mhurhangee/patent-ind-claim-en huggingface dataset:
System for the thermal control of an electronic panel for the reproduction of images equipped with a backlight having a rear surface and a front surface opposite the rear surface and a display facing the front surface of the backlight , the system comprising: a first heatsink thermally associated with the rear surface of the backlight ; a first closed circuit , in which a cooling fluid flows, which comprises a first fluid circulation chamber formed between the front surface of the backlight and the display , wherein said cooling fluid flows over the front surface of the backlight ; said first closed circuit comprising a heat regeneration chamber for said cooling fluid arranged in fluid communication with said first circulation chamber ; characterized in that said heat regeneration chamber is thermally associated with said first heatsink so that the heated cooling fluid is cooled in said first heat regeneration chamber . a first heatsink thermally associated with the rear surface of the backlight ; a first closed circuit , in which a cooling fluid flows, which comprises a first fluid circulation chamber formed between the front surface of the backlight and the display , wherein said cooling fluid flows over the front surface of the backlight ; said first closed circuit comprising a heat regeneration chamber for said cooling fluid arranged in fluid communication with said first circulation chamber ; characterized in that said heat regeneration chamber is thermally associated with said first heatsink so that the heated cooling fluid is cooled in said first heat regeneration chamber .
An appliance comprising: a memory storing a set of instructions; and one or more processors configured to execute the set of instructions to cause the appliance to: acquire a first handshake message from a client device , wherein the first handshake message is intended for a service ; provide a second handshake message for the client device , wherein the second handshake message includes a first certificate referring to the appliance ; acquire, from the client device , a second certificate indicating a first function of a connection and a second function of the connection subsequent to when the client device determines that that appliance is authorized to assist with providing a secure connection between the client device and the service based on results of the client device's examination of the first certificate; and determine, based on the second function, an action associated with providing the service with the second certificate indicating the first function. a memory storing a set of instructions; and one or more processors configured to execute the set of instructions to cause the appliance to: acquire a first handshake message from a client device , wherein the first handshake message is intended for a service ; provide a second handshake message for the client device , wherein the second handshake message includes a first certificate referring to the appliance ; acquire, from the client device , a second certificate indicating a first function of a connection and a second function of the connection subsequent to when the client device determines that that appliance is authorized to assist with providing a secure connection between the client device and the service based on results of the client device's examination of the first certificate; and determine, based on the second function, an action associated with providing the service with the second certificate indicating the first function. acquire a first handshake message from a client device , wherein the first handshake message is intended for a service ; provide a second handshake message for the client device , wherein the second handshake message includes a first certificate referring to the appliance ; acquire, from the client device , a second certificate indicating a first function of a connection and a second function of the connection subsequent to when the client device determines that that appliance is authorized to assist with providing a secure connection between the client device and the service based on results of the client device's examination of the first certificate; and determine, based on the second function, an action associated with providing the service with the second certificate indicating the first function.
A method for producing composite strips or composite sheets consisting of at least a first cover layer of metal, a second cover layer of metal and at least one core layer of plastic, which is arranged between the cover layers and integrally connected thereto, wherein a first metal strip for the first cover layer , a second metal strip for the second cover layer and a plastic web for the core layer are continuously merged and continuously connected to one another in an integral manner by applying pressure and/or heat, characterized in that the metal strips initially are locally connected to one another without an interposed plastic web by means of a strip connecting device during the start-up of the continuous process.
Intake manifold for a multitubular evaporator of a two-phase heat-transfer fluid type installation, wherein this manifold comprises a diffusion grille and a dispatcher with a generally conical shape centered on an axis (X30) and comprising a top and a base fixed to the diffusion grille that is respectively directed towards an upstream side and a downstream side of the dispatcher , wherein this dispatcher is characterized in that it also comprises a member pierced with a frustoconical bore centered on the axis (X30) of the dispatcher and which surrounds this dispatcher, and in that the section (S18) is the smallest section of the tapered bore and is directed towards the upstream side of the manifold , and in that the top of the dispatcher protrudes upstream from the frustoconical bore of the insert over a non-zero distance (d).
