mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic mount , adapted for fixing a media recording device on a garment , the magnetic mount comprising: a base , comprising a lower plate body , an upper stop plate and a lower stop plate , the lower plate body having an upper surface and a top edge and a bottom edge facing each other, the upper stop plate and the lower stop plate respectively provided at the top edge and the bottom edge ; and a fixing member , comprising a base plate and a fixing structure , the base plate having a front surface and a back surface facing each other, the back surface adapted to be magnetically attached to the upper surface of the lower plate body , the fixing structure provided at the front surface and for fixing the media recording device ; wherein the upper stop plate and the lower stop plate are perpendicular to the lower plate body , and the upper stop plate and the lower stop plate face each other; wherein the lower plate body has two side edges facing each other, the two side edges adjacent to the top edge and the bottom edge , the base further comprising two side stop plates respectively provided at the two side edges facing each other; wherein the upper stop plate , the lower stop plate and the two side stop plates form a first position limiting space at the upper surface of the lower plate body , and an area of the first position limiting space is greater than an area of the base plate of the fixing member ; wherein the two side edges of the lower plate body appear as wave-shaped structures, and the two side stop plates are respectively provided at middle positions of the side edges . a base , comprising a lower plate body , an upper stop plate and a lower stop plate , the lower plate body having an upper surface and a top edge and a bottom edge facing each other, the upper stop plate and the lower stop plate respectively provided at the top edge and the bottom edge ; and a fixing member , comprising a base plate and a fixing structure , the base plate having a front surface and a back surface facing each other, the back surface adapted to be magnetically attached to the upper surface of the lower plate body , the fixing structure provided at the front surface and for fixing the media recording device ; wherein the upper stop plate and the lower stop plate are perpendicular to the lower plate body , and the upper stop plate and the lower stop plate face each other; wherein the lower plate body has two side edges facing each other, the two side edges adjacent to the top edge and the bottom edge , the base further comprising two side stop plates respectively provided at the two side edges facing each other; wherein the upper stop plate , the lower stop plate and the two side stop plates form a first position limiting space at the upper surface of the lower plate body , and an area of the first position limiting space is greater than an area of the base plate of the fixing member ; wherein the two side edges of the lower plate body appear as wave-shaped structures, and the two side stop plates are respectively provided at middle positions of the side edges .
An apparatus for estimating a state of a secondary battery , connectable to a positive electrode lead , a negative electrode lead , a first measuring lead and a second measuring lead included in the secondary battery , the apparatus comprising: a terminal case including a plurality of inner terminals, each configured to be contactable with the positive electrode lead , the negative electrode lead , the first measuring lead , or the second measuring lead on a first surface of the terminal case , and a plurality of outer terminals configured to be respectively electrically connectable to the plurality of inner terminals on a second surface facing the first surface of the terminal case ; a voltage measuring unit configured to be electrically connected to at least two of the plurality of outer terminals, and measure a potential difference between the first measuring lead and the second measuring lead ; and a control unit configured to estimate a state of health of the secondary battery based on the potential difference between the first measuring lead and the second measuring lead measured by the voltage measuring unit , characterized in that the plurality of inner terminals includes inner charging/discharging terminals , and the inner charging/discharging terminals include: a first inner positive electrode terminal configured to be connectable to each of the first measuring lead , the second measuring lead and the positive electrode lead ; and a first inner negative electrode terminal configured to be connectable to the negative electrode lead . a terminal case including a plurality of inner terminals, each configured to be contactable with the positive electrode lead , the negative electrode lead , the first measuring lead , or the second measuring lead on a first surface of the terminal case , and a plurality of outer terminals configured to be respectively electrically connectable to the plurality of inner terminals on a second surface facing the first surface of the terminal case ; a voltage measuring unit configured to be electrically connected to at least two of the plurality of outer terminals, and measure a potential difference between the first measuring lead and the second measuring lead ; and a control unit configured to estimate a state of health of the secondary battery based on the potential difference between the first measuring lead and the second measuring lead measured by the voltage measuring unit , characterized in that the plurality of inner terminals includes inner charging/discharging terminals , and the inner charging/discharging terminals include: a first inner positive electrode terminal configured to be connectable to each of the first measuring lead , the second measuring lead and the positive electrode lead ; and a first inner negative electrode terminal configured to be connectable to the negative electrode lead . a first inner positive electrode terminal configured to be connectable to each of the first measuring lead , the second measuring lead and the positive electrode lead ; and a first inner negative electrode terminal configured to be connectable to the negative electrode lead .
