mhurhangee/patent-ind-claim-en huggingface dataset:
A compound having general formula (I): wherein R = H, CH 2 -OH, CH 2 -O-CO-CH 3 , CH 2 -O-CO-Ph (Ph=phenyl) R' = H, CH 2 -O-CO-CH 3 , CH 2 -O-CO-Ph; Ar = phenyl, 3-methoxy-4-hydroxy phenyl; for pharmaceutical use as an active principle in the dermatological field when topically administered on skin or scalp to preserve or restore the barrier function of the involved cutis together with an anti-inflammatory activity and an antioxidant activity against free radicals. wherein R = H, CH 2 -OH, CH 2 -O-CO-CH 3 , CH 2 -O-CO-Ph (Ph=phenyl) R' = H, CH 2 -O-CO-CH 3 , CH 2 -O-CO-Ph; Ar = phenyl, 3-methoxy-4-hydroxy phenyl; for pharmaceutical use as an active principle in the dermatological field when topically administered on skin or scalp to preserve or restore the barrier function of the involved cutis together with an anti-inflammatory activity and an antioxidant activity against free radicals.
A communication method, comprising: receiving, by a receiving side, from a control unit, a notification of which wireless communication systems are to participate in data transmission over respective multiple paths, wherein the wireless communication systems are determined to participate in the data transmission according to a delay as required for a terminal; receiving, by the receiving side, data from a transmitting side over the respective multiple paths, over each of which the same data are received; and combining, by the receiving side, the received data over the multiple paths; wherein the combining, by the receiving side, the received data over the multiple paths comprises: detecting received data for duplication, and in response to there being a plurality of the same data, retaining only one of the same data and discarding the other duplicated data receiving, by a receiving side, from a control unit, a notification of which wireless communication systems are to participate in data transmission over respective multiple paths, wherein the wireless communication systems are determined to participate in the data transmission according to a delay as required for a terminal; receiving, by the receiving side, data from a transmitting side over the respective multiple paths, over each of which the same data are received; and combining, by the receiving side, the received data over the multiple paths; wherein the combining, by the receiving side, the received data over the multiple paths comprises: detecting received data for duplication, and in response to there being a plurality of the same data, retaining only one of the same data and discarding the other duplicated data
An electrical terminal with at least one terminal rotation protrusion configured along an axis of symmetry of the terminal rotation protrusion , which is offset by an angle from a longitudinal axis of the electrical terminal for causing a rotation of the electrical terminal during insertion of said electrical terminal through a material forming a connector housing , wherein said at least one terminal rotation protrusion has a shoulder facing away from a first axial end being an insertion end of the electrical terminal and facing towards a second axial end of the electrical terminal, wherein the terminal rotation protrusion changes in height gradually from the first axial end of the electrical terminal to the second axial end of the electrical terminal .
Roll unwinder for a flying roll change, comprising at least one roll station for receiving a first material roll currently to be unwound and a roll station for receiving a second material roll to be unwound after a roll change has occurred, comprising a cut-off tool , by which a first web (B) unwound from the first material roll can be severed, and comprising a pressing element , by which the first web (B) currently to be unwound can be pressed against the outer surface of the second material roll ; a supporting device being provided, which can be transferred from an idle state into a working state in which it supports the web (B) currently to be unwound, at least at the time of the severing process, in the area of the web path at a site that is situated in the web path between the first material roll to be unwound and the location at which the pressing element cooperates with the web (B); the supporting device comprising a supporting element , which can be moved from an idle position (R), which is assumed in the idle state of the supporting device , into an operative position (W), which is assumed in the working state of the supporting device , in which the supporting element is situated in a relative position, which differs from the idle position (R), with respect to the axis of rotation of the first material roll and/or is situated in a position in which the web (B) is supported in the web path section between the pressing element and the material roll or a next or only diverting element that is possibly provided upstream from the pressing element , on the web side facing away from the cut-off tool , during the severing process; the supporting element , in its idle position (R), being releasably arranged at a pivotable support frame carrying the first and second material rolls (03; 03'); the supporting device being provided so as to support the web (B) in the working state in the web path upstream from the location at which the cut-off tool , when activated, strikes the web (B), and a receiving unit being provided at a frame , which carries the cut-off tool and is movably mounted in the stand of the roll unwinder , it being possible for the supporting element , which is releasably arranged at the support frame , to be received by the receiving unit for an impending roll change.
