mhurhangee/patent-ind-claim-en huggingface dataset:
Hydraulic line connection for a hydraulic brake of handlebar-guided vehicles, comprising a line fastening device , which has a fastening portion for fastening the line fastening device in a receiving device of a hydraulic component of the hydraulic brake and a connecting portion for connection to a hydraulic line , wherein the line fastening device has an extension disposed on the fastening portion on the side opposite to the connecting portion , characterized in that the extension has a diameter larger than that of the fastening portion .
A system for determining the refractive properties of an eye , the system comprising a wavefront measurement device for measuring the refractive properties of the eye , wherein the system is configured to have at least one measurement mode assigned to children, wherein the system has an input device configured to switch the system into one of the at least one measurement mode assigned to children and a display device for displaying a fixation target , wherein the display device is configured to show a video comprising the fixation target , and wherein the system is further configured to alter the fixation target , when the system is switched into the one of the at least one measurement mode assigned to children, wherein the video is a series of images shown with a frequency of at least 20 images per second, characterized in that the system is configured to alter the fixation target in the one of the at least one measurement mode assigned to children by moving the fixation target on the display device of the system which display device is for displaying the fixation target , wherein the system is configured to show the fixation target moving from a first perceived distance to a second perceived distance, wherein the first perceived distance is smaller than the second perceived distance, wherein the first perceived distance is in a range from and including 1 diopters to and including 4 diopters, and wherein the second perceived distance is in a range from and including 0.5 diopters to and including 0 diopters. the system is configured to alter the fixation target in the one of the at least one measurement mode assigned to children by moving the fixation target on the display device of the system which display device is for displaying the fixation target , wherein the system is configured to show the fixation target moving from a first perceived distance to a second perceived distance, wherein the first perceived distance is smaller than the second perceived distance, wherein the first perceived distance is in a range from and including 1 diopters to and including 4 diopters, and wherein the second perceived distance is in a range from and including 0.5 diopters to and including 0 diopters.
A User Equipment, UE, (10_1), in a mobile communication system, the mobile communication system including a first Proximity Services, ProSe, Function (20_1) that supports a PC3 interface with the UE (10_1), another UE (10_2), and a second ProSe Function (20_2) that supports a PC3 interface with the another UE (10_2) and a PC6 interface with the first ProSe Function (20_1), the UE (10_1) comprising: transmitting means adapted for sending, to the first ProSe Function (20_1), a request message for performing a direct communication over a PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) determining whether the UE (10_1) is authorized to use the direct communication over the PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) communicating with the second ProSe Function (20_2) for the authorization; deriving means adapted for deriving a session key from a root key shared between the UE (10_1) and the another UE (10_2) when the authorization by the first ProSe Function (20_1) is performed successfully; and communicating means adapted for performing the direct communication over the PC5 interface with the another UE (10_2) securely using the session key. transmitting means adapted for sending, to the first ProSe Function (20_1), a request message for performing a direct communication over a PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) determining whether the UE (10_1) is authorized to use the direct communication over the PC5 interface between the UE (10_1) and the another UE (10_2), the first ProSe Function (20_1) communicating with the second ProSe Function (20_2) for the authorization; deriving means adapted for deriving a session key from a root key shared between the UE (10_1) and the another UE (10_2) when the authorization by the first ProSe Function (20_1) is performed successfully; and communicating means adapted for performing the direct communication over the PC5 interface with the another UE (10_2) securely using the session key.
A composite current collector , wherein it comprises an organic support layer and an metal conductive layer disposed on at least one surface of the organic support layer ; and the composite current collector has a brittleness parameter C of 0.01 ≤ C ≤ 0.5, in which the brittleness parameter C of the composite current collector is obtained according to formula 1: C = T 1 × D 1 / T 2 × D 2 wherein T 1 is a tensile strength of the metal conductive layer , D 1 is a thickness of the metal conductive layer , T 2 is a tensile strength of the organic support layer , D 2 is a thickness of the organic support layer , and wherein the composite current collector further comprises a protective layer , the protective layer is disposed on the surface of the metal conductive layer facing toward the organic support layer , or disposed on two opposite surfaces of the metal conductive layer in the thickness direction of the metal conductive layer . the composite current collector has a brittleness parameter C of 0.01 ≤ C ≤ 0.5, in which the brittleness parameter C of the composite current collector is obtained according to formula 1: C = T 1 × D 1 / T 2 × D 2 wherein T 1 is a tensile strength of the metal conductive layer , D 1 is a thickness of the metal conductive layer , T 2 is a tensile strength of the organic support layer , D 2 is a thickness of the organic support layer , and wherein the composite current collector further comprises a protective layer , the protective layer is disposed on the surface of the metal conductive layer facing toward the organic support layer , or disposed on two opposite surfaces of the metal conductive layer in the thickness direction of the metal conductive layer .
