mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaning system for cleaning glass roof surfaces of a glass surface construction, comprising a cleaning device which can be attached onto the glass surface construction and is designed to autonomously clean a glass roof surface which runs downwards in an inclined manner, wherein the cleaning device is fastened to a movable part, and the cleaning device is movable over the glass roof surface for cleaning and the cleaning device comprises a body which extends transversely over the glass roof surface and which is provided with brushes and with a water feed, characterised in that the body consists of a U outer profile which is open to the glass roof surface and which at the rear side is connected to a carrier , and a second, narrower U inner profile which with the rear is aligned to the glass roof surface is held in the body in a manner in which is its movable towards the glass roof surface in a guided manner, and the brushes are longitudinally fastened to the outer surface of the rear of the U inner profile , said outer surface being directed towards the glass roof surface , and the cleaning device comprises a water hose which can be supplied with fresh water and which extends in the space which is formed by the U inner profile and the U outer profile , and the water hose consists of a pressurised water hose which changes in diameter in dependence on the water pressure, and the U inner profile and hence the brushes is movable towards the glass roof surface in dependence on the water pressure in water hose .
A filter press , comprising a plate pack comprising a plurality of filter plates with filter chambers arranged between the filter plates , wherein the filter plates are positioned displaceably relative to one another between a fixed head piece and a mobile printing plate , in order to be able to empty the filter chambers when required, characterised in that at least one separating device is provided, with which a partial pack of the plate pack is displaceable relative to a further partial pack of the plate pack , in order to enable simultaneous emptying of filter chambers and/or simultaneous exchange of filter means in the individual partial packs , and wherein a plate transport chain is provided in order to move the filter plates along a transport direction orientated from the head piece to the printing plate , so that the respective partial pack can be emptied by means of the plate transport chain , whereby the individual filter plates are moved sequentially away from the head piece , wherein free spaces are formed between the filter plates , so that a filter cake present in the filter chambers is discharged by the force of gravity, and wherein a driver connected movably to the plate transport chain is provided, which can be connected a form-fit manner to the filter plates in order to connect the plate transport chain detachably to the filter plates .
An insert configured to be coupled to a collector of an active clearance control system of an engine of an aircraft, the insert comprising: a flange ; a first post (538a-1) coupled to the flange and configured to be seated in a first receptacle formed in a first manifold where the first post (538a-1) allows a first portion of bleed air in a collector to flow from the collector to the first manifold ; a second post (538b-1) coupled to the flange and configured to be seated in a second receptacle formed in the first manifold where the second post (538b-1) allows a second portion of the bleed air in the collector to flow from the collector to the first manifold ; a third post (538a-2) coupled to the flange and configured to be seated in a third receptacle formed in a second manifold where the third post (538a-2) allows a third portion of the bleed air in the collector to flow from the collector to the second manifold; and a fourth post (538b-2) coupled to the flange and configured to be seated in a fourth receptacle formed in the second manifold where the fourth post (538b-2) allows a fourth portion of the bleed air in the collector to flow from the collector to the second manifold, characterised in that the insert includes sheet metal and the flange includes a foam material. a flange ; a first post (538a-1) coupled to the flange and configured to be seated in a first receptacle formed in a first manifold where the first post (538a-1) allows a first portion of bleed air in a collector to flow from the collector to the first manifold ; a second post (538b-1) coupled to the flange and configured to be seated in a second receptacle formed in the first manifold where the second post (538b-1) allows a second portion of the bleed air in the collector to flow from the collector to the first manifold ; a third post (538a-2) coupled to the flange and configured to be seated in a third receptacle formed in a second manifold where the third post (538a-2) allows a third portion of the bleed air in the collector to flow from the collector to the second manifold; and a fourth post (538b-2) coupled to the flange and configured to be seated in a fourth receptacle formed in the second manifold where the fourth post (538b-2) allows a fourth portion of the bleed air in the collector to flow from the collector to the second manifold, characterised in that the insert includes sheet metal and the flange includes a foam material.
