mhurhangee/patent-ind-claim-en huggingface dataset:
A polymeric material comprising a first polymer and a second polymer wherein the first polymer is a natural or a synthetic polymer and the second polymer is modified lignin; wherein the modified lignin is modified with an alkyl containing group via a linker wherein the linker is an ether group and wherein the alkyl containing group is derived from fatty acid methyl ester.
A light source unit comprising: a light emitting element which functions as a light source, a wiring pattern on which the light emitting element is mounted, an electrode pad connected to the wiring pattern, a substrate on which the wiring pattern is formed and the electrode pad is mounted, a power supply body which supplies external power to the electrode pad, a socket housing which has an engaging portion that is engageable with a predetermined member and holds the substrate, the light emitting element and the power supply body, and a heat dissipation plate bonded to a rear surface of the substrate with an adhesive , wherein a placement recess in which the substrate is placed is formed in the socket housing, wherein a part of a connection terminal to be connected to a power supply circuit is positioned in a portion of the placement recess between the substrate and the engaging portion , wherein a gap is formed between an outer peripheral surface of the substrate and an inner peripheral surface of the placement recess , the gap comprising at least one shallow groove portion and at least one deep groove portion , and wherein the connection terminal and the electrode pad are connected to each other by a conduction connecting part. a light emitting element which functions as a light source, a wiring pattern on which the light emitting element is mounted, an electrode pad connected to the wiring pattern, a substrate on which the wiring pattern is formed and the electrode pad is mounted, a power supply body which supplies external power to the electrode pad, a socket housing which has an engaging portion that is engageable with a predetermined member and holds the substrate, the light emitting element and the power supply body, and a heat dissipation plate bonded to a rear surface of the substrate with an adhesive , wherein a placement recess in which the substrate is placed is formed in the socket housing, wherein a part of a connection terminal to be connected to a power supply circuit is positioned in a portion of the placement recess between the substrate and the engaging portion , wherein a gap is formed between an outer peripheral surface of the substrate and an inner peripheral surface of the placement recess , the gap comprising at least one shallow groove portion and at least one deep groove portion , and wherein the connection terminal and the electrode pad are connected to each other by a conduction connecting part.
An optical article having a back face on the side of a wearer's eye, a front face opposite to said back face, wherein said optical article has, on at least one of said front and back faces, an interferential multilayer coating comprising a stack of at least one layer of high refractive index material having a refractive index higher than 1.55 and at least one layer of low refractive index material having a refractive index of 1.55 or less, the refractive indexes being expressed for a wavelength of 550 nm, said optical article being designed in such a manner that it has high reflective properties for low incident angles when viewing said article from its front or back face and antireflective properties for high incident angles when viewing said article from its front or back face, the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being lower than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 35° and lower than or equal to 55°; and the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being higher than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 0° and lower than or equal to 15°. the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being lower than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 35° and lower than or equal to 55°; and the mean visible light reflection factor Rv of said coating for visible light hitting said front or back face being higher than or equal to 2.5% at an angle of incidence with respect to a perpendicular to said front or back face that is higher than or equal to 0° and lower than or equal to 15°.
Motor vehicle door latch, comprising a locking mechanism , and comprising a drive for the locking mechanism , in particular for electrical opening/closing, the drive being equipped with at least one drive element which acts directly or indirectly on the locking mechanism , a mechanical operating element being provided for emergency operation of the drive element , the operating element being designed in two parts with an operating lever that is part of the latch and an operating tool that is not part of the latch, characterized in that the operating lever is a push or pressure lever.
A chipping tool which includes a body and chipping blades fastened to it, of which chipping blades there are several located one after the other in the direction of a feeding motion LI, wherein the chipping tool includes control elements for controlling the length of the mutual motion of the machinable piece and the tool in order for the machinable chips to remain fast at their one end on the machinable piece , characterized in that the chipping tool comprises a splitting blade attached into connection with the rest of the chipping tool, wherein the several chipping blades are fastened one after the other in the direction of the feeding motion to the splitting blade after its splitting tip.
