mhurhangee/patent-ind-claim-en huggingface dataset:
A tire pressure sensor positioning method, comprising the following steps: obtaining y-axis accelerations of tire pressure sensors in tires located on a same side of a vehicle, wherein there are at least two tire pressure sensors ; and obtaining turning information used to indicate turning of a vehicle; determining, according to positive directions of y-axes, positive and negative information of y-axis accelerations and the turning information, whether the tire pressure sensors on the same side are located on a left side or a right side of the vehicle; wherein the tire pressure sensor positioning method is characterized by comprising the following steps: determining front-rear positions of the tire pressure sensors according to y-axis acceleration amplitudes of the tire pressure sensors , wherein a tire pressure sensor having a larger y-axis acceleration amplitude is located in front of a tire pressure sensor having a smaller y-axis acceleration amplitude. obtaining y-axis accelerations of tire pressure sensors in tires located on a same side of a vehicle, wherein there are at least two tire pressure sensors ; and obtaining turning information used to indicate turning of a vehicle; determining, according to positive directions of y-axes, positive and negative information of y-axis accelerations and the turning information, whether the tire pressure sensors on the same side are located on a left side or a right side of the vehicle; wherein the tire pressure sensor positioning method is characterized by comprising the following steps: determining front-rear positions of the tire pressure sensors according to y-axis acceleration amplitudes of the tire pressure sensors , wherein a tire pressure sensor having a larger y-axis acceleration amplitude is located in front of a tire pressure sensor having a smaller y-axis acceleration amplitude.
Nutritional composition comprising a protein component, a lipid component, a carbohydrate component, minerals, vitamins and water, wherein the protein component comprises at least two different protein sources; wherein the nutritional composition has a pH in the range of 5.5 - 9.0 and wherein a) the first protein source is hydrolysed collagen with an average molecular weight M w of from 1000 Da to 6000 Da; b) the lipid component provides at least 30 EN% of the total energy of the composition c) the first source of protein represents 70-90 wt% based on the total weight of the protein component and d) the second protein source is milk protein and wherein the milk protein represents 10-30 wt% based on the total weight of the protein component. a) the first protein source is hydrolysed collagen with an average molecular weight M w of from 1000 Da to 6000 Da; b) the lipid component provides at least 30 EN% of the total energy of the composition c) the first source of protein represents 70-90 wt% based on the total weight of the protein component and d) the second protein source is milk protein and wherein the milk protein represents 10-30 wt% based on the total weight of the protein component.
An apparatus comprising: a first guide on a first component of an imaging device to guide a cartridge in a first direction toward a second component of the imaging device during installation of the cartridge in the imaging device; and a second guide on the second component to receive the cartridge from the first guide during the installation of the cartridge, the first guide and the second guide defining a gap therebetween, wherein the geometry of at least one of the first and second guides is to cause the cartridge to pass the gap without catching, the second guide to guide the cartridge into an installed position in the second component the apparatus characterized by further comprising a ramp , wherein a bottom edge of the cartridge contacts and slides along the ramp as the cartridge transitions from the first guide to the second guide. a first guide on a first component of an imaging device to guide a cartridge in a first direction toward a second component of the imaging device during installation of the cartridge in the imaging device; and a second guide on the second component to receive the cartridge from the first guide during the installation of the cartridge, the first guide and the second guide defining a gap therebetween, wherein the geometry of at least one of the first and second guides is to cause the cartridge to pass the gap without catching, the second guide to guide the cartridge into an installed position in the second component the apparatus characterized by further comprising a ramp , wherein a bottom edge of the cartridge contacts and slides along the ramp as the cartridge transitions from the first guide to the second guide.
A coupling system comprising: two pipes , a connecting insert , and a locking member , wherein the pipes each comprise a receptacle portion , the connecting insert is configured to couple to the receptacle portions of the pipes and has a locking groove formed in its outer circumferential surface , the locking member comprises an extension , said extension being adapted to extend through one or more openings in said pipes to engage with the locking groove to secure the positioning of the connecting insert in the receptacle portion , wherein the receptacle portion is formed at the end of the pipe to be connected and has a larger inner diameter than a midsection of the pipe , and the outer contour of each end of the connecting insert is shaped such that it fits into the respective receptacle portion , wherein the receptacle portion has a tapered shape, and the end of the connecting insert accordingly has a sloping end section with a decreasing diameter from an midpart towards its end, wherein the connecting insert comprises two locking grooves each positioned at a half of the connecting insert and each neighbouring a sealing groove at its outer side seen towards the nearest end-face of the connecting insert , wherein sealing elements are positioned in the sealing grooves, characterized in that the sealing grooves with the sealing elements positioned therein are positioned in the sloping end sections of the connecting insert .