A deployable feed cluster architecture having a support and an array of radiofrequency RF sources , each RF source consisting of a radiofrequency RF chain and of a radiating element , the RF chain being provided with input/output ports , the architecture including a deployable panel that is rotatably articulated about an axis of rotation , the array of RF sources being mounted on the panel , the panel being rotatably movable between a first position in which the array of RF sources is stowed on the support and a second position in which the array of RF sources is deployed, characterised in that it further has contactless radiofrequency RF junctions, each RF junction consisting of two separate parts, respectively a first connecting flange mounted on the panel and a second connecting flange mounted on the support , the first connecting flange being linked to an input/output port of an RF source , the second connecting flange being configured to, in the second deployed position, cooperate in a contactless manner with the first connecting flange to provide a contactless RF link, the first connecting flange having a first metal plate in which a first through orifice is arranged, the second connecting flange having a second metal plate in which a second through orifice is arranged, wherein at least one of the two connecting flanges has a plurality of transverse metal pads that are distributed periodically over the corresponding metal plate, the metal pads delimiting an RF communication channel between the first through orifice and the second through orifice when the array of RF sources is in the deployed position.
Method for the production of enthalpy exchanger elements comprising the steps of: a) perforating a flat plate element according to a predetermined perforation pattern (2, 2, ...) within the plate element outer dimensions, or providing a plate element with an inherent pore structure; b) applying to at least one side of the plate element a thin polymer film with water vapor transmission characteristics characterized by the step of: c) forming the plate element subsequently or simultaneously with step b) into a desired shape exhibiting a corrugation pattern (4, 4, ...), whereby the polymer film is formed into the same corrugation pattern shape as that of the plate element , whereby the plate element is a plastic plate and whereby a total open area for water vapor transfer of no less than 50% of the available plate exchange surface is provided. a) perforating a flat plate element according to a predetermined perforation pattern (2, 2, ...) within the plate element outer dimensions, or providing a plate element with an inherent pore structure; b) applying to at least one side of the plate element a thin polymer film with water vapor transmission characteristics characterized by the step of: c) forming the plate element subsequently or simultaneously with step b) into a desired shape exhibiting a corrugation pattern (4, 4, ...), whereby the polymer film is formed into the same corrugation pattern shape as that of the plate element ,
An enzyme granule comprising a core and a coating, wherein the core comprises an enzyme and the coating comprises one or more spores.
Household appliance with at least one filter unit, which has an ionisation unit and a separation unit with at least one collecting electrode and at least one counter electrode , and in which the collecting electrode and the counter electrode are arranged in an alternating manner and at a distance (d) from one another, characterised in that the household appliance has at least one capacitive measuring unit for measuring the capacitance between the collecting electrode and the counter electrode .
A fastening arrangement for mechanically reversibly fixing a fastening element in a structural element , wherein the fastening element is formed from a profiled disc with a wedge flank and a receiving element for components, and wherein the structural element has a recess , which has an undercut flank towards the surface of the structural element , wherein the fastening element can be inserted into the recess of the structural element in an installation position and can be moved into a locking position, and wherein the wedge flank of the profiled disc corresponds form-fittingly with the undercut flank of the structural element when the fastening element is in the locking position in the structural element , characterised in that the fastening element is formed as a single part, and the profiled disc of the fastening element is formed as a circular disc with a cut edge , wherein the recess of the structural element correspondingly has a cut edge , and wherein the fastening element , in the installation position, can be inserted into the recess with cut edges offset from one another and can be brought into the locking position by horizontal pivoting, wherein the wedge flank of the profiled disc comes into engagement with the undercut flank of the structural element .
A medical device (300; 410; 502; 610), comprising: a signal receiver circuit configured to receive physiologic information for a plurality of patients; a risk assessment circuit configured to: determine an alert state for each patient using the received physiologic information and a threshold, wherein the alert state is associated with a risk of congestive heart failure (CHF); receive an indication of an occurrence of a heart failure (HF) event for each patient; determine a HF event rate for the plurality of patients, the HF event rate representing a number of HF events for a specific alert state per unit time; and adjust a composite HF risk determination for the plurality of patients using the determined HF event rate. a signal receiver circuit configured to receive physiologic information for a plurality of patients; a risk assessment circuit configured to: determine an alert state for each patient using the received physiologic information and a threshold, wherein the alert state is associated with a risk of congestive heart failure (CHF); receive an indication of an occurrence of a heart failure (HF) event for each patient; determine a HF event rate for the plurality of patients, the HF event rate representing a number of HF events for a specific alert state per unit time; and adjust a composite HF risk determination for the plurality of patients using the determined HF event rate. determine an alert state for each patient using the received physiologic information and a threshold, wherein the alert state is associated with a risk of congestive heart failure (CHF); receive an indication of an occurrence of a heart failure (HF) event for each patient; determine a HF event rate for the plurality of patients, the HF event rate representing a number of HF events for a specific alert state per unit time; and adjust a composite HF risk determination for the plurality of patients using the determined HF event rate.
