mhurhangee/patent-ind-claim-en huggingface dataset:
A recording method comprising: i. adhering a reaction liquid which reacts with and aggregates components of an ink composition to a recording medium; ii. adhering a first ink composition to the recording medium; and iii. adhering a second ink composition having a reactivity with the reaction liquid lower than that of the first ink composition to the recording medium; wherein adhesion of the second ink composition to the recording medium is performed prior to adhesion of the first ink composition to the recording medium, characterized in that the first ink composition and the second ink composition are inks of the same color type, and the content of the colorant of the first ink composition is higher than that of the second ink composition. i. adhering a reaction liquid which reacts with and aggregates components of an ink composition to a recording medium; ii. adhering a first ink composition to the recording medium; and iii. adhering a second ink composition having a reactivity with the reaction liquid lower than that of the first ink composition to the recording medium;
A window arrangement comprising a window and a window attachment , wherein a gap is formed between the window and the window attachment , and wherein the window attachment is equipped with a ventilation duct , wherein the ventilation duct has a first opening facing the ambient air and a second opening facing the gap , wherein at least sections, preferably the entirety of the ventilation duct is formed from an acoustic absorber element arrangement , and wherein the window attachment is mounted in front of the window , wherein the window comprises a window frame and a casement frame having a surface element, in particular insulating glazing, characterized in that the window attachment has a window attachment frame and a surface element , in particular insulating glazing, wherein the window attachment frame is adapted to the window frame in terms of its dimensions and is mounted in front of the window frame as an attachment. wherein a gap is formed between the window and the window attachment , and wherein the window attachment is equipped with a ventilation duct , wherein the ventilation duct has a first opening facing the ambient air and a second opening facing the gap , wherein at least sections, preferably the entirety of the ventilation duct is formed from an acoustic absorber element arrangement , and wherein the window attachment is mounted in front of the window , wherein the window comprises a window frame and a casement frame having a surface element, in particular insulating glazing, characterized in that the window attachment has a window attachment frame and a surface element , in particular insulating glazing, wherein the window attachment frame is adapted to the window frame in terms of its dimensions and is mounted in front of the window frame as an attachment.
A wireless device (104 2 ) comprising: a processor (118 2 ); and a memory (120 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is configured to receive , from a Radio Access Network, RAN, node (102 2 ), control channels; to estimate a downlink radio condition based on a signal quality of the received control channels; to map the estimated downlink radio condition to one of a plurality of downlink Radio Coverage Category, RCC, values; to transmit , to the RAN node, a first message including the one downlink RCC value; to receive , from the RAN node, a second message having a number of repeated downlink transmissions based on the one downlink RCC value; to receive , from the RAN node, a paging message including an uplink RCC value and having a number of repeated paging downlink transmissions, wherein the number of repeated paging downlink transmissions is determined based on a second downlink RCC value; and to transmit , to the RAN node, a paging response having a number of repeated uplink transmissions determined based on the uplink RCC value in the paging message. a processor (118 2 ); and a memory (120 2 ) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the wireless device is configured to receive , from a Radio Access Network, RAN, node (102 2 ), control channels; to estimate a downlink radio condition based on a signal quality of the received control channels; to map the estimated downlink radio condition to one of a plurality of downlink Radio Coverage Category, RCC, values; to transmit , to the RAN node, a first message including the one downlink RCC value; to receive , from the RAN node, a second message having a number of repeated downlink transmissions based on the one downlink RCC value; to receive , from the RAN node, a paging message including an uplink RCC value and having a number of repeated paging downlink transmissions, wherein the number of repeated paging downlink transmissions is determined based on a second downlink RCC value; and to transmit , to the RAN node, a paging response having a number of repeated uplink transmissions determined based on the uplink RCC value in the paging message.