A portable microscope apparatus cooperated with an image capture module , comprising: a sample carrying module comprising a body and an adhesive element , wherein the body has a light-transmission region , the adhesive element is configured to stick a sample (S) and then detachably adhered to the body and at least partially covers the light-transmission region ; a light source module detachably disposed at a side of the body , and comprising a base , a switch and a light source , wherein the base has an aperture , the sample carrying module is detachably disposed at a side of the aperture , and the light source is disposed in the base ; and a lens module comprising at least one lens , wherein the lens module corresponds to the light source module , and is detachably and directly disposed at one side of the sample carrying module , wherein the adhesive element is between the body and the light source module , and the sample carrying module and the lens module are relatively movable for moving the portable microscope apparatus to place the sample (S) within a lens field of a portable electronic device , wherein the body further includes a protrusion portion disposed at one side of the body , and the protrusion portion configured to correspondingly press the switch so as to turn on the light source to emit light. a sample carrying module comprising a body and an adhesive element , wherein the body has a light-transmission region , the adhesive element is configured to stick a sample (S) and then detachably adhered to the body and at least partially covers the light-transmission region ; a light source module detachably disposed at a side of the body , and comprising a base , a switch and a light source , wherein the base has an aperture , the sample carrying module is detachably disposed at a side of the aperture , and the light source is disposed in the base ; and a lens module comprising at least one lens , wherein the lens module corresponds to the light source module , and is detachably and directly disposed at one side of the sample carrying module , wherein the adhesive element is between the body and the light source module , and the sample carrying module and the lens module are relatively movable for moving the portable microscope apparatus to place the sample (S) within a lens field of a portable electronic device , wherein the body further includes a protrusion portion disposed at one side of the body , and the protrusion portion configured to correspondingly press the switch so as to turn on the light source to emit light.
A polymersome comprising (a) a membrane, which comprises a block copolymer of poly(styrene) (PS) and poly(ethylene oxide) (PEO), wherein the PS/PEO molecular weight ratio is higher than 1.0 and lower than 4.0; and (b) a core which encloses an acid.
A contact lens assembly for ophthalmic surgery, the contact lens assembly comprising: a contact lens ; an anti-fogging device coupled to the contact lens, wherein the anti-fogging device delivers thermal energy to the contact lens while the contact lens is in use during ophthalmic surgery to view an interior portion of an eye of a patient using a surgical microscope; characterized in that : the anti-fogging device further comprises a handle for supporting the contact lens on the eye during surgery; and wherein electrical energy to generate the thermal energy is delivered via lead lines attached to the handle. a contact lens ; an anti-fogging device coupled to the contact lens, wherein the anti-fogging device delivers thermal energy to the contact lens while the contact lens is in use during ophthalmic surgery to view an interior portion of an eye of a patient using a surgical microscope; characterized in that : the anti-fogging device further comprises a handle for supporting the contact lens on the eye during surgery; and wherein electrical energy to generate the thermal energy is delivered via lead lines attached to the handle. the anti-fogging device further comprises a handle for supporting the contact lens on the eye during surgery; and wherein electrical energy to generate the thermal energy is delivered via lead lines attached to the handle.
A piston rod arrangement for priming a drug delivery device, comprising: a piston rod provided for an operation of the device, the piston rod being provided to drive a bung of a container containing a drug in a drug delivery device, and a movable element operationally coupled with the piston rod , wherein the movable element is arranged to be movable in a predefined direction with respect to the piston rod by a user of the drug delivery device, a movement of the movable element in the predefined direction advances the piston rod in a further direction thereby providing a priming of the drug delivery device before use, the predefined direction is transverse to the further direction , and the further direction is from the piston rod towards the bung , wherein the movable element is operationally coupled with the piston rod by an inclined surface of the movable element , the inclined surface being inclined with respect to the further direction and being in contact with the piston rod , characterised in that the movable element is provided to be removed from the piston rod . a piston rod provided for an operation of the device, the piston rod being provided to drive a bung of a container containing a drug in a drug delivery device, and a movable element operationally coupled with the piston rod , wherein the movable element is arranged to be movable in a predefined direction with respect to the piston rod by a user of the drug delivery device, a movement of the movable element in the predefined direction advances the piston rod in a further direction thereby providing a priming of the drug delivery device before use, the predefined direction is transverse to the further direction , and the further direction is from the piston rod towards the bung , wherein the movable element is operationally coupled with the piston rod by an inclined surface of the movable element , the inclined surface being inclined with respect to the further direction and being in contact with the piston rod , characterised in that the movable element is provided to be removed from the piston rod .
