mhurhangee/patent-ind-claim-en huggingface dataset:
A thin-film solid-state battery cell comprising an anode, a cathode and a solid electrolyte matrix, - wherein at least the anode or the cathode comprises an active electrode having pores and wherein an inner surface of the pores is coated with a first coating comprising a thin film made of at least one layer of a dielectric material, a conductive material, a solid electrolyte material or a combination thereof, and - wherein the solid electrolyte matrix comprises an electronically insulating matrix for a solid electrolyte, the electronically insulating matrix having pores or passages and wherein an inner surface of the pores or the passages is coated with a second coating comprising a thin film made of at least one layer of a dielectric material, a solid electrolyte material or a combination thereof. - wherein at least the anode or the cathode comprises an active electrode having pores and wherein an inner surface of the pores is coated with a first coating comprising a thin film made of at least one layer of a dielectric material, a conductive material, a solid electrolyte material or a combination thereof, and - wherein the solid electrolyte matrix comprises an electronically insulating matrix for a solid electrolyte, the electronically insulating matrix having pores or passages and wherein an inner surface of the pores or the passages is coated with a second coating comprising a thin film made of at least one layer of a dielectric material, a solid electrolyte material or a combination thereof.
An isolated or purified T cell receptor (TCR) having antigenic specificity for MAGE-A12 in the context of HLA-Cw7, wherein the TCR comprises: (a) the amino acid sequences of all of SEQ ID NOs: 26-31 or (b) the amino acid sequences of all of SEQ ID NOs: 36-41. (a) the amino acid sequences of all of SEQ ID NOs: 26-31 or (b) the amino acid sequences of all of SEQ ID NOs: 36-41.
A medicine packing apparatus , comprising: a rotation hopper provided with a plurality of partition spaces (C1-CN), the rotation hopper being configured to receive a medicine from a medicine dispenser at any one of the plurality of partition spaces (C1-CN) through at least one injection part (210A; 210B), and to transfer the medicine to a discharge part ; an inspector configured to photograph the transferred medicine to inspect the medicine; a controller configured to determine whether the medicine inspected by the inspector matches a medicine of a prescription; and a re-injection part disposed in a partition space between an injection part and the discharge part , the re-injection part having a shortest medicine transfer distance to the discharge part on the basis of a rotation direction of the rotation hopper ; characterized in that the rotation hopper includes a medicine rotation unit having a rotation member rotatable by a driver, and a partition member connected to the rotation member to form the partition spaces (C1-CN); wherein the medicine rotation unit includes a pair of linear portions facing each other and a pair of curved portions facing each other, the pair of curved portions connecting both ends of the pair of linear portions on a plane; and wherein the partition member includes a lower portion for contacting the medicine and an end portion for contacting the medicine, formed of a flexible material. a rotation hopper provided with a plurality of partition spaces (C1-CN), the rotation hopper being configured to receive a medicine from a medicine dispenser at any one of the plurality of partition spaces (C1-CN) through at least one injection part (210A; 210B), and to transfer the medicine to a discharge part ; an inspector configured to photograph the transferred medicine to inspect the medicine; a controller configured to determine whether the medicine inspected by the inspector matches a medicine of a prescription; and a re-injection part disposed in a partition space between an injection part and the discharge part , the re-injection part having a shortest medicine transfer distance to the discharge part on the basis of a rotation direction of the rotation hopper ; characterized in that the rotation hopper includes a medicine rotation unit having a rotation member rotatable by a driver, and a partition member connected to the rotation member to form the partition spaces (C1-CN); wherein the medicine rotation unit includes a pair of linear portions facing each other and a pair of curved portions facing each other, the pair of curved portions connecting both ends of the pair of linear portions on a plane; and wherein the partition member includes a lower portion for contacting the medicine and an end portion for contacting the medicine, formed of a flexible material.
