mhurhangee/patent-ind-claim-en huggingface dataset:
A particle therapy device comprising: a gantry configured to receive a stream of particles generated by a particle accelerator; a treatment nozzle coupled to the gantry and configured to emit the stream of particles as a beam at a plurality of iso-centers disposed in a target subject; and a control system communicatively coupled to the treatment nozzle and configured to automatically control an emission of the beam of particles to irradiate a plurality of beam fields corresponding to the plurality of iso-centers, wherein the control system is further configured to: automatically group beam fields based on beam field or treatment factors and/or provide controls by a beam control interface for a user to add or remove beam fields to and from the beam field grouping; if adding a beam field to another beam field to create the grouping or adding the beam field to an existing grouping would require the addition, modification, or removal of a beam accessory during a single beam application, disallow the beam field grouping, and control the emission of the beam of particles to irradiate the beam field grouping in a contiguous beam application. a gantry configured to receive a stream of particles generated by a particle accelerator; a treatment nozzle coupled to the gantry and configured to emit the stream of particles as a beam at a plurality of iso-centers disposed in a target subject; and a control system communicatively coupled to the treatment nozzle and configured to automatically control an emission of the beam of particles to irradiate a plurality of beam fields corresponding to the plurality of iso-centers, wherein the control system is further configured to: automatically group beam fields based on beam field or treatment factors and/or provide controls by a beam control interface for a user to add or remove beam fields to and from the beam field grouping; if adding a beam field to another beam field to create the grouping or adding the beam field to an existing grouping would require the addition, modification, or removal of a beam accessory during a single beam application, disallow the beam field grouping, and control the emission of the beam of particles to irradiate the beam field grouping in a contiguous beam application. automatically group beam fields based on beam field or treatment factors and/or provide controls by a beam control interface for a user to add or remove beam fields to and from the beam field grouping; if adding a beam field to another beam field to create the grouping or adding the beam field to an existing grouping would require the addition, modification, or removal of a beam accessory during a single beam application, disallow the beam field grouping, and control the emission of the beam of particles to irradiate the beam field grouping in a contiguous beam application.
A spring-loaded brake actuator comprising a push rod that can be coupled to a braking element of a brake, an energy accumulator which is designed to apply a braking force onto the push rod via a coupling mechanism , a drive , which is designed to hold the push rod in a brake release position against the force of the energy accumulator , and an auxiliary release device , with which the transmission of the braking force from the energy accumulator to the push rod can be blocked independently of the drive , characterized in that the coupling mechanism has two coupling members which are in engagement with one another via a claw clutch , and in that the auxiliary release device has an actuating element which is designed to bring the claws of the claw clutch into a non-engaged position in a direction of movement transverse to the force transmission direction.
An immunogenic composition comprising a vehicle or carrier suitable for administration to a subject and at least one polypeptide that includes more copies of SEQ ID NO:14 and includes more copies of SEQ ID NO:03 and SEQ ID NO:06.
A method of conducting a transaction, wherein a mobile device of a consumer has a mobile-based credential and an associated alias that identifies the mobile device , wherein the mobile device includes a cryptographic module having a secure store element for storing the mobile-based credential and a secure accessing element for accessing the secure store element , wherein the secure store element comprises a secure memory for storing the mobile-based credential, the method comprising the steps of: receiving , by the mobile device , a request for the mobile-based credential from a remotely accessible server , wherein the request is received by the mobile device in response to a requestor device receiving the alias from the consumer and providing the alias to the remotely accessible server , and the mobile-based credential being a decryption key corresponding to encrypted payment credentials; accessing , by the mobile device , the mobile-based credential from the secure memory by using the secure accessing element to certifiably request and receive the mobile-based credential from the secure store element over a certified communication interface ; and transmitting , by the mobile device , the mobile-based credential to the remotely accessible server , wherein the mobile-based credential is used at the remotely accessible server in combination with a server-based credential stored thereat for obtaining payment credentials to complete the transaction, the server-based credential being the encrypted payment credentials, and wherein the secure store element is exposed to the secure accessing element only and is accessible only through the secure accessing element . receiving , by the mobile device , a request for the mobile-based credential from a remotely accessible server , wherein the request is received by the mobile device in response to a requestor device receiving the alias from the consumer and providing the alias to the remotely accessible server , and the mobile-based credential being a decryption key corresponding to encrypted payment credentials; accessing , by the mobile device , the mobile-based credential from the secure memory by using the secure accessing element to certifiably request and receive the mobile-based credential from the secure store element over a certified communication interface ; and transmitting , by the mobile device , the mobile-based credential to the remotely accessible server , wherein the mobile-based credential is used at the remotely accessible server in combination with a server-based credential stored thereat for obtaining payment credentials to complete the transaction, the server-based credential being the encrypted payment credentials, and wherein the secure store element is exposed to the secure accessing element only and is accessible only through the secure accessing element .