A gesture recognition interface system (10; 150) comprising: a) a projector (12; 152) configured to project invisible light and visible images onto a background surface (18; 156), the projection of the invisible light and the projection of the visible images being alternated; b) at least one camera (14, 16; 158) configured to receive a plurality of images based on a reflected light contrast difference between the invisible light reflected from the background surface (18; 156) and a sensorless input object (20; 162) over the background surface (18; 156) during projection of the invisible light ; and c) a controller configured to determine a given input gesture based on changes in relative locations of the sensorless input object (20; 162) between images in the plurality of images, and being further configured to initiate a device input associated with the given input gesture. a) a projector (12; 152) configured to project invisible light and visible images onto a background surface (18; 156), the projection of the invisible light and the projection of the visible images being alternated; b) at least one camera (14, 16; 158) configured to receive a plurality of images based on a reflected light contrast difference between the invisible light reflected from the background surface (18; 156) and a sensorless input object (20; 162) over the background surface (18; 156) during projection of the invisible light ; and c) a controller configured to determine a given input gesture based on changes in relative locations of the sensorless input object (20; 162) between images in the plurality of images, and being further configured to initiate a device input associated with the given input gesture.
Method for executing a service in a local area network through a wide area communication network, by way of an access gateway allowing devices (31-33) of the local area network to access the wide area network, said method comprising: - configuration (F1), by the access gateway and by a tunnels termination point , of a service tunnel between said gateway and said termination point, said termination point being designed to connect the service tunnel configured with an instance of the service specific to the local area network in order to route data originating from the local area network and received by means of the tunnel to said instance and to route data received from said instance to the local area network by means of the tunnel, said service instance being intended to be executed on a physical device accessible through the wide area communication network, said service tunnel allowing data to be transported on the data link layer; - allocation (F2), by the access gateway, of an address in the local area network to said instance; - execution of said service by said instance in the guise of a device of the local area network through the wide area communication network. - configuration (F1), by the access gateway and by a tunnels termination point , of a service tunnel between said gateway and said termination point, said termination point being designed to connect the service tunnel configured with an instance of the service specific to the local area network in order to route data originating from the local area network and received by means of the tunnel to said instance and to route data received from said instance to the local area network by means of the tunnel, said service instance being intended to be executed on a physical device accessible through the wide area communication network, said service tunnel allowing data to be transported on the data link layer; - allocation (F2), by the access gateway, of an address in the local area network to said instance; - execution of said service by said instance in the guise of a device of the local area network through the wide area communication network.
Method for operating an end-effector arrangement having an end effector and having a controller , wherein the end effector has a tool arrangement with multiple gripping devices for gripping an areal workpiece via the workpiece surface thereof, wherein the end effector can assume different tool configurations, and wherein provision is made of an actuating arrangement by means of which the tool configuration is adjustable and the relative position of the gripping devices with respect to one another is thus adaptable to a target workpiece surface, wherein the end effector has a probing arrangement with multiple probes for generating probing information, characterized in that the probing information is generated in a referencing process, in that the end effector is adapted by way of its gripping devices to a reference surface in the referencing process on the basis of the probing information, and in that the resulting tool configuration is stored as a reference tool configuration in the controller . wherein the end effector has a probing arrangement with multiple probes for generating probing information, characterized in that the probing information is generated in a referencing process, in that the end effector is adapted by way of its gripping devices to a reference surface in the referencing process on the basis of the probing information, and in that the resulting tool configuration is stored as a reference tool configuration in the controller .
User Equipment (UE) comprising processing circuitry to: connect with a cellular network via a radio interface; identify, via either autonomous detection or information received from a serving evolved Node B (eNB) , a second UE ; connect with the second UE using a sidelink channel; receive, via the sidelink channel, first positioning reference signals from which first timing information, relating distances between the UE and the second UE, is derivable; determine, based on the first positioning reference signals, first position metrics that relate to a position of the UE with respect to the second UE; receive, via the cellular network, a second positioning reference signal from which second timing information, relating to distance between the UE and a base station associated with the cellular network, is derivable; determine, based on the second positioning reference signal, a second position metric that relates to a position of the UE with respect to the base station; and determine, based at least on the first and second position metrics, a location of the UE. connect with a cellular network via a radio interface; identify, via either autonomous detection or information received from a serving evolved Node B (eNB) , a second UE ; connect with the second UE using a sidelink channel; receive, via the sidelink channel, first positioning reference signals from which first timing information, relating distances between the UE and the second UE, is derivable; determine, based on the first positioning reference signals, first position metrics that relate to a position of the UE with respect to the second UE; receive, via the cellular network, a second positioning reference signal from which second timing information, relating to distance between the UE and a base station associated with the cellular network, is derivable; determine, based on the second positioning reference signal, a second position metric that relates to a position of the UE with respect to the base station; and determine, based at least on the first and second position metrics, a location of the UE.