An electronic device (1,41-43) for use in a lighting system for rendering emergency lighting, said electronic device (1,41-43) comprising: - at least one communication interface ; and - at least one processor configured to: - detect a switch from a normal mode of said lighting system to an emergency mode of said lighting system and a switch from said emergency mode to said normal mode, - activate an emergency radio frequency-based sensing function upon detecting said switch from said normal mode to said emergency mode, and - deactivate said emergency radio frequency-based sensing function upon detecting said switch from said emergency mode to said normal mode; wherein said emergency radio frequency-based sensing function comprises using said at least one communication interface to receive radio frequency signals and inferring motion or presence of people by detecting disturbances to a radio frequency field affected by a human body, based on said received radio frequency signals. - at least one communication interface ; and - at least one processor configured to: - detect a switch from a normal mode of said lighting system to an emergency mode of said lighting system and a switch from said emergency mode to said normal mode, - activate an emergency radio frequency-based sensing function upon detecting said switch from said normal mode to said emergency mode, and - deactivate said emergency radio frequency-based sensing function upon detecting said switch from said emergency mode to said normal mode;
Motorized joint for connecting two carriers of a programmable automatic moving device, which carriers can be moved relative to one another, and which automatic moving device has a drive motor , a transmission which is connected downstream of the drive motor in drive terms, and a locking apparatus , the transmission having a drive element which is connected fixedly to an output shaft of the drive motor so as to rotate with it, at least one intermediate element which has a different rotational speed to the drive element , and an output element , the locking apparatus being configured and arranged to directly brake and to lock the intermediate element , the output element , or a component which is connected fixedly to the intermediate element or the output element so as to rotate with it, and the locking apparatus having a locking means which is connected in a frictionally locking manner to the intermediate element , the output element , or the component which is connected fixedly to the intermediate element or the output element so as to rotate with it, which locking means has at least one positively locking means which, in the switched-on state of the locking apparatus , interacts in a positively locking manner with a corresponding positively locking means which is fixed relative to a housing or a chassis so as to rotate with it, characterized in that there is an adjustable prestressing means or a prestressing means which has a cup spring or a corrugated and/or elastic and/or cylindrically curved strip, in particular a sheet metal strip, or a slotted ring for generating or for increasing the frictional force.
A multi-fiber light guide comprising - a multitude of light guiding fibers , each of the fibers comprising - an elongated glass core , wherein - the cores are surrounded by a glass cladding so that - the cladding with the cores form a rigid continuous glass element , and - wherein the cores have a higher refractive index than the cladding so that light can be guided by total reflection along the glass cores , and wherein the glass element of the multi-fiber light guide has two abutting faces , with the cores ending in both abutting faces , so that light can be guided along the cores from one abutting face to the other abutting face , and wherein - the glasses of the cores and the cladding contain alkali ions, and wherein - the alkali ions of the glasses are at least partly exchanged by alkali ions of a higher atomic number within an ion exchange layer at each of the abutting faces , the exchanged alkali ions within the ion exchange layer imparting a compressive stress at the abutting faces , characterized in that the glass element comprises a glass shell which encompasses the cladding with the embedded cores ; wherein the ion-exchange layer also extends along the shell of the glass element which extends between the two abutting faces . - a multitude of light guiding fibers , each of the fibers comprising - an elongated glass core , wherein - the cores are surrounded by a glass cladding so that - the cladding with the cores form a rigid continuous glass element , and - wherein the cores have a higher refractive index than the cladding so that light can be guided by total reflection along the glass cores , and wherein the glass element of the multi-fiber light guide has two abutting faces , with the cores ending in both abutting faces , so that light can be guided along the cores from one abutting face to the other abutting face , and wherein - the glasses of the cores and the cladding contain alkali ions, and wherein - the alkali ions of the glasses are at least partly exchanged by alkali ions of a higher atomic number within an ion exchange layer at each of the abutting faces , the exchanged alkali ions within the ion exchange layer imparting a compressive stress at the abutting faces ,
Biometric identification system for authenticating a biometric on a portion of an individual comprising: - at least one light source unit comprising at least one laser to originate an illumination beam ; - an illumination path arranged to direct the illumination beam towards the portion of the individual so as to generate at least one corresponding image response , whereby the illumination path comprises an optical element for broadening the illumination beam , wherein the broadened illumination beam exhibits a diffraction pattern with peaks and valleys as a result of the interference with a diffracted light beam induced by the optical element; - an image sensing unit arranged to receive the at least one corresponding image response , wherein the image sensing unit is capable to capture the speckle pattern in the generated image and thereby form a computer readable image and/or data representing the speckle contrast; - a computing device to analyze the computer readable image data and/or the speckle contrast data as generated by the image sensing unit to verify the portion of the individual as biological tissue; wherein the at least one laser is a vertical surface emitting laser (VCSEL) or a VCSEL array. - at least one light source unit comprising at least one laser to originate an illumination beam ; - an illumination path arranged to direct the illumination beam towards the portion of the individual so as to generate at least one corresponding image response , whereby the illumination path comprises an optical element for broadening the illumination beam , wherein the broadened illumination beam exhibits a diffraction pattern with peaks and valleys as a result of the interference with a diffracted light beam induced by the optical element; - an image sensing unit arranged to receive the at least one corresponding image response , wherein the image sensing unit is capable to capture the speckle pattern in the generated image and thereby form a computer readable image and/or data representing the speckle contrast; - a computing device to analyze the computer readable image data and/or the speckle contrast data as generated by the image sensing unit to verify the portion of the individual as biological tissue;
