mhurhangee/patent-ind-claim-en huggingface dataset:
An organic solvent extract, other than an ethanol extract, of Boswellia frereana oleoresin comprising an inhibitor of matrix metalloproteinase 9 (MMP9); for use in treating or preventing a disorder or condition selected from the group comprising: inflammatory bowel disease (IBD), sepsis, sepsis syndrome, ischemic injury, graft vs. host disease, reperfusion injury and cancer.
A power fuse for protecting an electrical load subject to transient load current cycling events in a direct current electrical power system, the power fuse comprising: at least one fuse element assembly comprising: an elongated planar substrate ; a plurality of fusible weak spots formed on the planar substrate and being longitudinally spaced from one another on the planar substrate; and a conductor separately provided from the planar substrate and the plurality of weak spots; wherein the conductor comprises a solid elongated strip of metal having no stamped weak spot openings therein and therefore avoiding thermal-mechanical fatigue strain in the conductor when subjected to the transient load current cycling events; wherein the solid elongated strip of metal includes coplanar connector sections that are mounted to respective ones of the plurality of weak spots on the planar substrate and obliquely extending sections bent out of plane of the connector sections to extend above the elongated planar substrate in between the plurality of fusible weak spots; wherein the conductor further comprises first and second terminal tabs that extend coplanar to one another in a plane parallel to but spaced from the connector sections and the substrate. at least one fuse element assembly comprising: an elongated planar substrate ; a plurality of fusible weak spots formed on the planar substrate and being longitudinally spaced from one another on the planar substrate; and a conductor separately provided from the planar substrate and the plurality of weak spots; an elongated planar substrate ; a plurality of fusible weak spots formed on the planar substrate and being longitudinally spaced from one another on the planar substrate; and a conductor separately provided from the planar substrate and the plurality of weak spots; wherein the conductor comprises a solid elongated strip of metal having no stamped weak spot openings therein and therefore avoiding thermal-mechanical fatigue strain in the conductor when subjected to the transient load current cycling events; wherein the solid elongated strip of metal includes coplanar connector sections that are mounted to respective ones of the plurality of weak spots on the planar substrate and obliquely extending sections bent out of plane of the connector sections to extend above the elongated planar substrate in between the plurality of fusible weak spots; wherein the conductor further comprises first and second terminal tabs that extend coplanar to one another in a plane parallel to but spaced from the connector sections and the substrate.
A culture medium for expanding a population of adult epithelial stem cells, wherein said culture medium comprises: i. any one of Rspondin 1-4; and ii. one or more TGF-beta inhibitor, wherein the inhibitor is a TGF-beta inhibitor if it can inhibit TGF-beta signalling in a cellular assay in which cells are stably transfected with a reporter construct comprising the human PAI-1 promoter. i. any one of Rspondin 1-4; and ii. one or more TGF-beta inhibitor, wherein the inhibitor is a TGF-beta inhibitor if it can inhibit TGF-beta signalling in a cellular assay in which cells are stably transfected with a reporter construct comprising the human PAI-1 promoter.
A method for setting lash on a switching rocker arm assembly , the method comprising: providing a rocker arm having (i) an outer arm having a first outer side arm and a second outer side arm , the outer arm defining an opening , (ii) an inner arm disposed between the first and second outer side arms , (iii) a roller follower that selectively engages a cam , the roller follower mounted about a bearing axle that extends through the opening ; and (iv) a pivot axle wherein the inner arm and outer arm rotate relative to each other about the pivot axle ; characterized by the method further comprising: inserting a zero lash shim into a gap defined between the bearing axle and the outer arm at the opening ; installing the rocker arm into valvetrain with a master valve tip cap ; measuring lash between the cam and the roller follower ; removing the rocker arm and the master tip cap ; and installing a select fit valve tip cap based on the master valve tip cap and the measured lash. providing a rocker arm having (i) an outer arm having a first outer side arm and a second outer side arm , the outer arm defining an opening , (ii) an inner arm disposed between the first and second outer side arms , (iii) a roller follower that selectively engages a cam , the roller follower mounted about a bearing axle that extends through the opening ; and (iv) a pivot axle wherein the inner arm and outer arm rotate relative to each other about the pivot axle ; characterized by the method further comprising: inserting a zero lash shim into a gap defined between the bearing axle and the outer arm at the opening ; installing the rocker arm into valvetrain with a master valve tip cap ; measuring lash between the cam and the roller follower ; removing the rocker arm and the master tip cap ; and installing a select fit valve tip cap based on the master valve tip cap and the measured lash. inserting a zero lash shim into a gap defined between the bearing axle and the outer arm at the opening ; installing the rocker arm into valvetrain with a master valve tip cap ; measuring lash between the cam and the roller follower ; removing the rocker arm and the master tip cap ; and installing a select fit valve tip cap based on the master valve tip cap and the measured lash.
