mhurhangee/ep-ind-claims huggingface dataset:
An articulating probe, comprising: a first mechanism comprising: a first link comprising a first longitudinal axis, a first articulation surface and a first motion limiting element; a second link comprising a second longitudinal axis, a second articulation surface and a second motion limiting element (114, 112); a first articulation joint comprising the first articulation surface and the second articulation surface and constructed and arranged to allow two degree-of-freedom articulation of the second link relative to the first link; and a second mechanism comprising: a third link comprising a third longitudinal axis and a third articulation surface; a fourth link comprising a fourth longitudinal axis and a fourth articulation surface; a second articulation joint comprising the third articulation surface and the fourth articulation surface and constructed and arranged to allow at least two degree of freedom articulation of the fourth link relative to the third link, the first and the second mechanism being a concentric mechanism, wherein first mechanism is an outer link mechanism of the articulating probe and wherein the second mechanism is an inner link mechanism of the articulating probe, wherein the first mechanism and the second mechanism each are configured to alternate between a rigid and a limp state, characterised in that the first mechanism further comprises a motion resisting assembly (112, 114, 106) comprising the first motion limiting element and the second motion limiting element, wherein the motion resisting assembly is constructed and arranged to resist rotation of the second link about the second longitudinal axis relative to the first longitudinal axis of the first link, wherein the first motion limiting element comprises a pin; the second link further comprises a tab extending from a surface of the second link; and wherein the second motion limiting element comprises a slot in the tab, and wherein the pin of the first link engages the slot in the tab of the second link. a third link comprising a third longitudinal axis and a third articulation surface; a fourth link comprising a fourth longitudinal axis and a fourth articulation surface; a second articulation joint comprising the third articulation surface and the fourth articulation surface and constructed and arranged to allow at least two degree of freedom articulation of the fourth link relative to the third link, the first and the second mechanism being a concentric mechanism, wherein first mechanism is an outer link mechanism of the articulating probe and wherein the second mechanism is an inner link mechanism of the articulating probe, wherein the first mechanism and the second mechanism each are configured to alternate between a rigid and a limp state,
A method by a first macro base station that provides a served cell that at least partially overlaps a served cell of a second small base station, where the first and second base stations (10, 200) are part of a telecommunications system comprising a control element node (MME/S-GW), the method comprising: receiving neighbor carrier usage information from a third base station (10b, 200b) providing a neighbor cell, the neighbor carrier usage information identifying carriers used by the third base station (10b, 200b); selecting at least one carrier for use by the second base station in response to the neighbor carrier usage information to avoid interference in the neighborhood of the second base station; communicating an instruction message from the first base station through the core network interface and/or the X2 interface to the second base station that instructs the second base station to use the at least one carrier for communications. receiving neighbor carrier usage information from a third base station (10b, 200b) providing a neighbor cell, the neighbor carrier usage information identifying carriers used by the third base station (10b, 200b); selecting at least one carrier for use by the second base station in response to the neighbor carrier usage information to avoid interference in the neighborhood of the second base station; communicating an instruction message from the first base station through the core network interface and/or the X2 interface to the second base station that instructs the second base station to use the at least one carrier for communications.
A surgical retrieval apparatus, comprising: a tube assembly having a lumen extending longitudinally therethrough; a cartridge assembly including an end effector assembly operably coupled thereto, the cartridge assembly releasably engagable with the tube assembly, wherein the end effector assembly includes a specimen retrieval bag configured to be releasably coupled thereto at a distal end thereof and a first engagement member disposed at a proximal end thereof; and a plunger assembly configured for insertion at least partially through the lumen of the tube assembly and into the cartridge assembly, the plunger assembly including a second engagement member configured to releasably engage the first engagement member of the end effector assembly, characterized in that the first engagement member and the second engagement member are configured such, that when the first and second engagement members are engaged with one another, the plunger assembly is movable relative to the tube assembly and the cartridge assembly between a more proximal position, wherein the end effector assembly and specimen retrieval bag are retracted within the cartridge assembly, and a more distal position, wherein the end effector assembly extends distally from the cartridge assembly to deploy the specimen retrieval bag. a tube assembly having a lumen extending longitudinally therethrough; a cartridge assembly including an end effector assembly operably coupled thereto, the cartridge assembly releasably engagable with the tube assembly, wherein the end effector assembly includes a specimen retrieval bag configured to be releasably coupled thereto at a distal end thereof and a first engagement member disposed at a proximal end thereof; and a plunger assembly configured for insertion at least partially through the lumen of the tube assembly and into the cartridge assembly, the plunger assembly including a second engagement member configured to releasably engage the first engagement member of the end effector assembly, characterized in that the first engagement member and the second engagement member are configured such, that when the first and second engagement members are engaged with one another, the plunger assembly is movable relative to the tube assembly and the cartridge assembly between a more proximal position, wherein the end effector assembly and specimen retrieval bag are retracted within the cartridge assembly, and a more distal position, wherein the end effector assembly extends distally from the cartridge assembly to deploy the specimen retrieval bag.