An installation for cleaning a plate used in powder-based additive manufacturing by sintering or melting grains of this powder using a beam of energy involving electromagnetic radiation, the installation comprising an entry lock for receiving a plate to be cleaned and an exit lock for extracting a cleaned plate from the installation, a dry-cleaning device for cleaning a plate using vibrations and shocks in a first confinement enclosure (E32), a wet-cleaning device for cleaning a plate with at least one liquid in a second confinement enclosure (E34), and at least one conveying device for transporting a plate between the first confinement enclosure (E32) of the dry-cleaning device, the second confinement enclosure (E34) of the wet-cleaning device, and the exit lock of the installation, wherein the installation comprises a first conveyor for transporting a plate from the first confinement enclosure (E32) of the dry-cleaning device to the second confinement enclosure (E34) of the wet-cleaning device and vice versa from the second confinement enclosure (E34) of the wet-cleaning device to the first confinement enclosure (E32) of the dry-cleaning device , and a second conveyor for transporting a plate from the second confinement enclosure (E34) of the wet-cleaning device to the exit lock and vice versa from the exit lock to the second confinement enclosure (E34) of the wet-cleaning device , or wherein the installation comprises a conveyor for transporting a plate from the first confinement enclosure (E32) of the dry-cleaning device to the exit lock and vice versa from the exit lock to the first confinement enclosure (E32) of the dry-cleaning device , at least one storage area for the temporary storage of plates , and a manipulator arm for moving a plate between the dry-cleaning device , the wet-cleaning device , the conveyor and each temporary storage area .
An impact absorbing member absorbing an impact load applied in an axial direction comprising: a main body comprised of metal sheet and having a polygonal shape in a cross-section vertical to the axial direction; and a center sheet comprised of metal sheet and provided in a hollow part inside the main body along the axial direction, wherein the polygonal shape of the main body includes a pair of long sides facing each other, the center sheet is joined to each of the long sides of the polygonal shape of the main body, the impact absorbing member being characterised in that a sheet thickness of the center sheet is greater than a sheet thickness of the main body. a main body comprised of metal sheet and having a polygonal shape in a cross-section vertical to the axial direction; and a center sheet comprised of metal sheet and provided in a hollow part inside the main body along the axial direction, wherein the polygonal shape of the main body includes a pair of long sides facing each other, the center sheet is joined to each of the long sides of the polygonal shape of the main body, the impact absorbing member being characterised in that a sheet thickness of the center sheet is greater than a sheet thickness of the main body.
A character input method for an electronic device, the method comprising the following steps: step A, inputting an input text through the electronic device; step B, selecting a photography input procedure and starting a photographing device during text input; step C, taking a text image with the photographic device, wherein the display unit of the electronic device displays at least one preview box of the photographing device, and characters to be input are contained in the preview box; step D, recognizing text in the text image in the preview box and converting the text into a character text through an optical character recognition module ; and step E, inputting the converted character text into the input text; wherein during text input, a user can select the photography input procedure once or more times to start a process of inputting characters through the steps B to E, and the characters from this process and other input methods form a single text for this user; the method being characterized in that in step C, a shape of the preview box is adjusted through a preview box adjusting module ; wherein the preview box contains a character direction mark defining a character direction, wherein step C also includes a step of changing the character direction mark by the user through a mark modification unit; wherein in step D, the optical character recognition module recognizes the arrangement sequence of characters according to the character direction; wherein the display unit is a touch display unit , and wherein the preview box adjusting module sets the shape of the preview box according to a touch action. step A, inputting an input text through the electronic device; step B, selecting a photography input procedure and starting a photographing device during text input; step C, taking a text image with the photographic device, wherein the display unit of the electronic device displays at least one preview box of the photographing device, and characters to be input are contained in the preview box; step D, recognizing text in the text image in the preview box and converting the text into a character text through an optical character recognition module ; and step E, inputting the converted character text into the input text; wherein during text input, a user can select the photography input procedure once or more times to start a process of inputting characters through the steps B to E, and the characters from this process and other input methods form a single text for this user; the method being characterized in that in step C, a shape of the preview box is adjusted through a preview box adjusting module ; wherein the preview box contains a character direction mark defining a character direction, wherein step C also includes a step of changing the character direction mark by the user through a mark modification unit; wherein in step D, the optical character recognition module recognizes the arrangement sequence of characters according to the character direction; wherein the display unit is a touch display unit , and wherein the preview box adjusting module sets the shape of the preview box according to a touch action.