A ceramic composite structure for use in a nuclear reactor environment comprising a chamber including an external shell and a hollow space inside the external shell, the external shell including: an inner composite layer including a first silicon carbide reinforced ceramic matrix composite structure, a middle composite layer placed outside of the inner composite layer, the middle composite layer including a second silicon carbide reinforced ceramic matrix composite structure that is different from the first silicon carbide reinforced ceramic matrix composite structure, an outer ceramic monolithic layer that has a spatially uniform material property and placed outside of the middle composite layer, and one or more monolithic layers placed between the middle composite layer and the outer ceramic monolithic layer. an inner composite layer including a first silicon carbide reinforced ceramic matrix composite structure, a middle composite layer placed outside of the inner composite layer, the middle composite layer including a second silicon carbide reinforced ceramic matrix composite structure that is different from the first silicon carbide reinforced ceramic matrix composite structure, an outer ceramic monolithic layer that has a spatially uniform material property and placed outside of the middle composite layer, and one or more monolithic layers placed between the middle composite layer and the outer ceramic monolithic layer.
Heating and cooling apparatus comprising: a body providing a first surface for supporting an object to be heated or cooled on a first side of the body; a heater having a heating element to heat the first surface; a vapour compression refrigeration system comprising an evaporator through which a refrigerant flows to cool the first surface; means to sense the temperature of the first surface and/or the object, and the temperature associated with at least one of the heating element and the evaporator , and to output signals indicative of these temperatures; a control means to receive the output signals and in response thereto to control operation of the heater and refrigeration system together in order to control the temperature of the first surface; and characterised in that the heater and evaporator are located against a second surface of the body on an opposite side of the body to the object to be heated or cooled, the heater and evaporator being in direct contact with the second surface of the body and each other. a body providing a first surface for supporting an object to be heated or cooled on a first side of the body; a heater having a heating element to heat the first surface; a vapour compression refrigeration system comprising an evaporator through which a refrigerant flows to cool the first surface; means to sense the temperature of the first surface and/or the object, and the temperature associated with at least one of the heating element and the evaporator , and to output signals indicative of these temperatures; a control means to receive the output signals and in response thereto to control operation of the heater and refrigeration system together in order to control the temperature of the first surface; and characterised in that the heater and evaporator are located against a second surface of the body on an opposite side of the body to the object to be heated or cooled, the heater and evaporator being in direct contact with the second surface of the body and each other.
A hot-press molded article of a composition comprising a polypeptide, wherein the polypeptide is at least one kind selected from the group consisting of natural spider silk protein and polypeptides derived from natural spider silk protein, wherein the polypeptide includes two or more units of an amino acid sequence represented by Formula 1: REP1-REP2 and wherein the units of the amino acid sequence represented by Formula 1: REP1-REP2 are identical or different from each other, and characterised in that : REP1 represents polyalanine, and REP2 represents an amino acid sequence made of 10 to 200 residues of amino acid, and the total residue number of glycine, serine, glutamine, and alanine in the amino-acid sequence is 40% or more.
Digital audio transmission system, comprising at least one wireless transmitter (S), and at least one wireless receiver (E), wherein the wireless transmitter (S) has an analog input (Al), a digitally adjustable input potentiometer (DCPI) for adjusting an input gain, a peak detector (PC), an analog/digital converter (ADC) with a clocked operation for converting the analog signals into digital signals, and a digital signal processing unit (DSP) for performing digital signal processing, wherein the digital signal processing unit (DSP) comprises a gain calculation unit (GCE) and is configured for adjusting the input gain, characterized in that the peak detector (PD) receives an analog output signal of the digitally adjustable input potentiometer (DCPI) and the peak detector (PD) outputs a control signal over an interrupt input of the digital signal processing unit (DSP) to the gain calculation unit (GCE) upon detecting a maximum value which is above a threshold, wherein there upon the gain calculation unit (GCE) reduces the input gain by a new setting of the digitally adjustable input potentiometer (DCPI), and wherein the new setting of the digitally adjustable input potentiometer (DCPI) takes place through an interrupt routine of the digital signal processing unit (DSP), such that the reduction of the input gain is not coupled to the clocked operation of the analog/digital converter (ADC) and does not underlie the time delay of the operation of the analog/digital converter (ADC).
