mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for receiving an optical reception signal from separated free-space optical paths of a spatial diverse free-space optical transmission system, said apparatus comprising: - a first fiber-to-free space coupler for coupling a first polarization component of said optical reception signal from a first free-space optical path to a second polarization-maintaining optical fiber; - a second fiber-to-free space coupler for coupling a second polarization component of said optical reception signal from a second free-space optical path to a third polarization-maintaining optical fiber; - a polarization beam combiner for directing said first polarization component from said second optical fiber to a first optical fiber and for directing said second polarization component from said third optical fiber to said first optical fiber; and - a receiver for receiving said first and second polarization components from said first optical fiber; characterized in that the apparatus further comprises - signal processing means for performing time or phase alignment of said first and second polarization components in the digital domain. - a first fiber-to-free space coupler for coupling a first polarization component of said optical reception signal from a first free-space optical path to a second polarization-maintaining optical fiber; - a second fiber-to-free space coupler for coupling a second polarization component of said optical reception signal from a second free-space optical path to a third polarization-maintaining optical fiber; - a polarization beam combiner for directing said first polarization component from said second optical fiber to a first optical fiber and for directing said second polarization component from said third optical fiber to said first optical fiber; and - a receiver for receiving said first and second polarization components from said first optical fiber; characterized in that the apparatus further comprises - signal processing means for performing time or phase alignment of said first and second polarization components in the digital domain.
A method for applying a sealing compound to the base and the inner side of an annular wall of a cover for containers, wherein a transition radius is provided at the transition between the cover base and the cover wall, said method having the following steps: - in a first step, an annular structure of the sealing compound is deposited onto the cover base with the aid of an applicator, wherein the sealing compound is pressed out via channels and an exit gap of an inner forming part which can be guided against the cover base and is cut off from the supplied sealing compound at the exit gap by means of an outer forming part which surrounds the inner forming part and which can be moved coaxially with the inner forming part and is pressed with the end face of the outer forming part against the annular cover base ; - in a second step, the ring-like structure of plasticized sealing compound is pressed flat onto the cover base and onto the cover wall adjoining the cover base by means of an annular press ram which surrounds an inner second forming part , - characterized in that , in the first step, the sealing compound is pressed radially outwards into the region of the transition radius (R) with the aid of the end face of the outer forming part of the applicator via a gap which narrows radially outwards towards the cover base , avoiding air inclusions. - in a first step, an annular structure of the sealing compound is deposited onto the cover base with the aid of an applicator, wherein the sealing compound is pressed out via channels and an exit gap of an inner forming part which can be guided against the cover base and is cut off from the supplied sealing compound at the exit gap by means of an outer forming part which surrounds the inner forming part and which can be moved coaxially with the inner forming part and is pressed with the end face of the outer forming part against the annular cover base ; - in a second step, the ring-like structure of plasticized sealing compound is pressed flat onto the cover base and onto the cover wall adjoining the cover base by means of an annular press ram which surrounds an inner second forming part , - characterized in that , in the first step, the sealing compound is pressed radially outwards into the region of the transition radius (R) with the aid of the end face of the outer forming part of the applicator via a gap which narrows radially outwards towards the cover base , avoiding air inclusions.
A control method, performed by a first node, comprising: sending instruction information to a second node when a secondary cell group, SCG, split bearer is established for a user equipment, UE ; wherein the instruction information is used to instruct the second node to turn on or off a control by the second node over a data duplication function of the UE, and to instruct the second node to send an MAC Control Element, CE, to perform the control over the data duplication, characterized in that , when the instruction information is a first type of instruction information used to instruct the second node to perform an activation or deactivation control over the data duplication function for the UE, the instruction information is used to instruct the second node to send a first type of activation or deactivation control information to the UE, wherein the first type of the activation or deactivation control information is used to instruct the UE to perform the activation or deactivation control over the data duplication function based on the MAC CE sent by the second node; wherein the first node is a control node in an SCG, and the second node is a control node in a master cell group, MCG.