A method for producing an objective substance, the method comprising: cultivating yeast having an ability to produce the objective substance in a culture medium; and collecting the objective substance from cells of the yeast and/or the culture medium, wherein the yeast has been modified so that the expression and/or activities of proteins encoded by LCB4 and CKA2 genes are reduced, and wherein the objective substance is selected from the group consisting of phytosphingosine (PHS) and sphinganine (DHS), wherein the activities of the proteins are reduced by attenuating the expression of the LCB4 and/or CKA2 gene, or by disrupting the LCB4 and/or CKA2 gene. cultivating yeast having an ability to produce the objective substance in a culture medium; and collecting the objective substance from cells of the yeast and/or the culture medium, wherein the yeast has been modified so that the expression and/or activities of proteins encoded by LCB4 and CKA2 genes are reduced, and wherein the objective substance is selected from the group consisting of phytosphingosine (PHS) and sphinganine (DHS),
An agricultural row unit adapted to be moved in a forward direction of movement of an agricultural planter over soil to clear agricultural residue, the agricultural row unit comprising: an attachment frame ; a drive clearing-disk coupled to the attachment frame for rotation about a first axis ; and a driven clearing-disk coupled to the attachment frame for rotation about a second axis offset from the first axis ; wherein the drive clearing-disk is drivingly coupled to the driven clearing-disk to rotate the driven clearing-disk about the second axis , a motor coupled to the drive clearing-disk and configured to rotate the drive clearing-disk about the first axis ; and a controller configured to adjust a speed of rotation of the motor in response to at least one of a speed of forward movement of the agricultural row unit over the soil , a height of the drive clearing-disk relative to a surface of the soil , a height of the driven clearing-disk relative to a surface of the soil , an amount of crop residue in an agricultural row, and a downforce pressure on a portion of the agricultural row unit , further comprising a gear assembly drivingly coupled between the drive clearing-disk and the driven clearing-disk ; wherein when the drive clearing-disk rotates at a first speed the gear assembly is configured to rotate the driven clearing-disk at a second speed greater than the first speed. an attachment frame ; a drive clearing-disk coupled to the attachment frame for rotation about a first axis ; and a driven clearing-disk coupled to the attachment frame for rotation about a second axis offset from the first axis ; wherein the drive clearing-disk is drivingly coupled to the driven clearing-disk to rotate the driven clearing-disk about the second axis , a motor coupled to the drive clearing-disk and configured to rotate the drive clearing-disk about the first axis ; and a controller configured to adjust a speed of rotation of the motor in response to at least one of a speed of forward movement of the agricultural row unit over the soil , a height of the drive clearing-disk relative to a surface of the soil , a height of the driven clearing-disk relative to a surface of the soil , an amount of crop residue in an agricultural row, and a downforce pressure on a portion of the agricultural row unit , further comprising a gear assembly drivingly coupled between the drive clearing-disk and the driven clearing-disk ; wherein when the drive clearing-disk rotates at a first speed the gear assembly is configured to rotate the driven clearing-disk at a second speed greater than the first speed.
A posture support system for a surface of a person supporting appliance, the system comprising: a plurality of modules , each module comprising: an expandable body , means for changing the degree of expansion of the expandable body ; a sensor , configured to produce measurement data corresponding to the degree of expansion of the expandable body ; a processor arranged to process the measurement data generated from each sensor; and a wireless communication unit arranged to wirelessly transmit the measurement data from each sensor to a controller and to receive control data to control the degree of expansion of the expandable body ; wherein the wireless communication unit of at least one of the modules is configured to communicate wirelessly to the wireless communication unit of at least one other of the modules . a plurality of modules , each module comprising: an expandable body , means for changing the degree of expansion of the expandable body ; a sensor , configured to produce measurement data corresponding to the degree of expansion of the expandable body ; a processor arranged to process the measurement data generated from each sensor; and a wireless communication unit arranged to wirelessly transmit the measurement data from each sensor to a controller and to receive control data to control the degree of expansion of the expandable body ; an expandable body , means for changing the degree of expansion of the expandable body ; a sensor , configured to produce measurement data corresponding to the degree of expansion of the expandable body ; a processor arranged to process the measurement data generated from each sensor; and a wireless communication unit arranged to wirelessly transmit the measurement data from each sensor to a controller and to receive control data to control the degree of expansion of the expandable body ; wherein the wireless communication unit of at least one of the modules is configured to communicate wirelessly to the wireless communication unit of at least one other of the modules .