An arrangement for utilizing rock drilling information, wherein the arrangement comprises: a first mining vehicle which is provided with at least one rock drilling machine for drilling drill holes to a surrounding rock material ; a measuring device in the first mining vehicle arranged to produce measuring data of the rock drilling; and a monitoring device for monitoring the rock drilling on the basis of measuring data received from the measuring device ; wherein the monitoring device is located in the first mining vehicle ; the monitoring device in the first mining vehicle comprises at least one data processing device for analyzing the received measuring data of the rock drilling to produce at least one rock condition data of the rock material being affected by the rock drilling; the arrangement comprises at least one data transfer connection for transmitting the produced rock condition data from the monitoring device in the first mining vehicle to a control unit of a second mining vehicle ; and the produced rock condition data is configured to influence operation of the second mining vehicle . a first mining vehicle which is provided with at least one rock drilling machine for drilling drill holes to a surrounding rock material ; a measuring device in the first mining vehicle arranged to produce measuring data of the rock drilling; and a monitoring device for monitoring the rock drilling on the basis of measuring data received from the measuring device ; wherein the monitoring device is located in the first mining vehicle ; the monitoring device in the first mining vehicle comprises at least one data processing device for analyzing the received measuring data of the rock drilling to produce at least one rock condition data of the rock material being affected by the rock drilling; the arrangement comprises at least one data transfer connection for transmitting the produced rock condition data from the monitoring device in the first mining vehicle to a control unit of a second mining vehicle ; and the produced rock condition data is configured to influence operation of the second mining vehicle .
A method comprising: detecting , by each detector of a focal plane array , electromagnetic radiation, wherein each detector is selectively coupled to a readout circuit of the focal plane array via a selection circuit of the focal plane array; during a first frame period: applying a first predetermined signal pattern to a first portion of the selection circuit, wherein the first portion of the selection circuit is associated with a first subset of detectors of the focal plane array; and performing a first readout of the focal plane array to obtain a respective output signal associated with each respective detector of the focal plane array; determining whether the first portion of the selection circuit is operating properly based at least on the output signal associated with the detectors of the first subset from the first readout; and generating an image based at least on the output signals of the detectors of the focal plane array not among the first subset of detectors. detecting , by each detector of a focal plane array , electromagnetic radiation, wherein each detector is selectively coupled to a readout circuit of the focal plane array via a selection circuit of the focal plane array; during a first frame period: applying a first predetermined signal pattern to a first portion of the selection circuit, wherein the first portion of the selection circuit is associated with a first subset of detectors of the focal plane array; and performing a first readout of the focal plane array to obtain a respective output signal associated with each respective detector of the focal plane array; determining whether the first portion of the selection circuit is operating properly based at least on the output signal associated with the detectors of the first subset from the first readout; and generating an image based at least on the output signals of the detectors of the focal plane array not among the first subset of detectors. applying a first predetermined signal pattern to a first portion of the selection circuit, wherein the first portion of the selection circuit is associated with a first subset of detectors of the focal plane array; and performing a first readout of the focal plane array to obtain a respective output signal associated with each respective detector of the focal plane array; determining whether the first portion of the selection circuit is operating properly based at least on the output signal associated with the detectors of the first subset from the first readout; and generating an image based at least on the output signals of the detectors of the focal plane array not among the first subset of detectors.
