mhurhangee/patent-ind-claim-en huggingface dataset:
A display using optical interaction and comprising an optical resonance structure layer provided with an embossed layer and a metal layer , wherein the metal layer covers bottoms of concavities and tops of convexities of asperities formed in the embossed layer ; and an optical resonance region, in which the asperities are covered with the metal layer , resonates with incident light; characterized in that the display is provided with fluorescent printing so as to overlap with the optical resonance region, the fluorescent printing permitting visible light to emerge when light outside a visible light range is incident thereon; a color of visible light emerging due to light outside the visible light range being incident on the fluorescent printing is similar to a color of light that is transmitted therethrough and that is resonating in the optical resonance region; and a half width of a wavelength peak of visible light produced due to light outside the visible light range being incident on the fluorescent printing is larger than a half width of light that is transmitted therethrough and that is resonating in the optical resonance region. the metal layer covers bottoms of concavities and tops of convexities of asperities formed in the embossed layer ; and an optical resonance region, in which the asperities are covered with the metal layer , resonates with incident light; characterized in that the display is provided with fluorescent printing so as to overlap with the optical resonance region, the fluorescent printing permitting visible light to emerge when light outside a visible light range is incident thereon; a color of visible light emerging due to light outside the visible light range being incident on the fluorescent printing is similar to a color of light that is transmitted therethrough and that is resonating in the optical resonance region; and a half width of a wavelength peak of visible light produced due to light outside the visible light range being incident on the fluorescent printing is larger than a half width of light that is transmitted therethrough and that is resonating in the optical resonance region.
Implant component of which at least portions are coated with a coating, the coating being a TiNb coating having an at% fraction of Ti and an at% fraction of Nb, characterized in that the coating also has an at% fraction of 1-25 at% of Ag, and in that the implant component with the coating is plastically deformable.
A method for transporting and manipulating packs of beverage containers that are gathered together, wherein the packs comprise filled beverage containers, the method comprising the following steps: - moving a multitude of packs together, - manipulating packs of the multitude of packs that are being moved together, wherein a specific formation is formed by the manipulation from a plurality of packs, and/or wherein packs are distributed by the manipulation onto a plurality of transport lanes that are oriented preferably parallel to each other, wherein - manipulated packs reach a detection range of a sensor system or are located in a detection range of a sensor system, wherein manipulated packs are checked by a control unit and/or regulating unit with the help of the sensor system with regard to a damage resulting from the manipulation, characterised in that - a leak of liquid that is undesired, and, in particular, associated with a breaking open of the particular filled beverage container, is identified and/or detected as a damage in the context of checking, and in that , - in the instance of a damage of a pack having been detected and/or identified by the control unit and/or regulating unit while checking, at least one process is initiated for the removal of the particular damaged pack and/or at least one process is initiated that is aimed at preventing future damages of packs. - moving a multitude of packs together, - manipulating packs of the multitude of packs that are being moved together, wherein a specific formation is formed by the manipulation from a plurality of packs, and/or wherein packs are distributed by the manipulation onto a plurality of transport lanes that are oriented preferably parallel to each other, wherein - manipulated packs reach a detection range of a sensor system or are located in a detection range of a sensor system, wherein manipulated packs are checked by a control unit and/or regulating unit with the help of the sensor system with regard to a damage resulting from the manipulation, characterised in that - a leak of liquid that is undesired, and, in particular, associated with a breaking open of the particular filled beverage container, is identified and/or detected as a damage in the context of checking, and in that , - in the instance of a damage of a pack having been detected and/or identified by the control unit and/or regulating unit while checking, at least one process is initiated for the removal of the particular damaged pack and/or at least one process is initiated that is aimed at preventing future damages of packs.
An aqueous pharmaceutical composition, wherein the composition has a pH of 6.0 and comprises (i) an anti-CD40 antibody wherein the antibody has a concentration of 150 mg/ml, and wherein said anti-CD40 antibody includes heavy chain CDR1, CDR2 and CDR3 of SEQ ID NOs 3, 4 and 5 respectively, and light chain CDR1, CDR2 and CDR3 of SEQ ID NOs: 6, 7 and 8, (ii) 270 mM sucrose as a stabiliser, (iii) 30 mM histidine as a buffering agent, and (iv) 0.06% polysorbate 20 as a surfactant. (i) an anti-CD40 antibody wherein the antibody has a concentration of 150 mg/ml, and wherein said anti-CD40 antibody includes heavy chain CDR1, CDR2 and CDR3 of SEQ ID NOs 3, 4 and 5 respectively, and light chain CDR1, CDR2 and CDR3 of SEQ ID NOs: 6, 7 and 8, (ii) 270 mM sucrose as a stabiliser, (iii) 30 mM histidine as a buffering agent, and (iv) 0.06% polysorbate 20 as a surfactant.
