mhurhangee/patent-ind-claim-en huggingface dataset:
Device for homogenising and/or dispersing flowable products, in particular of emulsions or dispersions, having at least one container (2, 2', 2", 2"') for receiving a product, and a pump- and/or mixing device (6, 6', 6", 6'") for conveying, homogenising and/or dispersing flowable products, having a first rotor element (32, 32', 32") which is mounted rotatably about a first axis of rotation and can be actuated by means of an actuation device , and a second rotor element (34, 34', 34") which is mounted rotatably about a second axis of rotation and can be actuated by means of an actuation device , the axes of rotation of first and second rotor element (32, 32', 32", 34, 34', 34") extending essentially parallel to each other, preferably being disposed coaxially, the first rotor element (32, 32', 32") and the second rotor element (34, 34', 34") having, relative to the axes of rotation thereof, an axial offset relative to each other, the pump- and/or mixing device (6", 6'") being disposed in the inner region of the container above the container base , the offset between the rotor elements (32", 34") configured as mixing parts being chosen such that a shear gap which extends in one plane is configured, the first and second rotor element (32", 34") respectively having two or more mixing blades which extend essentially radially relative to the axis of rotation, and the first rotor element (32") having in addition a plurality of agitation blades which extend inclined at an angle relative to the axis of rotation thereof, characterised in that the first rotor element (32, 32', 32") is coupled to a first actuation shaft and the second rotor element (34, 34', 34") is coupled to a second actuation shaft which can be actuated by means of different actuation devices .
Method for evaluating an index (I O ) of exposure to ultraviolet radiation (UV) of an eye (OD; OG) of a wearer (P) having a gaze direction (R) and equipped with spectacles comprising at least one eyeglass (V), comprising the following steps: - determining (E2) the area (S) of a portion of the back face (AR) of said eyeglass (V), which portion is directly exposed to exterior ultraviolet radiation coming from a direction making an angle (α) comprised between 90° and 180° to the gaze direction (R) when said wearer (P) is wearing said spectacles; - determining (E4) a value (I EXP ) representative of the exposure to ultraviolet radiation of at least one environment frequented by the wearer (P); and - determining the index (I O ) of exposure depending on the determined area (S) and the determined value (I EXP ), wherein the step of determining said area (S) includes: - illuminating the wearer (P) from behind using a projector (PROJ), thereby illuminating said portion of the back face (AR) of said eyeglass (V); - taking an image (I') of the spectacles worn by the wearer (P), in which image the illuminated portion appears; - determining said area (S) by processing said image (I'). - determining (E2) the area (S) of a portion of the back face (AR) of said eyeglass (V), which portion is directly exposed to exterior ultraviolet radiation coming from a direction making an angle (α) comprised between 90° and 180° to the gaze direction (R) when said wearer (P) is wearing said spectacles; - determining (E4) a value (I EXP ) representative of the exposure to ultraviolet radiation of at least one environment frequented by the wearer (P); and - determining the index (I O ) of exposure depending on the determined area (S) and the determined value (I EXP ), - illuminating the wearer (P) from behind using a projector (PROJ), thereby illuminating said portion of the back face (AR) of said eyeglass (V); - taking an image (I') of the spectacles worn by the wearer (P), in which image the illuminated portion appears; - determining said area (S) by processing said image (I').
A method for detecting electronic apparatuses comprising the following steps: a) simultaneously transmitting, to the same region of interest (RDI), a first electromagnetic signal (S1) at a first frequency f 1 in the radio or microwave domain and a second electromagnetic signal (S2) at a second frequency f 2 also in the radio or microwave domain and higher than the first frequency fi; and b) receiving an electromagnetic signal (SR) retransmitted by at least one electronic apparatus (AEL) to be detected that is located in the region of interest, corresponding to an intermodulation product of the first and of the second electromagnetic signal; characterised in that the first and the second electromagnetic signals have, in the region of interest, different power levels, having a deviation (Δ) of at least 10 dB. a) simultaneously transmitting, to the same region of interest (RDI), a first electromagnetic signal (S1) at a first frequency f 1 in the radio or microwave domain and a second electromagnetic signal (S2) at a second frequency f 2 also in the radio or microwave domain and higher than the first frequency fi; and b) receiving an electromagnetic signal (SR) retransmitted by at least one electronic apparatus (AEL) to be detected that is located in the region of interest, corresponding to an intermodulation product of the first and of the second electromagnetic signal;
A method for traffic steering in a communication network performed by a network element or a terminal utilizing one or more policies, wherein the method further comprises: utilizing the one or more policies for traffic steering in a communication network including at least two technology layers, the one or more policies including a subscription prioritization policy, and the two technology layers including radio access technologies or frequency bands of different technologies; selecting one or more users in a first technology layer according to the utilized policies; and preparing a movement of one or more selected users to a second technology layer. utilizing the one or more policies for traffic steering in a communication network including at least two technology layers, the one or more policies including a subscription prioritization policy, and the two technology layers including radio access technologies or frequency bands of different technologies; selecting one or more users in a first technology layer according to the utilized policies; and preparing a movement of one or more selected users to a second technology layer.