A multi-dye fluorescence photometer head , comprising: first and second excitation sources having respective first and second excitation filters configured such that the first and second excitation sources emit excitation energies of different wavelengths for exciting at least two fluorophores; an objective lens configured to pass the excitation energies from said first and second excitation sources , and emission energies originating from the excitation of fluorophores; a first emission detector having a first emission filter configured such that the first emission detector can detect both first and second emission energies of different wavelengths originating from excitation of first and second respective fluorophores; and first , second and third beam splitters, the first beam splitter configured to reflect the excitation energy from the first excitation source and pass the excitation energy from the second excitation source , the second beam splitter configured to reflect the excitation energies from the first beam splitter onto the objective lens , and pass the first and second emission energies from excitation of the first and second respective fluorophores, and the third beam splitter configured to reflect the first and second emission energies from the second beam splitter for detection by the first emission detector . first and second excitation sources having respective first and second excitation filters configured such that the first and second excitation sources emit excitation energies of different wavelengths for exciting at least two fluorophores; an objective lens configured to pass the excitation energies from said first and second excitation sources , and emission energies originating from the excitation of fluorophores; a first emission detector having a first emission filter configured such that the first emission detector can detect both first and second emission energies of different wavelengths originating from excitation of first and second respective fluorophores; and first , second and third beam splitters, the first beam splitter configured to reflect the excitation energy from the first excitation source and pass the excitation energy from the second excitation source , the second beam splitter configured to reflect the excitation energies from the first beam splitter onto the objective lens , and pass the first and second emission energies from excitation of the first and second respective fluorophores, and the third beam splitter configured to reflect the first and second emission energies from the second beam splitter for detection by the first emission detector .
Vehicle steering wheel comprising: - an armature made of electrically conductive material, - at least one position sensor and/or contact sensor for sensing a limb of the user on the steering wheel, - at least one decorative part , - fastening means arranged to hold the decorative part on the steering wheel, - at least one anchoring part arranged to anchor the fastening means onto the armature , characterized in that : the decorative part comprises an electrically conductive material, and the anchoring part is made of an electrically insulating material, so as to electrically insulate the fastening means from the armature . - an armature made of electrically conductive material, - at least one position sensor and/or contact sensor for sensing a limb of the user on the steering wheel, - at least one decorative part , - fastening means arranged to hold the decorative part on the steering wheel, - at least one anchoring part arranged to anchor the fastening means onto the armature , the decorative part comprises an electrically conductive material, and the anchoring part is made of an electrically insulating material, so as to electrically insulate the fastening means from the armature .
Dietary supplement mixture having neuroprotective activity which comprises a peptide formulation, comprising peptides consisting of the 7 amino acid sequence NMVPFPR.
A biocompatible composition, which can be polymerized to give a hydrogel-forming material and which is based on a hydrophilic polymer, wherein the hydrophilic polymer is crosslinkable serum albumin or crosslinkable serum protein, for therapeutic use in inhibiting and/or preventing angiogenesis or endothelial cell proliferation.
A transmission device comprising: a generation unit configured to generate first data including control information, which includes information necessary for channel selection of a service, and transmission sequence information, the transmission sequence information including information for identification of a service provider providing a service, class information including a class ID for identification of a class of the control information, and version information indicating a version of the control information in each class; and a transmission unit configured to transmit the first data in a transmission sequence corresponding to the transmission sequence information along with second data including data of a component included in the service. a generation unit configured to generate first data including control information, which includes information necessary for channel selection of a service, and transmission sequence information, the transmission sequence information including information for identification of a service provider providing a service, class information including a class ID for identification of a class of the control information, and version information indicating a version of the control information in each class; and a transmission unit configured to transmit the first data in a transmission sequence corresponding to the transmission sequence information along with second data including data of a component included in the service.
Kinematic mechanism for a head-up display, HUD, wherein said HUD comprises a HUD image combiner and a HUD protective cover , said mechanism comprising: a cover gear (6.1) for opening and closing the HUD protective cover ; a combiner gear (5.1) for moving the HUD image combiner between a retracted position and an image display position; a motor arranged to drive the cover gear (6.1); characterized in that a Geneva gear (7.1) arranged in cooperation with the combiner gear (5.1) such that continuous rotary motion of the cover gear (6.1) is translated into an intermittent rotary motion of the Geneva gear (7.1); wherein the Geneva gear (7.1) and the combiner gear (5.1) are the same gear or are intermeshing gears. a cover gear (6.1) for opening and closing the HUD protective cover ; a combiner gear (5.1) for moving the HUD image combiner between a retracted position and an image display position; a motor arranged to drive the cover gear (6.1); characterized in that a Geneva gear (7.1) arranged in cooperation with the combiner gear (5.1) such that continuous rotary motion of the cover gear (6.1) is translated into an intermittent rotary motion of the Geneva gear (7.1); wherein the Geneva gear (7.1) and the combiner gear (5.1) are the same gear or are intermeshing gears.