An electric operating machine comprising a motor and a power circuit driving said motor by the electric power supplied from a battery , said power circuit comprising: a voltage conversion part adapted to convert an input voltage entered in accordance with a voltage of said battery to generate an output voltage and outputting said generated output voltage to said motor, a voltage control part adapted to provide a voltage detection signal in accordance with the output voltage of the voltage conversion part to the voltage conversion part, and a voltage detection part adapted to output a voltage lowering signal when a voltage value of the output voltage of said battery does not satisfy a given criterion, said power circuit is structured so that a voltage value of said output voltage of said voltage conversion part is changeable, and characterized in that : said voltage conversion part is adapted to convert the output voltage of the battery in accordance with the voltage detection signal to generate a target output voltage, the target output voltage being the input voltage to said motor and higher than the output voltage of the battery, said voltage conversion part lowers a voltage value of a new output voltage being generated when said voltage detection part outputs the voltage lowering signal, the voltage value of the new output voltage being lower than that of the target output voltage. a voltage conversion part adapted to convert an input voltage entered in accordance with a voltage of said battery to generate an output voltage and outputting said generated output voltage to said motor, a voltage control part adapted to provide a voltage detection signal in accordance with the output voltage of the voltage conversion part to the voltage conversion part, and a voltage detection part adapted to output a voltage lowering signal when a voltage value of the output voltage of said battery does not satisfy a given criterion, said power circuit is structured so that a voltage value of said output voltage of said voltage conversion part is changeable, and characterized in that : said voltage conversion part is adapted to convert the output voltage of the battery in accordance with the voltage detection signal to generate a target output voltage, the target output voltage being the input voltage to said motor and higher than the output voltage of the battery, said voltage conversion part lowers a voltage value of a new output voltage being generated when said voltage detection part outputs the voltage lowering signal, the voltage value of the new output voltage being lower than that of the target output voltage. said voltage conversion part is adapted to convert the output voltage of the battery in accordance with the voltage detection signal to generate a target output voltage, the target output voltage being the input voltage to said motor and higher than the output voltage of the battery, said voltage conversion part lowers a voltage value of a new output voltage being generated when said voltage detection part outputs the voltage lowering signal, the voltage value of the new output voltage being lower than that of the target output voltage.
A modular assembly for dental applications comprising cheek and lip retracting means and a frame for preserving a mouth cavity open, characterized in that - cheek and lip retracting means are implemented in the form of a pair of detachable and replaceable adapter units ; - the frame is a multi-junction bracket-shaped member with a bridge A-A' lying in a first horizontal plane and two adapter mount portions C-C' each positioned obliquely sideways with regards to bridge A-A' and lying in a second horizontal plane; - adapter mount portions C-C' are connected to opposite ends of the bridge A-A' by arms B-B'; - each adapter mount portion is configured to accommodate at least one light source ; - each adapter unit comprises a semi-circular arched member with a groove arranged over a whole convex surface of the arch, and a projection appended to a concave surface of the arch; - each adapter unit comprises an aperture and a blind bore-type recess , via which each adapter unit is mounted onto a corresponding adapter mount portion of the frame; - each adapter mount portion is configured to receive a corresponding adapter unit so, that corresponding light sources are encased by projections of each adapter unit and grooves of each adapter unit face opposite directions. - cheek and lip retracting means are implemented in the form of a pair of detachable and replaceable adapter units ; - the frame is a multi-junction bracket-shaped member with a bridge A-A' lying in a first horizontal plane and two adapter mount portions C-C' each positioned obliquely sideways with regards to bridge A-A' and lying in a second horizontal plane; - adapter mount portions C-C' are connected to opposite ends of the bridge A-A' by arms B-B'; - each adapter mount portion is configured to accommodate at least one light source ; - each adapter unit comprises a semi-circular arched member with a groove arranged over a whole convex surface of the arch, and a projection appended to a concave surface of the arch; - each adapter unit comprises an aperture and a blind bore-type recess , via which each adapter unit is mounted onto a corresponding adapter mount portion of the frame; - each adapter mount portion is configured to receive a corresponding adapter unit so, that corresponding light sources are encased by projections of each adapter unit and grooves of each adapter unit face opposite directions.
Polypropylene-based resin expanded particles comprising polypropylene-based resin particles that contain a polypropylene-based resin mixture as a base resin, wherein the polypropylene-based resin mixture consists of 92.0 parts by weight or more and 98.5 parts by weight or less of a polypropylene-based resin with a melting point of 130°C or more and 155°C or less and 1.5 parts by weight or more and 8.0 parts by weight or less of a polypropylene-based wax with a melting point of 100°C or less when a weight of the polypropylene-based resin mixture is 100 parts by weight, and the polypropylene-based wax is a copolymer of propylene and α-olefin other than propylene.