A fitment for fixing a door , in particular a door for a shower cubicle or shower partition , comprising: - a lift element with at least one control surface for lifting and lowering the door during the opening and closing movement of the door , - a rotary profile which is mounted rotatably on the lift element and to which the door can be fixed, wherein the at least one control surface of the lift element is operatively connected to at least one complementary control surface arranged on the rotary profile , - a support profile which can be fixed to a wall or glass panel for receiving the door which can be fixed to the rotary profile , wherein the door can be connected to the support profile , - a fixing device formed by a clamping ring for the lift element , wherein in the mounted state the lift element is held non-rotatably in force-locking relationship by the fixing device , wherein the fixing device has at least one abutment surface , by way of which the fixing device can be connected to the support profile , wherein the fixing device can be connected to the support profile by means of two screws , characterised in that the support profile has at least two through bores for receiving the screws , wherein one of the through bores is formed by a slot. - a lift element with at least one control surface for lifting and lowering the door during the opening and closing movement of the door , - a rotary profile which is mounted rotatably on the lift element and to which the door can be fixed, wherein the at least one control surface of the lift element is operatively connected to at least one complementary control surface arranged on the rotary profile , - a support profile which can be fixed to a wall or glass panel for receiving the door which can be fixed to the rotary profile , wherein the door can be connected to the support profile , - a fixing device formed by a clamping ring for the lift element , wherein in the mounted state the lift element is held non-rotatably in force-locking relationship by the fixing device , wherein the fixing device has at least one abutment surface , by way of which the fixing device can be connected to the support profile , wherein the fixing device can be connected to the support profile by means of two screws , characterised in that the support profile has at least two through bores for receiving the screws , wherein one of the through bores is formed by a slot.
A 3D printing method for producing 3D moulded parts by means of a layer application technique, wherein a coater is used, comprising two coating blades and one particle application opening or two coating blades and two particle application openings, or comprising one coating blade and two particle application openings, wherein the coater comprises one or two discharge gaps and one or two sealing gaps and gap adjusting elements or one or two discharge gaps and a movable silo wall , and further steps known for layered construction and for selective solidification are performed, said steps being repeated until the moulded part has been produced, and optionally, further process steps follow.
Rotational rheometer for measuring powdery or granular materials, comprising a measuring container for receiving the material to be measured , a cover for the measuring container , a measuring body held by a measuring shaft , wherein the measuring body and the container can be rotated relative to one another, wherein the measuring shaft is guided through the cover without contact, and an evaluation unit arranged outside the measuring container for evaluating the measured values taken from the measuring shaft , wherein for sealing the bearing gap or the passage of the measuring shaft in or through the cover into the measuring container both a fluid seal with a sealing fluid supply line and at least one geometric seal interacting with this fluid seal are provided as a powder barrier , wherein a screen is supported as the first geometric seal of the measuring shaft inside the measuring container , the surface extension of said screen protruding over the opening of the passage on all sides and perpendicular to the measuring shaft and a) at least one outflow opening, preferably several outflow openings, of the sealing fluid supply line is located on the underside of the cover in the vicinity of the passage of the measuring shaft and above the screen or b) an air inlet opens into the passage below a second geometric seal located inside the cover , and a unit for fluidising the material to be measured is provided in the measuring container or is connected to this. a) at least one outflow opening, preferably several outflow openings, of the sealing fluid supply line is located on the underside of the cover in the vicinity of the passage of the measuring shaft and above the screen or b) an air inlet opens into the passage below a second geometric seal located inside the cover ,
A method performed at a receiver , the method comprising: generating a digital signal representative of data conveyed by a communication signal detected at the receiver; applying digital signal processing comprising one or more equalization operations to the digital signal, thereby generating a processed signal ; determining a relative noise estimate for the processed signal; and loading an amount of digital noise into the digital signal processing; characterized in that said loading is based on a comparison between the relative noise estimate and a target . generating a digital signal representative of data conveyed by a communication signal detected at the receiver; applying digital signal processing comprising one or more equalization operations to the digital signal, thereby generating a processed signal ; determining a relative noise estimate for the processed signal; and loading an amount of digital noise into the digital signal processing; characterized in that said loading is based on a comparison between the relative noise estimate and a target .