A method for updating printer location information in a printer resource database server storing the location information associated with a printer resource in a network resource access system , the method comprising the steps of: determining coordinate-based location information for the printer resource by a mobile device using a location information collection module of the mobile device ; presenting a user interface on the mobile device providing a list of printer resources for selection by a user of the mobile device ; receiving a selection of the printer resource from the user via the user interface ; obtaining feedback from the printer resource to confirm the mobile device is actually located at the printer resource , wherein obtaining feedback from the printer resource comprises initiating printing of a test page on the printer resource , after receiving a selection of the printer resource from the user via the user interface, wherein the test page printed encodes information that uniquely identifies the printer resource in a bar code; scanning the bar code using the mobile device ; extracting the information that uniquely identifies the printer resource from the bar code; and submitting the coordinate-based location information with the information that uniquely identifies the printer resource to the printer resource database server using the obtained unique printer resource identifier. determining coordinate-based location information for the printer resource by a mobile device using a location information collection module of the mobile device ; presenting a user interface on the mobile device providing a list of printer resources for selection by a user of the mobile device ; receiving a selection of the printer resource from the user via the user interface ; obtaining feedback from the printer resource to confirm the mobile device is actually located at the printer resource , wherein obtaining feedback from the printer resource comprises initiating printing of a test page on the printer resource , after receiving a selection of the printer resource from the user via the user interface, wherein the test page printed encodes information that uniquely identifies the printer resource in a bar code; scanning the bar code using the mobile device ; extracting the information that uniquely identifies the printer resource from the bar code; and submitting the coordinate-based location information with the information that uniquely identifies the printer resource to the printer resource database server using the obtained unique printer resource identifier.
Sanitary outlet unit which has a housing which can be installed on the water outlet of a sanitary outlet fitting and, on its outlet end side, has a jet former , which is designed in the form of a perforated plate and which has throughflow channels which are arranged on the outlet end side of the housing and which divide up the water flowing out of the jet former into visibly separated, individual jets, characterized in that the throughflow channels on the outlet end side of the housing are arranged on at least two spaced-apart lines (L, L'), and in that the throughflow channels arranged on at least one of the lines (L, L') have a longitudinal axis which is both inclined, in relation to the longitudinal housing axis, in the direction of the adjacent line of throughflow channels and is angled, in respect of the plane of the outlet end side, in relation to the line (L, L') in which the throughflow channels are arranged, by an angle other than 90°.
An information processing device comprising: a heart rate acquisition unit configured to acquire a heart rate of an object; a feature extraction unit configured to extract a feature from heart rate fluctuation with respect to time that is acquired by the heart rate acquisition unit , the feature including an average and a variation before an increasing of the heart rate is detected and an average and a variation after the heart rate returns to a predetermined value after the increasing; a storage configured to, in advance, store information associated with heart rate fluctuation of a drink intake; and a determination unit configured to determine whether the heart rate fluctuation acquired by the heart rate acquisition unit is caused by a drink intake, on a basis of the feature extracted by the feature extraction unit and the information stored in the storage. a heart rate acquisition unit configured to acquire a heart rate of an object; a feature extraction unit configured to extract a feature from heart rate fluctuation with respect to time that is acquired by the heart rate acquisition unit , the feature including an average and a variation before an increasing of the heart rate is detected and an average and a variation after the heart rate returns to a predetermined value after the increasing; a storage configured to, in advance, store information associated with heart rate fluctuation of a drink intake; and a determination unit configured to determine whether the heart rate fluctuation acquired by the heart rate acquisition unit is caused by a drink intake, on a basis of the feature extracted by the feature extraction unit and the information stored in the storage.