A vehicle , in particular an industrial vehicle, comprising : - a cab , - a sun visor connected thereto, and - at least one sensor unit , wherein the sensor unit comprises a protecting element that is pivotally and/or slidably connected to the sun visor and a sensing element connected to the protecting element , characterized in that the protecting element is movable between a first position, in which the sensing element is positioned inside a housing of the sun visor and is hidden by the protecting element , and a second position, in which the sensing element is positioned outside of the said housing , and wherein the protecting element is flush with an external surface of the sun visor in its first position. - a cab , - a sun visor connected thereto, and - at least one sensor unit , wherein the sensor unit comprises a protecting element that is pivotally and/or slidably connected to the sun visor and a sensing element connected to the protecting element , characterized in that the protecting element is movable between a first position, in which the sensing element is positioned inside a housing of the sun visor and is hidden by the protecting element , and a second position, in which the sensing element is positioned outside of the said housing , and wherein the protecting element is flush with an external surface of the sun visor in its first position.
A foldable display device, comprising: a flexible screen , wherein the flexible screen is configured for displaying an object, and comprises a first part and a second part , and a bendable third part between the first part and the second part ; a housing , wherein the housing comprises a front side of the housing, and the first part is slidably supported on the front side of the housing; and the housing further comprises a holding tank extending in parallel with the front side of the housing; a sensor configured to detect a state of the third part; and a controller, wherein the controller is configured to control display of the first part , the second part and the third part according to the state, characterized in that the second part is slidable into the holding tank when the third part is bent, wherein the sensor is provided on the third part . a flexible screen , wherein the flexible screen is configured for displaying an object, and comprises a first part and a second part , and a bendable third part between the first part and the second part ; a housing , wherein the housing comprises a front side of the housing, and the first part is slidably supported on the front side of the housing; and the housing further comprises a holding tank extending in parallel with the front side of the housing; a sensor configured to detect a state of the third part; and a controller, wherein the controller is configured to control display of the first part , the second part and the third part according to the state, characterized in that the second part is slidable into the holding tank when the third part is bent, wherein the sensor is provided on the third part .
Fastening device for fastening a processing tool to a machine tool , in particular to a press device, having - at least one counter clamping body , against which the processing tool can be clamped, - a clamping unit for the releasable clamping of the processing tool to the at least one counter clamping body , and - a locking connection for the releasable connection of the clamping unit to the at least one counter clamping body , characterized by a linear guide for limiting the movability of the clamping unit relative to the at least one counter clamping body along a joining direction , wherein the clamping unit and the locking connection can be designed in such a way that the provision of the clamping force (F A ) and the connection of the clamping unit to the at least one counter clamping body can be accomplished independently of one another such that, to connect the clamping unit to the at least one counter clamping body, it is not first necessary to overcome the clamping force (F A ). - at least one counter clamping body , against which the processing tool can be clamped, - a clamping unit for the releasable clamping of the processing tool to the at least one counter clamping body , and - a locking connection for the releasable connection of the clamping unit to the at least one counter clamping body ,
An isolated polypeptide consisting of an amino acid sequence which is any one of the amino acid sequence as shown in SEQ ID NO: 1-11, or an amino acid sequence having at least 70%, preferably at least 80%, 85%, 90%, 95%, 99% or higher identity with SEQ ID No: 1, wherein one or more L-amino acids in said amino acid sequence is substituted by D-amino acid; said polypeptide having a function of inhibiting hepatitis B virus X protein, and being capable of inhibiting the occurrence and development of chronic liver diseases resulting from hepatitis B virus infection.