Floor panel with a substrate and a top layer of laminate , wherein said floor panel , at one or more edges (4-5), is provided with a lower edge region in the form of a bevel or other chamfer, wherein said laminate extends in one piece from the actual upper surface of the substrate over the lower edge region at least up to a point , wherein the laminate surface is situated at a level (L) in a horizontal plane which intersects the aforementioned substrate , and wherein said laminate is formed on the basis of thermosetting resin, for example melamine resin, characterized in that the substrate material, at the location of the lower edge region , has the same or a lower density than at the actual upper surface of the substrate material, characterized in that the substrate substantially consists of an HDF board having an average density of more than 800 kilograms per cubic meter, having at its both surfaces a locally higher density, so-called peak density, which is at least 110% of the average density, for example of more than 900 kilograms per cubic meter, and having HDF material situated more centrally seen in the thickness dimension, which has a density which is lower than the average density, wherein said HDF board forms at least said actual upper surface of the substrate and the substrate surface at the location of the lower edge region , and wherein the actual upper surface of the substrate has a said peak density, and wherein the aforementioned lower edge region extends deeper than the zone with said peak density, namely into a zone having a density corresponding to the average density of the respective board or less.
A method performed by a user equipment, UE, that aggregates a cell of a first base station and a cell of a second base station in a communication system, the method comprising: receiving, from the first base station , a radio resource control, RRC, message including information on a threshold value ; identifying that a buffer status report, BSR, corresponding to a buffer, is triggered; and transmitting the triggered BSR to the first base station , characterised by , in case that the UE is , after transmitting the triggered BSR to the first base station, allocated with uplink resources from the second base station and an amount of data volume for the UE in the buffer is 15 smaller than the threshold value , a further BSR is transmitted to the second base station . receiving, from the first base station , a radio resource control, RRC, message including information on a threshold value ; identifying that a buffer status report, BSR, corresponding to a buffer, is triggered; and transmitting the triggered BSR to the first base station , characterised by , in case that the UE is , after transmitting the triggered BSR to the first base station, allocated with uplink resources from the second base station and an amount of data volume for the UE in the buffer is 15 smaller than the threshold value , a further BSR is transmitted to the second base station .
Vehicle temperature control system, especially for a hybrid vehicle, comprising: - a first heat transfer medium circuit with an internal combustion engine , and with at least one heat transfer area, preferably with a plurality of heat transfer areas for the transfer of heat between a first heat transfer medium circulating in the first heat transfer medium circuit and a first group of system areas to be thermally treated, - a second heat transfer medium circuit with at least one heat transfer area, preferably with a plurality of heat transfer areas for the transfer of heat between a second heat transfer medium circulating in the second heat transfer medium circuit and a second group of system areas to be thermally treated, - a heat transfer medium circuit heat exchanger arrangement for the transfer of heat between the first heat transfer medium circulating in the first heat transfer medium circuit and the second heat transfer medium circulating in the second heat transfer medium circuit , wherein there is no heat transfer medium exchange connection between the first heat transfer medium circuit and the second heat transfer medium circuit , characterized in that the first heat transfer medium circuit comprises a heating device with a heating device heat exchanger arrangement and a first heat transfer medium circuit valve arrangement for releasing/blocking the internal combustion engine for/against the flow of the first heat transfer medium and in that the first heat transfer medium can flow through the heat transfer medium circuit heat exchanger arrangement and the heating device heat exchanger arrangement of the heating device regardless of a switching position of the first heat transfer medium circuit valve arrangement . - a first heat transfer medium circuit with an internal combustion engine , and with at least one heat transfer area, preferably with a plurality of heat transfer areas for the transfer of heat between a first heat transfer medium circulating in the first heat transfer medium circuit and a first group of system areas to be thermally treated, - a second heat transfer medium circuit with at least one heat transfer area, preferably with a plurality of heat transfer areas for the transfer of heat between a second heat transfer medium circulating in the second heat transfer medium circuit and a second group of system areas to be thermally treated, - a heat transfer medium circuit heat exchanger arrangement for the transfer of heat between the first heat transfer medium circulating in the first heat transfer medium circuit and the second heat transfer medium circulating in the second heat transfer medium circuit , wherein there is no heat transfer medium exchange connection between the first heat transfer medium circuit and the second heat transfer medium circuit ,
A laser structure comprising: a first photonic crystal surface emitting laser, PCSEL, ; a second PCSEL ; and a coupling region that extends between the first PCSEL and the second PCSEL along a longitudinal axis and that is configured to be electrically driven so as to control the gain, loss, or phase of the coupling region and thereby be capable of coherently coupling the first PCSEL to the second PCSEL; wherein each PCSEL includes: an active layer; a photonic crystal which is defined by a two-dimensional periodic array distributed in an array plane parallel to the longitudinal axis, where the two-dimensional periodic array is formed of regions having a refractive index that is different from that of the surrounding photonic crystal. a first photonic crystal surface emitting laser, PCSEL, ; a second PCSEL ; and a coupling region that extends between the first PCSEL and the second PCSEL along a longitudinal axis and that is configured to be electrically driven so as to control the gain, loss, or phase of the coupling region and thereby be capable of coherently coupling the first PCSEL to the second PCSEL; an active layer; a photonic crystal which is defined by a two-dimensional periodic array distributed in an array plane parallel to the longitudinal axis, where the two-dimensional periodic array is formed of regions having a refractive index that is different from that of the surrounding photonic crystal.