Leakage protection assembly for the installation in a water installation upstream of one or more taps, comprising (a) a housing ; (b) a stop valve for interrupting the water supply in the water installation; and (c) a filter accommodated in a housing cup which is releasably fixed to the housing; characterized by (d) a locking device for locking the housing cup in a fixed position at the housing, wherein (e) the locking is releasable by operating the stop valve. (a) a housing ; (b) a stop valve for interrupting the water supply in the water installation; and (c) a filter accommodated in a housing cup which is releasably fixed to the housing; (d) a locking device for locking the housing cup in a fixed position at the housing, wherein (e) the locking is releasable by operating the stop valve.
A method of forming a fibrous preform, comprising: penetrating the fibrous preform with a plurality of needles; wherein approximately 50% of the plurality of needles are barbed needles and approximately 50% of the plurality of needles are barbless needles, wherein approximately 50% includes +/- 10% of 50%.
Earphone comprising a transducer capable of transmitting acoustic waves to the auricle and an extra-auricular support for the transducer, said support comprising a housing in which the transducer is housed, a body , and a fastening device engaging with the housing and the body, said fastening device being designed to couple the housing and the body to the auricle in a fastening position in which the transducer bears against the inner surface of the auricle and in which the body bears against the outer surface of the auricle, characterized in that the body is in the form of a clip comprising two tabs that are designed to straddle the root of the helix on the outer surface of the auricle in the fastening position, and in that the fastening device is designed to center the transducer opposite the body on the inner surface of the auricle opposite of the root of the helix in the fastening position.
A method for predicting the outcome of a liver transplantation for treatment of hepatocellular carcinoma (HCC), comprising - in a determination step, determining the expression level of each of a group of indicator genes comprising: a. clusterin (CLU, Gene ID GC08M027596), and b. dermatopontin (DPT, Gene ID GC01M168664) in a liver sample obtained from a patient suffering from HCC, - in a classification step, assigning a patient a good prognosis as an outcome for liver transplantation based on the expression level of the indicator genes. - in a determination step, determining the expression level of each of a group of indicator genes comprising: a. clusterin (CLU, Gene ID GC08M027596), and b. dermatopontin (DPT, Gene ID GC01M168664) in a liver sample obtained from a patient suffering from HCC, a. clusterin (CLU, Gene ID GC08M027596), and b. dermatopontin (DPT, Gene ID GC01M168664) - in a classification step, assigning a patient a good prognosis as an outcome for liver transplantation based on the expression level of the indicator genes.
Finger protection device for a secondary closing edge of a door leaf or window sash, composed of a material web , which can be pulled out in a wound manner from a roller blind housing which can be fastened in a positionally fixed and vertical manner to a frame or a leaf/sash , and of a fastening profile of the free end of the material web , said profile being able to be arranged so as to extend vertically on a gap between the frame and the leaf/sash opposite the roller blind housing , and of the roller blind housing , which is equipped, as longitudinal profile, with a receiving profile for the material web , and of end caps which close off said housing, characterized in that the end caps extend only a few mm beyond the receiving profile in an axial direction, and the receiving profile of the roller blind housing can be arranged with a lower end side so close to a floor surface on a frame or on a leaf/sash that, when the leaf/sash is open, the lower edge of the material web which has been pulled out of the roller blind housing can be in alignment at least with the lower edge of a leaf/sash and a shoulder-free lower door gap can be generated, or such that the lower edge of the material web can extend still deeper than the lower edge of a leaf/sash and a residual gap can be generated, which can be narrower than the lower door gap , wherein the end cap has a retaining plug which extends into the receiving profile and stably centres an inner central tube which is arranged in the receiving profile .
