mhurhangee/patent-ind-claim-en huggingface dataset:
A lift truck comprising an upright device comprising at least one actuator unit configured for moving a supporting element of a respective load from at least a first configuration to a second configuration, different in height from the first configuration, and vice versa; the actuator unit comprises a plunger slidable in a hollow body , housing the plunger , in such a way as to define a first chamber , configured to receive a liquid fluid, and a second chamber in fluid communication with the outside environment; the hollow body having a longitudinal axis of main extension positioned along a vertical direction; the actuator unit comprises a head body of the hollow body , defining in part the second chamber ; characterized in that the head body having at least one conduit which extends from a first opening , in fluid communication with the outside environment, to a second opening , in fluid communication with the second chamber ; the conduit of the head body has at least one portion for housing a filtering element ; wherein the housing portion of the filtering element extends along a direction transversal, in particular at right angles, relative to the direction of the axis of the hollow body in such a way that the filtering element is positioned along a direction transversal, in particular at right angles, to the direction of the axis of the hollow body . the actuator unit comprises a head body of the hollow body , defining in part the second chamber ; characterized in that the head body having at least one conduit which extends from a first opening , in fluid communication with the outside environment, to a second opening , in fluid communication with the second chamber ; the conduit of the head body has at least one portion for housing a filtering element ; wherein the housing portion of the filtering element extends along a direction transversal, in particular at right angles, relative to the direction of the axis of the hollow body in such a way that the filtering element is positioned along a direction transversal, in particular at right angles, to the direction of the axis of the hollow body .
A cleaner comprising: a main body comprising a suction motor configured to generate suction force; a main Printed Circuit Board , PCB, configured to generate a control command of the suction motor ; a handle part configured to accommodate the main PCB ; and a connector which is provided in the main body and to which the main PCB is connected while the handle part is coupled to the main body , wherein the main PCB comprises a plurality of pads and a slit , and the connector comprises a plurality of connecting pins contacting the plurality of pads and a slit insertion protrusion inserted into the slit . a main body comprising a suction motor configured to generate suction force; a main Printed Circuit Board , PCB, configured to generate a control command of the suction motor ; a handle part configured to accommodate the main PCB ; and a connector which is provided in the main body and to which the main PCB is connected while the handle part is coupled to the main body , wherein the main PCB comprises a plurality of pads and a slit , and the connector comprises a plurality of connecting pins contacting the plurality of pads and a slit insertion protrusion inserted into the slit .
A composition that inhibits PAX2 expression and/or PAX2 activity, for use in the treatment of mammary intraepithelial neoplasia (MIN) or low grade breast cancer in a subject, wherein said composition comprises: one or more ingredients selected from the group consisting of polynucleotides encoding a siRNA for PAX2 and polynucleotides that inhibit binding of PAX2 to DEFB1 promoter, wherein said polynucleotides that inhibit binding of PAX2 to DEFB1 promoter comprise a nucleotide sequence of CCTTG (SEQ ID NO:1), and wherein said MIN is characterized by an increased PAX2-to-DEFB1 expression ratio compared to the PAX2-to-DEFB1 expression ratio in normal breast tissue and an ER/PR status of ER + /PR + , and wherein said composition is to be used without adjuvant therapy, wherein said low grade breast cancer is characterized by an increased PAX2-to-DEFB 1 expression ratio compared to the PAX2-to-DEFB1 expression ratio in normal breast tissue and an ER/PR status of ER + /PR + or ER + /PR - , and wherein said composition is to be used with an adjuvant therapy selected from anti-Her2 or anti-AIB-1/SRC-3. one or more ingredients selected from the group consisting of polynucleotides encoding a siRNA for PAX2 and polynucleotides that inhibit binding of PAX2 to DEFB1 promoter, wherein said polynucleotides that inhibit binding of PAX2 to DEFB1 promoter comprise a nucleotide sequence of CCTTG (SEQ ID NO:1), and wherein said MIN is characterized by an increased PAX2-to-DEFB1 expression ratio compared to the PAX2-to-DEFB1 expression ratio in normal breast tissue and an ER/PR status of ER + /PR + , and wherein said composition is to be used without adjuvant therapy, wherein said low grade breast cancer is characterized by an increased PAX2-to-DEFB 1 expression ratio compared to the PAX2-to-DEFB1 expression ratio in normal breast tissue and an ER/PR status of ER + /PR + or ER + /PR - , and wherein said composition is to be used with an adjuvant therapy selected from anti-Her2 or anti-AIB-1/SRC-3.