A stair nosing comprising: a tread section having a body and defining a tread plane, a riser section extending in a second plane generally perpendicular to the first plane, and a transition section between the tread section and the riser section , wherein at least one of the tread section and transition section includes an arrangement of protrusions , each protrusion including a base edge that is integral with the body and an outwardly extending tab extending upwardly from the tread plane at an acute angle, and wherein the tab includes at least one edge separated from the body, wherein the tab includes first and second anti-skid surfaces (36/37), characterized in that a bottom edge of the first anti-skid surface is in contact with a wall defined through the thickness of the body.
A cooling device comprising a cryostat and a cold head of a cooling system , in particular the cold head of a pulse tube refrigerator, the cryostat comprising a vacuum tank in which at least one cryogen tank for a cryogenic liquid is arranged, the cold head being mounted on the cryostat , and a cooling arm of the cold head projecting into an access opening of the cryostat to the cryogen tank , a flexible sealing element , which directly or indirectly connects a wall of the vacuum tank to a room temperature part of the cold head , sealing off the inside of the cryogen tank from the environment , and a connecting line for a working gas of the cooling system , in particular a pressure line for a pulsating working gas, being connected to the cold head , characterized in that the cooling device comprises a pivot bearing , by means of which the cold head is mounted on the cryostat so as to be rotatable about a rotation axis (A), wherein a rotational movement about the rotation axis (A) is the only degree of freedom of the cold head on the cryostat , and in that the connecting line is connected to the cold head in such a way that forces caused by the cooling system act on the cold head via the connecting line at a force application point (EP) in a force application direction (ER), the force application direction (ER) being inclined by no more than 40° with respect to the normal (N) of a lever plane (HE) which contains the rotation axis (A) and the force application point (EP).
A robot cleaner , comprising: a wheel , comprising: an outer ring contactable with a surface to be cleaned by the robot cleaner, an inner ring disposed inside the outer ring and configured to receive a driving force, a plurality of spokes connecting the outer ring with the inner ring , a plurality of through holes through which air passes provided between the plurality of spokes , respectively, and a plurality of ribs disposed in a portion of the plurality of through holes , respectively, the plurality of ribs having a length that is less than a length of the plurality of spokes , characterised in that when the outer ring is moved toward the inner ring , the plurality of ribs are configured to limit movement of the outer ring . an outer ring contactable with a surface to be cleaned by the robot cleaner, an inner ring disposed inside the outer ring and configured to receive a driving force, a plurality of spokes connecting the outer ring with the inner ring , a plurality of through holes through which air passes provided between the plurality of spokes , respectively, and a plurality of ribs disposed in a portion of the plurality of through holes , respectively, the plurality of ribs having a length that is less than a length of the plurality of spokes , characterised in that when the outer ring is moved toward the inner ring , the plurality of ribs are configured to limit movement of the outer ring .
An extractor cleaning machine comprising: a base movable along a surface to be cleaned, the base including a suction nozzle ; a body coupled to the base ; a suction source in fluid communication with the suction nozzle , the suction source operable to draw fluid and dirt from the surface through the suction nozzle ; a recovery tank configured to store the fluid and dirt drawn through the suction nozzle ; a tank tray coupled to at least one of the base and the body , the tank tray including a top surface and a bottom surface , the recovery tank coupled to the tank tray adjacent the top surface ; and characterized in that an air duct including a duct inlet and a duct outlet is coupled to the tank tray such that the air duct and the tank tray define a passageway that fluidly couples the recovery tank and the suction nozzle . a base movable along a surface to be cleaned, the base including a suction nozzle ; a body coupled to the base ; a suction source in fluid communication with the suction nozzle , the suction source operable to draw fluid and dirt from the surface through the suction nozzle ; a recovery tank configured to store the fluid and dirt drawn through the suction nozzle ; a tank tray coupled to at least one of the base and the body , the tank tray including a top surface and a bottom surface , the recovery tank coupled to the tank tray adjacent the top surface ; and characterized in that an air duct including a duct inlet and a duct outlet is coupled to the tank tray such that the air duct and the tank tray define a passageway that fluidly couples the recovery tank and the suction nozzle .