A seal comprising an elongated attachment portion extending into an undulating section comprising a first portion , with said first portion extending circumferentially away from said elongated attachment portion to a first bend , and a second portion extending back from said first bend in a direction opposed to said first portion , said second portion extending to a second bend which bends circumferentially in an opposed direction from said second portion and extends to a wedge portion , said wedge portion positioned radially outwardly of said elongated attachment portion , said wedge portion having sides , and a distance between said wedge sides increases in thickness in a direction moving radially inwardly.
Lubricating system for a piston compressor for introducing a lubricant onto a cylinder surface of a cylinder of the piston compressor in which a piston can be moved in a reciprocating manner, a lubricating system control unit being provided for controlling an amount of lubricant to be introduced, and at least one lubricant sensor , which is an ultrasonic sensor, being provided for detecting a lubricating film measurement variable (S) representative of a lubricating film thickness of a lubricating film on the cylinder surface of the cylinder , characterized in that the lubricating system control unit is configured to operate the lubricating system at least once in a predetermined calibration operating mode during operation of the piston compressor and to determine a lubricating film state value (SZ) on the basis of the lubricating film measurement variable (S) detected during execution of the calibrating operating mode and in that the lubricating system control unit is configured, after the end of the calibration operating mode during operation of the piston compressor , to control the amount of lubricant to be introduced depending on the determined lubricating film state value (SZ).
Heater device, in particular a gas and/or oil burner device, comprising an open-loop and/or closed-loop control unit , which is intended to determine in at least one operating state at least one fuel-type characteristic variable on the basis of a combustion characteristic variable , wherein the open-loop and/or closed-loop control unit infers a fuel type and/or ascertains the fuel type at least on the basis of the fuel type characteristic variable, wherein the open-loop and/or closed-loop unit is intended to provide at least one control signal for setting and/or adjusting the at least one metering unit for combustion air and/or for fuel, wherein the open-loop and/or closed-loop control unit is intended to take into account in at least one operating state a change over time in a value of the combustion characteristic variable in a determination of the fuel-type characteristic variable when there is a changing heating output , wherein the open-loop and/or closed-loop control unit is intended initially to increase the heating output continuously to a first value of the heating output and subsequently to reduce it continuously to a second value of the heating output .
A polymer composition comprising an epoxy resin E1, said epoxy E1 is solid at a temperature below 70°C, and a multi stage polymer, wherein the multi stage polymer makes up at least 40%. an epoxy resin E1, said epoxy E1 is solid at a temperature below 70°C, and a multi stage polymer,
Platform for storing and/or reloading semi-trailers , with - two side elements extending parallel to each other in a longitudinal direction (L) and spaced apart from each other in a transverse direction (Q) transverse to the longitudinal direction (L), - in each case a plurality of lifting elements arranged on the side elements , - a first floor element and a second floor element , by means of which the two side elements are connected to one another in the transverse direction (Q), wherein - the first floor element has a wheel recess in each case adj acent to one of the side elements and a raised center tunnel between the two wheel recesses , characterized in that - the two wheel recesses are formed as openings in the first floor element , which openings are each bounded in the longitudinal direction (L) by a pair of cross bars of the first floor element extending in the transverse direction (Q), and in the transverse direction (Q) are each bounded on the outside by one of the side elements and on the inside by the center tunnel . - two side elements extending parallel to each other in a longitudinal direction (L) and spaced apart from each other in a transverse direction (Q) transverse to the longitudinal direction (L), - in each case a plurality of lifting elements arranged on the side elements , - a first floor element and a second floor element , by means of which the two side elements are connected to one another in the transverse direction (Q), wherein - the first floor element has a wheel recess in each case adj acent to one of the side elements and a raised center tunnel between the two wheel recesses , - the two wheel recesses are formed as openings in the first floor element , which openings are each bounded in the longitudinal direction (L) by a pair of cross bars of the first floor element extending in the transverse direction (Q), and in the transverse direction (Q) are each bounded on the outside by one of the side elements and on the inside by the center tunnel .
