mhurhangee/ep-ind-claims huggingface dataset:
Apparatus, comprising: a molded one piece vacuum tube holder including cylindrical body having an opening at one end through which a fluid storage vacuum tube is insertable and a neck that has an elongate needle cover integrally extending therefrom, said cover being integrally jointed to said neck at a weakened joint, said cover separable from said neck at said weakened joint when a predetermined torque is applied to said cover relative to said body, said neck having an aperture dimensioned to accept a needle hub. a molded one piece vacuum tube holder including cylindrical body having an opening at one end through which a fluid storage vacuum tube is insertable and a neck that has an elongate needle cover integrally extending therefrom, said cover being integrally jointed to said neck at a weakened joint, said cover separable from said neck at said weakened joint when a predetermined torque is applied to said cover relative to said body, said neck having an aperture dimensioned to accept a needle hub.
A housing for a robotic mowing system which is designed to contain at least one charging station for the robotic mowing system and which is configured as a garage for a robotic mower of the robotic mowing system, having at least one closing member which seals an opening in the housing when it is in a closed position and at least partially releases the opening when it is in an open position, and at least one device for securing the closed position of the closing member, characterized in that the device comprises at least one triggering unit which can be activated by the robotic mower, and at least one securing mechanism which can be triggered by the triggering unit and which, when in a secured state, in which the closed position is secured, engages with the closing member on one side and with another component of the housing on the other side and which, when in a released state, releases the closing member.
A wavelength conversion member including phosphor that converts light from a semiconductor light emitting device into light with a longer wavelength, and including a wavelength conversion layer and a heat conducting layer, wherein an area (S hb) of a front surface or an area of a back surface of the heat conducting layer is at least 2800 times as large as a photoreception area (S rec) of the wavelength conversion layer, the wavelength conversion layer includes a plurality of types of layers, at least one of the plurality of types of layers of the wavelength conversion layer is a sapphire substrate disposed in contact with the heat conducting layer, and an area of a surface of the sapphire substrate is twice or more larger than the photoreception area (S rec).
A liquid composition comprising an inactive biopesticide precursor and less than 0.5% (w/w) glucosinolate breakdown products, said liquid composition comprising: (a) a glucosinolate concentrate; (b) an active myrosinase complex in a concentration sufficient to release an effective amount of glucosinolate breakdown products upon the addition of water; and (c) a water soluble polyol, wherein the water soluble polyol is at least soluble at 10 wt % at 20°C. (a) a glucosinolate concentrate; (b) an active myrosinase complex in a concentration sufficient to release an effective amount of glucosinolate breakdown products upon the addition of water; and (c) a water soluble polyol, wherein the water soluble polyol is at least soluble at 10 wt % at 20°C.
A load safety system in which hydraulic cylinders which are being activated via a hydraulic valve block in order to enable securing of sensitive loads to be loaded on an inloader vehicle, and load holding mechanisms which are driven by said hydraulic cylinders, suspension air bags in communication with the wheels of the inloader vehicle and an EBS modulator are included, wherein it comprises an electronic control unit which; - activates said load safety system by receiving "the vehicle has been loaded signal" generated by said EBS modulator in line with the "suspension pressure" formed by the total load of the vehicle, - receives a "hydraulic pressure" information from said hydraulic valve block upon activation of said load holding mechanisms by the operator, and - generates a "brake activation signal" which enables the EBS modulator to shift the brakes to active or passive state by comparing with the ideal pressure value. - activates said load safety system by receiving "the vehicle has been loaded signal" generated by said EBS modulator in line with the "suspension pressure" formed by the total load of the vehicle, - receives a "hydraulic pressure" information from said hydraulic valve block upon activation of said load holding mechanisms by the operator, and - generates a "brake activation signal" which enables the EBS modulator to shift the brakes to active or passive state by comparing with the ideal pressure value.
A method of determining at user equipment a transport block size for a secondary stream transmitted in addition to a primary stream by said user equipment when supporting Multiple Input Multiple Output communications with a base station of a wireless telecommunications network, said method comprising the steps of: receiving a grant associated with said secondary stream; and determining a transport block size for said secondary stream in accordance with a relationship between grant and transport block size, said relationship differing from a primary relationship between grant and transport block size used to determine a primary transport block size for said primary stream. receiving a grant associated with said secondary stream; and determining a transport block size for said secondary stream in accordance with a relationship between grant and transport block size, said relationship differing from a primary relationship between grant and transport block size used to determine a primary transport block size for said primary stream.