A surgical navigation system comprising: - a 3D display ; - a see-through mirror that is partially transparent and partially reflective and being fixed to the 3D display by an arm and held at a predefined position with respect to the 3D display by the arm ; - a tracking system comprising means for real-time tracking of: a surgeon's head , the 3D display , and a patient anatomy to provide current position and orientation data; - a source of a patient anatomy data ; and - a surgical navigation image generator configured to generate a surgical navigation image comprising at least the patient anatomy data , in accordance to the current position and orientation data provided by the tracking system ; - wherein the 3D display is configured to emit the surgical navigation image towards the see-through mirror , such that an augmented reality image collocated with the patient anatomy in the surgical field underneath the see-through mirror is visible to a viewer looking from above the see-through mirror towards the surgical field . - a 3D display ; - a see-through mirror that is partially transparent and partially reflective and being fixed to the 3D display by an arm and held at a predefined position with respect to the 3D display by the arm ; - a tracking system comprising means for real-time tracking of: a surgeon's head , the 3D display , and a patient anatomy to provide current position and orientation data; - a source of a patient anatomy data ; and - a surgical navigation image generator configured to generate a surgical navigation image comprising at least the patient anatomy data , in accordance to the current position and orientation data provided by the tracking system ; - wherein the 3D display is configured to emit the surgical navigation image towards the see-through mirror , such that an augmented reality image collocated with the patient anatomy in the surgical field underneath the see-through mirror is visible to a viewer looking from above the see-through mirror towards the surgical field .
A refrigeration cycle apparatus comprising: a screw compressor ; an oil reservoir configured to store a refrigerating machine oil discharged from the screw compressor ; an oil injection passage configured to allow the refrigerating machine oil to flow from the oil reservoir to a compression chamber in the screw compressor ; an oil adjusting device configured to adjust a flow of the refrigerating machine oil in the oil injection passage; and a controller configured to control the oil adjusting device , wherein in a case of stopping the screw compressor , the controller closes the oil adjusting device to prevent the refrigerating machine oil in the oil injection passage from flowing into the compression chamber in the screw compressor , and then stop the screw compressor ; characterized in further comprising an inverter device configured to adjust a driving frequency of the screw compressor , wherein in the case of stopping the screw compressor , the inverter device reduces the driving frequency to a set stop frequency determined in advance, and then stops the screw compressor ; and wherein the set stop frequency is a driving frequency lower than a lowest driving frequency in a normal operation. a screw compressor ; an oil reservoir configured to store a refrigerating machine oil discharged from the screw compressor ; an oil injection passage configured to allow the refrigerating machine oil to flow from the oil reservoir to a compression chamber in the screw compressor ; an oil adjusting device configured to adjust a flow of the refrigerating machine oil in the oil injection passage; and a controller configured to control the oil adjusting device , wherein in a case of stopping the screw compressor , the controller closes the oil adjusting device to prevent the refrigerating machine oil in the oil injection passage from flowing into the compression chamber in the screw compressor , and then stop the screw compressor ; characterized in further comprising an inverter device configured to adjust a driving frequency of the screw compressor , wherein in the case of stopping the screw compressor , the inverter device reduces the driving frequency to a set stop frequency determined in advance, and then stops the screw compressor ; and wherein the set stop frequency is a driving frequency lower than a lowest driving frequency in a normal operation.
A pharmaceutical composition comprising a compound of formula 1, a compound of formula 2 or a combination thereof in the form of a tablet, granule, powder, capsule, dry syrup or formulated for injection: wherein in Formula 1 or 2, R 1 is -CH 2 CH 2 CH 2 N(CH 3 ) 2 .
A scanning imaging part , characterized in that the scanning imaging part comprises: a transparent body comprising a first face and a second face opposite to each other, wherein a closed liquid flow channel is defined in the transparent body adjacent to the first face , and an image sensor is arranged on the second face ; a light blocking ink filled in the liquid flow channel and configured to block light incident from the first face ; a charged liquid droplet arranged in the liquid flow channel , wherein the charged liquid droplet is transparent and insoluble with the light blocking ink , and is configured to transmit at least a part of the light incident from the first face through the charged liquid droplet and to the image sensor ; and a microfluidic component arranged on the first face of the transparent body , and configured to drive the charged liquid droplet to move in the liquid flow channel , so that light incident from the first face is scanned via the charged liquid droplet and forms a scanning image by the image sensor . a transparent body comprising a first face and a second face opposite to each other, wherein a closed liquid flow channel is defined in the transparent body adjacent to the first face , and an image sensor is arranged on the second face ; a light blocking ink filled in the liquid flow channel and configured to block light incident from the first face ; a charged liquid droplet arranged in the liquid flow channel , wherein the charged liquid droplet is transparent and insoluble with the light blocking ink , and is configured to transmit at least a part of the light incident from the first face through the charged liquid droplet and to the image sensor ; and a microfluidic component arranged on the first face of the transparent body , and configured to drive the charged liquid droplet to move in the liquid flow channel , so that light incident from the first face is scanned via the charged liquid droplet and forms a scanning image by the image sensor .