A sensing device comprising: a header having a first working surface, the first working surface composed of a first one or more electrically conductive pads and a bulk of the header; a sensor die attached to the header, the sensor die having a second working surface and a third surface reverse of the second working surface, the sensor die including: a sensing element on the second working surface; one or more electrically conductive doped regions proximate the sensing element; and one or more electrically conductive pins extending from the third surface partially through the sensor die into the one or more electrically conductive doped regions, wherein the third surface of the sensor die is composed of a second one or more electrically conductive pads and a dielectric layer, wherein the second one or more electrically conductive pads is coupled to the one or more electrically conductive pins; wherein the first one or more electrically conductive pads of the header contact the second one or more electrically conductive pads of the sensor die, and wherein the bulk of the header at the first working surface of the header contacts the dielectric layer of the third surface of the sensor die. a header having a first working surface, the first working surface composed of a first one or more electrically conductive pads and a bulk of the header; a sensor die attached to the header, the sensor die having a second working surface and a third surface reverse of the second working surface, the sensor die including: a sensing element on the second working surface; one or more electrically conductive doped regions proximate the sensing element; and one or more electrically conductive pins extending from the third surface partially through the sensor die into the one or more electrically conductive doped regions, wherein the third surface of the sensor die is composed of a second one or more electrically conductive pads and a dielectric layer, wherein the second one or more electrically conductive pads is coupled to the one or more electrically conductive pins; a sensing element on the second working surface; one or more electrically conductive doped regions proximate the sensing element; and one or more electrically conductive pins extending from the third surface partially through the sensor die into the one or more electrically conductive doped regions, wherein the third surface of the sensor die is composed of a second one or more electrically conductive pads and a dielectric layer, wherein the second one or more electrically conductive pads is coupled to the one or more electrically conductive pins; wherein the first one or more electrically conductive pads of the header contact the second one or more electrically conductive pads of the sensor die, and wherein the bulk of the header at the first working surface of the header contacts the dielectric layer of the third surface of the sensor die.
A scooter type vehicle comprising: a front cover; a headlight arranged on the front cover; a handle rotatably arranged with respect to the front cover; a handle cover located above the front cover, in regards to a vehicle up-down direction, and rotatable with the handle; a screen attached to the handle cover, disposed in front of the handle cover, in regards to a vehicle forward-and-backward direction, and having a light-transmitting property; and a position light rotatable with the handle, wherein an upper end of the screen is located above an upper end of the handle cover, in regards to a vehicle up-down direction, the screen includes an opening, the position light is disposed in the opening, the position light includes a light source, a lens configured to transmit light from the light source, and an auxiliary cover disposed between the lens and the screen, the auxiliary cover being opaque, an outer surface of the lens is longer in a vehicle left-right direction than in the vehicle up-down direction. a front cover; a headlight arranged on the front cover; a handle rotatably arranged with respect to the front cover; a handle cover located above the front cover, in regards to a vehicle up-down direction, and rotatable with the handle; a screen attached to the handle cover, disposed in front of the handle cover, in regards to a vehicle forward-and-backward direction, and having a light-transmitting property; and a position light rotatable with the handle, wherein an upper end of the screen is located above an upper end of the handle cover, in regards to a vehicle up-down direction, the screen includes an opening, the position light is disposed in the opening, the position light includes a light source, a lens configured to transmit light from the light source, and an auxiliary cover disposed between the lens and the screen, the auxiliary cover being opaque, an outer surface of the lens is longer in a vehicle left-right direction than in the vehicle up-down direction. an upper end of the screen is located above an upper end of the handle cover, in regards to a vehicle up-down direction, the screen includes an opening, the position light is disposed in the opening, the position light includes a light source, a lens configured to transmit light from the light source, and an auxiliary cover disposed between the lens and the screen, the auxiliary cover being opaque, a light source, a lens configured to transmit light from the light source, and an auxiliary cover disposed between the lens and the screen, the auxiliary cover being opaque, an outer surface of the lens is longer in a vehicle left-right direction than in the vehicle up-down direction.