A computer-implemented method for retrieving a similar virtual material appearance from a database, the method comprising: - providing a database including virtual material appearances, each virtual material appearance being associated in the database to an appearance signature computed from values representing at least a structure, a reflection and a color of the associated virtual material appearance, wherein the values representing at least the structure, the reflection and the color of the associated virtual material appearance are computed from a representation of the said associated virtual material appearance, wherein computing the value of the reflection is performed by computing a Bi-Directional Reflection Distribution Function (BRDF) from the representation of the associated virtual material appearance; - providing a first appearance signature associated to a first virtual material appearance; - identifying in the database one or more virtual material appearances similar to the first virtual material appearance by comparing the first appearance signature with appearance signatures respectively associated to virtual material appearances in the database. - providing a database including virtual material appearances, each virtual material appearance being associated in the database to an appearance signature computed from values representing at least a structure, a reflection and a color of the associated virtual material appearance, wherein the values representing at least the structure, the reflection and the color of the associated virtual material appearance are computed from a representation of the said associated virtual material appearance, wherein computing the value of the reflection is performed by computing a Bi-Directional Reflection Distribution Function (BRDF) from the representation of the associated virtual material appearance; - providing a first appearance signature associated to a first virtual material appearance; - identifying in the database one or more virtual material appearances similar to the first virtual material appearance by comparing the first appearance signature with appearance signatures respectively associated to virtual material appearances in the database.
Control system , in particular for an optical system , comprising: an actuating element , a measuring element for acquiring actuating element measurement data of the actuating element , a regulating unit for generating a regulating signal for regulating the actuating element depending on the acquired actuating element measurement data , and a state monitoring unit for monitoring a state of the control system depending on the acquired actuating element measurement data , characterized in that the state monitoring unit comprises: a first processing unit for generating preprocessed state data depending on (i) the acquired actuating element measurement data and a physical model (PM) and/or a mathematical model (MM) of the actuating element or (ii) the acquired actuating element measurement data , a physical model (PM) and/or a mathematical model (MM) of the actuating element and the generated regulating signal , and a second processing unit for determining the state of the control system depending on the preprocessed state data . an actuating element , a measuring element for acquiring actuating element measurement data of the actuating element , a regulating unit for generating a regulating signal for regulating the actuating element depending on the acquired actuating element measurement data , and a state monitoring unit for monitoring a state of the control system depending on the acquired actuating element measurement data , characterized in that the state monitoring unit comprises: a first processing unit for generating preprocessed state data depending on (i) the acquired actuating element measurement data and a physical model (PM) and/or a mathematical model (MM) of the actuating element or (ii) the acquired actuating element measurement data , a physical model (PM) and/or a mathematical model (MM) of the actuating element and the generated regulating signal , and a second processing unit for determining the state of the control system depending on the preprocessed state data . a first processing unit for generating preprocessed state data depending on (i) the acquired actuating element measurement data and a physical model (PM) and/or a mathematical model (MM) of the actuating element or (ii) the acquired actuating element measurement data , a physical model (PM) and/or a mathematical model (MM) of the actuating element and the generated regulating signal , and (i) the acquired actuating element measurement data and a physical model (PM) and/or a mathematical model (MM) of the actuating element or (ii) the acquired actuating element measurement data , a physical model (PM) and/or a mathematical model (MM) of the actuating element and the generated regulating signal , and a second processing unit for determining the state of the control system depending on the preprocessed state data .
A method for processing venue information in a location-based service , the method comprising acts of: receiving, by a search engine , one or more parameters for a user , said parameters including keywords and distance settings; determining, by the search engine , a plurality of venues based on the one or more parameters; determining a list of recommended venues to display by ranking the plurality of venues based on information stored in a database of the location-based service , said information including at least user preference information indicative of user ratings for previous visits to the plurality of venues; and displaying the list of recommended venues and displaying a promoted item within the list of recommended venues. receiving, by a search engine , one or more parameters for a user , said parameters including keywords and distance settings; determining, by the search engine , a plurality of venues based on the one or more parameters; determining a list of recommended venues to display by ranking the plurality of venues based on information stored in a database of the location-based service , said information including at least user preference information indicative of user ratings for previous visits to the plurality of venues; and displaying the list of recommended venues and displaying a promoted item within the list of recommended venues.