A downhole device having a body with an axis, a bore with a fluid flowpath for permitting passage of fluid through the body , a closure device for restricting passage of fluid through the fluid flowpath of the bore, and an actuator (V) for actuating the closure device; the actuator (V) comprising first and second counterweight devices moveably mounted at different circumferential positions around the axis of the downhole device, wherein the counterweight devices are radially movable relative to the body between first and second positions, wherein movement of the counterweight devices between the first and second positions actuates the closure device between different activation states, wherein each counterweight device is supported by a number of link arms adapted to guide the radial movement of each counterweight device between the first and second positions, wherein the counterweight devices are pivotally connected at axially spaced apart locations to upper and lower sleeves by pivot links connected between the upper and lower sleeves and the link arms , wherein the link arms are adapted to transmit axial forces between the upper and lower sleeves , and are adapted to urge relative axial movement between the upper and lower sleeves when the counterweight devices move radially, wherein the counterweight devices are movable from a first radially retracted position in which the counterweight devices are retracted close to an axis of rotation of the body to a second radially extended position in which the counterweight devices have moved radially outwards away from the axis of rotation of the body , and characterised in that movement of the counterweight devices from the first radially retracted position to the second radially extended position actuates the closure device to restrict the fluid flowpath of the bore.
A catheter comprising: an elongate body having a proximal portion and a distal portion , the proximal portion and the distal portion defining a longitudinal axis (x); and a tip having a proximal portion coupled to the distal portion of the elongate body along the longitudinal axis (x), the elongate body and the tip together defining a first lumen and a second lumen , the elongate body further defining a third lumen extending distally along the length of the elongate body to a body opening defined in a sidewall of the elongate body at a point proximal to the tip , the body opening being in fluid communication with the third lumen , and a cross-sectional area, orthogonal to the longitudinal axis (x), of at least one of the first and second lumens increasing from a point proximal to the body opening to a point distal to the body opening, wherein the tip defines first and second tip side openings (72",74") in fluid communication with the respective first and second lumens , the first and second tip side openings (72",74") being diametrically opposed to one another, and wherein further the body opening is a normally closed slit defined by the side wall of the elongate body , and the slit is movable from a closed position to an open position under the force of fluid moving through the third lumen . an elongate body having a proximal portion and a distal portion , the proximal portion and the distal portion defining a longitudinal axis (x); and a tip having a proximal portion coupled to the distal portion of the elongate body along the longitudinal axis (x), the elongate body and the tip together defining a first lumen and a second lumen , the elongate body further defining a third lumen extending distally along the length of the elongate body to a body opening defined in a sidewall of the elongate body at a point proximal to the tip , the body opening being in fluid communication with the third lumen , and a cross-sectional area, orthogonal to the longitudinal axis (x), of at least one of the first and second lumens increasing from a point proximal to the body opening to a point distal to the body opening, wherein the tip defines first and second tip side openings (72",74") in fluid communication with the respective first and second lumens , the first and second tip side openings (72",74") being diametrically opposed to one another, and wherein further the body opening is a normally closed slit defined by the side wall of the elongate body , and the slit is movable from a closed position to an open position under the force of fluid moving through the third lumen .