A wireless communication device, comprising: a housing including a conductive structure; a millimeter wave (mmWave) antenna including a plurality of antenna elements, the mmWave antenna being disposed within the housing; characterized in that the wireless communication device further comprises a leaky-wave radiator including at least one opening formed in the conductive structure of the housing, wherein an electromagnetic field generated by the mmWave antenna is radiated outside of the housing of the wireless communication device through the leaky-wave radiator. a housing including a conductive structure; a millimeter wave (mmWave) antenna including a plurality of antenna elements, the mmWave antenna being disposed within the housing; characterized in that the wireless communication device further comprises a leaky-wave radiator including at least one opening formed in the conductive structure of the housing, wherein an electromagnetic field generated by the mmWave antenna is radiated outside of the housing of the wireless communication device through the leaky-wave radiator.
Method of making accessible interactive graphical elements for user interaction in stored information in a rendering system for displaying the stored information, which displaying includes displaying the interactive graphical elements, the stored information being arranged according to a first predefined format for rendering in a basic mode rendering device that provides a basic application mode according to the first predefined format, the first format comprising first format interactive graphical elements to be displayed, the stored information being further arranged according to a second predefined format for rendering in an enhanced mode rendering device that provides an enhanced application mode according to the second predefined format for executing application programs, the second format comprising second format interactive graphical elements to be displayed, which method comprises the step of - translating a subset of the stored information representing at least one of the first format interactive graphical elements to a new subset of information for displaying a simulated interactive graphical element in the enhanced application mode, and - making available an application program interface for the application programs to access the new subset of information, the API defined according to a predefined programming language. - translating a subset of the stored information representing at least one of the first format interactive graphical elements to a new subset of information for displaying a simulated interactive graphical element in the enhanced application mode, and - making available an application program interface for the application programs to access the new subset of information, the API defined according to a predefined programming language.
A method for determining signals to be transmitted from a plurality of directional antennas in a radio communication network, wherein the plurality of directional antennas are provided for a cell area and each directional antenna provides a directional radio path along which the directional antenna is configured to send and receive radio communications, wherein the plurality of directional antennas are arranged such that directional radio paths overlap, the method comprising: determining signals to be transmitted from the plurality of directional antenna from user signals associated with respective ones of a plurality of sub-cells associated with each antenna, controlling the signals transmitted from the plurality of directional antennas in accordance with determined signals to define a plurality of sub-cells within the cell area by an overlap of a plurality of directional radio paths, wherein each sub-cell occurs at an intersection of the radio paths of two or more directional antennas, wherein the directional antennas send radio communications to, and receive radio communications from, user equipment in the sub-cell, wherein a subset of the plurality of directional radio paths intersect in the sub-cell and each directional antenna is associated with a set of sub-cells in which transmissions from the directional antenna are received, at each antenna, transmitting the signal determined for that antenna during a transmission period, and applying a periodic phase modulation to the transmitted signal, the periodic phase modulation having a period shorter than the transmission period, wherein the period of the phase modulations applied to each of the plurality of transmitted signals is different. determining signals to be transmitted from the plurality of directional antenna from user signals associated with respective ones of a plurality of sub-cells associated with each antenna, controlling the signals transmitted from the plurality of directional antennas in accordance with determined signals to define a plurality of sub-cells within the cell area by an overlap of a plurality of directional radio paths, wherein each sub-cell occurs at an intersection of the radio paths of two or more directional antennas, wherein the directional antennas send radio communications to, and receive radio communications from, user equipment in the sub-cell, wherein a subset of the plurality of directional radio paths intersect in the sub-cell and each directional antenna is associated with a set of sub-cells in which transmissions from the directional antenna are received, at each antenna, transmitting the signal determined for that antenna during a transmission period, and applying a periodic phase modulation to the transmitted signal, the periodic phase modulation having a period shorter than the transmission period, wherein the period of the phase modulations applied to each of the plurality of transmitted signals is different.
