner zone is in the range from 200 μm to 400 μm and the thickness of the outer zone is in the range from 300 μm to 500 μm, wherein the annular profile has a U-shaped cross-section with two legs connected by a bridge , the bridge being disposed at a distance from the first face of a flat, planar region of the inner zone and the outer zone , respectively, the radially outer leg joining the flat, planar region of the inner zone or directly the outer zone , the radially inner leg forming the boundary of the opening , and the inner surface of the U-shaped annular profile of the annular profile seal joining the second face of the flat, planar region of the inner zone opposite the first face or directly the outer zone, and wherein the first face is the face of the seal collar provided for contacting the wall.
A chipset for installation in a mobile radio-enabled end device (ME), in which as a secure processor (SP) of the chipset a subscriber identity module (iUICC) is integrated in a baseband processor of the chipset or in an application processor of the chipset, characterized in that in the chipset, an operating system, OS, of the secure processor (SP) is arranged or arrangeable, the operating system comprising a core OS an application OS (A-OS), wherein the core OS comprises basic functionalities for controlling the physical elements of the integrated subscriber identity module, wherein the application OS comprises application-oriented functionalities of the integrated subscriber identity module, wherein the application OS (A-OS) comprises a core OS verification apparatus which is arranged to verify the integrity of the core OS upon the putting into operation of the application OS (A-OS) and to continue the putting into operation of the application OS (A-OS) at most only in the case of a successful verification of the core OS and to cause a fault measure and/or to interrupt or terminate the putting into operation of the application OS (A-OS) in the case of an unsuccessful verification, wherein a bootloader (BLO) implemented in the secure processor (SP) is arranged to directly or indirectly enforce that the application OS (A-OS) applies the core OS verification apparatus upon it being put into operation in order to verify the core OS.
Bicycle wheel rim , comprising a wall made of composite material having a plurality of perforated spoke-attachment seats and unidirectional structural fibers which, in areas far from the perforated seats , extend along a longitudinal direction (L), wherein at least one of said perforated seats is at least in part delimited by: - at least one first area comprising end portions of a first plurality of cut structural fibers ; - at least one second area circumferentially spaced apart from said at least one first area and comprising both end portions of a second plurality of cut structural fibers having a longitudinal dimension greater than that of the structural fibers of said first plurality of cut structural fibers , and first portions of continuous structural fibers ; characterized in that said at least one second area comprises an area of amassment of end portions of cut structural fibers and of portions of continuous structural fibers , wherein in said area of amassment at least some of the end portions of the structural fibers of said second plurality of cut structural fibers open with respect to a diametral plane (A) of the perforated seat parallel to the longitudinal direction (L) and are in a condition of mutual juxtaposition or of mutual interposition with respect to said first portions of continuous structural fibers . - at least one first area comprising end portions of a first plurality of cut structural fibers ; - at least one second area circumferentially spaced apart from said at least one first area and comprising both end portions of a second plurality of cut structural fibers having a longitudinal dimension greater than that of the structural fibers of said first plurality of cut structural fibers , and first portions of continuous structural fibers ;
Temperature control arrangement with combination heat exchanger for heating and cooling a measuring plate of a measuring device , where the measuring plate is designed on one side to receive samples and on the other side to be heatable and coolable via a combination heat exchanger and the combination heat exchanger is formed of a base body having good thermal conductivity with a region through which a coolant can flow and a fluid inlet and a fluid outlet and in the base body recesses for receiving heating elements are arranged, in which heating elements are arranged, and where between the measuring plate and the combination heat exchanger a Peltier element operable for heating and cooling is arranged, and where the Peltier element is arranged between the measuring plate and the heating elements , passively able to act as a thermal insulator and functioning as a thermal switch, characterised in that the region of the base body through which a coolant can flow has internal ribs and in that the temperature control arrangement comprises a control and regulating device which is set up so that the heating of the sample in the case of a predefinable larger deviation of target temperature from sample temperature is performed by means of the electric heating element and only in the case of a predefinable smaller deviation of target temperature from sample temperature the heating is performed via the Peltier element and that the cooling is switched off.