A probe for measuring the biomass content in a medium having a suspending fluid and cells, the probe having at least three electrodes, wherein two of the electrodes are configured as excitation electrodes for transmitting an excitation signal through a medium, and said excitation electrodes are configured such that the current density of an excitation signal passing between said excitation electrodes through said medium varies along the length of the excitation electrodes, wherein two of the electrodes are configured as signal electrodes for measuring a voltage therebetween that has been generated by an excitation signal passing between the excitation electrodes , and where only three electrodes are provided the signal couple of electrodes for receiving the excitation signal that has passed through the medium comprise one of the excitation electrodes and a single sensing electrode , wherein at least the single sensing electrode or each signal electrode is located between the two excitation electrodes at a position where high or higher current density occurs such that the single sensing electrode or each signal electrode is positioned upon, or located on or adjacent, a current path which has substantially the same current phase as the total excitation current, and wherein the single sensing electrode or each signal electrode is a different length to the excitation electrodes , and wherein the single sensing electrode or each signal electrodes is less than one third the length of the excitation electrodes . wherein two of the electrodes are configured as excitation electrodes for transmitting an excitation signal through a medium, and said excitation electrodes are configured such that the current density of an excitation signal passing between said excitation electrodes through said medium varies along the length of the excitation electrodes, wherein two of the electrodes are configured as signal electrodes for measuring a voltage therebetween that has been generated by an excitation signal passing between the excitation electrodes , and where only three electrodes are provided the signal couple of electrodes for receiving the excitation signal that has passed through the medium comprise one of the excitation electrodes and a single sensing electrode , wherein at least the single sensing electrode or each signal electrode is located between the two excitation electrodes at a position where high or higher current density occurs such that the single sensing electrode or each signal electrode is positioned upon, or located on or adjacent, a current path which has substantially the same current phase as the total excitation current, and wherein the single sensing electrode or each signal electrode is a different length to the excitation electrodes , and wherein the single sensing electrode or each signal electrodes is less than one third the length of the excitation electrodes .
A ventilation device for a vehicle comprising a frame defining an opening and a closing device comprising at least one closing flap extending in a general direction (Y) in the opening , the closing device being movable between an open position and a closing position, in which a passage surface for the air through the ventilation device is smaller than the passage surface for the air in the open position, the flap being movable between an open position when the closing device is in the open position and a closing position when the closing device is in the closing position, the closing device comprising a first actuator configured to move the closing flap between its open and closed positions by a first actuating point ; and the ventilation device comprises a second actuator , said ventilation device being characterized in that the second actuator is configured to move the closing flap between its open and closed positions by a second actuating point , the second actuating point being separate from the first actuating point, the first and second actuators being configured to move the closing flap jointly .
A battery module , comprising: a plurality of rows of battery cells , each battery cell comprising a prismatic battery case with a bottom surface , a first pair of wide side surfaces and a second pair of narrow side surfaces ; a plurality of first busbars and at least one second busbar , the busbars being configured for electrically connecting battery cells , wherein adjacent battery cells within a row face each other via their narrow side surfaces and adjacent battery cells of adjacent rows face each other via their wide side surfaces , wherein adjacent battery cells within a row are electrically connected in series via one of the plurality of first busbars and distinct rows are electrically connected in series via at least one second busbar , and wherein the battery cells of adjacent rows are shifted against each other in a direction parallel or antiparallel to a length direction of the battery module . a plurality of rows of battery cells , each battery cell comprising a prismatic battery case with a bottom surface , a first pair of wide side surfaces and a second pair of narrow side surfaces ; a plurality of first busbars and at least one second busbar , the busbars being configured for electrically connecting battery cells , wherein adjacent battery cells within a row face each other via their narrow side surfaces and adjacent battery cells of adjacent rows face each other via their wide side surfaces , wherein adjacent battery cells within a row are electrically connected in series via one of the plurality of first busbars and distinct rows are electrically connected in series via at least one second busbar , and wherein the battery cells of adjacent rows are shifted against each other in a direction parallel or antiparallel to a length direction of the battery module .