An electronic device including: a first housing including a hinge recess formed on one side edge thereof; a second housing including a hinge protrusion formed on one side edge thereof, the hinge protrusion adapted to rotatably couple to the hinge recess ; and an antenna device disposed in the first housing adjacent to the hinge recess , wherein the antenna device comprises: a radiation conductor disposed in the first housing ; a reflection member disposed adjacent to the radiation conductor in the first housing , wherein radio waves transceived by the radiation conductor are radiated via the reflection member ; and an antenna carrier mounted on an inner face of the first housing and formed of an insulating material, wherein a face of the hinge recess includes an opening through which at least a portion of the antenna device is exposed to an outside of the first housing , wherein the antenna carrier includes a body portion , and an extension portion protruding from a side face of the body portion, and the radiation conductor and the reflection member are mounted on the side face and the extension portion, respectively, wherein the radiation conductor is disposed adjacent to the hinge recess , and the reflection member is disposed between the radiation conductor and the hinge recess . a first housing including a hinge recess formed on one side edge thereof; a second housing including a hinge protrusion formed on one side edge thereof, the hinge protrusion adapted to rotatably couple to the hinge recess ; and an antenna device disposed in the first housing adjacent to the hinge recess , wherein the antenna device comprises: a radiation conductor disposed in the first housing ; a reflection member disposed adjacent to the radiation conductor in the first housing , wherein radio waves transceived by the radiation conductor are radiated via the reflection member ; and an antenna carrier mounted on an inner face of the first housing and formed of an insulating material, a radiation conductor disposed in the first housing ; a reflection member disposed adjacent to the radiation conductor in the first housing , wherein radio waves transceived by the radiation conductor are radiated via the reflection member ; and an antenna carrier mounted on an inner face of the first housing and formed of an insulating material, wherein a face of the hinge recess includes an opening through which at least a portion of the antenna device is exposed to an outside of the first housing , wherein the antenna carrier includes a body portion , and an extension portion protruding from a side face of the body portion, and the radiation conductor and the reflection member are mounted on the side face and the extension portion, respectively, wherein the radiation conductor is disposed adjacent to the hinge recess , and the reflection member is disposed between the radiation conductor and the hinge recess .
An eye-imaging training apparatus comprising: a housing comprising a front end and a rear end , wherein the front end is removably attached to the rear end to provide an interior volume of the housing; a first eye socket and a second eye socket formed on the front end of the housing; an eye structure disposed in each of the first eye socket and the second eye socket, wherein the eye structure comprises an eyeball member and a fastening member , wherein the fastening member extends from a distal end of the eyeball member; an actuator assembly disposed in the interior volume of the housing, and a base material disposed over at least the front end of the housing; characterised by : the actuator assembly comprising a pivot member and a receiving member in communication with the pivot member; the receiving member being configured to receive the fastening member of the eye structure; wherein actuating the pivot member is configured to move the eyeball member within at least one of the first eye socket and the second eye socket. a housing comprising a front end and a rear end , wherein the front end is removably attached to the rear end to provide an interior volume of the housing; a first eye socket and a second eye socket formed on the front end of the housing; an eye structure disposed in each of the first eye socket and the second eye socket, wherein the eye structure comprises an eyeball member and a fastening member , wherein the fastening member extends from a distal end of the eyeball member; an actuator assembly disposed in the interior volume of the housing, and a base material disposed over at least the front end of the housing; the actuator assembly comprising a pivot member and a receiving member in communication with the pivot member; the receiving member being configured to receive the fastening member of the eye structure; wherein actuating the pivot member is configured to move the eyeball member within at least one of the first eye socket and the second eye socket.
Mobile class divider for transversely partitioning the interior space of a cabin of an aircraft that extends in a longitudinal direction and is delimited by ceiling trim panels , at least two lateral rows of overhead luggage compartments extending longitudinally near to said ceiling trim panels , lateral walls and a floor, said divider being intended to be mounted so as to slide along guide rails supported by said overhead luggage compartments , said divider comprising: - a transverse main framework extending, once the mobile class divider has been mounted inside the cabin, on either side of the lateral walls of said cabin beneath said overhead luggage compartments and said ceiling trim panels , - at least two guide blocks supported by said framework , each guide block supporting sliding runners shaped to fit the guide rails so as to allow, once the mobile class divider has been mounted inside said cabin, said divider to slide along the guide rails of said cabin, characterised in that said main framework comprises means for adjusting the length thereof so as to be able to adapt the length of said divider to the distance, in the transverse direction, that separates said guide rails of said cabin. - a transverse main framework extending, once the mobile class divider has been mounted inside the cabin, on either side of the lateral walls of said cabin beneath said overhead luggage compartments and said ceiling trim panels , - at least two guide blocks supported by said framework , each guide block supporting sliding runners shaped to fit the guide rails so as to allow, once the mobile class divider has been mounted inside said cabin, said divider to slide along the guide rails of said cabin,
An electronic device comprising a substrate comprising: a well ; a peripheral insulating wall surrounding the well ; and at least one lateral bipolar transistor formed in the well , having a base region extending under parallel collector and emitter regions , the wall being widened in a first direction (X), parallel to the collector and emitter regions , so that the base region penetrates into the wall , wherein: the wall has a first conductivity type; the base region has the first conductivity type; the well has a second conductivity type different from the first conductivity type; and the collector and emitter regions have the second conductivity type. a well ; a peripheral insulating wall surrounding the well ; and at least one lateral bipolar transistor formed in the well , having a base region extending under parallel collector and emitter regions , the wall being widened in a first direction (X), parallel to the collector and emitter regions , so that the base region penetrates into the wall , wherein: the wall has a first conductivity type; the base region has the first conductivity type; the well has a second conductivity type different from the first conductivity type; and the collector and emitter regions have the second conductivity type. the wall has a first conductivity type; the base region has the first conductivity type; the well has a second conductivity type different from the first conductivity type; and the collector and emitter regions have the second conductivity type.