A surveillance and/or identification device, comprising: a) an electrically conducting strap on a substrate ; b) a lower capacitor electrode electrically connected to the strap, wherein the lower capacitor electrode is on the substrate or over the substrate; c) a first dielectric film (130/132, 230/232, 330/332) on the substrate and on at least a portion of the strap, the first dielectric film exposing a portion of the strap and having an opening over a portion of the lower capacitor electrode; d) a capacitor dielectric film on the lower capacitor electrode in the opening, the capacitor dielectric film having a thickness at least 5 times smaller than that of the first dielectric film; e) an upper capacitor electrode on the first dielectric film and the capacitor dielectric film, wherein the upper capacitor electrode (i) is capacitively coupled to the lower capacitor electrode and (ii) forms a first capacitor and a second capacitor connected in parallel, the first capacitor includes the capacitor dielectric film, the second capacitor includes the dielectric film, and the second capacitor has a greater capacitance than the first capacitor; and f) an antenna and/or inductor electrically connected to the upper capacitor electrode and the strap. a) an electrically conducting strap on a substrate ; b) a lower capacitor electrode electrically connected to the strap, wherein the lower capacitor electrode is on the substrate or over the substrate; c) a first dielectric film (130/132, 230/232, 330/332) on the substrate and on at least a portion of the strap, the first dielectric film exposing a portion of the strap and having an opening over a portion of the lower capacitor electrode; d) a capacitor dielectric film on the lower capacitor electrode in the opening, the capacitor dielectric film having a thickness at least 5 times smaller than that of the first dielectric film; e) an upper capacitor electrode on the first dielectric film and the capacitor dielectric film, wherein the upper capacitor electrode (i) is capacitively coupled to the lower capacitor electrode and (ii) forms a first capacitor and a second capacitor connected in parallel, the first capacitor includes the capacitor dielectric film, the second capacitor includes the dielectric film, and the second capacitor has a greater capacitance than the first capacitor; and f) an antenna and/or inductor electrically connected to the upper capacitor electrode and the strap.
A method for controlling Quality of Service, QoS in wireless communications, comprising: receiving (S210), by a base station, a core network, CN, flow identifier associated with a flow-based QoS control in the CN and information about a corresponding QoS parameter of a Packet Data Network, PDN, connection from a session management function that is separated from a mobility management function in the CN, wherein the session management function is in communication with an entity that is an access point and a user plane anchor for a user terminal in the CN, wherein the corresponding QoS parameter includes a QoS class identifier and an Allocation and Retention Priority, ARP; establishing (S220), by the base station, a mapping relation between a radio bearer that satisfies a requirement of the corresponding QoS parameter and the CN flow identifier; and transmitting (S220), by the base station, information about the mapping relation between the radio bearer and the CN flow identifier to the user terminal. receiving (S210), by a base station, a core network, CN, flow identifier associated with a flow-based QoS control in the CN and information about a corresponding QoS parameter of a Packet Data Network, PDN, connection from a session management function that is separated from a mobility management function in the CN, wherein the session management function is in communication with an entity that is an access point and a user plane anchor for a user terminal in the CN, wherein the corresponding QoS parameter includes a QoS class identifier and an Allocation and Retention Priority, ARP; establishing (S220), by the base station, a mapping relation between a radio bearer that satisfies a requirement of the corresponding QoS parameter and the CN flow identifier; and transmitting (S220), by the base station, information about the mapping relation between the radio bearer and the CN flow identifier to the user terminal.
Aluminoborosilicate glass, based on the total weight of components in the composition of the glass, comprising: 33-60wt% SiO 2 , 3-10wt% AI 2 O 3 , 10-30wt% B 2 O 3 , 1-15wt% ZnO+TiO 2 +Sc 2 O 3 , and 7-27wt% alkali-earth oxide RO, wherein RO is at least one of MgO, CaO, SrO and BaO, and 0.001 wt%≤Sc 2 O 3 ≤1wt%.