A friction clutch for coupling a drive shaft of a motor vehicle engine to a transmission input shaft of a motor vehicle transmission, wherein the friction clutch has at least one clutch cover , a pressure plate that can be displaced in an axial direction along an axis of rotation of the friction clutch , and a lever element for actuating the pressure plate , wherein at least one first friction disc can be arranged between a counterplate and the at least one plate and a second friction disc can be arranged between the at least one plate and the pressure plate and both friction discs can be connected in a form-locking manner to a hub in the circumferential direction , characterised in that the pressure plate has a plurality of receptacles for receiving at least one plate , wherein each of the receptacles forms a form-locking connection with each of the at least one plates in a circumferential direction , wherein the at least one plate has a friction surface in a radial direction within the receptacles on each of the end surfaces pointing in the axial direction , wherein each friction surface can be frictionally connected with one of a plurality of friction discs of the friction clutch for transmitting a torque.
A scanning lidar suitable for use on an automated vehicle, said lidar comprising: a laser that generates a pulsed laser beam ; a beam-steering means that steers the pulsed laser beam in a direction within a field-of-view of the lidar , wherein the field-of-view is rectangular-shaped; a controller in communication with the laser and the beam-steering means , wherein the controller coordinates operation of the laser and the beam-steering means such that the lidar is characterized by an angular-resolution , and the controller operates the beam-steering means in accordance with a first rectangular spiral pattern having an aspect-ratio corresponding to the field-of-view , wherein the first rectangular spiral pattern causes a scan-segment to be skipped during a present-scan of the field-of-view due to the aspect-ratio , the scan-segment being a string of two or more beams-spots aligned in either a vertical or horizontal direction, whereby the field-of-view is not scanned entirely at the angular-resolution . a laser that generates a pulsed laser beam ; a beam-steering means that steers the pulsed laser beam in a direction within a field-of-view of the lidar , wherein the field-of-view is rectangular-shaped; a controller in communication with the laser and the beam-steering means , wherein the controller coordinates operation of the laser and the beam-steering means such that the lidar is characterized by an angular-resolution , and the controller operates the beam-steering means in accordance with a first rectangular spiral pattern having an aspect-ratio corresponding to the field-of-view , wherein the first rectangular spiral pattern causes a scan-segment to be skipped during a present-scan of the field-of-view due to the aspect-ratio , the scan-segment being a string of two or more beams-spots aligned in either a vertical or horizontal direction, whereby the field-of-view is not scanned entirely at the angular-resolution .
A process for the production of sulphuric acid, in particular from contaminated sulphur-containing media such as waste sulphuric acid, wherein a process medium is provided, in particular a process gas, the process medium comprising sulphur compounds, in particular sulphur dioxide, wherein the sulphur compounds are cracked in a cracking furnace and oxidized and then partially converted into sulphuric acid in a first converter , the sulphuric acid is condensed in a first condenser and a condensed sulphuric acid is discharged as an acid product, whereupon the process medium is partially converted into sulphuric acid in a second converter and the sulphuric acid is condensed in a second condenser and a condensed sulphuric acid is discharged as a product, characterized in that the process medium is fed into an activated carbon reactor which is downstream of the second condenser , wherein sulphur compounds remaining in the process medium are oxidized into sulphur trioxide which is adsorbed onto activated carbon, and the activated carbon is regenerated, wherein the sulphur trioxide is dissolved with a regeneration liquid, whereupon a dilute acid is formed which is fed into a condenser and/or into the cracking furnace .
A method of wireless communication at a local device , comprising: receiving a first timing reference signal and a second timing reference signal, wherein the first timing reference signal includes an external timing reference received from a remote device and the second timing reference signal includes an internal timing reference received from a global positioning system, GPS, source or a cellular source; receiving a timing indication from the remote device ; calculating a propagation delay based at least in part on the timing indication, and calculating a timing offset based at least in part on the propagation delay and the first timing reference signal; adjusting the internal timing reference based on the timing offset ; and transmitting a message based on the adjusted internal timing reference. receiving a first timing reference signal and a second timing reference signal, wherein the first timing reference signal includes an external timing reference received from a remote device and the second timing reference signal includes an internal timing reference received from a global positioning system, GPS, source or a cellular source; receiving a timing indication from the remote device ; calculating a propagation delay based at least in part on the timing indication, and calculating a timing offset based at least in part on the propagation delay and the first timing reference signal; adjusting the internal timing reference based on the timing offset ; and transmitting a message based on the adjusted internal timing reference.