A method of producing an abrasive tip for a turbine blade, comprising: producing or obtaining a metal powder that is mixed with an abrasive ceramic powder; producing or obtaining a metallic mold that is in the shape of an airfoil, wherein the metallic mold comprises a hollow interior portion; sealing the metal and ceramic powder mixture within the hollow interior portion of the metallic mold under vacuum; subjecting the sealed mold to a hot isostatic pressing process, whereby the hot isostatic pressing process compacts and binds the metal and ceramic powder mixture together into a solid article in the shape of the airfoil; slicing the solid article into a plurality of airfoil-shaped slices; and bonding one slice of the plurality of airfoil-shaped slices to a tip portion of a turbine blade. producing or obtaining a metal powder that is mixed with an abrasive ceramic powder; producing or obtaining a metallic mold that is in the shape of an airfoil, wherein the metallic mold comprises a hollow interior portion; sealing the metal and ceramic powder mixture within the hollow interior portion of the metallic mold under vacuum; subjecting the sealed mold to a hot isostatic pressing process, whereby the hot isostatic pressing process compacts and binds the metal and ceramic powder mixture together into a solid article in the shape of the airfoil; slicing the solid article into a plurality of airfoil-shaped slices; and bonding one slice of the plurality of airfoil-shaped slices to a tip portion of a turbine blade.
An image processing apparatus comprising: a first image sensor having a first pixel array including blocks each including a red pixel, a green pixel and a blue pixel; a second image sensor having a second pixel array including blocks each including at least one of a red pixel and a blue pixel, and a white pixel; and a controller configured to generate a third image using a first image acquired from the first image sensor and a second image acquired from the second image sensor, wherein the controller generates the third image based on color information of the first image and the second image, and wherein the controller searches for a second block having color information, a difference with first color information of which is within a reference value, among blocks included in the first image, using the first color information including at least one of red color information and blue color information of a first block included in the second image, and replaces the color information of the first block with the color information of the second block based on the result of the search. a first image sensor having a first pixel array including blocks each including a red pixel, a green pixel and a blue pixel; a second image sensor having a second pixel array including blocks each including at least one of a red pixel and a blue pixel, and a white pixel; and a controller configured to generate a third image using a first image acquired from the first image sensor and a second image acquired from the second image sensor, wherein the controller generates the third image based on color information of the first image and the second image, and wherein the controller searches for a second block having color information, a difference with first color information of which is within a reference value, among blocks included in the first image, using the first color information including at least one of red color information and blue color information of a first block included in the second image, and replaces the color information of the first block with the color information of the second block based on the result of the search.
A use of a dipole antenna array with at least two dipole antenna elements, in which the dipole antenna elements , have a fold at one end such that, for each dipole antenna element, there is a bent part which deflects back towards the longitudinal direction of the respective dipole antenna element, wherein the dipole antenna elements , at least partially enclose a cavity, as an antenna in an MR-PET or MR-SPECT tomograph, in which the folds of the dipole antenna elements , are located with their ports outside of the PET or SPECT measurement range.
A method of producing a microarray comprising; derivatizing glycosphingolipids with a heterobifunctional fluorescent label suitable for immobilization providing fluorescent glycosphingolipids; wherein the heterobifunctional fluorescent label is the heterobifunctional p-nitrophenyl anthranilate; and wherein derivatizing glycosphingolipids with a heterobifunctional fluorescent label comprises ozonolysis of the sphingosine moiety in the glycosphingolipids to generate an aldehyde and reaction with p-nitrophenyl anthranilate through reductive amination to form glycosphingolipids-p-nitrophenyl anthranilate derivatives followed by their reaction with diamines to provide glycosphingolipids-N-(aminoalkyl)-2-aminobenzamide derivatives; separating the obtained fluorescent glycosphingolipids by chromatography; and coupling the fluorescent glycosphingolipids to a surface.
A gesture operation response method, applied to smart equipment comprising a touch sensing module and a processor, the touch sensing module comprising a touch sensor, the method comprising: reporting , by the touch sensing module, a maintenance gesture event to the processor when identifying that a time duration for which a pointing means remains at a contact point of the touch sensor, after a swipe gesture on the touch sensor, reaches a preset time duration; and after the maintenance gesture event is received and before the touch sensing module identifies that the pointing means leaves the contact point, repeatedly executing , by the processor, at a preset time interval, a last response operation of responding to a swipe gesture event reported by the touch sensing module, wherein the swipe gesture event is an event generated from the swipe gesture of the pointing means before the pointing means stays at the contact point, and wherein the response operation is determined by an application operated by the swipe gesture, wherein the preset time interval corresponds to the application operated by the swipe gesture, and different applications or different implementations in an application use different preset time intervals. reporting , by the touch sensing module, a maintenance gesture event to the processor when identifying that a time duration for which a pointing means remains at a contact point of the touch sensor, after a swipe gesture on the touch sensor, reaches a preset time duration; and after the maintenance gesture event is received and before the touch sensing module identifies that the pointing means leaves the contact point, repeatedly executing , by the processor, at a preset time interval, a last response operation of responding to a swipe gesture event reported by the touch sensing module, wherein the swipe gesture event is an event generated from the swipe gesture of the pointing means before the pointing means stays at the contact point, and wherein the response operation is determined by an application operated by the swipe gesture, wherein the preset time interval corresponds to the application operated by the swipe gesture, and different applications or different implementations in an application use different preset time intervals.