A mutant streptavidin polypeptide comprising the sequence of SEQ ID NO:1 in which one or more of the following replacements are present: i). Serine (S) at position 13 (S13) to arginine (R), or lysine (K); ii). Threonine (T) at position 38 (T38) to phenylalanine (F), tryptophan (W), or tyrosine (Y); iii). Glycine (G) at position 39 (G39) to alanine (A) iv). Glutamic acid (E) at position 104 (E104) to threonine (T), cysteine (C), serine (S), proline (P), aspartic acid (D), glutamine (Q), leucine (L), or valine (V); v). Glutamine (Q) at position 12 (Q12) to Aspartic acid (D) or Glutamic acid (E); or vi). a combination of any of i), ii), iii), iv), and v). i). Serine (S) at position 13 (S13) to arginine (R), or lysine (K); ii). Threonine (T) at position 38 (T38) to phenylalanine (F), tryptophan (W), or tyrosine (Y); iii). Glycine (G) at position 39 (G39) to alanine (A) iv). Glutamic acid (E) at position 104 (E104) to threonine (T), cysteine (C), serine (S), proline (P), aspartic acid (D), glutamine (Q), leucine (L), or valine (V); v). Glutamine (Q) at position 12 (Q12) to Aspartic acid (D) or Glutamic acid (E); or vi). a combination of any of i), ii), iii), iv), and v).
A check-valve comprising: plural valve chamber forming members; a flow-in valve chamber and a flow-out valve chamber which are constituted by overlapping in the plural valve chamber forming members and connected to each of flow paths; wherein the flow-in valve chamber is shallower than the flow-out valve chamber ; a partition sheet which is bonded to the plural valve chamber forming members while being sandwiched therebetween and has a flexible inner flange in cavities of the flow-in valve chamber and the flow-out valve chamber , in which the flexible inner flange does not close the flow-out valve chamber by flexing toward the flow-out valve chamber in a normal flow, and closes the flow-in valve chamber by flexing toward the flow-in valve chamber in a reverse flow; and a through-pass part which penetrates the inner flange ; characterized in that the flow-in valve chamber and the flow-out valve chamber have a concentric cylindrical shape having same radius; the through-pass part has an elongated circular shape, an oval shape or an egg shape; a center of the through-pass part is decentered from a central axis of the both valve chambers to a side of the flow path connected to the flow-in valve chamber ; an upper surface of the flow-out valve chamber is a hydrophilic finished surface; and a bottom surface of the flow-in valve chamber is a water-repellent finished surface. plural valve chamber forming members; a flow-in valve chamber and a flow-out valve chamber which are constituted by overlapping in the plural valve chamber forming members and connected to each of flow paths; wherein the flow-in valve chamber is shallower than the flow-out valve chamber ; a partition sheet which is bonded to the plural valve chamber forming members while being sandwiched therebetween and has a flexible inner flange in cavities of the flow-in valve chamber and the flow-out valve chamber , in which the flexible inner flange does not close the flow-out valve chamber by flexing toward the flow-out valve chamber in a normal flow, and closes the flow-in valve chamber by flexing toward the flow-in valve chamber in a reverse flow; and a through-pass part which penetrates the inner flange ; characterized in that the flow-in valve chamber and the flow-out valve chamber have a concentric cylindrical shape having same radius; the through-pass part has an elongated circular shape, an oval shape or an egg shape; a center of the through-pass part is decentered from a central axis of the both valve chambers to a side of the flow path connected to the flow-in valve chamber ; an upper surface of the flow-out valve chamber is a hydrophilic finished surface; and a bottom surface of the flow-in valve chamber is a water-repellent finished surface.
A weighing, cutting and arranging system comprising: a feeding section in which multiple rows of band-like dough (F1) are fed; a weighing and cutting section in which the dough (F1) of each row is cut so as to have a predetermined weight; and a discharging section in which cut doughs (F2) of the multiple rows are discharged in a single line; wherein each row of the weighing and cutting section has a shorter upstream conveyor with a weighing function, a longer downstream conveyor with a weighing function disposed downstream of the upstream conveyor , and a cutting device disposed upstream of and adjacent to the upstream conveyor , and operations of the multiple rows of the weighing and cutting section are performed independently, characterized in that the weighing, cutting and arranging system is configured to operate in such a way that one of the multiple rows is defined as a reference row, at the multiple rows of the weighing and cutting section which operations are performed independently, after the cut doughs (F2) of the all rows are stopped at outlets of the respective downstream conveyors , the cut dough (F2) of the reference row is discharged, and after the cut dough (F2) of the reference row is discharged, the cut dough(s) (F2) of the other row(s) is/are discharged in a sequential order with a predetermined period. a feeding section in which multiple rows of band-like dough (F1) are fed; a weighing and cutting section in which the dough (F1) of each row is cut so as to have a predetermined weight; and a discharging section in which cut doughs (F2) of the multiple rows are discharged in a single line; wherein each row of the weighing and cutting section has a shorter upstream conveyor with a weighing function, a longer downstream conveyor with a weighing function disposed downstream of the upstream conveyor , and a cutting device disposed upstream of and adjacent to the upstream conveyor , and operations of the multiple rows of the weighing and cutting section are performed independently, characterized in that the weighing, cutting and arranging system is configured to operate in such a way that one of the multiple rows is defined as a reference row, at the multiple rows of the weighing and cutting section which operations are performed independently, after the cut doughs (F2) of the all rows are stopped at outlets of the respective downstream conveyors , the cut dough (F2) of the reference row is discharged, and after the cut dough (F2) of the reference row is discharged, the cut dough(s) (F2) of the other row(s) is/are discharged in a sequential order with a predetermined period.