A battery module comprising two or more battery cells, wherein the two or more battery cells are pouch type secondary batteries, each having a structure in which an electrode assembly having both ends respectively connected to one ends of electrode leads of opposite polarities is accommodated and sealed in a pouch case together with an electrolyte and other ends of the electrode leads are exposed to an outside of the pouch case ; wherein the electrode leads and a bus bar are connected in electrically connecting a first battery cell and a second battery cell of the two or more battery cells; wherein the bus bar comprises a metal layer and a material layer that is conductive in a normal circumstance, but capable of acting as a resistor when a temperature rises; wherein the material layer comprises a gas generating material that is decomposed at a certain temperature or higher to generate a gas and increase resistance, a conductive material, and an adhesive; and wherein the metal layer includes a block and a body , the block being a portion connected to the electrode leads , the portion being separated from the body and embedded in the body , a surface of the block being exposed to an outside, the material layer being interposed between the body and the block . wherein the two or more battery cells are pouch type secondary batteries, each having a structure in which an electrode assembly having both ends respectively connected to one ends of electrode leads of opposite polarities is accommodated and sealed in a pouch case together with an electrolyte and other ends of the electrode leads are exposed to an outside of the pouch case ; wherein the electrode leads and a bus bar are connected in electrically connecting a first battery cell and a second battery cell of the two or more battery cells; wherein the bus bar comprises a metal layer and a material layer that is conductive in a normal circumstance, but capable of acting as a resistor when a temperature rises; wherein the material layer comprises a gas generating material that is decomposed at a certain temperature or higher to generate a gas and increase resistance, a conductive material, and an adhesive; and wherein the metal layer includes a block and a body , the block being a portion connected to the electrode leads , the portion being separated from the body and embedded in the body , a surface of the block being exposed to an outside, the material layer being interposed between the body and the block .
A fluid pump comprising: a chamber having an inlet and an outlet ; a first valve associated with the inlet ; a second valve associated with the outlet and located in the path of movement of the first valve for displacement by the first valve to open at least in an abnormal situation where the second valve is stuck; a pumping member extending into the chamber and supported for movement relative to the chamber on a suction stroke in one direction outwardly of the chamber to introduce fluid into the chamber via the inlet and on a discharge stroke in an opposite direction inwardly of the chamber to displace fluid out of the chamber via the outlet ; a driving mechanism adapted to cause said movement of the pumping member in opposite directions relative to the chamber ; and a solid part located between the first valve and the second valve , by means of which solid part the second valve is to be displaced by the first valve to open in at least said abnormal situation; wherein the solid part is connected with the first valve and faces the second valve ; wherein the solid part is oblong and extends in a direction across the first valve and the second valve , and wherein the solid part has a cross-section smaller than that of the first valve and the second valve . a chamber having an inlet and an outlet ; a first valve associated with the inlet ; a second valve associated with the outlet and located in the path of movement of the first valve for displacement by the first valve to open at least in an abnormal situation where the second valve is stuck; a pumping member extending into the chamber and supported for movement relative to the chamber on a suction stroke in one direction outwardly of the chamber to introduce fluid into the chamber via the inlet and on a discharge stroke in an opposite direction inwardly of the chamber to displace fluid out of the chamber via the outlet ; a driving mechanism adapted to cause said movement of the pumping member in opposite directions relative to the chamber ; and a solid part located between the first valve and the second valve , by means of which solid part the second valve is to be displaced by the first valve to open in at least said abnormal situation; wherein the solid part is connected with the first valve and faces the second valve ; wherein the solid part is oblong and extends in a direction across the first valve and the second valve , and wherein the solid part has a cross-section smaller than that of the first valve and the second valve .