A heat shielding member, comprising: a base; and a heat shielding membrane on the base, wherein the heat shielding membrane includes a porous layer including at least a closed pore and a dense layer on a surface side of the porous layer, the porous layer and the dense layer include a resin and a carbon-based filler, and a thermal decomposition temperature of the resin is 350°C or more. a base; and a heat shielding membrane on the base, wherein the heat shielding membrane includes a porous layer including at least a closed pore and a dense layer on a surface side of the porous layer, the porous layer and the dense layer include a resin and a carbon-based filler, and a thermal decomposition temperature of the resin is 350°C or more.
Heat extraction assembly for a semiconductor power module , with three stacked parts to be joined , which are connected to one another in a material-bonded manner by a first solder layer and by a second solder layer , wherein the first solder layer is formed between an electrically conducting first part to be joined and an electrically insulating middle part to be joined , and the second solder layer is formed between the electrically insulating middle part to be joined and an electrically conducting second part to be joined , wherein the first part to be joined is a first conductor track from which heat is to be extracted, at which a first voltage potential may be present, wherein the second part to be joined is a second conductor track, acting as a heat sink, at which a second voltage potential different from the first voltage potential may be present, and wherein the middle part to be joined has an electrically insulating intermediate layer , which forms an electrically insulated heat-dissipating path between the first part to be joined and the second part to be joined , characterized in that the first solder layer is formed from a first solder with a first melting temperature, and the second solder layer is formed from a second solder with a higher, second melting temperature, and wherein the first part to be joined has an upwardly open solder equalization opening which is filled with the first solder and out of which the first solder can continue to flow into the gap between the first part to be joined and the middle part to be joined in order to fill the gap.
A probe, comprising: an element having at least one cell ; wherein said at least one cell comprises: a first electrode ; a second electrode ; a vibration film provided between the first electrode and the second electrode, wherein the two electrodes are provided so as to interpose a space therebetween such that the vibration film is vibratably supported; and a support layer disposed on the vibration film and the second electrode; characterized in that said at least one cell further comprises: an optical reflection layer disposed on the support layer, and a protection layer which is formed on the optical reflection layer and is resistant to penetration of an acoustic medium . an element having at least one cell ; wherein said at least one cell comprises: a first electrode ; a second electrode ; a first electrode ; a second electrode ; a vibration film provided between the first electrode and the second electrode, wherein the two electrodes are provided so as to interpose a space therebetween such that the vibration film is vibratably supported; and a support layer disposed on the vibration film and the second electrode; characterized in that said at least one cell further comprises: an optical reflection layer disposed on the support layer, and a protection layer which is formed on the optical reflection layer and is resistant to penetration of an acoustic medium . an optical reflection layer disposed on the support layer, and a protection layer which is formed on the optical reflection layer and is resistant to penetration of an acoustic medium .
A piezoelectric device comprising: a multilayer stack in which a first electrode , a piezoelectric layer , and a second electrode are stacked in this order on a substrate , characterised in that at least the first electrode is formed of an amorphous oxide conductor, wherein the piezoelectric layer has a wurtzite crystal structure, and wherein a d33 value of the piezoelectric layer ranges from 2.2 to 5.0 pC/N. a multilayer stack in which a first electrode , a piezoelectric layer , and a second electrode are stacked in this order on a substrate , characterised in that at least the first electrode is formed of an amorphous oxide conductor, wherein the piezoelectric layer has a wurtzite crystal structure, and wherein a d33 value of the piezoelectric layer ranges from 2.2 to 5.0 pC/N.