An electronic device, comprising: a housing; a display exposed through at least a portion of the housing; a battery; a heat dissipation sheet disposed in the housing and thermally connected to the battery; an antenna module disposed spaced apart from the heat dissipation sheet; an electronic component positioned between the antenna module and the heat dissipation sheet, the electronic component being exposed to an outer surface of the electronic device; a frame surrounding at least a part of the electronic component, and forming a part of an outer appearance of the electronic device; a first heat dissipation member disposed to partially overlap the frame and to extend toward the antenna module, and thermally connected to the heat dissipation sheet; and a heat insulation member interposed between the frame and the first heat dissipation member. a housing; a display exposed through at least a portion of the housing; a battery; a heat dissipation sheet disposed in the housing and thermally connected to the battery; an antenna module disposed spaced apart from the heat dissipation sheet; an electronic component positioned between the antenna module and the heat dissipation sheet, the electronic component being exposed to an outer surface of the electronic device; a frame surrounding at least a part of the electronic component, and forming a part of an outer appearance of the electronic device; a first heat dissipation member disposed to partially overlap the frame and to extend toward the antenna module, and thermally connected to the heat dissipation sheet; and a heat insulation member interposed between the frame and the first heat dissipation member.
A thermostat tap for gas-powered ovens comprising - a body (1.1) having a gas inlet (1.1.1) and one or more gas outlets (1.1.2); - a thermostat system (1.7) configured to adjust the gas passage according to a set temperature, which comprises a diaphragm (1.7.1), a diaphragm shaft (1.7.2), a diaphragm gasket (1.7.3), a pressure spring (1.7.4), a diaphragm washer (1.7.5), a diaphragm O-ring (1.7.6), and a pinion shaft (1.7.7); - a motor (1.3) which is driven by an electronic circuit connected to the body (1.1), which comprises a shaft (1.3.1), the shaft (1.3.1) comprising • a diaphragm pin (1.3.1.1) moving the thermostat diaphragm (1.7.1) and • a stop pin (1.3.1.2); the thermostat tap further comprising - a solenoid coil (1.2) connected to the body (1.1); - at least one electromagnet (2.2); - an adjustment screw (1.9); - a stop means (1.4) for stopping the motor (1.3); - a plastic carrier (1.5) carrying the stop means (1.4), so as to isolate said stop means (1.4) from the body (1.1) of the thermostat tap ; and wherein the stop pin (1.3.1.2) provides the contact between the stop means (1.4) and the shaft (1.3.1) of the motor (1.3). - a body (1.1) having a gas inlet (1.1.1) and one or more gas outlets (1.1.2); - a thermostat system (1.7) configured to adjust the gas passage according to a set temperature, which comprises a diaphragm (1.7.1), a diaphragm shaft (1.7.2), a diaphragm gasket (1.7.3), a pressure spring (1.7.4), a diaphragm washer (1.7.5), a diaphragm O-ring (1.7.6), and a pinion shaft (1.7.7); - a motor (1.3) which is driven by an electronic circuit connected to the body (1.1), which comprises a shaft (1.3.1), the shaft (1.3.1) comprising • a diaphragm pin (1.3.1.1) moving the thermostat diaphragm (1.7.1) and • a stop pin (1.3.1.2); • a diaphragm pin (1.3.1.1) moving the thermostat diaphragm (1.7.1) and • a stop pin (1.3.1.2); - a solenoid coil (1.2) connected to the body (1.1); - at least one electromagnet (2.2); - an adjustment screw (1.9); - a stop means (1.4) for stopping the motor (1.3); - a plastic carrier (1.5) carrying the stop means (1.4), so as to isolate said stop means (1.4) from the body (1.1) of the thermostat tap ;