A sealing drape for treating a tissue site , the sealing drape comprising: an interior surface and an external surface , the interior surface for positioning adjacent a peripheral surface surrounding the tissue site and to overlap the peripheral surface to provide a sealed space between the sealing drape and the tissue site ; a sealing material , the sealing material comprising a fluid permeable hydrophobic material; and an absorbent material disposed in the sealing material , at least a portion of the sealing material being positioned between the interior surface of the sealing drape and the absorbent material , the absorbent material adapted to absorb fluid communicated through the sealing material , further comprising a carrier that carries the absorbent material , the carrier and the absorbent material being disposed between a first layer and a second layer of the sealing material . an interior surface and an external surface , the interior surface for positioning adjacent a peripheral surface surrounding the tissue site and to overlap the peripheral surface to provide a sealed space between the sealing drape and the tissue site ; a sealing material , the sealing material comprising a fluid permeable hydrophobic material; and an absorbent material disposed in the sealing material , at least a portion of the sealing material being positioned between the interior surface of the sealing drape and the absorbent material , the absorbent material adapted to absorb fluid communicated through the sealing material , further comprising a carrier that carries the absorbent material , the carrier and the absorbent material being disposed between a first layer and a second layer of the sealing material .
A decorative frame, comprising a lining plate wherein a layer of tensioned elastic film is covered at one side of the lining plate , a space for holding a photo is formed between the lining plate and the elastic film , an inserting opening of the space is formed at the edge of the lining plate and the elastic film , and the lining plate and the elastic film are transparent, wherein opposite edges of the elastic film are fixed at the edge of the lining plate by virtue of clipping strips , so that the part that the elastic film is located between the clipping strips is tensioned, wherein each clipping strip comprises an internal insertion strip and an external insertion strip , the edge of the elastic film is extruded between the internal insertion strip and the external insertion strip , and the internal insertion strip is clamped on the edge of the lining plate .
An airfoil for a gas turbine engine comprising: an airfoil body having a trailing edge region , the trailing edge region including first and second monolithic ceramic exterior walls , a flow discharge passage between the first and second monolithic ceramic exterior walls , a ceramic matrix composite (CMC) liner at least a portion of which is disposed in the flow discharge passage between the first and second monolithic ceramic exterior walls , and an array of pedestals disposed in the flow discharge passage , each said pedestal bridging the CMC liner and at least one of the first and second monolithic ceramic exterior walls characterized in that the CMC liner is comprised of a first CMC liner wall that lines the first monolithic ceramic exterior wall , and a second CMC liner wall that lines the second monolithic ceramic exterior wall , the first and second CMC liner walls converge to form a liner tail , the liner tail divides the flow discharge passage into a first sub-passage between the liner tail and the first monolithic ceramic exterior wall , and a second sub-passage between the liner tail and the second monolithic ceramic exterior wall , and metering orifices are disposed where the first and second CMC liner walls meet, wherein the metering orifices in the first monolithic ceramic exterior wall lead to the first sub-passage , and the metering orifices in the second monolithic ceramic exterior wall lead to the second sub-passage . first and second monolithic ceramic exterior walls , a flow discharge passage between the first and second monolithic ceramic exterior walls , a ceramic matrix composite (CMC) liner at least a portion of which is disposed in the flow discharge passage between the first and second monolithic ceramic exterior walls , and an array of pedestals disposed in the flow discharge passage , each said pedestal bridging the CMC liner and at least one of the first and second monolithic ceramic exterior walls characterized in that the CMC liner is comprised of a first CMC liner wall that lines the first monolithic ceramic exterior wall , and a second CMC liner wall that lines the second monolithic ceramic exterior wall , the first and second CMC liner walls converge to form a liner tail , the liner tail divides the flow discharge passage into a first sub-passage between the liner tail and the first monolithic ceramic exterior wall , and a second sub-passage between the liner tail and the second monolithic ceramic exterior wall , and metering orifices are disposed where the first and second CMC liner walls meet, wherein the metering orifices in the first monolithic ceramic exterior wall lead to the first sub-passage , and the metering orifices in the second monolithic ceramic exterior wall lead to the second sub-passage .