A method performed by one or more processors when a first user profile is active for an electronic device, the method comprising: identifying, based on one or more screen capture events performed at the electronic device, content rendered by the electronic device; generating feature vectors from the content rendered by the electronic device; processing the feature vectors using a trained classification model to generate a first confidence score that activity at the electronic device corresponds to a first user profile and a second confidence score that activity at the electronic device corresponds to a second user profile that differs from the first user profile; determining, based on the first confidence score and the second confidence score, that the first user profile is no longer active, and the second user profile is now active for the electronic device; and initiating a profile switch, to the second user profile, at the electronic device responsive to determining that that the first user profile is no longer active, and the second user profile is now active for the electronic device. identifying, based on one or more screen capture events performed at the electronic device, content rendered by the electronic device; generating feature vectors from the content rendered by the electronic device; processing the feature vectors using a trained classification model to generate a first confidence score that activity at the electronic device corresponds to a first user profile and a second confidence score that activity at the electronic device corresponds to a second user profile that differs from the first user profile; determining, based on the first confidence score and the second confidence score, that the first user profile is no longer active, and the second user profile is now active for the electronic device; and initiating a profile switch, to the second user profile, at the electronic device responsive to determining that that the first user profile is no longer active, and the second user profile is now active for the electronic device.
A method for wireless communication by a base station, the method comprising: identifying control information to be transmitted, in a slot, to a user equipment, UE; determining a configuration for splitting a control resource set for the control information into a first component control resource set and a second component control resource set within a supported bandwidth of the UE, the first component control resource set being frequency diverse and time diverse from the second component control resource set; and transmitting the configuration to the UE. identifying control information to be transmitted, in a slot, to a user equipment, UE; determining a configuration for splitting a control resource set for the control information into a first component control resource set and a second component control resource set within a supported bandwidth of the UE, the first component control resource set being frequency diverse and time diverse from the second component control resource set; and transmitting the configuration to the UE.
A method of stretch forming a double curvature panel having corrugations or other surface features formed therein comprising providing a reconfigurable forming surface defined by a flexible interpolator sheet mounted on an array of height adjustable pins , said interpolator sheet having a profiled upper surface adapted to form corrugations or other surface features in a workpiece as it is stretched over the forming surface, adjusting the height of each pin to suit the shape of the panel to be produced, placing a workpiece onto the forming surface and stretching the workpiece over the forming surface such that the profiled upper surface of the interpolator sheet forms the desired corrugations or other surface features in the workpiece.
Roller test stand for at least partially electrically driven vehicles (F), comprising - an electric machine for driving or decelerating at least one running roller (L) of the roller test stand, wherein the at least one running roller (L) is provided for contacting the wheels of the vehicle (F) to be tested; and - a control device which comprises a drive supply unit (A) and a power unit (B); wherein the drive supply unit (A) is provided for controlling the electric machine and is connected to a supply network, wherein the power unit (B) can be contacted by at least one connection (C) for electrical connection to the vehicle (F), and wherein the power unit (B) and the drive supply unit (A) are connected via a common intermediate circuit , and the power unit (B) is supplied via the common intermediate circuit , so that energy absorbed by the roller test stand can be supplied to a vehicle battery via the power unit (B) or, conversely, the vehicle battery can feed back energy via the drive supply unit (A) for driving an electric machine of the roller test stand, so that optimum energy efficiency can be achieved by parallel operation of the roller test stand and vehicle battery charging operation. - an electric machine for driving or decelerating at least one running roller (L) of the roller test stand, wherein the at least one running roller (L) is provided for contacting the wheels of the vehicle (F) to be tested; and - a control device which comprises a drive supply unit (A) and a power unit (B);
A medical device, comprising: a vascular access device for introducing a substance into a blood vessel of a patient, wherein the vascular access device comprises: a body with a lumen , a septum placed within the lumen, and a status indicator characterized in that the septum includes a slit through which a needle, catheter or male Luer may be inserted into the device , the status indicator is adapted to provide an indication of the presence of a bacteria or other pathogen in communication with the vascular access device by use of a lube or adhesive being initiated, initialized or catalyzed by enzymes produced by a bacteria or other pathogen, such that it glues or otherwise adheres the slit shut after a given amount of time, the surface of the slit is coated with said lube or adhesive , and the lube or adhesive is a cross-linking silicone. a body with a lumen , a septum placed within the lumen, and a status indicator characterized in that the septum includes a slit through which a needle, catheter or male Luer may be inserted into the device , the status indicator is adapted to provide an indication of the presence of a bacteria or other pathogen in communication with the vascular access device by use of a lube or adhesive being initiated, initialized or catalyzed by enzymes produced by a bacteria or other pathogen, such that it glues or otherwise adheres the slit shut after a given amount of time, the surface of the slit is coated with said lube or adhesive , and the lube or adhesive is a cross-linking silicone.