Airbag system for a vehicle comprising: - an airbag chute module which forms a guide to direct an airbag deployment and which includes a first attachment portion to a cross-car beam of the vehicle and a second attachment portion to an airbag receiving module , - a reinforcement body including first attachment means adapted to attach the reinforcement body to the cross-car beam of the vehicle and second attachment means adapted to attach the reinforcement body to the airbag chute module , wherein: the second attachment portion of the airbag chute module includes two attachment bodies to the airbag receiving module which are respectively arranged on two opposite side walls of the airbag chute module , the second attachment means of the reinforcement body include two bodies which respectively cover the two attachment bodies of the airbag chute module , and the first attachment means of the reinforcement body cover the first attachment portion of the airbag chute module and the second attachment means of the reinforcement body cover the second attachment portion of the airbag chute module . - an airbag chute module which forms a guide to direct an airbag deployment and which includes a first attachment portion to a cross-car beam of the vehicle and a second attachment portion to an airbag receiving module , - a reinforcement body including first attachment means adapted to attach the reinforcement body to the cross-car beam of the vehicle and second attachment means adapted to attach the reinforcement body to the airbag chute module , the second attachment portion of the airbag chute module includes two attachment bodies to the airbag receiving module which are respectively arranged on two opposite side walls of the airbag chute module , the second attachment means of the reinforcement body include two bodies which respectively cover the two attachment bodies of the airbag chute module , and the first attachment means of the reinforcement body cover the first attachment portion of the airbag chute module and the second attachment means of the reinforcement body cover the second attachment portion of the airbag chute module .
A peptide consisting of the amino acid sequence of SEQ ID No. 42; or a pharmaceutical acceptable salt thereof.
A printing device comprising: an inkjet head that is configured to jet an ink from a jetting surface ; an ink circulation flow passage in the ink jet head through which the ink circulates; a moisturizing unit that is configured to moisturize the jetting surface with a moisturizing liquid in an ink circulation stop period in which circulation of the ink in the ink circulation flow passage is stopped; a reception unit that is configured to receive a set input value of the ink circulation stop period; and a controller that is configured to control a back pressure of the inkjet head at a start of the ink circulation stop period in accordance with the set input value of the ink circulation stop period received by the reception unit , the controller is configured to control a negative pressure level of the back pressure of the inkjet head at the start of the ink circulation stop period to be higher as the ink circulation stop period is longer. an inkjet head that is configured to jet an ink from a jetting surface ; an ink circulation flow passage in the ink jet head through which the ink circulates; a moisturizing unit that is configured to moisturize the jetting surface with a moisturizing liquid in an ink circulation stop period in which circulation of the ink in the ink circulation flow passage is stopped; a reception unit that is configured to receive a set input value of the ink circulation stop period; and a controller that is configured to control a back pressure of the inkjet head at a start of the ink circulation stop period in accordance with the set input value of the ink circulation stop period received by the reception unit , the controller is configured to control a negative pressure level of the back pressure of the inkjet head at the start of the ink circulation stop period to be higher as the ink circulation stop period is longer.
An apparatus for acoustic measurement in a downhole environment comprising: a downhole tool having a body ; a plurality of transmitters located on the body ; a receiver located on the body at a distance from the plurality of transmitters ; and an attenuator integrally formed on the body between at least one of the plurality of transmitters and the receiver , characterized in that each of the plurality of transmitters is spaced at a different axial distance of the body , at least one of the plurality of transmitters is located on the attenuator section of the body , and at least another of the plurality of transmitters comprises a plurality of azimuthally spaced acoustic driver elements and wherein each of the acoustic driver elements is coupled to a respective one of a plurality of extended blocks of the body ; characterized in that the plurality of extended blocks extend radially outward from the body to allow the acoustic driver elements to excite a borehole at positions close to a borehole wall and wherein the plurality of extended blocks permit, therebetween, mud communication with the receiver and the at least one of the plurality of transmitters located on the attenuator section . a downhole tool having a body ; a plurality of transmitters located on the body ; a receiver located on the body at a distance from the plurality of transmitters ; and an attenuator integrally formed on the body between at least one of the plurality of transmitters and the receiver , characterized in that each of the plurality of transmitters is spaced at a different axial distance of the body , at least one of the plurality of transmitters is located on the attenuator section of the body , and at least another of the plurality of transmitters comprises a plurality of azimuthally spaced acoustic driver elements and wherein each of the acoustic driver elements is coupled to a respective one of a plurality of extended blocks of the body ;
A falling film evaporator comprising: a plurality of evaporator tubes through which a volume of thermal energy transfer medium is flowed; a distributor to distribute a flow of liquid refrigerant over the plurality of evaporator tubes, the distributor including: a distributor box ; a distribution sheet disposed at a bottom surface of the distributor box having a plurality of ports disposed therein to distribute the flow of liquid refrigerant downwardly over the plurality of evaporator tubes; and a plurality of baffles disposed at the distribution sheet to divide the distributor box into a plurality of compartments to ensure a homogeneous flow of the liquid refrigerant is delivered through the plurality of ports; the falling film evaporator is characterised in that the plurality of baffles are perforated. a plurality of evaporator tubes through which a volume of thermal energy transfer medium is flowed; a distributor to distribute a flow of liquid refrigerant over the plurality of evaporator tubes, the distributor including: a distributor box ; a distribution sheet disposed at a bottom surface of the distributor box having a plurality of ports disposed therein to distribute the flow of liquid refrigerant downwardly over the plurality of evaporator tubes; and a plurality of baffles disposed at the distribution sheet to divide the distributor box into a plurality of compartments to ensure a homogeneous flow of the liquid refrigerant is delivered through the plurality of ports; the falling film evaporator is characterised in that the plurality of baffles are perforated. a distributor box ; a distribution sheet disposed at a bottom surface of the distributor box having a plurality of ports disposed therein to distribute the flow of liquid refrigerant downwardly over the plurality of evaporator tubes; and a plurality of baffles disposed at the distribution sheet to divide the distributor box into a plurality of compartments to ensure a homogeneous flow of the liquid refrigerant is delivered through the plurality of ports; the falling film evaporator is characterised in that the plurality of baffles are perforated.