A wearable device for capacitive coupled communications, the wearable device comprising: a capacitor touch panel configured to transmit or receive signals through capacitive coupling via human body; capacitive sensor transceiver circuitry configured to receive, via the capacitor touch panel , a capacitive coupled signal from a host device, wherein the capacitive coupled signal is received through a body of a user of the wearable device and is modulated to include a request for authentication data to authenticate the wearable device with the host device; and processing circuitry in communication with the capacitive sensor transceiver circuitry to process the received capacitive coupled signal and transmit, via the capacitor touch panel , authentication data modulated on a capacitive coupled reply signal to the host device, wherein the capacitive coupled reply signal modulated with the authentication data is transmitted through the body of the user of the wearable device; wherein the capacitive sensor transceiver circuitry is configured to receive, via the capacitor touch panel , another capacitive coupled signal from the host device modulated with information indicating a successful authentication of the wearable device with the host device; wherein the capacitive sensor transceiver circuitry is configured to communicate, using capacitive coupled signaling, with a point of sales, POS, terminal to process a transaction and is further configured to receive from the host device an authorization for the wearable device to spend up to a certain amount of money. a capacitor touch panel configured to transmit or receive signals through capacitive coupling via human body; capacitive sensor transceiver circuitry configured to receive, via the capacitor touch panel , a capacitive coupled signal from a host device, wherein the capacitive coupled signal is received through a body of a user of the wearable device and is modulated to include a request for authentication data to authenticate the wearable device with the host device; and processing circuitry in communication with the capacitive sensor transceiver circuitry to process the received capacitive coupled signal and transmit, via the capacitor touch panel , authentication data modulated on a capacitive coupled reply signal to the host device, wherein the capacitive coupled reply signal modulated with the authentication data is transmitted through the body of the user of the wearable device; wherein the capacitive sensor transceiver circuitry is configured to receive, via the capacitor touch panel , another capacitive coupled signal from the host device modulated with information indicating a successful authentication of the wearable device with the host device; wherein the capacitive sensor transceiver circuitry is configured to communicate, using capacitive coupled signaling, with a point of sales, POS, terminal to process a transaction and is further configured to receive from the host device an authorization for the wearable device to spend up to a certain amount of money.
A turbine ring assembly comprising both a plurality of ring sectors (1; 1a) made of ceramic matrix composite material forming a turbine ring, and also a ring support structure , each ring sector (1; 1a) having a portion forming an annular base with an inner face defining the inside space of the turbine ring and an outer face from which an attachment portion (9; 9a; 9b) of the ring sector extends for attaching it to the ring support structure, the ring support structure comprising two annular flanges (11a; 11b) between which the attachment portion of each ring sector is held, each of the annular flanges (11a; 11b) of the ring support structure presenting first (12a; 12b) and second (13a; 13b) sloping portions bearing against the attachment portions (9; 9a; 9b) of the ring sectors (1; 1a) and extending along non parallel directions, each of said first and second sloping portions (12a; 12b; 13a; 13b), when observed in meridian section, forming a non-zero angle relative to the radial direction (R) and relative to the axial direction (A), the assembly being characterized in that the first sloping portion bears against the upper halves (M 1 ) of the attachment portions of the ring sectors, and wherein the second sloping portion bears against the lower halves (M 2 ) of the attachment portions of the ring sectors.
A compound that is -2-(4-oxy-pyrazin-2-yl)-1a,2,5,5a-tetrahydro-1/7-2,3-diaza-cyclopropa[a]pentalene-4-carboxylic acid ((S)-1-hydroxymethyl-2,2-dimethylpropyl)-amide, (Compound A) having the structure: or a pharmaceutically acceptable salt or crystal form thereof, for use in a method for treating or alleviating visceral pain in a patient in need of such treatment, wherein: the visceral pain is pain arising from or related to Crohn's disease; or the visceral pain is pain arising from or related to the terminal ileum of the small intestine, the small intestine Peyer's patch, or the sigmoid colon. for use in a method for treating or alleviating visceral pain in a patient in need of such treatment, wherein: the visceral pain is pain arising from or related to Crohn's disease; or the visceral pain is pain arising from or related to the terminal ileum of the small intestine, the small intestine Peyer's patch, or the sigmoid colon. the visceral pain is pain arising from or related to Crohn's disease; or the visceral pain is pain arising from or related to the terminal ileum of the small intestine, the small intestine Peyer's patch, or the sigmoid colon.