A solid electrolyte material comprising: Li, Zr, Y, M, and X, wherein M is at least one element selected from the group consisting of Nb and Ta; and X is at least one element selected from the group consisting of CI and Br, wherein the solid electrolyte material is represented by a following composition formula : Li 6 − 4 + a − b c Zr 1 − a − b Y b M a c X 6 where, following mathematical expressions: 0.01 ≤ a ≤ 0.4 ; b > 0 ; a + b < 1 ; and 0.8 ≤ c ≤ 1.3 are satisfied. Li, Zr, Y, M, and X, wherein M is at least one element selected from the group consisting of Nb and Ta; and X is at least one element selected from the group consisting of CI and Br,
An endoscope having an endoscope shaft, with a distal manually actuable folding mechanism for the controlled folding or bending mounting of an endoscope head or distal head section on an endoscope section located proximally upstream of the folding mechanism , wherein the folding mechanism has a number of axially successive substantially cylindrical segments which can be actively angularly adjusted relative to one another by means of at least one common actuating element which each have two axial end faces aligned substantially wedge-shaped with respect to one another and a cylinder jacket which defines a wedge back section at a cylinder jacket section with maximum axial length, and which each have at least one through opening in the longitudinal direction of the endoscope in such a way that the segments jointly form a working channel , characterised in that the through-opening of the respective segment in its wedge back section breaks through the cylinder jacket in the endoscope radial direction and thereby produces a longitudinal slot, wherein the segments in the wedge back section are connected to one another in the longitudinal direction of the endoscope by a flexible, preferably elastic, connecting plate which is fixed to the respective outer side of the segment while covering the respective longitudinal slits and forms, on the one hand, a sliding surface for inserted medical instruments which runs continuously in the working channel defined thereby and, on the other hand, hinge sections between the segments connected to one another for folding down two respective neighbouring segments . which each have two axial end faces aligned substantially wedge-shaped with respect to one another and a cylinder jacket which defines a wedge back section at a cylinder jacket section with maximum axial length, and which each have at least one through opening in the longitudinal direction of the endoscope in such a way that the segments jointly form a working channel , characterised in that the through-opening of the respective segment in its wedge back section breaks through the cylinder jacket in the endoscope radial direction and thereby produces a longitudinal slot, wherein the segments in the wedge back section are connected to one another in the longitudinal direction of the endoscope by a flexible, preferably elastic, connecting plate which is fixed to the respective outer side of the segment while covering the respective longitudinal slits and forms, on the one hand, a sliding surface for inserted medical instruments which runs continuously in the working channel defined thereby and, on the other hand, hinge sections between the segments connected to one another for folding down two respective neighbouring segments .
Fastening system for a machine element , in particular for an elongate machine element , in particular for a toothed rack or a linear bearing, for fastening in an abutment , in particular a machine bed or a flange, comprising: - an eccentric bolt which comprises a pin portion for being received in a receiving opening in an abutment , and comprises a joining portion , and - an eccentric sleeve for being pushed onto the joining portion , - the eccentric bolt comprising a head portion , - the head portion having a torque transmission means , and - the diameter of the head portion of the eccentric bolt being less than or equal to the diameter of the joining portion , characterised in that the joining portion is arranged eccentrically with respect to the pin portion such that an eccentrically widening step is formed from the pin portion to the joining portion . - an eccentric bolt which comprises a pin portion for being received in a receiving opening in an abutment , and comprises a joining portion , and - an eccentric sleeve for being pushed onto the joining portion , - the eccentric bolt comprising a head portion , - the head portion having a torque transmission means , and - the diameter of the head portion of the eccentric bolt being less than or equal to the diameter of the joining portion ,
A method for controlling a plurality of n LLM coils (L1, ..., Ln) of a long-stator linear motor stator, characterized in that a first operating potential (Ub1) is applied to n first input terminals (A1, ..., An) of n half bridges (HB1, ..., HBn), a second operating potential (Ub2) is applied to n second input terminals (B1, ..., Bn) of the n half bridges; that for each half bridge (HB1, ... HBn), a first switch (S11, ..., S1n) is connected between a center point (C1, ..., Cn) of the respective half bridge (HB1, ..., HBn) and the first input terminal (A1, ..., An), and a second switch (S21, ..., S2n) is connected between the center point (C1, ..., Cn) of the relevant half bridge (HB1, ..., HBn) and the second input terminal (B1, ..., Bn); that the center point (C1, ..., Cn) of the n half bridges is, in each case, connected to n first terminals (L11, ..., L1n) of the n LLM coils (L1, ..., Ln); and that the second terminals (L11, ..., L1n) of the n LLM coils (L1, ..., Ln) are connected in a control point (C) that is regulated to a predetermined potential (Ux).