Method for producing a precast concrete tower segment of a wind turbine tower, comprising the following steps: placing an inner formwork having at least one bore and at least one holding unit on an inner side of the inner formwork in the region of the bore , introducing a removable element at the first end of the concrete anchor from the outer side of the inner formwork through the bore into the holding unit in order to hold the concrete anchor , placing an outer formwork , pouring concrete between the inner and outer formwork , removing the removable element in the first end of the concrete anchor , and removing the inner and outer formwork , wherein the holding unit is designed in such a way that the removable element is introduced in one direction and blocked in the opposite direction, wherein the holding unit has a spring action when introducing the removable element and a locking action in the opposite direction, wherein the holding unit has two holding plates which are arranged parallel to each other and which are fastened to each other by means of bolts , spacer plates and two holding elements , wherein the holding elements have a first resilient end , a locking portion and a second end , wherein the second end is held by means of two bolts while the resilient end is held by one bolt , wherein the holding plates each comprise two fastening portions at their first ends, wherein a cut out is present between the two fastening portions , wherein the holding plates each comprise a cut out at their second end. placing an inner formwork having at least one bore and at least one holding unit on an inner side of the inner formwork in the region of the bore , introducing a removable element at the first end of the concrete anchor from the outer side of the inner formwork through the bore into the holding unit in order to hold the concrete anchor , placing an outer formwork , pouring concrete between the inner and outer formwork , removing the removable element in the first end of the concrete anchor , and removing the inner and outer formwork , wherein the holding unit is designed in such a way that the removable element is introduced in one direction and blocked in the opposite direction, wherein the holding unit has a spring action when introducing the removable element and a locking action in the opposite direction, wherein the holding unit has two holding plates which are arranged parallel to each other and which are fastened to each other by means of bolts , spacer plates and two holding elements , wherein the holding elements have a first resilient end , a locking portion and a second end , wherein the second end is held by means of two bolts while the resilient end is held by one bolt , wherein the holding plates each comprise two fastening portions at their first ends, wherein a cut out is present between the two fastening portions , wherein the holding plates each comprise a cut out at their second end. wherein the holding plates each comprise two fastening portions at their first ends, wherein a cut out is present between the two fastening portions , wherein the holding plates each comprise a cut out at their second end.
A stadium chair with a hinge and locking mechanism, having a seat and a backrest and an assembly frame, characterized in that the seat and the backrest of essentially the same shape have thickenings containing sockets of hinge or lock, having a hole in the center surrounded by a sleeve and a concentric flange , in which sockets hinges or locks in the shape of a circle are mounted, where the hinges are equipped with pins with a shape corresponding to the shape of preferably half of the free spaces formed between the walls and flanges of the sockets and having a through hole in the middle extended towards the pins with a sleeve , and the locks are equipped with pins with a shape corresponding to the shape of the free spaces formed between the walls and flanges of the sockets and have a through hole in the middle and, in addition, the hinges and the locks have protrusions on the side opposite the pins and , while the mounting frame consists of two shaped two-arm brackets , whose horizontal arms include sockets seating located in the thickenings of the rear part of the seat , and the vertical arms include mounting sockets located in the thickening of the lower part of the backrest .
A method for quantifying a substance, comprising: introducing a sample containing a measurement target substance to a biosensor (B) which comprises an enzyme electrode comprising an electrode and an oxidoreductase placed on the electrode in a state where direct electron transfer with the electrode occurs without involvement of an electron transfer mediator; and a counter electrode ; applying an AC voltage to the enzyme electrode to carry out impedance measurement; and calculating the concentration of the substance based on an index obtained by the impedance measurement. introducing a sample containing a measurement target substance to a biosensor (B) which comprises an enzyme electrode comprising an electrode and an oxidoreductase placed on the electrode in a state where direct electron transfer with the electrode occurs without involvement of an electron transfer mediator; and a counter electrode ; applying an AC voltage to the enzyme electrode to carry out impedance measurement; and calculating the concentration of the substance based on an index obtained by the impedance measurement.
A light receiving element comprising: a pixel array in which a plurality of pixels each including a single photon avalanche diode, SPAD , is arranged in a matrix; a pixel drive unit that controls each pixel in the pixel array to be an active pixel or an inactive pixel, an active pixel being a pixel active for photon detection and an inactive pixel being a pixel inactive for photon detection; a leakage current detection unit that detects a leakage current of the inactive pixels of the plurality of pixels ; and a voltage control unit that controls a voltage supplied to a side of an anode or a side of a cathode of the SPAD in each of the plurality of pixels such that the leakage current has a current value within a predetermined range. a pixel array in which a plurality of pixels each including a single photon avalanche diode, SPAD , is arranged in a matrix; a pixel drive unit that controls each pixel in the pixel array to be an active pixel or an inactive pixel, an active pixel being a pixel active for photon detection and an inactive pixel being a pixel inactive for photon detection; a leakage current detection unit that detects a leakage current of the inactive pixels of the plurality of pixels ; and a voltage control unit that controls a voltage supplied to a side of an anode or a side of a cathode of the SPAD in each of the plurality of pixels such that the leakage current has a current value within a predetermined range.