A scroll compressor , comprising: a fixed scroll having a spiral fixed-side wrap positioned upright on a surface of a fixed-side plate ; and a movable scroll orbitably disposed to face the fixed scroll , the movable scroll having a spiral movable-side wrap positioned upright on a surface of a movable-side plate , the movable-side wrap being configured to mesh with the fixed-side wrap , wherein a side clearance (δ) is formed between a side surface of the fixed-side wrap and a side surface of the movable-side wrap so as to increase from an outer peripheral side toward an inner peripheral side of each of the wraps, characterised in that the increase in the side clearance (δ) is set such that an increase rate of the side clearance becomes larger from the outer peripheral side toward the inner peripheral side.
Ironing device having the following features: a steam generating unit , which can be filled with a liquid, for generating steam by evaporating the liquid; a storage container for storing steam generated by the steam generating unit ; characterised by a coupling valve which is designed to fluidically couple the steam generating unit and the storage container to one another when an internal pressure of the steam generating unit reaches an operating pressure; and a shuttle valve having a first input coupled to the storage container , a second input coupled to the steam generating unit , and an output for providing a steam volume flow depending on a pressure present at the first input and/or at the second input . a steam generating unit , which can be filled with a liquid, for generating steam by evaporating the liquid; a storage container for storing steam generated by the steam generating unit ; characterised by a coupling valve which is designed to fluidically couple the steam generating unit and the storage container to one another when an internal pressure of the steam generating unit reaches an operating pressure; and a shuttle valve having a first input coupled to the storage container , a second input coupled to the steam generating unit , and an output for providing a steam volume flow depending on a pressure present at the first input and/or at the second input .
Method, comprising the steps of: a) providing a transparent object holder for a biological or chemical sample, b) incorporating a label, which is localized in the interior of the object holder, c) providing the transparent object holder with a biological or chemical sample, wherein the biological or chemical sample and the label are arranged in such a way that, in the case of an examination by means of a microscope, it is possible to alternately focus on the label or on the biological or chemical sample without changing the position of the object holder under the microscope and wherein at least part of the label, preferably all of the label, is not visible if the focus is on the biological or chemical sample, and d) cutting the transparent object holder after step c) with the creation of at least two smaller transparent object holders, which each comprise material from the biological or chemical sample, wherein the transparent object holder is provided with a multiplicity of labels that are arranged over the surface of the object carrier in regular fashion and with a density such that the smaller transparent object holders arising in step d) each have at least one label, and wherein each of the object holder fragments according to step d) contains at least one label that allows the respective object holder fragment to be assigned to the transparent object holder in step a) by way of a code as part of the label that can be specifically assigned to the transparent object holder in step a). a) providing a transparent object holder for a biological or chemical sample, b) incorporating a label, which is localized in the interior of the object holder, c) providing the transparent object holder with a biological or chemical sample, wherein the biological or chemical sample and the label are arranged in such a way that, in the case of an examination by means of a microscope, it is possible to alternately focus on the label or on the biological or chemical sample without changing the position of the object holder under the microscope and wherein at least part of the label, preferably all of the label, is not visible if the focus is on the biological or chemical sample, and d) cutting the transparent object holder after step c) with the creation of at least two smaller transparent object holders, which each comprise material from the biological or chemical sample,
An injection moulding tool having at least one cavity for producing thin-walled, container-like injection-moulded articles, particularly cups, tubes, tube heads, small tubes, bottle blanks or syringes, comprising a die holding plate , which has at least one cavity-forming die ; a core-holding plate , which has at least one core unit with cavity-forming core ; at least one stripping ring for stripping the injection-moulded article from at least one core , wherein the at least one stripping ring is arranged between core-holding plate and die holding plate ; and at least one adjustable core-centring device for the fine alignment of the at least one core in the at least one die , characterized in that the stripping ring is held in a floating manner in a stripping plate , which is arranged between die holding plate and core-holding plate ; and in that the at least one adjustable core-centring device is arranged between core unit and core-holding plate .