An authorization processing method for authorizing a user to access a resource by using a public client, comprising: receiving a first authorization request sent by the public client, wherein the first authorization request comprises a client identifier of the public client, a requested redirect uniform resource identifier, URI, and a first requested authorization scope; obtaining authorization information of the public client according to the client identifier; obtaining an authorization scope that corresponds to an authorization credential of the user stored in the authorization information; said authorization processing method being characterized by : if it is determined that the first requested authorization scope exceeds the authorization scope corresponding to the authorization credential of the user, obtaining authorization notification information of an owner of the resource according to the first requested authorization scope; generating , according to the first requested authorization scope and the authorization notification information, a first access token with an included authorization scope corresponding to the first requested authorization scope; and sending the first access token to the public client according to the requested redirect URI. receiving a first authorization request sent by the public client, wherein the first authorization request comprises a client identifier of the public client, a requested redirect uniform resource identifier, URI, and a first requested authorization scope; obtaining authorization information of the public client according to the client identifier; obtaining an authorization scope that corresponds to an authorization credential of the user stored in the authorization information; said authorization processing method being characterized by : if it is determined that the first requested authorization scope exceeds the authorization scope corresponding to the authorization credential of the user, obtaining authorization notification information of an owner of the resource according to the first requested authorization scope; generating , according to the first requested authorization scope and the authorization notification information, a first access token with an included authorization scope corresponding to the first requested authorization scope; and sending the first access token to the public client according to the requested redirect URI. if it is determined that the first requested authorization scope exceeds the authorization scope corresponding to the authorization credential of the user, obtaining authorization notification information of an owner of the resource according to the first requested authorization scope; generating , according to the first requested authorization scope and the authorization notification information, a first access token with an included authorization scope corresponding to the first requested authorization scope; and sending the first access token to the public client according to the requested redirect URI.
Method operated by a feedback radio node in a wireless communication network, the method comprising transmitting feedback signaling to a signaling radio node based on a received control information message, the received control information message comprising a range indication indicating a range of subject signalings the feedback signaling pertains to, wherein the control information message indicates a range of reception opportunities for scheduling assignments associated to the subject signalings and wherein the control information message indicates an anchor downlink assignment indicator A, a lower assignment indicator M and an upper assignment indicator N.
A method of removing carbon dioxide (CO 2 ) from an atmosphere and generating hydrogen, comprising; - Capturing carbon dioxide from the atmosphere in an aqueous alkaline capture solution; - Feeding the thus obtained aqueous (bi)carbonate solution to the anode cell of a water electrolyser; - OER in the aqueous (bi)carbonate solution at the anode with formation of CO 2 and O 2 ; - HER at the cathode with formation of H 2 and regeneration of the aqueous alkaline capture solution; characterized in that the anode cell of the electrolyser comprises an integrated CO 2 / O 2 separator configured on performing the OER of the alkaline capture solution at pressures from and between 10 bar to up to 50 bar and at reduced temperatures from and between 0°C to -40 °C, such that the produced Oxygen will be in the gas phase whilst the produced Carbon Dioxide remains in solution. - Capturing carbon dioxide from the atmosphere in an aqueous alkaline capture solution; - Feeding the thus obtained aqueous (bi)carbonate solution to the anode cell of a water electrolyser; - OER in the aqueous (bi)carbonate solution at the anode with formation of CO 2 and O 2 ; - HER at the cathode with formation of H 2 and regeneration of the aqueous alkaline capture solution; characterized in that the anode cell of the electrolyser comprises an integrated CO 2 / O 2 separator configured on performing the OER of the alkaline capture solution at pressures from and between 10 bar to up to 50 bar and at reduced temperatures from and between 0°C to -40 °C, such that the produced Oxygen will be in the gas phase whilst the produced Carbon Dioxide remains in solution.
An implantable medical device comprising: a burr cap assembly configured to be positioned at least partially within a burr hole in a cranium of a patient, the burr cap assembly defining a cavity and being configured to enable implantation of at least a portion of an implantable medical elongate member into a brain of the patient through the burr cap assembly, the burr cap assembly including a member positioned within the cavity of the burr cap and defining at least one opening to enable passage of at least a portion of the implantable medical elongate member into the brain of the patient, characterized by the member being configured to, while the implantable medical elongate member is secured by the burr cap assembly , move within the cavity relative to the burr cap within at least one dimension of a plane that is substantially perpendicular to a longitudinal axis of at least a portion of the implantable medical elongate member.
A wearable article for soap bubble generation, comprising: a liquid-resistant wearable article having at least two films of liquid-resistant material sealed on at least one common edge and forming a pocket between said films , the pocket being shaped to receive a body part (H); and a distal web provided integrally with said article , said web having at least one hole adapted to form soap bubbles when said web is dipped in bubble solution and air is moved through said at least one hole , wherein said pocket substantially prevent the body part (H) inside said pocket from touching the bubble solution when said web is dipped in the bubble solution while said article is being worn.