A method performed by one or more computers, the method comprising: obtaining, at a client device, first metrics that describe characteristics of a wireless network with which the client device is configured to associate; obtaining, at the client device, second metrics that describe hardware features of the client device, the hardware features being used to enable a wireless capability of the client device; determining, at the client device, one or more received signal strength indications that indicate at least one imbalance measure that limits wireless performance of the client device; generating, at the client device, a data model that stores information describing predicted characteristics of the client device for the wireless network, the data model being generated based on analysis of the first metrics, the second metrics, and the one or more received signal strength indications; determining a configuration setting for the client device based on the predicted characteristics of the client device for the wireless network; and using the configuration setting for the client device to adjust a parameter of at least one of (i) an association process for associating the client device with the wireless network or (ii) an ongoing connection between the client device and the wireless network. obtaining, at a client device, first metrics that describe characteristics of a wireless network with which the client device is configured to associate; obtaining, at the client device, second metrics that describe hardware features of the client device, the hardware features being used to enable a wireless capability of the client device; determining, at the client device, one or more received signal strength indications that indicate at least one imbalance measure that limits wireless performance of the client device; generating, at the client device, a data model that stores information describing predicted characteristics of the client device for the wireless network, the data model being generated based on analysis of the first metrics, the second metrics, and the one or more received signal strength indications; determining a configuration setting for the client device based on the predicted characteristics of the client device for the wireless network; and using the configuration setting for the client device to adjust a parameter of at least one of (i) an association process for associating the client device with the wireless network or (ii) an ongoing connection between the client device and the wireless network.
An Achilles heel wedge comprising: a single member including: an anterior portion; a plurality of layers (304, 306, 308) integrally connected at the anterior portion; a plurality of slits differentiating the layers (304, 306, 308) and each slit includes a terminal end in the anterior portion; characterized in that the terminal end of each slit has a perforation with a dimension greater than a width of the slit. a single member including: an anterior portion; a plurality of layers (304, 306, 308) integrally connected at the anterior portion; a plurality of slits differentiating the layers (304, 306, 308) and each slit includes a terminal end in the anterior portion; characterized in that the terminal end of each slit has a perforation with a dimension greater than a width of the slit. an anterior portion; a plurality of layers (304, 306, 308) integrally connected at the anterior portion; a plurality of slits differentiating the layers (304, 306, 308) and each slit includes a terminal end in the anterior portion; characterized in that the terminal end of each slit has a perforation with a dimension greater than a width of the slit.
A method, comprising: selecting, at a base station, an interference covariance calculation technique to be utilized by a client station when computing a channel quality indicator, CQI, associated with a communication channel between the base station and the client station, wherein the interference covariance calculation technique is selected from a set of multiple techniques for calculating interference covariance, and wherein the set of multiple techniques includes i) different techniques corresponding to different sets of one or more transmitters considered as interferers, and ii) an interference covariance calculation technique in which no transmitters in a cluster are considered as interferers; transmitting, with the base station, an indication of the selected interference covariance calculation technique to the client station; and receiving, at the base station, a CQI calculated by the client station in accordance with the selected interference covariance calculation technique. selecting, at a base station, an interference covariance calculation technique to be utilized by a client station when computing a channel quality indicator, CQI, associated with a communication channel between the base station and the client station, wherein the interference covariance calculation technique is selected from a set of multiple techniques for calculating interference covariance, and wherein the set of multiple techniques includes i) different techniques corresponding to different sets of one or more transmitters considered as interferers, and ii) an interference covariance calculation technique in which no transmitters in a cluster are considered as interferers; transmitting, with the base station, an indication of the selected interference covariance calculation technique to the client station; and receiving, at the base station, a CQI calculated by the client station in accordance with the selected interference covariance calculation technique.
