mhurhangee/patent-ind-claim-en huggingface dataset:
Pressure tolerant seismic source for deep water survey comprising: at least one electromagnetic coil for generating an electromagnetic pulse, a piston plate movable by said electromagnetic pulse, and a housing with a first chamber and a second chamber separated by each other via a common bulkhead arrangement , wherein the coil is arranged within the first chamber and the piston plate arranged within the second chamber , wherein the second chamber is at least partly filled with a liquid coupled to the plate so that due to movement of the plate at least one pressure pulse is generated traveling through the liquid within said second chamber , characterized in that the second chamber is a closed chamber with regard to the outer surrounding environment. at least one electromagnetic coil for generating an electromagnetic pulse, a piston plate movable by said electromagnetic pulse, and a housing with a first chamber and a second chamber separated by each other via a common bulkhead arrangement , wherein the coil is arranged within the first chamber and the piston plate arranged within the second chamber , wherein the second chamber is at least partly filled with a liquid coupled to the plate so that due to movement of the plate at least one pressure pulse is generated traveling through the liquid within said second chamber , characterized in that the second chamber is a closed chamber with regard to the outer surrounding environment.
A method for wireless communication by a terminal , the method comprising: transmitting, to a base station, BS, terminal capability information for reporting that a dynamic transmission-diversity, Tx-D, fallback scheme for a short transmission time interval, sTTI,-based operation mode is supported; receiving, from the BS, through higher layer signaling, a configuration for the dynamic Tx-D fallback scheme for the sTTI-based operation mode; detecting, in the sTTI-based operation mode, specific format of downlink control information, DCI, including a specific field related to the dynamic Tx-D fallback scheme for the sTTI-based operation mode; and based on that a value of the specific field indicates the Tx-D fallback scheme, performing, in the sTTI-based operation mode, a Tx-D-based downlink data signal reception according to the dynamic Tx-D fallback scheme for the sTTI-based operation mode. transmitting, to a base station, BS, terminal capability information for reporting that a dynamic transmission-diversity, Tx-D, fallback scheme for a short transmission time interval, sTTI,-based operation mode is supported; receiving, from the BS, through higher layer signaling, a configuration for the dynamic Tx-D fallback scheme for the sTTI-based operation mode; detecting, in the sTTI-based operation mode, specific format of downlink control information, DCI, including a specific field related to the dynamic Tx-D fallback scheme for the sTTI-based operation mode; and based on that a value of the specific field indicates the Tx-D fallback scheme, performing, in the sTTI-based operation mode, a Tx-D-based downlink data signal reception according to the dynamic Tx-D fallback scheme for the sTTI-based operation mode.
A method for preparing a functionalized graphene comprising: forming a mixture including a graphite oxide, water, and thiourea; pre-heating the mixture to 200 to 400°C; forming the functionalized graphene by reacting the mixture under a supercritical condition of the solvent; and recovering the functionalized graphene. forming a mixture including a graphite oxide, water, and thiourea; pre-heating the mixture to 200 to 400°C; forming the functionalized graphene by reacting the mixture under a supercritical condition of the solvent; and recovering the functionalized graphene.
A method performed by a processing unit on-board and/or remote from a vehicle, the method comprising: • obtaining a first video from an external-facing camera mounted to the vehicle; • detecting an object from the first video; • determining an object parameter for the object from the first video; • obtaining a second video from an internal-facing camera mounted to the vehicle; • determining an operator behavior based on an analysis of the second video; • generating a risk map of a monitored region for the vehicle, the risk map comprising a risk score for each sub-region within the monitored region, the risk score for each sub-region being indicative of a collision risk within the respective sub-region, a collision probability within the respective sub-region, or a safety of the vehicle within the respective sub-region, wherein the risk score for each sub-region is calculated based on the operator behavior and the object parameter, wherein the monitored region is a region proximal to the vehicle only within a field of view of the external facing camera; and • detecting a near-collision event based on the risk score for each sub-region within the monitored region. • obtaining a first video from an external-facing camera mounted to the vehicle; • detecting an object from the first video; • determining an object parameter for the object from the first video; • obtaining a second video from an internal-facing camera mounted to the vehicle; • determining an operator behavior based on an analysis of the second video; • generating a risk map of a monitored region for the vehicle, the risk map comprising a risk score for each sub-region within the monitored region, the risk score for each sub-region being indicative of a collision risk within the respective sub-region, a collision probability within the respective sub-region, or a safety of the vehicle within the respective sub-region, wherein the risk score for each sub-region is calculated based on the operator behavior and the object parameter, wherein the monitored region is a region proximal to the vehicle only within a field of view of the external facing camera; and • detecting a near-collision event based on the risk score for each sub-region within the monitored region.