A method for allocating a user equipment, UE, roaming in a visited network , to a dedicated core network, DCN, out of a plurality of DCN available in the visited network , the method comprising: • receiving a trigger comprising a DCN-type indicator from a home network of the roaming UE ; • determining, responsive to the reception of the DCN-type indicator, whether an DCN-type indicated by the received DCN-type indicator is supported by the visited network ; • determining, if the DCN-type is not supported by the visited network , an alternative DCN-type supported by the visited network ; • allocating, by the visited network , the roaming UE to a DCN of the alternative DCN-type. • receiving a trigger comprising a DCN-type indicator from a home network of the roaming UE ; • determining, responsive to the reception of the DCN-type indicator, whether an DCN-type indicated by the received DCN-type indicator is supported by the visited network ; • determining, if the DCN-type is not supported by the visited network , an alternative DCN-type supported by the visited network ; • allocating, by the visited network , the roaming UE to a DCN of the alternative DCN-type.
A hybrid transaction card reading system (SLH) comprising a hybrid transaction card reader (LecH), a protection device (BNK) and an insertion slot (FEN) for a transaction card, the hybrid transaction card reader comprising means for reading a magnetic track and means for reading a chip, the protection device comprising an upper protection printed circuit (CIPS), a lower protection printed circuit (CIPI) and a lateral protection printed circuit (CIPL), the lateral protection circuit comprising a superposition (PLC) of unitary printed circuits (CIU), the plane of superposition of the unitary printed circuits (CIU) being parallel to the plane of the upper protection printed circuit (CIPS) and to the plane of the lower protection printed circuit (CIPI), characterized in that the means for reading a chip are disposed between the upper protection printed circuit (CIPS), the lower protection printed circuit (CIPI) and the lateral protection printed circuit (CIPL).
A sleep monitoring system, for monitoring a subject, comprising: a movement sensing arrangement ; and a controller , which is adapted during a sleep monitoring period to identify from the movement sensing arrangement output signals sleep-disordered breathing events, wherein the movement sensing arrangement comprises an acceleration or gyroscope sensor arrangement for recording seismocardiography signals, and the controller is adapted to determine the sleep-disordered breathing events based on analysis of the seismocardiography signals, wherein the controller is adapted to determine repetitive patterns in the seismocardiography signals to determine an inter-beat interval time series and determine the sleep-disordered breath events from the inter-beat interval time series, wherein the inter-beat interval time series is computed without identifying specific elements of the repetitive patterns; and wherein the controller is further adapted to: determine from output signals of the movement sensing arrangement a sleep position out of a set of possible sleep positions; and provide an indication of the level or impact of sleep-disordered breathing for each encountered sleep position. a movement sensing arrangement ; and a controller , which is adapted during a sleep monitoring period to identify from the movement sensing arrangement output signals sleep-disordered breathing events, wherein the movement sensing arrangement comprises an acceleration or gyroscope sensor arrangement for recording seismocardiography signals, and the controller is adapted to determine the sleep-disordered breathing events based on analysis of the seismocardiography signals, wherein the controller is adapted to determine repetitive patterns in the seismocardiography signals to determine an inter-beat interval time series and determine the sleep-disordered breath events from the inter-beat interval time series, wherein the inter-beat interval time series is computed without identifying specific elements of the repetitive patterns; and wherein the controller is further adapted to: determine from output signals of the movement sensing arrangement a sleep position out of a set of possible sleep positions; and provide an indication of the level or impact of sleep-disordered breathing for each encountered sleep position.