A hose connection having a connection piece , a clamping sleeve , and a cap nut surrounding said clamping sleeve in its mounted position at least partially and cooperating with the latter so that during rotation of said cap nut in one direction, said clamping sleeve connects said hose to said connection piece sealingly , where said connection piece has a pipe socket connected to a contact part of said connection piece and on the free end of which said hose to be connected is slip-on, characterised in that said clamping sleeve has a clamping portion and a holding portion facing the latter, that said holding portion and said clamping portion are interconnected via a ring-shaped junction portion of said clamping sleeve , that said holding portion and said clamping portion have several adjacent clutching blades respectively clamping tongues extending away from said junction portion , where said holding portion has, at the free end of each clutching blade , a clutching appendix showing radially inwards which engages via a corresponding holding protrusion radially orientated outwards on the connection piece so that said holding portion is held on said connection piece in axial direction in a position where said clamping portion surrounds said pipe socket at least sectionally while maintaining a ring-shaped free space, where said hose to be connected is introduce able and that said connection piece has an exterior thread in axial direction between said radial holding protrusion and said contact part on which said cap nut is screwable which has a conically tapered interior surface compressing said clamping portion in order to sealingly lock said hose on said pipe socket .
A glazing comprising a switchable film , having an upper electrode comprising an electrically conductive film on a polymer substrate and a lower electrode also comprising an electrically conductive film on a polymer substrate , wherein the switchable film is laminated within the glazing as part of a picture frame arrangement , the picture frame arrangement comprising the switchable film laminated between first and second plies of an interlayer material , and positioned within a third ply of interlayer material , cut to accommodate the switchable film and electrodes , as a frame, wherein the switchable film is an SPD film, wherein the picture-frame arrangement is laminated between first and second plies of glass , wherein the first ply of glass is provided with an infrared-reflective metallic film on its lower surface adjacent the picture-frame arrangement , further wherein the infra-red reflective metallic film has a sheet resistance that is less than that of the material forming the electrodes ; or wherein a low emissivity coating is provided on the first ply of glass , adjacent the picture-frame arrangement and further wherein the low emissivity coating has a sheet resistance that is less than that of the material forming the electrodes . wherein the switchable film is laminated within the glazing as part of a picture frame arrangement , the picture frame arrangement comprising the switchable film laminated between first and second plies of an interlayer material , and positioned within a third ply of interlayer material , cut to accommodate the switchable film and electrodes , as a frame, wherein the switchable film is an SPD film, wherein the picture-frame arrangement is laminated between first and second plies of glass , wherein the first ply of glass is provided with an infrared-reflective metallic film on its lower surface adjacent the picture-frame arrangement , further wherein the infra-red reflective metallic film has a sheet resistance that is less than that of the material forming the electrodes ; or wherein a low emissivity coating is provided on the first ply of glass , adjacent the picture-frame arrangement and further wherein the low emissivity coating has a sheet resistance that is less than that of the material forming the electrodes .
Polyolefin composition (PO) comprising an heterophasic propylene copolymer (HECO) and a polar modified α-polyolefin (PMP), wherein said heterophasic propylene copolymer (HECO) comprises (a) a (semi)crystalline polypropylene (PP); and (b) an elastomeric propylene copolymer (EPC) dispersed in said (semi)crystalline polypropylene (PP) wherein said polyolefin composition (PO) has (i) a xylene cold soluble (XCS) fraction in the range of 28 to 45 wt.-%; wherein further the xylene cold soluble (XCS) fraction of said polyolefin composition has (ii) an intrinsic viscosity (IV) in the range of 1.80 to 3.30 dl/g. (a) a (semi)crystalline polypropylene (PP); and (b) an elastomeric propylene copolymer (EPC) dispersed in said (semi)crystalline polypropylene (PP) (i) a xylene cold soluble (XCS) fraction in the range of 28 to 45 wt.-%; wherein further the xylene cold soluble (XCS) fraction of said polyolefin composition has (ii) an intrinsic viscosity (IV) in the range of 1.80 to 3.30 dl/g.