A sanitary installation , in particular a shower, comprising • a collecting device with an outlet opening for collecting waste water from the sanitary installation , • a heat exchanger with a fresh water inlet (D), • a connecting line (G) for conducting the waste water from the outlet opening of the collecting device into the heat exchanger , and • a pump in the connecting line (G), characterised in that the sanitary installation further comprises: • a regulating arrangement , which is designed, subject to a water level in the collecting device , to change a flow cross-section, through which the waste water can flow from the collecting device to the pump . • a collecting device with an outlet opening for collecting waste water from the sanitary installation , • a heat exchanger with a fresh water inlet (D), • a connecting line (G) for conducting the waste water from the outlet opening of the collecting device into the heat exchanger , and • a pump in the connecting line (G), • a regulating arrangement , which is designed, subject to a water level in the collecting device , to change a flow cross-section, through which the waste water can flow from the collecting device to the pump .
Lighting unit for a motor vehicle, which comprises a light module and a mirror module , wherein the mirror module is adapted to reflect the light emission produced by the light module in the emission direction of the lighting unit , wherein the light module comprises at least one light source and a first heat sink , characterized in that - the mirror module which comprises a mirror unit and a second heat sink , - a cooling system which comprises at least one inlet , at least one outlet , at least one line , at least one flow unit , a cooling medium, a first cooling sink and a second cooling sink, wherein inlet and outlet are connected by the line and the flow unit is inserted into the line in order to produce a flow of the cooling medium in the line and thereby sucks in the cooling medium through the inlet and expels it through the outlet again and the first cooling sink is formed by the first heat sink of the light module and the second cooling sink is formed by the second heat sink of the mirror module , wherein the first cooling sink is arranged downstream of the second cooling sink. - the mirror module which comprises a mirror unit and a second heat sink , - a cooling system which comprises at least one inlet , at least one outlet , at least one line , at least one flow unit , a cooling medium, a first cooling sink and a second cooling sink, wherein inlet and outlet are connected by the line and the flow unit is inserted into the line in order to produce a flow of the cooling medium in the line and thereby sucks in the cooling medium through the inlet and expels it through the outlet again and the first cooling sink is formed by the first heat sink of the light module and the second cooling sink is formed by the second heat sink of the mirror module , wherein the first cooling sink is arranged downstream of the second cooling sink.
A packaging suitable for being used as childproof and/or senior friendly packaging made using a composite packaging foil , wherein the packaging is a sachet , a stick-pack , a strip-pack , a flow-wrap or a doypack , the composite packaging foil comprising: - a first layer having a first outer surface and a first inner surface , wherein the first layer imparts tear-inhibiting properties to the packaging foil , - a second layer having a second outer surface and a second inner surface , wherein the second outer surface of the second layer is sealable against a mating surface, - an inner layer arranged between the first inner surface of the first layer and the second inner surface of the second layer , wherein the packaging foil has at least one weakening zone in which the tear-inhibiting properties of the packaging foil are reduced by a plurality of perforations that are present in the first layer , wherein the density of perforations in the weakening zone lies between 50 and 250, preferably between 50 and 150 and particularly preferred between 70 and 130 perforations per cm 2 and wherein the at least one weakening zone is arranged on the packaging to provides a push-through opening feature or a tear-open opening feature. - a first layer having a first outer surface and a first inner surface , wherein the first layer imparts tear-inhibiting properties to the packaging foil , - a second layer having a second outer surface and a second inner surface , wherein the second outer surface of the second layer is sealable against a mating surface, - an inner layer arranged between the first inner surface of the first layer and the second inner surface of the second layer ,
Piston for an actuator, operable by fluid, in particular for a fluid-actuated linear drive, with a piston body formed in one piece, which has in the area of its radial outer periphery an annular retaining recess coaxial to the longitudinal axis of the piston and with two side recess edges facing one another, in which is held a guide band with an annular structure and which has two band end sections facing one another in the circumferential direction of the retaining recess , characterised in that the two recess edges of the retaining recess , viewed in cross-section, each have an undercut profile, wherein they each have with radial clearance from the recess base of the retaining recess an annular retaining projection extending towards the opposite recess edge , which is in positive engagement with the facing side edge of the guide band , wherein the guide band is a continuous body, linear when produced and bent into an annular shape during subsequent fitting to the piston body .