A method, comprising: identifying, in a document displayed on a computing device , a phone number for a relevant party, the phone number being displayed in a first display configuration being usable to establish communication, via a communications system provider, between a user of the computing device and the relevant party; and determining a caller account configuration, wherein the caller account configuration is associated with the user of the computing device , the method characterized by : determining a sponsorship configuration of the phone number , the sponsorship configuration being provided by a sponsor sponsoring a free call to the phone number; amending the document to visually reformat the phone number according to the sponsorship configuration and the caller account configuration such that the visually reformatted phone number is displayed in the document according to a second display configuration different from the first display configuration and is selectable to initiate a sponsored call to the relevant party; and in response to the user selecting the visually reformatted phone number in the displayed document, causing the computing device to establish a sponsored call with the relevant party. identifying, in a document displayed on a computing device , a phone number for a relevant party, the phone number being displayed in a first display configuration being usable to establish communication, via a communications system provider, between a user of the computing device and the relevant party; and determining a caller account configuration, wherein the caller account configuration is associated with the user of the computing device , the method characterized by : determining a sponsorship configuration of the phone number , the sponsorship configuration being provided by a sponsor sponsoring a free call to the phone number; amending the document to visually reformat the phone number according to the sponsorship configuration and the caller account configuration such that the visually reformatted phone number is displayed in the document according to a second display configuration different from the first display configuration and is selectable to initiate a sponsored call to the relevant party; and in response to the user selecting the visually reformatted phone number in the displayed document, causing the computing device to establish a sponsored call with the relevant party. determining a sponsorship configuration of the phone number , the sponsorship configuration being provided by a sponsor sponsoring a free call to the phone number; amending the document to visually reformat the phone number according to the sponsorship configuration and the caller account configuration such that the visually reformatted phone number is displayed in the document according to a second display configuration different from the first display configuration and is selectable to initiate a sponsored call to the relevant party; and in response to the user selecting the visually reformatted phone number in the displayed document, causing the computing device to establish a sponsored call with the relevant party.
A LED module substrate comprising: a circuit layer for mounting a semiconductor light-emitting element which is formed on one surface side of an insulating layer ; and a metal layer formed of aluminum or an aluminum alloy and a heat sink which are laminated in order on the other surface side of the insulating layer , wherein the heat sink is a multi-layer body comprising a copper layer formed of copper or a copper alloy on the side of the metal layer , an AlSiC layer , wherein the metal layer and the heat sink are directly bonded to each other by solid-phase diffusion bonding such that a metal compound layer of aluminum and copper is formed at the bonding interface of the metal layer and the copper layer , and wherein a thickness of the circuit layer is 0.1 mm or less. a circuit layer for mounting a semiconductor light-emitting element which is formed on one surface side of an insulating layer ; and a metal layer formed of aluminum or an aluminum alloy and a heat sink which are laminated in order on the other surface side of the insulating layer , wherein the heat sink is a multi-layer body comprising a copper layer formed of copper or a copper alloy on the side of the metal layer , an AlSiC layer ,
An operating state acquisition apparatus (20a - 20f) configured to be retrofitted to a production equipment (31 - 36) of a manufacturing line (L1, L2) and to monitor the production state of said manufacturing line (L1, L2), the operating state acquisition apparatus (20a - 20f) comprising: a detector configured to be retrofitted to and mounted on a production equipment (31 - 36) disposed on the manufacturing line (L1, L2), or retrofitted to and disposed in a vicinity of the production equipment (31 - 36), the detector being configured to detect an operating state of the production equipment (31 - 36) and output a detection signal indicating said detected operating state of the production equipment (31 - 36); and a transmitter configured to transmit the detection signal to a management apparatus different from an apparatus for controlling the production equipment (31 - 36), wherein the detector includes, as a first detector , a light sensor mounted on a display apparatus , the light sensor acquiring the operating state indicated by the display apparatus to output the detection signal, the display apparatus indicating an operating state of the production equipment (31 - 36) by light, and the detector includes a second detector configured to detect a start, in operation or completion of a processing action of the production equipment 831 - 36) and output a digital detection signal corresponding to said detected start, in operation or completion of said processing action of the production equipment (31 - 36), as the detection signal indicating the operating state of the production equipment (31 - 36). a detector configured to be retrofitted to and mounted on a production equipment (31 - 36) disposed on the manufacturing line (L1, L2), or retrofitted to and disposed in a vicinity of the production equipment (31 - 36), the detector being configured to detect an operating state of the production equipment (31 - 36) and output a detection signal indicating said detected operating state of the production equipment (31 - 36); and a transmitter configured to transmit the detection signal to a management apparatus different from an apparatus for controlling the production equipment (31 - 36), wherein the detector includes, as a first detector , a light sensor mounted on a display apparatus , the light sensor acquiring the operating state indicated by the display apparatus to output the detection signal, the display apparatus indicating an operating state of the production equipment (31 - 36) by light, and the detector includes a second detector configured to detect a start, in operation or completion of a processing action of the production equipment 831 - 36) and output a digital detection signal corresponding to said detected start, in operation or completion of said processing action of the production equipment (31 - 36), as the detection signal indicating the operating state of the production equipment (31 - 36).