Method for performing a gas analysis measurement, said method comprising directing a gas flow or gas sample to a gas flow measurement device , said gas flow measuring device comprising a gas inlet, and a gas compartment with a definite and predefined inner geometric physical volume, the gas compartment having one gas accumulating end and one lifting end and having a pivoting element enabling the gas compartment to pivot upwards to release the gas contained therein and then downwards again to its initial position and operating according to the leverage effect, characterized in that the gas flow measuring device comprises a gas outlet, the gas compartment is arranged in a closed wet space compartment , implying that the gas compartment is only connected to the outside via the gas inlet and the gas outlet, the gas compartment also having at least one sensor, for a volumetric measurement of the gas flow, wherein the method is performed for evaluating a batch fermentation and/or in an in-vitro analysis platform, and wherein the method comprises that using the gas flow measurement device is performed for evaluating the specific characteristics of animal feed/nutrition(s) or human food/nutrition(s) by determining the digestibility; or evaluating the activity of gut microbiota or yeast or bacteria by determining the fermentative capacity/production or bacterial metabolic activities.
Method for a radiator or a choke, wherein the radiator or the choke has a plurality of radiator elements which are arranged parallel to one another and through which an air flow can flow in parallel, and, between two radiator elements , at least one device for resolving the boundary layer of the air flow flowing between the radiator elements is provided, characterized in that the device for resolving the boundary layer is attached to a radiator which is already in operation and which is connected to a transformer .
A medical device system comprising: an electric field generating circuit configured to generate one or more electric fields; and a control circuit in communication with the electric field generating circuit , the control circuit configured to control delivery of the one or more electric fields from the electric field generating circuit ; two or more electrodes to deliver the electric fields to a site of a cancerous tumor within a patient; a heating element disposed on a lead , wherein the control circuit is configured to cause the heating element to generate heat and heat a surrounding of the heating element through thermal conduction; and a temperature sensor to measure the temperature of tissue at the site of the cancerous tumor, the temperature sensor in electronic communication with the control circuit ; wherein the control circuit causes the electric field generating circuit to generate one or more electric fields at frequencies selected from a range of between 10 kHz to 1 MHz. an electric field generating circuit configured to generate one or more electric fields; and a control circuit in communication with the electric field generating circuit , the control circuit configured to control delivery of the one or more electric fields from the electric field generating circuit ; two or more electrodes to deliver the electric fields to a site of a cancerous tumor within a patient; a heating element disposed on a lead , wherein the control circuit is configured to cause the heating element to generate heat and heat a surrounding of the heating element through thermal conduction; and a temperature sensor to measure the temperature of tissue at the site of the cancerous tumor, the temperature sensor in electronic communication with the control circuit ; wherein the control circuit causes the electric field generating circuit to generate one or more electric fields at frequencies selected from a range of between 10 kHz to 1 MHz.
A crystal of a heterocyclic amide compound represented by Formula , which has peaks at a diffraction angle 2θ of 7.29°±0.2, 12.62°±0.2, 14.13°±0.2, 17.51°±0.2, 18.64°±0.2, 19.03°±0.2, 20.56°±0.2, 20.89°±0.2, 21.76°±0.2, 23.37°±0.2, 25.41°±0.2, 27.70°±0.2 and 30.34°±0.2 in powder X-ray diffraction with Cu-Kα rays:
A cell product for use in prevention and/or treatment of organ fibrosis, comprising a SSEA-3-positive pluripotent stem cell derived from mesenchymal tissue in a living body or a cultured mesenchymal cell, wherein said pluripotent stem cell shows negative expression for CD117, CD146, NG2, CD34, vWF and CD271, and wherein said organ fibrosis is a fibrosis occurring in at least one organ selected from the group consisting of a digestive organ, a respiratory organ, or on skin.