A circuit failure detector comprising: an input terminal receiving a detection signal having a first frequency from an interlock circuit; a correction circuit correcting a voltage of the input detection signal ; a first comparator outputting a digital high signal or a digital low signal by comparing the corrected detection signal with a first reference voltage; a second comparator inverting the corrected detection signal and outputting a digital high or a digital low signal by comparing the inverted signal of the corrected detection signal with a second reference voltage; a pulsing signal generator generating a pulsing signal having a second frequency; a first AND gate coupling the output signal of the first comparator and the pulsing signal; a second AND gate coupling the output signal of the second comparator and the pulsing signal, so that the coupling of the signals by means of the AND gates generates a final output signal which has the first frequency and the second frequency; and a controller detecting a circuit failure based on an output signal of the first AND gate and an output signal of the second AND gate . an input terminal receiving a detection signal having a first frequency from an interlock circuit; a correction circuit correcting a voltage of the input detection signal ; a first comparator outputting a digital high signal or a digital low signal by comparing the corrected detection signal with a first reference voltage; a second comparator inverting the corrected detection signal and outputting a digital high or a digital low signal by comparing the inverted signal of the corrected detection signal with a second reference voltage; a pulsing signal generator generating a pulsing signal having a second frequency; a first AND gate coupling the output signal of the first comparator and the pulsing signal; a second AND gate coupling the output signal of the second comparator and the pulsing signal, so that the coupling of the signals by means of the AND gates generates a final output signal which has the first frequency and the second frequency; and a controller detecting a circuit failure based on an output signal of the first AND gate and an output signal of the second AND gate .
A baking oven comprising: a plurality of oven chambers , at least one oven chamber comprising: at least one heating means including at least one heating element for generating heat; one or more baking trays ; at least one support means including a rotatable turntable supporting the one or more baking trays in a baking tray position within the oven chamber ; wherein the at least one oven chamber has an active region under the baking tray position and an inactive region positioned outwardly of the active region , the baking tray position defining a rectangle centred on an axis of rotation of the rotatable turntable , and an active region outer boundary is defined as being within a circle defined by rotation of an outer most corner of the rectangle, the at least one heating element being positioned within the active region for more directly heating an underside of the baking tray position; wherein the at least one heating element extends from a wall of the oven into the active region , each of the at least one heating element having an inactive portion and an active portion , the inactive portion extending from the wall to the active portion which extends within the active region , the at least one heating element is arranged to provide more than 2 times greater power density to the active region than to the inactive region , and characterised in that the inactive portion of the at least one heating element does not produce heat. at least one heating means including at least one heating element for generating heat; one or more baking trays ; at least one support means including a rotatable turntable supporting the one or more baking trays in a baking tray position within the oven chamber ; wherein the at least one oven chamber has an active region under the baking tray position and an inactive region positioned outwardly of the active region , the baking tray position defining a rectangle centred on an axis of rotation of the rotatable turntable , and an active region outer boundary is defined as being within a circle defined by rotation of an outer most corner of the rectangle, the at least one heating element being positioned within the active region for more directly heating an underside of the baking tray position; wherein the at least one heating element extends from a wall of the oven into the active region , each of the at least one heating element having an inactive portion and an active portion , the inactive portion extending from the wall to the active portion which extends within the active region , the at least one heating element is arranged to provide more than 2 times greater power density to the active region than to the inactive region , and characterised in that the inactive portion of the at least one heating element does not produce heat.
A catheter device comprising: a central catheter defining: a central lumen extending from a proximal end of the central catheter to a distal end of the central catheter , the central lumen configured to receive a primary guidewire , and at least one reentry aperture extending transverse to the extension of the central lumen through a wall of the central catheter ; characterised in that a first side tube and a second side tube , each coupled with and extending alongside the central catheter and extending along a longitudinal axis thereof, the first side tube flanking an opposite side of the central catheter relative to the second side tube ; and a subintimal guidewire extending from the first side tube , to the second side tube and having a curved shape therebetween extending distally beyond the distal end of the central catheter . a central catheter defining: a central lumen extending from a proximal end of the central catheter to a distal end of the central catheter , the central lumen configured to receive a primary guidewire , and at least one reentry aperture extending transverse to the extension of the central lumen through a wall of the central catheter ; characterised in that a central lumen extending from a proximal end of the central catheter to a distal end of the central catheter , the central lumen configured to receive a primary guidewire , and at least one reentry aperture extending transverse to the extension of the central lumen through a wall of the central catheter ; characterised in that a first side tube and a second side tube , each coupled with and extending alongside the central catheter and extending along a longitudinal axis thereof, the first side tube flanking an opposite side of the central catheter relative to the second side tube ; and a subintimal guidewire extending from the first side tube , to the second side tube and having a curved shape therebetween extending distally beyond the distal end of the central catheter .