A method of etching an absorbent stratum, the method comprising: a) Providing an absorbent stratum; b) Providing a fluid etching process comprising one or more fluid jets, a carrier belt, and a stencil, wherein the carrier belt carries an absorbent stratum under the one or more fluid jets, wherein the stencil is between the fluid jets and the absorbent stratum; c) expelling fluid from the fluid jets through the open apertures of the stencil; and d) fissuring the absorbent stratum. a) Providing an absorbent stratum; b) Providing a fluid etching process comprising one or more fluid jets, a carrier belt, and a stencil, wherein the carrier belt carries an absorbent stratum under the one or more fluid jets, wherein the stencil is between the fluid jets and the absorbent stratum; c) expelling fluid from the fluid jets through the open apertures of the stencil; and d) fissuring the absorbent stratum.
A method for configuring indication devices to provide transportation service, the method comprising: receiving, by at least one processor , a first transportation request including a first passenger pick-up point located in a preset geographical area , the first transportation request matching a first vehicle associated with a first indication device ; receiving, by the at least one processor , a second transportation request including a second passenger pick-up point located in the preset geographical area , the second transportation request matching a second vehicle associated with a second indication device ; determining, by the at least one processor , a time difference between a first estimated time for the first vehicle to arrive in the preset geographical area and a second estimated time for the second vehicle to arrive in the preset geographical area ; and sending, by the at least one processor , first indication information to the first indication device and second indication information to the second indication device according to the time difference. receiving, by at least one processor , a first transportation request including a first passenger pick-up point located in a preset geographical area , the first transportation request matching a first vehicle associated with a first indication device ; receiving, by the at least one processor , a second transportation request including a second passenger pick-up point located in the preset geographical area , the second transportation request matching a second vehicle associated with a second indication device ; determining, by the at least one processor , a time difference between a first estimated time for the first vehicle to arrive in the preset geographical area and a second estimated time for the second vehicle to arrive in the preset geographical area ; and sending, by the at least one processor , first indication information to the first indication device and second indication information to the second indication device according to the time difference.
A method for operating a revolving door assembly , with - a turnstile , - an evaluation unit , and - an electrical drive , with - a stator and - a rotor , wherein the rotor can be disposed coaxially to an axis of rotation of the turnstile and can be connected to the turnstile for direct gearless driving, and the method is characterized by the steps of: - determining (S200) an externally caused rotation of the turnstile in a first operating condition of a free-swing operation, and - applying (S300) a first electrical signal to the stator , which is selected such that essentially no current flows through the stator . - a turnstile , - an evaluation unit , and - an electrical drive , with - a stator and - a rotor , - a stator and - a rotor , - determining (S200) an externally caused rotation of the turnstile in a first operating condition of a free-swing operation, and - applying (S300) a first electrical signal to the stator , which is selected such that essentially no current flows through the stator .
System comprising a micromotor and a contra angle with alternated movement of an endodontic file in a first direction (working angle, δ) and successively in the opposed direction (unloading angle, η) within an alternated movement, characterized in that it, comprises a control unit of said micromotor rotation, generating a control signal of the acceleration of said micromotor with the shape of a sinusoid wave causing the inversion of the direction of rotation occurs with sinusoidal acceleration of the speed of rotation, from zero to the working value. and in that there are provided means for detecting the resistance to rotation and/or torque of the file , which generate a corresponding signal, and a control unit of the actuating motion of micromotor generating a supply signal of micromotor, which control means generate a command signal of the rotation of micromotor according to the signal measuring the resistance to rotation or torque of micromotor, said means reducing the angle of rotation by a predefined quantity in one of the two direction of rotation, preferably of the first angle of rotation, when the measured value of resistance to rotation or torque exceeds a pre-determined threshold value, said means restoring the original angle of rotation when the measured value of resistance to rotation or torque return below said pre-determined threshold value.
A synthetic apolipoprotein E (ApoE)-mimicking peptide selected from octanoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 625); myristoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 628); oleoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 634); and palmitoyl-LRRLRRRLLR-DWLKAFYDKVAEKLKEAF-NH 2 (SEQ ID NO: 629).