Signage for urban roads and/or highways comprising a collapsible securing element installed between a post and a vertical signage plate , the securing element pertaining to devices and fittings used to mount road and highway signage plates on posts ; the collapsible securing element comprising of two basic members, namely a first, mounting member based on an "L" profile, with a branch provided with at least one pair of cutouts of oblong format made in the elongate free edge and an orthogonal branch provided with at least two oblong orifices (O1), and a second member for securing or locking the collapsible securing element obtained from a straight profile provided with at least a further two oblong orifices (O2) that correspond axially to the orifices (O1) of the orthogonal branch such that the latter is held parallel to the straight profile of the second member : said orifices (O1, O2) being traversed by locking screws (PF1) such as to maintain an adjustable space (x) between the two, receiving and securing the first and second members to the post by means of washer (A1) and nut (P1); to supplement the collapsible securing element , provision is made for at least one pair of screw (PF2) and nut (P2) assemblies, which are mounted to the cross member or frame of the signage plate such as to maintain a space (y) corresponding to the thickness of the branch , and which receive the cutouts of the branch.
Lighting system component comprising a polymer composition comprising: (a) a (meth)acrylic polymer; and (b) 5.0-90.0 wt% of a copolymer prepared using styrene and maleic anhydride with regard to the total weight of (a) and (b), the total of (a) and (b) being 100 wt%, wherein the polymer composition is prepared by melt mixing of a mixture comprising (a) and (b) in a melt extruder, wherein the melt extruder comprises: (i) an inlet for feeding the mixture; (ii) a barrel comprising one or more extruder screw(s) each comprising a tip; (iii) one or more opening(s) for removing the obtained polymer composition from the extruder; and (iv) a volume of space in the area between the tip(s) of the extruder screw(s) and the opening(s) for removing the obtained polymer composition wherein during the melt mixing the temperature of the polymer composition in the volume of space (iv) is ≥ 235°C and ≤ 255°C; wherein the component is one or more of a light guide, a lens or a cover. (a) a (meth)acrylic polymer; and (b) 5.0-90.0 wt% of a copolymer prepared using styrene and maleic anhydride with regard to the total weight of (a) and (b), the total of (a) and (b) being 100 wt%, wherein the polymer composition is prepared by melt mixing of a mixture comprising (a) and (b) in a melt extruder, wherein the melt extruder comprises: (i) an inlet for feeding the mixture; (ii) a barrel comprising one or more extruder screw(s) each comprising a tip; (iii) one or more opening(s) for removing the obtained polymer composition from the extruder; and (iv) a volume of space in the area between the tip(s) of the extruder screw(s) and the opening(s) for removing the obtained polymer composition wherein during the melt mixing the temperature of the polymer composition in the volume of space (iv) is ≥ 235°C and ≤ 255°C; wherein the component is one or more of a light guide, a lens or a cover. (i) an inlet for feeding the mixture; (ii) a barrel comprising one or more extruder screw(s) each comprising a tip; (iii) one or more opening(s) for removing the obtained polymer composition from the extruder; and (iv) a volume of space in the area between the tip(s) of the extruder screw(s) and the opening(s) for removing the obtained polymer composition
A method for generating track segment data for a method for machining at least one workpiece surface in order to apply a texture pattern to at least one portion of the workpiece surface by means of a laser, in particular on a numerically controlled machine, comprising the steps of: - providing model data that specify a three-dimensional geometry of a surface form corresponding to the at least one portion of the workpiece surface; characterized by the steps of: - providing image data that specify an image of the texture pattern to be applied to the at least one portion of the workpiece surface, and - generating track segment data on the basis of said image data and of said model data, wherein said track segment data respectively specify a plurality of consecutive laser track segments along the respective track line for a plurality of track lines extending on the portion of the workpiece surface, depending on said texture pattern; wherein said track segment data are created on the basis of said image data and model data, provided that, for each track line, the number of adjacent laser track segments that are arranged so as to be substantially collinear relative to one another is increased, and in particular maximized. - providing model data that specify a three-dimensional geometry of a surface form corresponding to the at least one portion of the workpiece surface; - providing image data that specify an image of the texture pattern to be applied to the at least one portion of the workpiece surface, and - generating track segment data on the basis of said image data and of said model data,