A monoclonal antibody or an antibody fragment containing an antigen-binding region thereof that binds to human phospholipase D4 (PLD4) protein on a plasmacytoid dendritic cell (pDC) for use in a method of preventing or treating an autoimmune disease associated with pDC, wherein the antibody or the antibody fragment suppresses an activity of pDC.
A computer-implemented calibration method comprising: collecting sensing values of a force detection sensor that detects a force applied to an electric moving vehicle during charging of a battery included in the electric moving vehicle; and setting a majority or average of the sensing values collected during the charging of the battery as a zero point of the force detection sensor by, respectively, setting the zero point of the force detection sensor using a majority value that most frequently appears among the collected sensing values; or setting an average value of remaining sensing values excluding a maximum value and a minimum value from among the collected sensing values as the zero point of the force detection sensor. collecting sensing values of a force detection sensor that detects a force applied to an electric moving vehicle during charging of a battery included in the electric moving vehicle; and setting a majority or average of the sensing values collected during the charging of the battery as a zero point of the force detection sensor by, respectively, setting the zero point of the force detection sensor using a majority value that most frequently appears among the collected sensing values; or setting an average value of remaining sensing values excluding a maximum value and a minimum value from among the collected sensing values as the zero point of the force detection sensor. setting the zero point of the force detection sensor using a majority value that most frequently appears among the collected sensing values; or setting an average value of remaining sensing values excluding a maximum value and a minimum value from among the collected sensing values as the zero point of the force detection sensor.
Housing part for an electrical storage installation, in particular a battery or a capacitor, comprising a main body and at least one first connector terminal assembly having a connector pin which is routed through a through opening of the main body and by way of a fixing material is fixed so as to be electrically isolated in the through opening , wherein the connector pin on at least one side of the through opening projects beyond the latter, characterized in that provided on at least one side of the through opening is a terminal pad which has an opening that is configured as a through opening or as a blind bore, wherein the projecting part of the connector pin engages in the opening and in the region of this opening is electrically connected to the at least one terminal pad , and wherein the at least one terminal pad by way of an insulation material is fastened so as to be electrically isolated on the main body , wherein the insulation material is an electrically isolating adhesive, or an electrically isolating potting material, wherein the fixing material is selected from glass, or glass ceramics, and the connection between the fixing material and the connector pin and between the fixing material and the wall of the through opening , is hermetically tight, wherein a first thermal expansion coefficient of the main body is greater than a second thermal expansion coefficient of the fixing material .
A cap for a syringe with Luer-lock connector comprising: - a main body provided with a first handle portion and a second coupling portion having an external threading for coupling with a corresponding internal threading of the Luer-lock connector of the syringe , an axial cavity having an aperture at the second coupling portion being formed in the main body ; and - a rubber housed in the axial cavity of the main body , wherein the rubber has a surface facing the aperture of the axial cavity and designed to abut against an open free end of a tip of the syringe for air-tightly closing the open free end ; characterized in that raised elements are formed at respective crests of threads of the external threading of the second coupling portion and in that the raised elements are dimensioned so as to frictionally couple with a bottom of corresponding threads of the internal threading of the Luer-lock connector . - a main body provided with a first handle portion and a second coupling portion having an external threading for coupling with a corresponding internal threading of the Luer-lock connector of the syringe , an axial cavity having an aperture at the second coupling portion being formed in the main body ; and - a rubber housed in the axial cavity of the main body , wherein the rubber has a surface facing the aperture of the axial cavity and designed to abut against an open free end of a tip of the syringe for air-tightly closing the open free end ;