Temperature control device for temperature control and extinguishing of a fire or a fire of a battery system with at least one battery subsystem, the temperature control device having a temperature control line for conducting a temperature control fluid and a pumping device for generating a flow of the temperature control fluid in the temperature control line at least in a first flow direction, the temperature control line having at least one temperature control section, which can be connected in a thermally conductive manner to the at least one battery subsystem, for supplying and/or removing thermal energy to or from the battery subsystem, characterized in that a non-return valve is arranged in the temperature control line upstream of the at least one temperature control section with respect to the first flow direction, wherein the non-return valve is open in the first flow direction for the temperature control fluid and closes in a second flow direction, wherein the second flow direction is opposite to the first flow direction, and wherein the temperature control fluid can be supplied to the location of the fire for extinguishing.
A stacked-plate cooler, comprising a plurality of exchanger plates arranged on top of one another in order to form a stack, and a base plate arranged at one end of the stack, characterised in that the base plate has an edge raised in the direction of the stack, the edge at least partially following an outline of the stack, wherein the edge is formed as a bead which is arched in the direction of the stack.
Method to embed a watermark and an image on a material surface in view of authenticating said material, this watermark being auto-correlated and containing an information to hide, this method being characterized in the following steps: - realizing a digital watermark vba(k) of the spatial type as a function of the sign of the bit b={-1;1} of the information to hide and of the amplitude v of the modulation of a color component as well as a random generator a(k) defined by a key, so that the density of the watermark is 2% or less, - thresholding the watermark vba(k) according to the sign of the modulation ba(k) so as to obtain an asymmetric amplitude modulation, - printing simultaneously the watermark vba(k) and the image c(k) on the surface to be authenticated. - realizing a digital watermark vba(k) of the spatial type as a function of the sign of the bit b={-1;1} of the information to hide and of the amplitude v of the modulation of a color component as well as a random generator a(k) defined by a key, so that the density of the watermark is 2% or less, - thresholding the watermark vba(k) according to the sign of the modulation ba(k) so as to obtain an asymmetric amplitude modulation, - printing simultaneously the watermark vba(k) and the image c(k) on the surface to be authenticated.
A luminescent element, comprising: a luminescent substrate, wherein the luminescent substrate is a luminescent glass with a chemical composition of 20Na 2 O-20BaO-30B 2 O 3 -30SiO 2; and a metal layer with an aperiodic metal microstructure composed of metal crystals in irregular arrangement formed on a surface of the luminescent substrate, wherein the metal layer is made of at least one metal selected from the group consisting of Au, Ag, Al, Cu, Ti, Fe, Ni, Co, Cr, Pt, Pd, Mg, and Zn and wherein the metal layer has a thickness of 0.5 to 200 nm; wherein the luminescent substrate is doped with luminescent materials with a chemical composition of Zn 2 SiO 4:Mn. a luminescent substrate, wherein the luminescent substrate is a luminescent glass with a chemical composition of 20Na 2 O-20BaO-30B 2 O 3 -30SiO 2; and a metal layer with an aperiodic metal microstructure composed of metal crystals in irregular arrangement formed on a surface of the luminescent substrate, wherein the metal layer is made of at least one metal selected from the group consisting of Au, Ag, Al, Cu, Ti, Fe, Ni, Co, Cr, Pt, Pd, Mg, and Zn and wherein the metal layer has a thickness of 0.5 to 200 nm; wherein the luminescent substrate is doped with luminescent materials with a chemical composition of Zn 2 SiO 4:Mn.
A method for the wet processing of material with a kneader and a downstream classifier, wherein the kneader is configured as a pure kneading member without a separation member and the classifier is disposed outside the kneader, characterized in that in that the circuit of kneader and classifier is traversed several times and, in so doing, free fibers are separated as fines in the classifier or are recovered as a product and the coarser substances return to the kneader, while accompanying substances pass from the kneader into a buffer and highly enriched accompanying substances depleted of free fibers and/or fines are discharged from the buffer.
A method of wireless communication, performed by a first wireless communication device, comprising: receiving, by the first wireless communication device from a second wireless communication device, a preemption indication for reallocating a resource allocated for sidelink communication between the first wireless communication device and a third wireless communication device; determining a priority of the resource; and preventing use of the resource for the sidelink communication based on the priority and the preemption indication. receiving, by the first wireless communication device from a second wireless communication device, a preemption indication for reallocating a resource allocated for sidelink communication between the first wireless communication device and a third wireless communication device; determining a priority of the resource; and preventing use of the resource for the sidelink communication based on the priority and the preemption indication.