A system for treating a fluid, comprising: - a container arranged to receive an amount of the fluid; - a first UV light source contained within the container; - a second UV light source contained within the container, wherein only the second UV light source is an UV mercury based light source; - an electronic drive unit ; and - an electrical power supply connected to the electronic drive unit and operatively associated with the first and the second UV light source, the electrical power supply in combination with the electronic drive unit arranged to provide electrical power to the first and the second UV light source for treating the amount of the fluid received within the chamber using at least one of the first and the second UV light source, characterized in that : - the electronic drive unit is arranged to essentially simultaneously activate the first and the second UV light source when treatment of the fluid is starting, and then deactivate the first UV light source at the end of a warm-up period for the second UV light source, and - the first UV light source comprises at least one of a field emission based light source (FEL), an UVC Light Emitting Diode (LED), and an Excimer lamp. - a container arranged to receive an amount of the fluid; - a first UV light source contained within the container; - a second UV light source contained within the container, wherein only the second UV light source is an UV mercury based light source; - an electronic drive unit ; and - an electrical power supply connected to the electronic drive unit and operatively associated with the first and the second UV light source, the electrical power supply in combination with the electronic drive unit arranged to provide electrical power to the first and the second UV light source for treating the amount of the fluid received within the chamber using at least one of the first and the second UV light source, - the electronic drive unit is arranged to essentially simultaneously activate the first and the second UV light source when treatment of the fluid is starting, and then deactivate the first UV light source at the end of a warm-up period for the second UV light source, and - the first UV light source comprises at least one of a field emission based light source (FEL), an UVC Light Emitting Diode (LED), and an Excimer lamp.
A system comprising: a pumped-heat energy storage, "PHES", system , wherein the PHES system is operable in a charge mode to convert electricity into stored thermal energy and is further operable in a generation mode to convert at least a portion of the stored thermal energy into electricity, wherein the PHES system comprises, when operating in the generation mode, a working fluid path circulating a working fluid through, in sequence, at least a compressor system, a hot-side heat exchanger system, a turbine system, a cold-side heat exchanger system, and back to the compressor system; the system being characterized by a fluid path directing a first fluid through an intercooler and to a power generation plant , and wherein the working fluid path through the compressor system comprises circulating the working fluid through, in sequence, at least a first compressor (130-1), the intercooler, and a second compressor (130-2), and wherein the intercooler thermally contacts the working fluid with the first fluid, transferring heat from the working fluid to the first fluid. a pumped-heat energy storage, "PHES", system , wherein the PHES system is operable in a charge mode to convert electricity into stored thermal energy and is further operable in a generation mode to convert at least a portion of the stored thermal energy into electricity, wherein the PHES system comprises, when operating in the generation mode, a working fluid path circulating a working fluid through, in sequence, at least a compressor system, a hot-side heat exchanger system, a turbine system, a cold-side heat exchanger system, and back to the compressor system; the system being characterized by a fluid path directing a first fluid through an intercooler and to a power generation plant , and wherein the working fluid path through the compressor system comprises circulating the working fluid through, in sequence, at least a first compressor (130-1), the intercooler, and a second compressor (130-2), and wherein the intercooler thermally contacts the working fluid with the first fluid, transferring heat from the working fluid to the first fluid.
Method for project planning of a specific process system, which consists of a primary technology in the form of components of the system connected to one another using process technology and at least one secondary technology dependent on the primary technology and together therewith permitting operation of the system, wherein - the primary technology is project-planned in that a flow diagram of the system is created using a system planning tool by linking graphical process objects representing the components of the technical system, - using the system planning tool the flow diagram is supplemented by configuration data in the form of requirements and/or specifications for the operation of the system, system-specific framework conditions and/or specifications and - using a data processing device , a specific project planning solution is automatically created for a secondary technology which fulfils the various requirements, together with the project-planned primary technology, by automatically evaluating the flow diagram supplemented with the configuration data characterised in that - different standard flow diagrams of systems and/or system parts are provided in an archive , which are at least partially provided with one or more variants of standard configuration data , - during the automatic evaluation of the flow diagram created, an appropriate standard flow diagram is determined using pattern recognition and - the standard configuration data belonging to the determined appropriate standard flow diagram is displayed in the flow diagram created as a suggestion for supplementing the flow diagram . - the primary technology is project-planned in that a flow diagram of the system is created using a system planning tool by linking graphical process objects representing the components of the technical system, - using the system planning tool the flow diagram is supplemented by configuration data in the form of requirements and/or specifications for the operation of the system, system-specific framework conditions and/or specifications and - using a data processing device , a specific project planning solution is automatically created for a secondary technology which fulfils the various requirements, together with the project-planned primary technology, by automatically evaluating the flow diagram supplemented with the configuration data - different standard flow diagrams of systems and/or system parts are provided in an archive , which are at least partially provided with one or more variants of standard configuration data , - during the automatic evaluation of the flow diagram created, an appropriate standard flow diagram is determined using pattern recognition and - the standard configuration data belonging to the determined appropriate standard flow diagram is displayed in the flow diagram created as a suggestion for supplementing the flow diagram .
A combination of agents consisting of: (i) Verteporfin; and (ii) an anti-PD-1 antibody for use in the treatment of melanoma.