Apparatus for measuring at least one property of a fluid, the apparatus comprising: a capacitive fluid sensor comprising a first electrode and a second electrode with a sensing region between the electrodes; an alternating signal source configured to apply an alternating drive signal to the capacitive fluid sensor ; and a processing apparatus configured to: receive a sense signal from the capacitive fluid sensor ; receive the alternating drive signal; determine a complex difference signal (A) comprising a ratio of the sense signal and the drive signal, the complex difference signal comprising an in-phase difference component and a quadrature difference component; determine the at least one property of the fluid based on both the in-phase difference component and the quadrature difference component of the complex difference signal by compensating for an effect on the complex difference signal due to at least one parasitic element of the apparatus. a capacitive fluid sensor comprising a first electrode and a second electrode with a sensing region between the electrodes; an alternating signal source configured to apply an alternating drive signal to the capacitive fluid sensor ; and a processing apparatus configured to: receive a sense signal from the capacitive fluid sensor ; receive the alternating drive signal; determine a complex difference signal (A) comprising a ratio of the sense signal and the drive signal, the complex difference signal comprising an in-phase difference component and a quadrature difference component; determine the at least one property of the fluid based on both the in-phase difference component and the quadrature difference component of the complex difference signal by compensating for an effect on the complex difference signal due to at least one parasitic element of the apparatus. receive a sense signal from the capacitive fluid sensor ; receive the alternating drive signal; determine a complex difference signal (A) comprising a ratio of the sense signal and the drive signal, the complex difference signal comprising an in-phase difference component and a quadrature difference component; determine the at least one property of the fluid based on both the in-phase difference component and the quadrature difference component of the complex difference signal by compensating for an effect on the complex difference signal due to at least one parasitic element of the apparatus.
A screw for mounting a window or door frame with a screw head with a drive for rotationally actuating the screw, and an opposing screw tip , and a frame portion for arranging in the window or door frame, and a reveal portion for arranging in a reveal, wherein a shaft diameter in the frame portion is larger than a shaft diameter in the reveal portion, and wherein the reveal portion comprises a reveal axis and the frame portion comprises a frame axis , characterized by an axial offset between the reveal axis and the frame axis .
A door device , in particular a hold-open device, with a housing and with a release device , wherein the release device serves for opening the housing at and/or above a release temperature , wherein the release device comprises release material, wherein the volume of the release material increases at and/or above the release temperature, wherein the door device comprises a mount for at least one electro-chemical energy storage , and the volume increase of the release device makes the mount movable away from a backside of the housing , characterized in that the mount is formed in several parts, whereby the volume increase makes it possible to pivot the parts of the mount against each other and individually.
A photovoltaic ("PV") module, comprising: a first solar cell that includes a first conductive foil having a first portion with a first yield strength and a second portion , wherein the first portion is disposed above and coupled to a semiconductor region of the first solar cell and the second portion extends past an edge of the first solar cell; and an interconnect structure coupled to a second solar cell , wherein the interconnect structure includes the second portion, wherein the second solar cell that includes a second conductive foil having a first portion and a second portion , wherein the first portion of the second conductive foil is disposed above and coupled to a semiconductor region of the second solar cell, the interconnect structure includes the second portion of the first conductive foil coupled to the second portion of the second conductive foil, and characterized in that the second portion of the first conductive foil has a second yield strength greater than the first yield strength, and in that the interconnect structure further includes an additional material coupled to the second portion of the first conductive foil and the second portion of the second conductive foil, wherein the additional material, the second portion of the first conductive foil, and the second portion of the second conductive foil collectively have the second yield strength. a first solar cell that includes a first conductive foil having a first portion with a first yield strength and a second portion , wherein the first portion is disposed above and coupled to a semiconductor region of the first solar cell and the second portion extends past an edge of the first solar cell; and an interconnect structure coupled to a second solar cell , wherein the interconnect structure includes the second portion, wherein the second solar cell that includes a second conductive foil having a first portion and a second portion , wherein the first portion of the second conductive foil is disposed above and coupled to a semiconductor region of the second solar cell, the interconnect structure includes the second portion of the first conductive foil coupled to the second portion of the second conductive foil, and characterized in that the second portion of the first conductive foil has a second yield strength greater than the first yield strength, and in that the interconnect structure further includes an additional material coupled to the second portion of the first conductive foil and the second portion of the second conductive foil, wherein the additional material, the second portion of the first conductive foil, and the second portion of the second conductive foil collectively have the second yield strength.