A machine for shredding plastic containers, said machine comprising a pressing device comprised of: a main housing having an interior space, a first opening for feeding with containers and a second opening for disposing the shredded pieces; a fixed plate having slits arranged in matrix pattern, said slits having sharp edges, wherein said plate is positioned at one end within the housing and said slits facing the interior space of the housing; a movable plate having a plurality of blades connected to at least one arm , wherein said plate is arranged to move along a central axis within the housing and said blades edges facing the sharp edges of said fixed plate where the blades configuration corresponds to the slits matrix pattern; an horizontal barred plate for holding the containers through the shredding process, wherein the plate is connected by a hinge to the bottom of the housing, the machine having a dropping mechanism for controlling the rotation of said plate; wherein the containers are placed in-between said movable plate and said fixed plate , such that when the movable plates moves along the central axis of the housing toward the fixed plate , the blades crush and cut the container into pieces having a predefined size suitable for recycling; characterized in that the dropping mechanism of the horizontal barred plate includes a spring located at the hinge, wherein said spring is tuned according to a predefined threshold, such as when an article which is heavier than the predefined threshold is placed over the horizontal barred plate , said plate turns downwards before the shredding operation is performed. a main housing having an interior space, a first opening for feeding with containers and a second opening for disposing the shredded pieces; a fixed plate having slits arranged in matrix pattern, said slits having sharp edges, wherein said plate is positioned at one end within the housing and said slits facing the interior space of the housing; a movable plate having a plurality of blades connected to at least one arm , wherein said plate is arranged to move along a central axis within the housing and said blades edges facing the sharp edges of said fixed plate where the blades configuration corresponds to the slits matrix pattern; an horizontal barred plate for holding the containers through the shredding process, wherein the plate is connected by a hinge to the bottom of the housing, the machine having a dropping mechanism for controlling the rotation of said plate; wherein the containers are placed in-between said movable plate and said fixed plate , such that when the movable plates moves along the central axis of the housing toward the fixed plate , the blades crush and cut the container into pieces having a predefined size suitable for recycling; characterized in that the dropping mechanism of the horizontal barred plate includes a spring located at the hinge, wherein said spring is tuned according to a predefined threshold, such as when an article which is heavier than the predefined threshold is placed over the horizontal barred plate , said plate turns downwards before the shredding operation is performed.
Plug connector comprising a contact carrier that is configured for receiving at least one contact partner that is arranged on an electrical conductor of a cable , wherein the contact carrier is inserted in an outer housing , wherein the contact carrier comprises at least one latching lug for fixing the at least one contact partner in the contact carrier , characterized in that the latching lug comprises at least one latching hook that is arranged on its end and acts on the cable .
A method for implementing a convergence system of a plurality of radio access networks, comprising: establishing a first connection between an anchor RAN and a user equipment, UE; establishing a second connection between an auxiliary RAN and the UE according to a quality of service, QoS, parameter, wherein the auxiliary RAN is selected by the anchor RAN, and the QoS parameter is sent from the anchor RAN to the auxiliary RAN; and keeping the first connection between the anchor RAN and the UE after establishing the second connection between the auxiliary RAN and the UE; wherein the method further comprises: transmitting/receiving, by the UE, a first data packet to/from the anchor RAN through a packet data convergence protocol, PDCP, module which is commonly used by the anchor RAN and the auxiliary RAN, a radio link control, RLC, layer subblock of the anchor RAN, a physical, PHY, layer subblock of the anchor RAN and a media access control, MAC, layer subblock of the anchor RAN; and transmitting/receiving, by the UE, a second data packet to/from the anchor RAN through the PDCP module which is commonly used by the anchor RAN and the auxiliary RAN, an MAC layer subblock of the auxiliary RAN, an PHY layer subblock of the auxiliary RAN and an RLC layer subblock of the auxiliary RAN. establishing a first connection between an anchor RAN and a user equipment, UE; establishing a second connection between an auxiliary RAN and the UE according to a quality of service, QoS, parameter, wherein the auxiliary RAN is selected by the anchor RAN, and the QoS parameter is sent from the anchor RAN to the auxiliary RAN; and keeping the first connection between the anchor RAN and the UE after establishing the second connection between the auxiliary RAN and the UE; wherein the method further comprises: transmitting/receiving, by the UE, a first data packet to/from the anchor RAN through a packet data convergence protocol, PDCP, module which is commonly used by the anchor RAN and the auxiliary RAN, a radio link control, RLC, layer subblock of the anchor RAN, a physical, PHY, layer subblock of the anchor RAN and a media access control, MAC, layer subblock of the anchor RAN; and transmitting/receiving, by the UE, a second data packet to/from the anchor RAN through the PDCP module which is commonly used by the anchor RAN and the auxiliary RAN, an MAC layer subblock of the auxiliary RAN, an PHY layer subblock of the auxiliary RAN and an RLC layer subblock of the auxiliary RAN. transmitting/receiving, by the UE, a first data packet to/from the anchor RAN through a packet data convergence protocol, PDCP, module which is commonly used by the anchor RAN and the auxiliary RAN, a radio link control, RLC, layer subblock of the anchor RAN, a physical, PHY, layer subblock of the anchor RAN and a media access control, MAC, layer subblock of the anchor RAN; and transmitting/receiving, by the UE, a second data packet to/from the anchor RAN through the PDCP module which is commonly used by the anchor RAN and the auxiliary RAN, an MAC layer subblock of the auxiliary RAN, an PHY layer subblock of the auxiliary RAN and an RLC layer subblock of the auxiliary RAN.