An unitized electrode assembly comprising: an electrolyte; a catalyst layer on a first side of the electrolyte, the catalyst layer comprising: catalysts having electrically conductive catalyst supports supporting core-shell catalytic nanoparticles having a palladium or palladium alloy core and a platinum or platinum alloy shell generally encapsulating the core; and a perfluorosulfonic acid (PFSA) ionomer contacting the catalysts, characterized in that the perfluorosulfonic acid ionomer creating a scaffolding structure between the catalyst supports of the catalysts and the perfluorosulfonic acid ionomer having an equivalent weight equal to or greater than 830. an electrolyte; a catalyst layer on a first side of the electrolyte, the catalyst layer comprising: catalysts having electrically conductive catalyst supports supporting core-shell catalytic nanoparticles having a palladium or palladium alloy core and a platinum or platinum alloy shell generally encapsulating the core; and a perfluorosulfonic acid (PFSA) ionomer contacting the catalysts, characterized in that catalysts having electrically conductive catalyst supports supporting core-shell catalytic nanoparticles having a palladium or palladium alloy core and a platinum or platinum alloy shell generally encapsulating the core; and a perfluorosulfonic acid (PFSA) ionomer contacting the catalysts, the perfluorosulfonic acid ionomer creating a scaffolding structure between the catalyst supports of the catalysts and the perfluorosulfonic acid ionomer having an equivalent weight equal to or greater than 830.
Method for determining the erosion of contacts of an electromagnetic switching device, in which - during the switch-on operation, a mechanical variable (v, b, w), which characterizes the time profile of the relative movement, which is caused by an actuator, between the contacts, is measured, - the variable (v, b, w) is measured by a sensor, which is coupled mechanically to the actuator, wherein a velocity sensor, an acceleration sensor or a displacement sensor is used as the sensor, - the time (t k) at which the contacts close is determined by evaluating the time profile of the relative movement, - the distance (s, s 0, s 1, d, d 0, d 1) covered up to this time (t k) by the contact(s) or that covered from this time (t k) by the actuator up to its end position is detected at least indirectly and is compared with a stored reference value. - during the switch-on operation, a mechanical variable (v, b, w), which characterizes the time profile of the relative movement, which is caused by an actuator, between the contacts, is measured, - the variable (v, b, w) is measured by a sensor, which is coupled mechanically to the actuator, wherein a velocity sensor, an acceleration sensor or a displacement sensor is used as the sensor, - the time (t k) at which the contacts close is determined by evaluating the time profile of the relative movement, - the distance (s, s 0, s 1, d, d 0, d 1) covered up to this time (t k) by the contact(s) or that covered from this time (t k) by the actuator up to its end position is detected at least indirectly and is compared with a stored reference value.
An optical sensor device for the detection of ambient light, comprising a pane, a sensor unit which includes at least one light receiver for ambient light and a lens plate for directionally coupling an ambient light beam out of the pane onto the light receiver, the lens plate being coupled to the pane by means of a coupler which lies in a form-fitting manner against a first surface, facing the pane, of the lens plate by the material of the coupler lying against the first surface in a form-fitting manner and without an inclusion of air bubbles, the lens plate having a second surface facing the light receiver and oriented substantially parallel to the pane and including a circular Fresnel prism structure having a plurality of refractive single prisms, and the prism structure with the single prisms forming a convergent lens, the single prisms including inclined surfaces which are designed to focus the rays of an ambient light beam onto the light receiver, the ambient light beam converging in relation to a principal direction and impinging on the pane at an acute angle, being refracted obliquely downward when it enters the pane and being coupled out of the pane and into the lens plate by the coupler without a considerable refraction and impinging on the prism structure at an angle, as related to the second surface of the lens plate, characterized in that a light lock that is opaque to ambient light is arranged on the second surface around the prism structure, the light receiver, in relation to a normal to the second surface, intersecting the light receiver, being positioned behind the light lock.
Routing method, wherein a navigation system takes details about destination and starting location as a basis for computing at least one route, wherein driving recommendations are output on the basis of the risk of computed routes, characterized in that routes are rated in terms of a dynamic risk, wherein the dynamic risks are highly dynamic risks that briefly influence route computation such that information about the current traffic situation in the surroundings of a user of the routing method is evaluated, in that the risk of the movement behaviour that results from computed routes is rated by at least one computer program using the results of the evaluation and driving recommendations are output on the basis of the rating in order to avoid risky driving manoeuvres.