An apparatus configured to be employed in a user equipment (UE) comprising: one or more processors configured to: determine a beam pair link (BPL) of a plurality of BPLs as a reference BPL; determine a decrease in a quality of the BPL; determine whether the decrease in the quality of the BPL is based on a Transmission Reception Point (TRP) transmit (Tx) beam or based on a UE receive (Rx) beam; and trigger a P-2 beam management procedure to enable TRP Tx beam refinement separately and independently from a P-3 beam management procedure to enable UE Rx beam refinement, or the P-3 beam management procedure separately and independently from the P-2 beam management procedure based on the determination a radio frequency (RF) interface, configured to provide, to RF circuitry, data for transmission related to the trigger. one or more processors configured to: determine a beam pair link (BPL) of a plurality of BPLs as a reference BPL; determine a decrease in a quality of the BPL; determine whether the decrease in the quality of the BPL is based on a Transmission Reception Point (TRP) transmit (Tx) beam or based on a UE receive (Rx) beam; and trigger a P-2 beam management procedure to enable TRP Tx beam refinement separately and independently from a P-3 beam management procedure to enable UE Rx beam refinement, or the P-3 beam management procedure separately and independently from the P-2 beam management procedure based on the determination determine a beam pair link (BPL) of a plurality of BPLs as a reference BPL; determine a decrease in a quality of the BPL; determine whether the decrease in the quality of the BPL is based on a Transmission Reception Point (TRP) transmit (Tx) beam or based on a UE receive (Rx) beam; and trigger a P-2 beam management procedure to enable TRP Tx beam refinement separately and independently from a P-3 beam management procedure to enable UE Rx beam refinement, or the P-3 beam management procedure separately and independently from the P-2 beam management procedure based on the determination a radio frequency (RF) interface, configured to provide, to RF circuitry, data for transmission related to the trigger.
Avionic security gateway , capable of establishing an interconnection between first and second communication networks of a computer facility on board an aircraft and of monitoring at least one communication channel (C1) defined as a data stream exchanged, in accordance with a given protocol, between a first transmitting device on the first communication network and a second receiving device on the second communication network, characterised in that said gateway is capable of dynamically adapting the security policy of the communication channel by implementing, at the current time, a security policy which depends on a current operating mode (M) of the security gateway, the security gateway comprising: - a configuration table which associates, for each possible current operating mode (M), and for each communication channel to be monitored, the security policy to be implemented, by indicating a generic security algorithm to be implemented, a value of at least one configuration parameter of said generic algorithm and resources necessary for executing said generic algorithm once configured; - an analysis block for analysing the data stream on said channel, capable of determining the occurrence of a characteristic event; and - a computation block capable of computing the current operating mode from a current state (E) of the aircraft and operational information (I) corresponding to the occurrence of said characteristic event. - a configuration table which associates, for each possible current operating mode (M), and for each communication channel to be monitored, the security policy to be implemented, by indicating a generic security algorithm to be implemented, a value of at least one configuration parameter of said generic algorithm and resources necessary for executing said generic algorithm once configured; - an analysis block for analysing the data stream on said channel, capable of determining the occurrence of a characteristic event; and - a computation block capable of computing the current operating mode from a current state (E) of the aircraft and operational information (I) corresponding to the occurrence of said characteristic event.