A joint filling profile for forming a joint sealing between floor panels (3, 4) comprising a vertical leg, which projects into the joint, and a profile body formed by a joint sealing compound and placed in a joint enlargement, wherein the joint enlargement extends horizontally above the joint in the area of the free upper edges, which face each other, of the floor panels (3, 4) and which joint enlargement is filled with the joint sealing compound in a flush manner with the surface, and wherein the profile body rests upon the associated floor panel (3, 4) without connection in a first section (14, 15) adjacent to the joint with interposition of a separation material, wherein the vertical leg and the profile body are separated from each other by interposition of the said separation material, characterized in that a plurality of signal lines is embedded in the vertical leg and /or the profile body, which signal lines form a signal line mat, which also serves simultaneously as separation material.
A method of detecting whether a current user is or is not the same as an intended user of a computer or of identifying a current user of a computer, the method comprising the successive steps of: - providing a plurality of predetermined behavior models for specific types of user interactions and a buffer for each predetermined behavior model, - continuously detecting interactions of the user with or through the computer, - directly, after having detected an interaction, analyzing the interaction to decide, in particular also considering recorded data of a previously detected interaction, whether it belongs to one of said plurality of predetermined models of user behavior, - in the case where it is decided that the interaction belongs to said predetermined model, storing data of the interaction in a buffer associated with said predetermined model, - analyzing the data stored in each of the buffers to find whether sufficient data are stored in said buffer, or whether said buffer is full in the case where said buffer has a predetermined length, - in the case where it is decided that there are sufficient data stored in said buffer or said buffer is full, using the data stored in said buffer for comparing to data in a behavior profile of a user, and - in the case where the result of the comparing is that the data stored in said buffer does not sufficiently agree with said data in the behavior profile, signal or indicate this result to give an alarm or use the result for an evaluation or validation whether the current user is or is not the same as the intended user or use the result for identifying the current user, and otherwise to discard the data stored in said buffer. - providing a plurality of predetermined behavior models for specific types of user interactions and a buffer for each predetermined behavior model, - continuously detecting interactions of the user with or through the computer, - directly, after having detected an interaction, analyzing the interaction to decide, in particular also considering recorded data of a previously detected interaction, whether it belongs to one of said plurality of predetermined models of user behavior, - in the case where it is decided that the interaction belongs to said predetermined model, storing data of the interaction in a buffer associated with said predetermined model, - analyzing the data stored in each of the buffers to find whether sufficient data are stored in said buffer, or whether said buffer is full in the case where said buffer has a predetermined length, - in the case where it is decided that there are sufficient data stored in said buffer or said buffer is full, using the data stored in said buffer for comparing to data in a behavior profile of a user, and - in the case where the result of the comparing is that the data stored in said buffer does not sufficiently agree with said data in the behavior profile, signal or indicate this result to give an alarm or use the result for an evaluation or validation whether the current user is or is not the same as the intended user or use the result for identifying the current user, and otherwise to discard the data stored in said buffer.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information for in-device coexistence, IDC, including information on a list of candidate serving cells for which the terminal is requested to report IDC problems; detecting the IDC problems for at least one serving cell, the at least serving cell being identified from the list of the candidate serving cells; and transmitting, to the base station, IDC assistance information for the IDC problems including information on the at least one serving cell based on the configuration information, wherein the information on the list of the candidate serving cells includes an absolute radio frequency channel number, ARFCN and a bandwidth of a frequency range for each candidate serving cell, and wherein a value of the AFRCN for each candidate serving cell indicates a center frequency of the frequency range for each candidate serving cell. receiving, from a base station, configuration information for in-device coexistence, IDC, including information on a list of candidate serving cells for which the terminal is requested to report IDC problems; detecting the IDC problems for at least one serving cell, the at least serving cell being identified from the list of the candidate serving cells; and transmitting, to the base station, IDC assistance information for the IDC problems including information on the at least one serving cell based on the configuration information, wherein the information on the list of the candidate serving cells includes an absolute radio frequency channel number, ARFCN and a bandwidth of a frequency range for each candidate serving cell, and wherein a value of the AFRCN for each candidate serving cell indicates a center frequency of the frequency range for each candidate serving cell.
A composition comprising, as an active ingredient, bacteria belonging to the genus Clostridium for use in the treatment or prevention of an autoimmune disease, allergic disease or infectious disease in a human subject by inducing proliferation or accumulation of transcription factor Foxp3-positive regulatory T cells, wherein the composition is used orally.